CA2236503C - Elastic mandibular advancement appliance with slide-in bite planes - Google Patents
Elastic mandibular advancement appliance with slide-in bite planes Download PDFInfo
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- CA2236503C CA2236503C CA002236503A CA2236503A CA2236503C CA 2236503 C CA2236503 C CA 2236503C CA 002236503 A CA002236503 A CA 002236503A CA 2236503 A CA2236503 A CA 2236503A CA 2236503 C CA2236503 C CA 2236503C
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- bite
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- base
- planes
- tray
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61F—FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
- A61F5/00—Orthopaedic methods or devices for non-surgical treatment of bones or joints; Nursing devices; Anti-rape devices
- A61F5/56—Devices for preventing snoring
- A61F5/566—Intra-oral devices
Abstract
A mandibular advancement, or positioning, device which uses elastic bands to pull the jaw forward is disclosed. The appliance has an upper base conforming to the patient's maxillary dentition soft tissue and palate, the upper base having a set of retention hooks, one on the right and one on the left anterior occlusal portion of the upper base. The appliance also has a lower base conforming to the patient's mandibular dentition and soft tissues, the lower base having a set of interchangeable, slide-in posterior occlusal bite planes. These bite planes open the bite vertically in varying amounts depending on which bite plane is utilized, and also provide connection points for the elastic bands on the lower base. O- ring elastic bands or other elastics are attached to both the retention hooks and the bite planes hooks, to pull the mandible forward for treatment of snoring and sleep apnea.
Description
ELASTIC MANDIBULAR ADVANCEMENT APPLIANCE
WITH SLIDE-IN BITE PLANES
BACKGROUND OF THE INVENTION
Field of the Invention This invention relates generally to oral appliances for preventing snoring and sleep apnea. More specifically, this invention relates to a removable mandibular advancement appliance, which uses elastic bands to pull the jaw forward and removable, slide-in bite planes to open the bite vertically and to connect the elastic bands to the mandibular section of the appliance.
Related Art It is well documented in the literature that an oral appliance that opens the bite and moves the mandible forward will greatly reduce sleep apnea and snoring. It is also documented that these appliances are capable of producing considerable discomfort to patients, unwanted movement of their teeth, and/or temporomandibular joint pain as well as other problems.
A variety of oral appliances are available for preventing snoring and sleep apnea. Of these, all are removable. Also, most advance the mandible, but none use elastic bands to move the mandible forward. Also, none use removable bite planes to variably open the jaw vertically.
Also, several removable, oral snoring/apnea appliances are adjustable, pulling the jaw forward in different, set percentages of their maximum movement.
However, no known existing appliance is totally adjustable, both in amount of forward movement and vertical opening. Instead, temporary or permanent adjustments to appliances are made by either soldering spacers onto the appliance, or by grinding away plastic or other material from the appliance.
Once modifications are made, however, they are permanent until further modified by the doctor. In summary, appliances exist in which the amount of advancement may be changed, but the changes result in a modified appliance which advances the mandible to a new fixed position.
What is needed is a totally adjustable, removable, oral snoring/sleep apnea appliance which is effective, which has high patient acceptance, and which will not cause temporomandibular joint problems, unwanted tooth movement or soreness.
This need is satisfied by the present invention.
Accordingly, the appliance of the present invention seeks to greatly reduce, or eliminate, sleep apnea and snoring, while alleviating temporomandibular joint problems, unwanted tooth movement and soreness, with complete adjustability of the appliance both in the amount of forward movement of the lower jaw, and the amount of vertical bite opening. Another aspect of the invention is a mandibular advancement appliance with high patient acceptance, comfort, and treatment success.
SUMMARY OF THE INVENTION
The present invention is a totally adjustable, removable, oral snoring/sleep apnea appliance. It is a mandibular advancement, or positioning, device which uses elastic members to pull the jaw forward relative to the jaw's natural biting position, and which uses removable, slide-in bite planes to vertically open the patient's bite.
The appliance has an upper section which comprises an upper base, herein also called "maxillary base", conforming to the patients' maxillary dentition, soft tissues and hard palate. The upper base has a set of retention hooks, one on the right and one on the left anterior occlusal portion of the base. Each retention hook extends downwardly from the upper base, in a position approximately corresponding to just in front of the cuspid teeth, for receiving the front portion of its respective elastic band or other elastic member.
The appliance of the present invention also has a lower section which comprises a lower base, herein also called "mandibular base" conforming to the patient's mandibular dentition, and soft tissues. The lower base has a set of preferably interchangeable, posterior occlusal bite planes, which serve as means for opening the patient's bite vertically and preferably also as means for connecting the elastic members to the lower base. The bite planes' top surfaces occlude with the rear posterior bottom surfaces of the upper base to distance the lower base from the upper base to open the bite. A front hook member or other extension of each bite plane receives the rear portion of its respective elastic member to connect the band to the mandibular section of the appliance.
The means for attaching the bite planes to the lower base preferably comprises sliding each bite plane into a channel in the posterior, top surface of the lower base. The channel is formed with a closed end and dove-tailed or other inwardly-extending walls to secure the bite plane to the lower base until the user or doctor chooses to remove the bite plane. The bite plane and channel are preferably also adapted to securely retain the elastic band until the bite plane is removed from the channel.
In use, the upper base is placed over the patient's maxillary dentition and the lower base is placed over the patient's mandibular dentition. With the chosen bite planes in place, each of the two elastic bands is extended from its respective lower base bite plane hook to its upper base retention hook. Thus, the lower base and mandible are "elastically pulled forward relative to the upper base and maxilla and, hence, forward relative to the mandible's natural biting position.
Thus, the upper and lower bases, and hence, the maxilla and mandible are vertically separated to open the patient's bite.
Adjustability of vertical bite opening is achieved by providing different sets of bite planes, each set being designed to have a slightly different thickness for vertical openings of the bite ranging preferably from about 8-14 mm.
WITH SLIDE-IN BITE PLANES
BACKGROUND OF THE INVENTION
Field of the Invention This invention relates generally to oral appliances for preventing snoring and sleep apnea. More specifically, this invention relates to a removable mandibular advancement appliance, which uses elastic bands to pull the jaw forward and removable, slide-in bite planes to open the bite vertically and to connect the elastic bands to the mandibular section of the appliance.
Related Art It is well documented in the literature that an oral appliance that opens the bite and moves the mandible forward will greatly reduce sleep apnea and snoring. It is also documented that these appliances are capable of producing considerable discomfort to patients, unwanted movement of their teeth, and/or temporomandibular joint pain as well as other problems.
A variety of oral appliances are available for preventing snoring and sleep apnea. Of these, all are removable. Also, most advance the mandible, but none use elastic bands to move the mandible forward. Also, none use removable bite planes to variably open the jaw vertically.
Also, several removable, oral snoring/apnea appliances are adjustable, pulling the jaw forward in different, set percentages of their maximum movement.
However, no known existing appliance is totally adjustable, both in amount of forward movement and vertical opening. Instead, temporary or permanent adjustments to appliances are made by either soldering spacers onto the appliance, or by grinding away plastic or other material from the appliance.
Once modifications are made, however, they are permanent until further modified by the doctor. In summary, appliances exist in which the amount of advancement may be changed, but the changes result in a modified appliance which advances the mandible to a new fixed position.
What is needed is a totally adjustable, removable, oral snoring/sleep apnea appliance which is effective, which has high patient acceptance, and which will not cause temporomandibular joint problems, unwanted tooth movement or soreness.
This need is satisfied by the present invention.
Accordingly, the appliance of the present invention seeks to greatly reduce, or eliminate, sleep apnea and snoring, while alleviating temporomandibular joint problems, unwanted tooth movement and soreness, with complete adjustability of the appliance both in the amount of forward movement of the lower jaw, and the amount of vertical bite opening. Another aspect of the invention is a mandibular advancement appliance with high patient acceptance, comfort, and treatment success.
SUMMARY OF THE INVENTION
The present invention is a totally adjustable, removable, oral snoring/sleep apnea appliance. It is a mandibular advancement, or positioning, device which uses elastic members to pull the jaw forward relative to the jaw's natural biting position, and which uses removable, slide-in bite planes to vertically open the patient's bite.
The appliance has an upper section which comprises an upper base, herein also called "maxillary base", conforming to the patients' maxillary dentition, soft tissues and hard palate. The upper base has a set of retention hooks, one on the right and one on the left anterior occlusal portion of the base. Each retention hook extends downwardly from the upper base, in a position approximately corresponding to just in front of the cuspid teeth, for receiving the front portion of its respective elastic band or other elastic member.
The appliance of the present invention also has a lower section which comprises a lower base, herein also called "mandibular base" conforming to the patient's mandibular dentition, and soft tissues. The lower base has a set of preferably interchangeable, posterior occlusal bite planes, which serve as means for opening the patient's bite vertically and preferably also as means for connecting the elastic members to the lower base. The bite planes' top surfaces occlude with the rear posterior bottom surfaces of the upper base to distance the lower base from the upper base to open the bite. A front hook member or other extension of each bite plane receives the rear portion of its respective elastic member to connect the band to the mandibular section of the appliance.
The means for attaching the bite planes to the lower base preferably comprises sliding each bite plane into a channel in the posterior, top surface of the lower base. The channel is formed with a closed end and dove-tailed or other inwardly-extending walls to secure the bite plane to the lower base until the user or doctor chooses to remove the bite plane. The bite plane and channel are preferably also adapted to securely retain the elastic band until the bite plane is removed from the channel.
In use, the upper base is placed over the patient's maxillary dentition and the lower base is placed over the patient's mandibular dentition. With the chosen bite planes in place, each of the two elastic bands is extended from its respective lower base bite plane hook to its upper base retention hook. Thus, the lower base and mandible are "elastically pulled forward relative to the upper base and maxilla and, hence, forward relative to the mandible's natural biting position.
Thus, the upper and lower bases, and hence, the maxilla and mandible are vertically separated to open the patient's bite.
Adjustability of vertical bite opening is achieved by providing different sets of bite planes, each set being designed to have a slightly different thickness for vertical openings of the bite ranging preferably from about 8-14 mm.
Adjustability of the advancement of the mandible is achieved by providing different pairs of elastic bands, each pair having a slightly different length and different modules of elasticity. 0-ring-shaped bands, urethane bands, standard orthodontic elastics, or other elastic bands may be used.
BRIEF DESCRIPTION OF THE DRAWINGS
Figure 1 is a side, perspective view of the upper and lower sections of one embodiment of the invention, showing upper and lower bases with the maxillary retention hooks and slide-in occlusal bite planes being connected with elastic bands. Figure 1 shows the side of the appliance corresponding to the patient's left side dentition, with the view of the right side of the appliance being generally a mirror image. The arrows in Figure 1 illustrate the vertical opening of the upper and lower base due to the bite planes and the advancement of the lower base relative to the upper base.
Figure 2 is a detail view of the means for connecting the upper and lower bases of the embodiment of Figure 1.
Figure 3A shows a side view of the retention hook of Figure 2.
Figure 3B shows a front view of the retention hook of Figure 2.
Figure 4 shows the bite plane of Figure 2 being slid into the channel member of Figure 2.
Figure 5 shows a rear end view of the channel member of Figure 2.
Figure 6 shows a front view of the bite plane of Figure 2.
Figures 7A-G show side views for seven bite planes having different thickness, increasing from Fig 7A. to Fig. 7G in increments or approximately mm.
Figure 8 shows two relaxed o-ring elastic bands, of the type shown in Figure 2, the bands having different diameters.
Figure 9 shows the bottom surface of the upper base and the top surface of the lower base of the embodiment of Figure 1, with the right bite plane in place and a relaxed right elastic band in the bite plane hook.
BRIEF DESCRIPTION OF THE DRAWINGS
Figure 1 is a side, perspective view of the upper and lower sections of one embodiment of the invention, showing upper and lower bases with the maxillary retention hooks and slide-in occlusal bite planes being connected with elastic bands. Figure 1 shows the side of the appliance corresponding to the patient's left side dentition, with the view of the right side of the appliance being generally a mirror image. The arrows in Figure 1 illustrate the vertical opening of the upper and lower base due to the bite planes and the advancement of the lower base relative to the upper base.
Figure 2 is a detail view of the means for connecting the upper and lower bases of the embodiment of Figure 1.
Figure 3A shows a side view of the retention hook of Figure 2.
Figure 3B shows a front view of the retention hook of Figure 2.
Figure 4 shows the bite plane of Figure 2 being slid into the channel member of Figure 2.
Figure 5 shows a rear end view of the channel member of Figure 2.
Figure 6 shows a front view of the bite plane of Figure 2.
Figures 7A-G show side views for seven bite planes having different thickness, increasing from Fig 7A. to Fig. 7G in increments or approximately mm.
Figure 8 shows two relaxed o-ring elastic bands, of the type shown in Figure 2, the bands having different diameters.
Figure 9 shows the bottom surface of the upper base and the top surface of the lower base of the embodiment of Figure 1, with the right bite plane in place and a relaxed right elastic band in the bite plane hook.
DESCRIPTION OF THE PREFERRED EMBODIMENTS
Referring to the Figures, there are shown various, but not the only, embodiments of the invented elastic mandibular advancement appliance having slide-in bite planes. Depicted in Figure 1 as an embodiments of the invention 10, showing the upper base or tray 12 of the upper section, and the lower base or tray 14 of the lower section connected with elastic bands 16, 16'. The bands 16, 16' extend from retention hooks, 18, 18', which are located on the left and right occlusal surfaces 15 of the anterior portion 17 of upper base 12 near the upper cuspid teeth, to the bite planes hooks 22, 22' located at the front of the left and right bite planes 20, 20'. The preferably removable and interchangeable bite planes 20 slide in from the posterior portion 191eft and right occlusal-surfaces 21 of lower base 14, near the lower molar teeth, to upend from the lower base, to occlude with the posterior occlusal surface 23 of the upper base for vertically opening the user's bite.
The preferred means for connecting the upper and lower bases and for vertically separating the upper and lower bases is detailed in Figure 2. These means comprise the bite plane 20 slidably received in a channe124 on the lower base, and the elastic band 16 received in and interconnecting the retention hook 18 and the bite plane hook 22. Thus, by elastically connecting the anterior portion of the upper base to the posterior portion of the lower base, the right and left elastic bands may pull the bite planes 20, 20' forward in the channels 24 and may pull the lower base 14 forward relative to the upper base 12, and, hence, may advance the mandible. The invented appliance offers increased comfort for the patient, because no hooks or other protrusions need extend out from the buccal (side) areas of the appliance. Because the retention hooks and bite plane hooks are preferably at the occlusal portions of the upper and lower trays, respectively, the elastic bands are positioned nearly horizontally and there is a substantially horizontal component to the advancement and little or no vertical component to the advancement. For users who tend to naturally clench their teeth, this ,r . CA 02236503 2006-01-13 substantially horizontal force may be beneficial and may result in even more comfort for the patient.
Figures 3A and 3B illustrate an embodiment of the maxillary retention hooks 18, 18' used in the present invention. The retention hooks 18, 18' are generally C-shaped hooks, with a concave upper surface 26 bonded by orthodontic acrylic 28 to the upper base 12 so that the arms of the hook point forward to receive an anterior portion or end of the elastic band 16. Two retention hooks 18, 18' are used, with one retention hook 18' being placed on the right anterior occlusal portion, and one retention hook 18 being placed on the left of the anterior occlusal portion, of the maxillary base. The lower arm 30 of each hook 18,18' is sized to extend down from the upper base 12 far enough to receive and securely hold the elastic band 16, 16', but not so far as to interfere with the proper positioning of the upper and lower bases 12, 14. Alternatively, other retention hook or button designs may be used, including ones located on other anterior areas of the upper base.
In Figure 4-6 and 7A-G, there are depicted the preferred bite plane 20, and the channel 24 that lies longitudinally along the lower base posterior portion for receiving the bite plane. The channel 24 comprises generally dove-tailed channel sidewalls 32, a generally planar bottom wall 34, an open, back end 35, and a closed, front end 37. The bite plane 20 has a body 36 with a generally planar top occlusal surface 38 and a bottom anchoring portion 40 with sides 42 slanting inwardly to mate with the dove-tailed channel sidewalls 32. Thus, the bite plane 20 may slide into the channel 24 through the open end 35 and be retained securely in the channel 24 by the sidewalls 32, which prevent upward movement of the bite plane 20, and by the closed end 37, which prevents forward movement of the bite plane 20. The preferred channel sidewalls 32 prevent lateral movement of the bite plane on the lower base.
In order to prevent the bite plane 20, 20' from sliding out of the channels, in the event that an elastic band 16, 16' breaks during use, a safety means is preferably included. For example, a small protrusion 41 extending up from the õ - , CA 02236503 2006-01-13 channel bottom wall 34 may mate with a small recess 43 in the bite-plane anchoring portion 40, so that the bite plane "snaps" into place. This feature provides preferably enough resistance to keep the bite planes in place to eliminate danger of swallowing.
The bite plane hook 22 smoothly arches forward and down from a front side 39 of the body 36 of the bite plane 20, so that the hook 22 does not extend above the top occlusal surface 38 of the bite plane. The hook 22 has an outer end 44 with slanted sides 46 for being received and captured in the channe124 in similar manner to the anchoring portion sides 42. Before sliding the bite plane 20 into the channel, a posterior portion or end of the elastic band 16 is placed around the bite plane hook 22 to contact the inner surface 48 of the hook 22.
Then, when the bite plane 20 is slid into the channel 24, both the bite plane hook 22 and body 36 of the bite plane are securely anchored in the channel and the elastic band 16 is captured in the generally circular space 50 bounded by the inner surface 48 and the bottom wall 34 of the channel. The bite plane 20, therefore, is a combined means for separating the patient's maxilla and mandible, via the thickness of the bite plane 20, and for anchoring the elastic means which advances the mandible.
The preferred bands 16, 16' are elastic 0-rings (Figure 8), made available in a variety of diameters to create different lengths when stretched between the retention hooks 18, 18' and the bite plane hooks 22. Different bands of different lengths and thickness and different elasticities may be provided to satisfy the patient's needs. Preferably, the length of 0-ring band 16 is about 15-30 mm from anterior end to posterior end, or about 30-60 mm in circumference. Preferably, but not necessarily, the 0-rings are made of silicone or urethane and have a thickness of 1.5 mm and a durometer hardness of about 60-80 Shore A. This way, the band 16 has a firmer, more authoritative bias than is currently available from standard orthodontic elastics. Patient response has been very positive to embodiments of the subject invention with the firm bands 16 with durometer hardness within this 60-80 Shore A range. We think this is because the firmer bias of these elastic bands encourages the patient's musculature to relax, and not to fight or resist the bias.
In Figures 7A-G are depicted detail views of embodiments of a bite plane 20 of the present invention, namely for vertical openings of about 6-14 mm.
The bite planes 20 may be made of injection molded plastic. Based on the individual patient's needs, different bite planes may be substituted in place of the original bite planes, for example, ones that are thicker or thinner to further open or partially close the patient's bite, respectively. The recommended bite plane will be thinnest one that will relieve the sleep apnea and/or snoring and still provide for maximum patient comfort. The bite planes are attached to the posterior occlusal right and left surfaces of the mandibular base 14. When it is desired to remove and replace bite plane 20 with a thicker or thinner bite plane, or to replace the elastics, one simply slides the bite plane 20 backwards out of the channel 24. Then, the elastic band 16 may be unhooked from the hook extension 22, a new bite plane or elastic selected, and the bite plane and elastic reconnected so that the bite plane with its captured elastic may be slid forward into the channel 24.
Although the slide-in combination hook-bite-plane system of Figures 2, and 4-7 is preferred because of simplicity, cleanliness, and ease of manufacture, alternative embodiments may be used in the present invention. Other attachment means, besides the single, longitudinal channel may be used to attach the bite planes to the mandibular base. For example, channels besides the dove-tailed channel or a C-shaped channel may be used, as long as a wall of the channel extends inwardly or "overhangs" the bottom wall enough to capture at least a portion of the bite plane and a forward end of the channel system retains the bite plane. A plurality of channels capturing protrusions on the bottom of the bite plane may be used. Although the preferred channel is a separate member anchored to the lower base 14 by acrylic or other bonding method, the invention includes channels that are otherwise attached to or formed in the lower base, for example, cutting of a channel in excess lower base material so that the channel is an integral part of the lower base. Therefore, in the claims, the term "channel in the lower base" includes channel members that are attached to the lower base and also channels integrally formed in the lower base. Also, the term "a channel"
having an "overhanging" or "inwardly-extending" wall may be a variety of designs shaped to capture the bite plane. Also, other attachment means for the bite planes, such as wire-attachment or temporary bonding are included as less-preferred embodiments of the invention.
By placing the mandibular connection points for the elastic bands on the bite plane members, the preferred embodiment eliminates the need for mandibular hooks that are separate from the bite planes. Other designs, however, are included in the invention, such as less-preferred embodiments that include retention hooks bonded to the buccal portions of the mandibular base, or embodiments that have non-elastic connection members between the upper and lower bases.
The elastic mandibular advancement appliance of the present invention is a removable oral device. It fits independently over the maxillary and mandibular dental arches, providing adjustable vertical mouth opening and variable anterior positioning of the mandible. The vertical opening is incrementally adjustable via interchangeable posterior occlusal bite planes. The anterior positioning of the mandible is accomplished by interchangeable urethane or silicone elastic bands, or standard orthodontic elastics, both of varying lengths and elasticity. This system allows for matching elastic pull to the opposing muscular forces. The elastic force may be increased, or decreased, in response to neuromuscular conditioning, or other factors. The appliance of the present invention provides medical and dental professionals with a non-surgical, non-invasive means of manipulating vertical and anterior positioning of the mandible as may be indicated in the treatment of Obstructive Sleep Apnea (OSA) and snoring. The adjustability of the elastic forces, and the freedom of lateral movement of the mandible, enables the appliance to give the patient comfort for the musculature and the temporomandibular joint heretofore unrealized.
The appliance of the present invention is fabricated using maxillary and mandibular thermal pressure formed plastic upper and lower bases to which two (2) injection molded plastic retention hooks are bonded with orthodontic acrylic and two (2) slide-in, removable bite planes are connected by cooperation with a channel. The appliance of the present invention is fabricated on a custom, per-patient bases. The components necessary for a preferred embodiment are listed below and may be offered in "kit" form for fabrication of the appliances in local labs and offices:
(1) Two .060 (about 1.5 mm) or .080 inch (about 2 mm) thick sheets of clear PETG (FDA & USP Class 6 approved) plastic cut to fit the various vacuum/pressure forming machines (typically 125 mm squares or circles). PETG
is the currently preferred plastic, however, many different types of plastic are available, and certainly other types could work as well or better. Other beneficial plastic types may become available in the future, and are included in the scope of the invention.
(2) At least one set of two posterior occlusal bite planes having elastic band connection points and made of injection molded plastic, for placement in channels on the occlusal portion of the lower or mandibular, section.
(3) Two channel members made of injection molded plastic, which are anchored to the lower base for slidably receiving the two posterior bite planes.
(4) Two elastic band retention hooks made of injection molded plastic, for attachment to the anterior of the maxillary section of the appliance by bonding with orthodontic cold-cure acrylic (standard for fabricating retainers and ADA certified).
Referring to the Figures, there are shown various, but not the only, embodiments of the invented elastic mandibular advancement appliance having slide-in bite planes. Depicted in Figure 1 as an embodiments of the invention 10, showing the upper base or tray 12 of the upper section, and the lower base or tray 14 of the lower section connected with elastic bands 16, 16'. The bands 16, 16' extend from retention hooks, 18, 18', which are located on the left and right occlusal surfaces 15 of the anterior portion 17 of upper base 12 near the upper cuspid teeth, to the bite planes hooks 22, 22' located at the front of the left and right bite planes 20, 20'. The preferably removable and interchangeable bite planes 20 slide in from the posterior portion 191eft and right occlusal-surfaces 21 of lower base 14, near the lower molar teeth, to upend from the lower base, to occlude with the posterior occlusal surface 23 of the upper base for vertically opening the user's bite.
The preferred means for connecting the upper and lower bases and for vertically separating the upper and lower bases is detailed in Figure 2. These means comprise the bite plane 20 slidably received in a channe124 on the lower base, and the elastic band 16 received in and interconnecting the retention hook 18 and the bite plane hook 22. Thus, by elastically connecting the anterior portion of the upper base to the posterior portion of the lower base, the right and left elastic bands may pull the bite planes 20, 20' forward in the channels 24 and may pull the lower base 14 forward relative to the upper base 12, and, hence, may advance the mandible. The invented appliance offers increased comfort for the patient, because no hooks or other protrusions need extend out from the buccal (side) areas of the appliance. Because the retention hooks and bite plane hooks are preferably at the occlusal portions of the upper and lower trays, respectively, the elastic bands are positioned nearly horizontally and there is a substantially horizontal component to the advancement and little or no vertical component to the advancement. For users who tend to naturally clench their teeth, this ,r . CA 02236503 2006-01-13 substantially horizontal force may be beneficial and may result in even more comfort for the patient.
Figures 3A and 3B illustrate an embodiment of the maxillary retention hooks 18, 18' used in the present invention. The retention hooks 18, 18' are generally C-shaped hooks, with a concave upper surface 26 bonded by orthodontic acrylic 28 to the upper base 12 so that the arms of the hook point forward to receive an anterior portion or end of the elastic band 16. Two retention hooks 18, 18' are used, with one retention hook 18' being placed on the right anterior occlusal portion, and one retention hook 18 being placed on the left of the anterior occlusal portion, of the maxillary base. The lower arm 30 of each hook 18,18' is sized to extend down from the upper base 12 far enough to receive and securely hold the elastic band 16, 16', but not so far as to interfere with the proper positioning of the upper and lower bases 12, 14. Alternatively, other retention hook or button designs may be used, including ones located on other anterior areas of the upper base.
In Figure 4-6 and 7A-G, there are depicted the preferred bite plane 20, and the channel 24 that lies longitudinally along the lower base posterior portion for receiving the bite plane. The channel 24 comprises generally dove-tailed channel sidewalls 32, a generally planar bottom wall 34, an open, back end 35, and a closed, front end 37. The bite plane 20 has a body 36 with a generally planar top occlusal surface 38 and a bottom anchoring portion 40 with sides 42 slanting inwardly to mate with the dove-tailed channel sidewalls 32. Thus, the bite plane 20 may slide into the channel 24 through the open end 35 and be retained securely in the channel 24 by the sidewalls 32, which prevent upward movement of the bite plane 20, and by the closed end 37, which prevents forward movement of the bite plane 20. The preferred channel sidewalls 32 prevent lateral movement of the bite plane on the lower base.
In order to prevent the bite plane 20, 20' from sliding out of the channels, in the event that an elastic band 16, 16' breaks during use, a safety means is preferably included. For example, a small protrusion 41 extending up from the õ - , CA 02236503 2006-01-13 channel bottom wall 34 may mate with a small recess 43 in the bite-plane anchoring portion 40, so that the bite plane "snaps" into place. This feature provides preferably enough resistance to keep the bite planes in place to eliminate danger of swallowing.
The bite plane hook 22 smoothly arches forward and down from a front side 39 of the body 36 of the bite plane 20, so that the hook 22 does not extend above the top occlusal surface 38 of the bite plane. The hook 22 has an outer end 44 with slanted sides 46 for being received and captured in the channe124 in similar manner to the anchoring portion sides 42. Before sliding the bite plane 20 into the channel, a posterior portion or end of the elastic band 16 is placed around the bite plane hook 22 to contact the inner surface 48 of the hook 22.
Then, when the bite plane 20 is slid into the channel 24, both the bite plane hook 22 and body 36 of the bite plane are securely anchored in the channel and the elastic band 16 is captured in the generally circular space 50 bounded by the inner surface 48 and the bottom wall 34 of the channel. The bite plane 20, therefore, is a combined means for separating the patient's maxilla and mandible, via the thickness of the bite plane 20, and for anchoring the elastic means which advances the mandible.
The preferred bands 16, 16' are elastic 0-rings (Figure 8), made available in a variety of diameters to create different lengths when stretched between the retention hooks 18, 18' and the bite plane hooks 22. Different bands of different lengths and thickness and different elasticities may be provided to satisfy the patient's needs. Preferably, the length of 0-ring band 16 is about 15-30 mm from anterior end to posterior end, or about 30-60 mm in circumference. Preferably, but not necessarily, the 0-rings are made of silicone or urethane and have a thickness of 1.5 mm and a durometer hardness of about 60-80 Shore A. This way, the band 16 has a firmer, more authoritative bias than is currently available from standard orthodontic elastics. Patient response has been very positive to embodiments of the subject invention with the firm bands 16 with durometer hardness within this 60-80 Shore A range. We think this is because the firmer bias of these elastic bands encourages the patient's musculature to relax, and not to fight or resist the bias.
In Figures 7A-G are depicted detail views of embodiments of a bite plane 20 of the present invention, namely for vertical openings of about 6-14 mm.
The bite planes 20 may be made of injection molded plastic. Based on the individual patient's needs, different bite planes may be substituted in place of the original bite planes, for example, ones that are thicker or thinner to further open or partially close the patient's bite, respectively. The recommended bite plane will be thinnest one that will relieve the sleep apnea and/or snoring and still provide for maximum patient comfort. The bite planes are attached to the posterior occlusal right and left surfaces of the mandibular base 14. When it is desired to remove and replace bite plane 20 with a thicker or thinner bite plane, or to replace the elastics, one simply slides the bite plane 20 backwards out of the channel 24. Then, the elastic band 16 may be unhooked from the hook extension 22, a new bite plane or elastic selected, and the bite plane and elastic reconnected so that the bite plane with its captured elastic may be slid forward into the channel 24.
Although the slide-in combination hook-bite-plane system of Figures 2, and 4-7 is preferred because of simplicity, cleanliness, and ease of manufacture, alternative embodiments may be used in the present invention. Other attachment means, besides the single, longitudinal channel may be used to attach the bite planes to the mandibular base. For example, channels besides the dove-tailed channel or a C-shaped channel may be used, as long as a wall of the channel extends inwardly or "overhangs" the bottom wall enough to capture at least a portion of the bite plane and a forward end of the channel system retains the bite plane. A plurality of channels capturing protrusions on the bottom of the bite plane may be used. Although the preferred channel is a separate member anchored to the lower base 14 by acrylic or other bonding method, the invention includes channels that are otherwise attached to or formed in the lower base, for example, cutting of a channel in excess lower base material so that the channel is an integral part of the lower base. Therefore, in the claims, the term "channel in the lower base" includes channel members that are attached to the lower base and also channels integrally formed in the lower base. Also, the term "a channel"
having an "overhanging" or "inwardly-extending" wall may be a variety of designs shaped to capture the bite plane. Also, other attachment means for the bite planes, such as wire-attachment or temporary bonding are included as less-preferred embodiments of the invention.
By placing the mandibular connection points for the elastic bands on the bite plane members, the preferred embodiment eliminates the need for mandibular hooks that are separate from the bite planes. Other designs, however, are included in the invention, such as less-preferred embodiments that include retention hooks bonded to the buccal portions of the mandibular base, or embodiments that have non-elastic connection members between the upper and lower bases.
The elastic mandibular advancement appliance of the present invention is a removable oral device. It fits independently over the maxillary and mandibular dental arches, providing adjustable vertical mouth opening and variable anterior positioning of the mandible. The vertical opening is incrementally adjustable via interchangeable posterior occlusal bite planes. The anterior positioning of the mandible is accomplished by interchangeable urethane or silicone elastic bands, or standard orthodontic elastics, both of varying lengths and elasticity. This system allows for matching elastic pull to the opposing muscular forces. The elastic force may be increased, or decreased, in response to neuromuscular conditioning, or other factors. The appliance of the present invention provides medical and dental professionals with a non-surgical, non-invasive means of manipulating vertical and anterior positioning of the mandible as may be indicated in the treatment of Obstructive Sleep Apnea (OSA) and snoring. The adjustability of the elastic forces, and the freedom of lateral movement of the mandible, enables the appliance to give the patient comfort for the musculature and the temporomandibular joint heretofore unrealized.
The appliance of the present invention is fabricated using maxillary and mandibular thermal pressure formed plastic upper and lower bases to which two (2) injection molded plastic retention hooks are bonded with orthodontic acrylic and two (2) slide-in, removable bite planes are connected by cooperation with a channel. The appliance of the present invention is fabricated on a custom, per-patient bases. The components necessary for a preferred embodiment are listed below and may be offered in "kit" form for fabrication of the appliances in local labs and offices:
(1) Two .060 (about 1.5 mm) or .080 inch (about 2 mm) thick sheets of clear PETG (FDA & USP Class 6 approved) plastic cut to fit the various vacuum/pressure forming machines (typically 125 mm squares or circles). PETG
is the currently preferred plastic, however, many different types of plastic are available, and certainly other types could work as well or better. Other beneficial plastic types may become available in the future, and are included in the scope of the invention.
(2) At least one set of two posterior occlusal bite planes having elastic band connection points and made of injection molded plastic, for placement in channels on the occlusal portion of the lower or mandibular, section.
(3) Two channel members made of injection molded plastic, which are anchored to the lower base for slidably receiving the two posterior bite planes.
(4) Two elastic band retention hooks made of injection molded plastic, for attachment to the anterior of the maxillary section of the appliance by bonding with orthodontic cold-cure acrylic (standard for fabricating retainers and ADA certified).
(5) One or more pairs of 0-ring bands or other elastics, the pairs having various sizes and elasticities.
The preferred method of fabricating and custom-fitting the elastic mandibular advancement appliance to the patient comprises an initial office visit, lab work, and one or more follow-up visits, as described below:
Initial Office Visit:
Obtain an upper (maxillary) and lower (mandibular) impression of the teeth and supporting soft tissue including the upper hard palate. This impression must be extremely accurate to avoid tooth soreness, and/or movement when the appliance is placed in the patient's mouth. The impression is taken by: (1) having the patient rinse with a pre-impression mouth wash, like Muco SoITM for example, to eliminate any saliva distortion; (2) taking impressions that extend beyond the most posterior molar teeth; (3) pouring the impressions immediately to avoid distortion using a hard lab stone; (4) taking a wax bite with the patient biting in a true centric occlusion. The professional then sends the patient's models and wax bite to the lab.
Lab Process:
(1) The models are trimmed and mounted on a fixator, so the teeth are in their proper centric occlusion. The fixator is constructed so the models may be removed from and returned to the fixator with precision, while precisely maintaining the pre-set vertical opening and wax bite relation of the maxillary and mandibular models.
(2) The lab technician blocks out the undercuts on the models so the appliance will have the correct retention when inserted by the patient on the teeth.
(3) A clear sheet of .060 inch or .080 inch PETG plastic is placed in a thermo-pressure forming dental machine. The upper and then the lower models are placed on this machine and the plastic is pressure formed over the teeth and supporting soft tissues and palate of each model after the proper heat is applied to the plastic.
(4) The newly formed plastic trays or "bases" are trimmed while on the models. On the maxillary model the plastic is trimmed at the gingival margin on the labial and buccal surfaces, and extends transpalatal distal to the first or second molars leaving the palate completely covered with plastic sheet. On the mandibular model the plastic is trimmed at a gingival margin on the labial, buccal and lingual surfaces. The models, with their newly formed and trimmed plastic bases are then returned and secured to the fixator.
(5) Left and right channel members 24, preferably prefabricated by injection molding, are permanently attached to the mandibular plastic base by the following method: The exact locatio on the posterior occlusal mandibular surface where the right and left channel members are to be bonded is determined by measuring the distance from the maxillary elastic retention hooks on the maxillary base to the front of the right and left channel members, with upper and lower models mounted on the articulator. A
mark is made on the other tray at this distance with right and left distance equal. Dental acrylic is placed on the occlusal posterior surfaces of the mandibular tray, and the right and left channel members are immediately set in position on top of the uncured acrylic aligning the front of the channel members with the mark. Additional acrylic (if needed) is flowed around the channel members, and the lower (mandibular) model and base with channel members is cured. The additional step of inserting bite planes into the channel members and adjusting exact placement of bite planes into the channel members and adjusting exact placement of bite planes prior to the "setting up" of the acrylic may be preferred, and can be done prior to removing models from articulator. The lower (mandibular) model and base with bonded channel members is then cured in the pressure pot.
The preferred method of fabricating and custom-fitting the elastic mandibular advancement appliance to the patient comprises an initial office visit, lab work, and one or more follow-up visits, as described below:
Initial Office Visit:
Obtain an upper (maxillary) and lower (mandibular) impression of the teeth and supporting soft tissue including the upper hard palate. This impression must be extremely accurate to avoid tooth soreness, and/or movement when the appliance is placed in the patient's mouth. The impression is taken by: (1) having the patient rinse with a pre-impression mouth wash, like Muco SoITM for example, to eliminate any saliva distortion; (2) taking impressions that extend beyond the most posterior molar teeth; (3) pouring the impressions immediately to avoid distortion using a hard lab stone; (4) taking a wax bite with the patient biting in a true centric occlusion. The professional then sends the patient's models and wax bite to the lab.
Lab Process:
(1) The models are trimmed and mounted on a fixator, so the teeth are in their proper centric occlusion. The fixator is constructed so the models may be removed from and returned to the fixator with precision, while precisely maintaining the pre-set vertical opening and wax bite relation of the maxillary and mandibular models.
(2) The lab technician blocks out the undercuts on the models so the appliance will have the correct retention when inserted by the patient on the teeth.
(3) A clear sheet of .060 inch or .080 inch PETG plastic is placed in a thermo-pressure forming dental machine. The upper and then the lower models are placed on this machine and the plastic is pressure formed over the teeth and supporting soft tissues and palate of each model after the proper heat is applied to the plastic.
(4) The newly formed plastic trays or "bases" are trimmed while on the models. On the maxillary model the plastic is trimmed at the gingival margin on the labial and buccal surfaces, and extends transpalatal distal to the first or second molars leaving the palate completely covered with plastic sheet. On the mandibular model the plastic is trimmed at a gingival margin on the labial, buccal and lingual surfaces. The models, with their newly formed and trimmed plastic bases are then returned and secured to the fixator.
(5) Left and right channel members 24, preferably prefabricated by injection molding, are permanently attached to the mandibular plastic base by the following method: The exact locatio on the posterior occlusal mandibular surface where the right and left channel members are to be bonded is determined by measuring the distance from the maxillary elastic retention hooks on the maxillary base to the front of the right and left channel members, with upper and lower models mounted on the articulator. A
mark is made on the other tray at this distance with right and left distance equal. Dental acrylic is placed on the occlusal posterior surfaces of the mandibular tray, and the right and left channel members are immediately set in position on top of the uncured acrylic aligning the front of the channel members with the mark. Additional acrylic (if needed) is flowed around the channel members, and the lower (mandibular) model and base with channel members is cured. The additional step of inserting bite planes into the channel members and adjusting exact placement of bite planes into the channel members and adjusting exact placement of bite planes prior to the "setting up" of the acrylic may be preferred, and can be done prior to removing models from articulator. The lower (mandibular) model and base with bonded channel members is then cured in the pressure pot.
(6) On the upper, maxillary formed base, just in front of the cuspids, or canine teeth, an elastic band retention hook 18 is bonded with clear orthodontic acrylic on each side, right and left. These retention hooks are to be placed preferably at the occlusion and equal distance, right and left, from the points at which the elastic bands are to be connected to the mandibular base, that is, the hook extension of the bite planes, or approximately at the front of the channel members. The upper (maxillary) model and base with bonded retention hooks is then cured in the pressure pot.
(7) The bases are then carefully removed from the models, polished and returned to the professional.
Second Office Visit:
The doctor or other professional positions a pair of selected elastic bands in the right and left hook extensions of a selected pair of bite planes, and slides the bite planes into the channel members of the lab's custom-made appliance.
The bite planes supplied to the professional are made of an injection molded plastic which offers outstanding intra-oral characteristics, i.e., non-deforming, low coefficient of friction, etc.
The professional then tries in the elastic mandibular advancement appliance with thin bite planes in place, by inserting the upper and lower bases in the patient's mouth. Information is obtained from the patient as to any pressures on the teeth or gingiva. Also, the appliance is checked for comfort of and evenness of opening from side to side with the patient. If pressures are felt by the patient on any tooth or any area of the gingiva, then these areas must be carefully relieved. The only reasons there would be pressure on the teeth or gums are the following: (1) inaccurate impression; (2) warped model; or (3) tooth movement or dental work since the impression was taken.
When there is no pressure on teeth or gingiva, the elastics are engaged on the elastic retnetion hooks on each side. The proper size elastic band to advance the mandible 8 mm in the beginning may be used, unless the patient complains of discomfort.
On this second and any subsequent office visits, the professional may adjust the vertical separation of the maxilla and mandible or adjust the forward advancement of the mandible, as he/she sees fit, based on the individual patient's needs, facial and jaw formation, and the professional's experience. To accomplish this, the professional or the patient may simply remove the appliance, slide out the bite planes, and replace the elastic bands, and/or the bite planes, with those of different size/elasticity or thickness, respectively. The feature of having the bite plane serve as both bite-opening means and band connection-means, and the feature of the bite plane being slidably insertable and removable makes office visits and every-day use efficient and trouble-free.
In summary, the elastic mandibular advancement appliance is a removable mandibular advancement, or repositioning, appliance which uses elastic bands to pull the mandible forward. By its design, the elastic mandibular advancement appliance maintains maintains infinite adjustability (by doctor or patient).
The elastic mandibular advancement appliance may be worn with the mandible not advanced (without bands) or advanced andy percent of its maximum movement.
By increasing the force of the elastics, the mandible is gently pulled forward to a position which increases the opening of the airway at the base of the tongue for increased air flows. The mandible is preferably pulled forward just enough to significantly reduce or stop snoring, which is vibration of soft tissues within the pharyngeal airway, and to significantly reduce or stop sleep apnea, which is the tongue falling back against the pharynx and stopping air flow.
The elastic mandibular advancement appliance never advances the mandible to a "fixed" position, unlike other appliances, due to the forgiving nature of elastics. Balance between right and left side muscles and right and left side temporomandibular joints remains flexible at all times, allowing the patient to seek the most comfortable, natural position while the elastic mandibular advancement appliance is worn. In contrast to other appliances in this art, the elastic mandibular advancement appliance is of minimal bulk. Also, patient acceptance in clinical trails has been high. In summary, the elastic mandibular advancement appliance of the present invention is set apart by its use of elastics -yielding a completely adjustable, forgiving appliance, which is in many ways far more comfortable then anything else available. The present invention is also set apart by its simple, easy-to-adjust, and comfortable design, having a slide-in, combination hook-bite-plane system. Therapeutically, by being able to increase or decrease the force exerted on the mandible, and by being able to adjust the bite opening, the doctor or patient may fine tune the elastic mandibular advancement appliance at any time to achieve the desired results.
Although this invention has been described above with reference to particular means, materials and embodiments, it is to be understood that the invention is not limited to these disclosed particulars, but extends instead to all equivalents within the scope of the following claims.
Second Office Visit:
The doctor or other professional positions a pair of selected elastic bands in the right and left hook extensions of a selected pair of bite planes, and slides the bite planes into the channel members of the lab's custom-made appliance.
The bite planes supplied to the professional are made of an injection molded plastic which offers outstanding intra-oral characteristics, i.e., non-deforming, low coefficient of friction, etc.
The professional then tries in the elastic mandibular advancement appliance with thin bite planes in place, by inserting the upper and lower bases in the patient's mouth. Information is obtained from the patient as to any pressures on the teeth or gingiva. Also, the appliance is checked for comfort of and evenness of opening from side to side with the patient. If pressures are felt by the patient on any tooth or any area of the gingiva, then these areas must be carefully relieved. The only reasons there would be pressure on the teeth or gums are the following: (1) inaccurate impression; (2) warped model; or (3) tooth movement or dental work since the impression was taken.
When there is no pressure on teeth or gingiva, the elastics are engaged on the elastic retnetion hooks on each side. The proper size elastic band to advance the mandible 8 mm in the beginning may be used, unless the patient complains of discomfort.
On this second and any subsequent office visits, the professional may adjust the vertical separation of the maxilla and mandible or adjust the forward advancement of the mandible, as he/she sees fit, based on the individual patient's needs, facial and jaw formation, and the professional's experience. To accomplish this, the professional or the patient may simply remove the appliance, slide out the bite planes, and replace the elastic bands, and/or the bite planes, with those of different size/elasticity or thickness, respectively. The feature of having the bite plane serve as both bite-opening means and band connection-means, and the feature of the bite plane being slidably insertable and removable makes office visits and every-day use efficient and trouble-free.
In summary, the elastic mandibular advancement appliance is a removable mandibular advancement, or repositioning, appliance which uses elastic bands to pull the mandible forward. By its design, the elastic mandibular advancement appliance maintains maintains infinite adjustability (by doctor or patient).
The elastic mandibular advancement appliance may be worn with the mandible not advanced (without bands) or advanced andy percent of its maximum movement.
By increasing the force of the elastics, the mandible is gently pulled forward to a position which increases the opening of the airway at the base of the tongue for increased air flows. The mandible is preferably pulled forward just enough to significantly reduce or stop snoring, which is vibration of soft tissues within the pharyngeal airway, and to significantly reduce or stop sleep apnea, which is the tongue falling back against the pharynx and stopping air flow.
The elastic mandibular advancement appliance never advances the mandible to a "fixed" position, unlike other appliances, due to the forgiving nature of elastics. Balance between right and left side muscles and right and left side temporomandibular joints remains flexible at all times, allowing the patient to seek the most comfortable, natural position while the elastic mandibular advancement appliance is worn. In contrast to other appliances in this art, the elastic mandibular advancement appliance is of minimal bulk. Also, patient acceptance in clinical trails has been high. In summary, the elastic mandibular advancement appliance of the present invention is set apart by its use of elastics -yielding a completely adjustable, forgiving appliance, which is in many ways far more comfortable then anything else available. The present invention is also set apart by its simple, easy-to-adjust, and comfortable design, having a slide-in, combination hook-bite-plane system. Therapeutically, by being able to increase or decrease the force exerted on the mandible, and by being able to adjust the bite opening, the doctor or patient may fine tune the elastic mandibular advancement appliance at any time to achieve the desired results.
Although this invention has been described above with reference to particular means, materials and embodiments, it is to be understood that the invention is not limited to these disclosed particulars, but extends instead to all equivalents within the scope of the following claims.
Claims (35)
1. An oral appliance, comprising:
upper and lower plastic trays adapted to fit tightly but removably over the occlusal surfaces of the upper and lower teeth associated with the upper and lower jaws of a patient, a bite plane on the posterior occlusal surface of both sides of the lower tray, each bite plane having a bite surface which protrudes therefrom so as to engage the occlusal surfaces on the upper tray and thus maintain the occlusal surfaces of the trays in predetermined spaced relation, when the trays are so fitted, a pair of bands, each band having ends, and means by which the ends of one band can be releasably attached to respective anterior and posterior portions of the upper and lower trays on one side of the trays, and means by which the ends of the other band can be releasably attached to respective anterior and posterior portions of the upper and lower trays on the other side of the trays.
each band being so constructed that, when its ends are so attached, the bands advance the lower tray and thus the lower jaw forwardly.
upper and lower plastic trays adapted to fit tightly but removably over the occlusal surfaces of the upper and lower teeth associated with the upper and lower jaws of a patient, a bite plane on the posterior occlusal surface of both sides of the lower tray, each bite plane having a bite surface which protrudes therefrom so as to engage the occlusal surfaces on the upper tray and thus maintain the occlusal surfaces of the trays in predetermined spaced relation, when the trays are so fitted, a pair of bands, each band having ends, and means by which the ends of one band can be releasably attached to respective anterior and posterior portions of the upper and lower trays on one side of the trays, and means by which the ends of the other band can be releasably attached to respective anterior and posterior portions of the upper and lower trays on the other side of the trays.
each band being so constructed that, when its ends are so attached, the bands advance the lower tray and thus the lower jaw forwardly.
2. The oral appliance according to claim 1, wherein the rearward ends of the bands are releasably attached to the bite planes.
3. The oral appliance according to claim 2, wherein the rearward ends of the bands are connected to the front sides of the bite planes.
4. The oral appliance according to claims 1 to 3, wherein the bite planes are removably mounted on the lower tray.
5. The oral appliance according to claim 4, wherein each side of the lower tray has a recess therein, each bite plane has a part for fitting closely in the recess in order to releasably secure the bite plane.
6. The oral appliance according to claim 5, wherein the recess and closely fitting part of the bite plane are of dovetail shape.
7. The oral appliance according to claims 4 to 6, wherein there are a plurality of pairs of removable bite planes each having its bite surface at a different elevation with respect to the occlusal surfaces of the lower tray.
8. The oral appliance according to any one of claims 1 to 7 wherein there are a plurality of bands each of different construction so as to advance the jaw a different distance.
9. The oral appliance according to claims 1 to 8, wherein each band is elastic.
10. The oral appliance according to claim 8, wherein the bands are of different elasticity and/or length.
11. A method of fitting a patient for an oral appliance adapted to advance a lower jaw of a patient, comprising the steps of obtaining a pair of upper and lower plastic trays adapted to fit, respectively, over the occlusal surfaces of the upper and lower teeth of the patient, with the lower tray having right and left side occlusal surfaces and having a bite plane on each posterior portion of the right and left side of the occlusal surfaces, an anterior portion of said upper tray having right and left sides;
and attaching opposite ends of a band to the right side of the upper tray anterior portion and to the bite plane of the right side occlusal surface and attaching opposite ends of a second band the left side of the upper anterior portion and to the bite plane of the left side occlusal surface, wherein the bands are so selected that, upon fitting of the upper tray on the patient's upper teeth, and the lower tray on the patient's lower teeth, the patient's lower teeth are moved forwardly a desired distance beyond their normally occluded positions with respect to the upper tray.
and attaching opposite ends of a band to the right side of the upper tray anterior portion and to the bite plane of the right side occlusal surface and attaching opposite ends of a second band the left side of the upper anterior portion and to the bite plane of the left side occlusal surface, wherein the bands are so selected that, upon fitting of the upper tray on the patient's upper teeth, and the lower tray on the patient's lower teeth, the patient's lower teeth are moved forwardly a desired distance beyond their normally occluded positions with respect to the upper tray.
12. A kit for use in preparing an oral appliance adapted to advance a patient's lower jaw, comprising:
a pair of plastic sheets each adapted to be formed by heat and pressure into an upper tray and a lower tray for respectively fitting each of upper and lower models of a patient's teeth, a pair of bite planes each having a bottom side adapted to be secured to a posterior occlusal surface on opposite sides of the formed lower tray and each having a top side for sliding over respective opposite occlusal surfaces of the formed upper tray, said pair of bite planes when respectively secured adapted to define first attachment means, and a pair of second attachment means each adapted to be secured to an anterior portion on opposite sides of the formed upper tray, so that, upon attachment of opposite ends of each of a pair of selected bands to the first and the second attachment means on each side of the upper and lower trays, the bands will, upon fitting the trays on the patient's upper and lower teeth, pull the lower tray and thus the jaw of the patient forwardly a desired extent.
a pair of plastic sheets each adapted to be formed by heat and pressure into an upper tray and a lower tray for respectively fitting each of upper and lower models of a patient's teeth, a pair of bite planes each having a bottom side adapted to be secured to a posterior occlusal surface on opposite sides of the formed lower tray and each having a top side for sliding over respective opposite occlusal surfaces of the formed upper tray, said pair of bite planes when respectively secured adapted to define first attachment means, and a pair of second attachment means each adapted to be secured to an anterior portion on opposite sides of the formed upper tray, so that, upon attachment of opposite ends of each of a pair of selected bands to the first and the second attachment means on each side of the upper and lower trays, the bands will, upon fitting the trays on the patient's upper and lower teeth, pull the lower tray and thus the jaw of the patient forwardly a desired extent.
13. The kit according to claim 12, wherein the bite planes are removably mounted on the lower tray.
14. The kit according to claim 13, wherein there are a plurality of pairs of bite planes of different heights.
15. The kit according to any one of claims 12 to 14, wherein the attachment means is on the front of each bit plane.
16. The kit according to any one of claims 12 to 15, wherein each of said bite planes is secured to the posterior occlusal surface by means of a dovetail connection.
17. The kit according to claim 16, wherein the dovetail connection is open at its rearward end and closed at its forward end.
18. An oral appliance, comprising:
an upper base conforming to a patient's maxillary dentition and soft tissues, and having an anterior portion and a posterior portion;
a lower base conforming to the patient's mandibular dentition and soft tissues and having an anterior and a posterior portion, the posterior portion of said lower base having right and left side occlusal surfaces; and right and left bite planes on the posterior portion of said lower base, said right and left bite planes, respectively, having occlusal surfaces above the right and left occlusal surfaces of the lower base.
an upper base conforming to a patient's maxillary dentition and soft tissues, and having an anterior portion and a posterior portion;
a lower base conforming to the patient's mandibular dentition and soft tissues and having an anterior and a posterior portion, the posterior portion of said lower base having right and left side occlusal surfaces; and right and left bite planes on the posterior portion of said lower base, said right and left bite planes, respectively, having occlusal surfaces above the right and left occlusal surfaces of the lower base.
19. The oral appliance according to claim 18, wherein the bite planes are removably mounted on the lower base.
20. The oral appliance according to claim 19, wherein each lower base has a recess for receiving and capturing an anchoring portion on each bite plane.
21. The oral appliance according to claim 20, wherein each recess has an outer open end for slidably receiving the anchoring portion of the bite plane, and two inwardly-extending sidewalls and a closed end for capturing the bite plane anchoring portion.
22. The oral appliance according to any one of claims 18 to 21, wherein the bite planes are replaceable with other bite planes of different thickness.
23. The oral appliance according to claim 18, including bands adapted to extend between anterior portions of the upper base and posterior portions of the lower base and being of such construction as to pull said lower base forward relative to said upper base and thus advance the patient's mandible.
24. The oral appliance according to claim 22, wherein the rearward ends of the bands are attachable to the front sides of each bite plane.
25. The oral appliance according to claims 22 to 24, wherein the bands are elastic.
26. The oral appliance according to claims 22 to 25, wherein there are a plurality of pairs of bands each of different length and/or elasticity.
27. An oral appliance comprising:
an upper base conforming to a patient's maxillary dentition and soft tissues, and having right and left anterior portions and right and left posterior portions;
a lower base conforming to the patient's mandibular dentition and soft tissues, and having right and left anterior portions and right and left posterior portions, said upper and lower bases each having right and left occlusal surfaces; and right and left occlusal bite planes attached to respective right and left occlusal surfaces of the lower base, wherein said bite planes upend from the lower base to occlude with the upper base in order to vertically distance the upper and lower bases;
said right and left bite planes each comprising a body having a top occlusal surface, a front side, and a lower attachment means extending from said front side, and right and left upper attachment means on the respective anterior portions of each occlusal surface of the upper base so that, upon connection of opposite ends of a band of predetermined construction to the upper and lower attachment means on each side of the bases, the lower base will, upon fitting of the patient's teeth, pull the lower base and thus the patient's mandibular detention forwardly with a generally horizontally directed force.
an upper base conforming to a patient's maxillary dentition and soft tissues, and having right and left anterior portions and right and left posterior portions;
a lower base conforming to the patient's mandibular dentition and soft tissues, and having right and left anterior portions and right and left posterior portions, said upper and lower bases each having right and left occlusal surfaces; and right and left occlusal bite planes attached to respective right and left occlusal surfaces of the lower base, wherein said bite planes upend from the lower base to occlude with the upper base in order to vertically distance the upper and lower bases;
said right and left bite planes each comprising a body having a top occlusal surface, a front side, and a lower attachment means extending from said front side, and right and left upper attachment means on the respective anterior portions of each occlusal surface of the upper base so that, upon connection of opposite ends of a band of predetermined construction to the upper and lower attachment means on each side of the bases, the lower base will, upon fitting of the patient's teeth, pull the lower base and thus the patient's mandibular detention forwardly with a generally horizontally directed force.
28. An oral appliance, comprising:
upper and lower plastic trays adapted to fit tightly but removably over the occlusal surfaces of the upper and lower teeth of a patient, a bite plane on the posterior occlusal surface of both sides of the lower tray and having a bite surface which protrudes therefrom so as to engage the occlusal surfaces on the upper tray and thus maintain the occlusal surfaces of the trays in predetermined spaced relation, when the trays are so fitted, said upper tray having opposite sides, and band means, a band means being releasably attachable to each side of the anterior portion of the upper tray and to a respective side of the posterior portion of the lower tray so as to advance the lower tray and thus the jaw forwardly when the trays are fitted over the patient's teeth.
upper and lower plastic trays adapted to fit tightly but removably over the occlusal surfaces of the upper and lower teeth of a patient, a bite plane on the posterior occlusal surface of both sides of the lower tray and having a bite surface which protrudes therefrom so as to engage the occlusal surfaces on the upper tray and thus maintain the occlusal surfaces of the trays in predetermined spaced relation, when the trays are so fitted, said upper tray having opposite sides, and band means, a band means being releasably attachable to each side of the anterior portion of the upper tray and to a respective side of the posterior portion of the lower tray so as to advance the lower tray and thus the jaw forwardly when the trays are fitted over the patient's teeth.
29. The oral appliance according to claim 28, wherein the rearward ends of the band means are releasably attached to the bite planes.
30. The oral appliance according to claim 29, wherein the rearward ends of the band means are connected to the front sides of the bite planes.
31. The oral appliance according to any one of clams 28 to 30, wherein the bite planes are removably mounted on the lower tray.
32. An oral appliance comprising:
an upper base conforming to a patient's maxillary dentition and soft tissues, said upper base having an anterior portion and a posterior portion;
a lower base conforming to the patient's mandibular dentition and soft tissues, said lower base having an anterior portion and a posterior portion, and the lower base posterior portion having right and left occlusal surfaces;
right and left occlusal bite planes, for opening the patient's bite, each bite plane having a body with a top occlusal surface and a bottom anchoring portion; and means on the body and anchoring portions for removably attaching said right and left bite planes to the right and left occlusal surfaces of the lower base, said means comprising right and left channels in the ends of said lower base for slidably receiving and capturing the anchoring portions of the right and left bite planes, respectively, means on each bite plane and the lower base to which the ends of flexible bands may be releasably attached, the attachment means on the upper base being forward of the attachment means on the lower base, so that, when the ends of bands of desired length and/or elasticity are attached thereto, and the bases are fitted over the patient's teeth, the lower base and, thus, the patient's lower jaw are advanced forwardly.
an upper base conforming to a patient's maxillary dentition and soft tissues, said upper base having an anterior portion and a posterior portion;
a lower base conforming to the patient's mandibular dentition and soft tissues, said lower base having an anterior portion and a posterior portion, and the lower base posterior portion having right and left occlusal surfaces;
right and left occlusal bite planes, for opening the patient's bite, each bite plane having a body with a top occlusal surface and a bottom anchoring portion; and means on the body and anchoring portions for removably attaching said right and left bite planes to the right and left occlusal surfaces of the lower base, said means comprising right and left channels in the ends of said lower base for slidably receiving and capturing the anchoring portions of the right and left bite planes, respectively, means on each bite plane and the lower base to which the ends of flexible bands may be releasably attached, the attachment means on the upper base being forward of the attachment means on the lower base, so that, when the ends of bands of desired length and/or elasticity are attached thereto, and the bases are fitted over the patient's teeth, the lower base and, thus, the patient's lower jaw are advanced forwardly.
33. An oral mandibular advancement appliance comprising:
an upper base conforming to a patient's maxillary dentition and soft tissues, said upper base having an anterior portion and a posterior portion;
a lower base conforming to the patient's mandibular dentition and soft tissues, said lower base having an anterior portion and a posterior portion, and the lower base posterior portion having right and left occlusal surfaces;
right and left occlusal bite planes, for opening the patient's bite, each bite plane having a body with a top occlusal surface and a bottom anchoring portion;
means for removably attaching said right and left bite planes to the right and left occlusal surfaces of said lower base, said means comprising right and left channels in said lower base for slidably receiving and capturing the anchoring portions of the right and left bite planes, respectively;
means, extending between the anterior portion of the upper base and the posterior portion of the lower base, for pulling said lower base forward relative to said upper base to advance the patient's mandible.
an upper base conforming to a patient's maxillary dentition and soft tissues, said upper base having an anterior portion and a posterior portion;
a lower base conforming to the patient's mandibular dentition and soft tissues, said lower base having an anterior portion and a posterior portion, and the lower base posterior portion having right and left occlusal surfaces;
right and left occlusal bite planes, for opening the patient's bite, each bite plane having a body with a top occlusal surface and a bottom anchoring portion;
means for removably attaching said right and left bite planes to the right and left occlusal surfaces of said lower base, said means comprising right and left channels in said lower base for slidably receiving and capturing the anchoring portions of the right and left bite planes, respectively;
means, extending between the anterior portion of the upper base and the posterior portion of the lower base, for pulling said lower base forward relative to said upper base to advance the patient's mandible.
34. An oral appliance comprising:
an upper base conforming to a patient's maxillary dentition and soft tissues, said upper base having an anterior and a posterior portion, a lower base conforming to the patient's mandibular dentition an soft tissues, said lower base having an anterior and posterior portion and said lower base posterior portion having right and left occlusal surfaces; and right and left occlusal bite planes attached to the posterior portion of the lower base, wherein said bite planes occlude with the upper base to vertically distance the upper and lower bases to the patient's bite, each bite plane comprising a body having a top occlusal surface, front end, and a hook extending forwardly from the front end.
an upper base conforming to a patient's maxillary dentition and soft tissues, said upper base having an anterior and a posterior portion, a lower base conforming to the patient's mandibular dentition an soft tissues, said lower base having an anterior and posterior portion and said lower base posterior portion having right and left occlusal surfaces; and right and left occlusal bite planes attached to the posterior portion of the lower base, wherein said bite planes occlude with the upper base to vertically distance the upper and lower bases to the patient's bite, each bite plane comprising a body having a top occlusal surface, front end, and a hook extending forwardly from the front end.
35. An oral appliance comprising:
upper and lower trays adapted to fit tightly but removably over the occlusal surfaces of the upper and lower teeth of a patient, a bite plane on the occlusal surface of both sides of the lower tray each having a bite surface which protrudes therefrom so as to engage the occlusal surfaces on the other tray and thus maintain the occlusal surfaces of the trays in predetermined spaced relation, when the trays are so fitted, a pair of flexible bands, and means for releasably attaching the ends of each band to the anterior and the posterior portions of each opposite side of the upper and lower trays, respectively, each and being of such length and/or elasticity, that when its ends are so attached and the trays are fitted over the patient's teeth, the lower tray and thus the patient's lower jaw are advanced forwardly with respect to the upper tray and the patient's upper jaw, said attaching means including a hook on the end of the bite plane of the lower tray which faces the attachment means on the upper tray and over which the end of a band may be placed for extension from opposite open ends of the hook and the outer sides of the bite plane of said lower tray so that, upon attachment of the opposite end of said band to the attaching means on the upper tray, the sides of the band are disposed intermediate occlusal surfaces of the trays.
upper and lower trays adapted to fit tightly but removably over the occlusal surfaces of the upper and lower teeth of a patient, a bite plane on the occlusal surface of both sides of the lower tray each having a bite surface which protrudes therefrom so as to engage the occlusal surfaces on the other tray and thus maintain the occlusal surfaces of the trays in predetermined spaced relation, when the trays are so fitted, a pair of flexible bands, and means for releasably attaching the ends of each band to the anterior and the posterior portions of each opposite side of the upper and lower trays, respectively, each and being of such length and/or elasticity, that when its ends are so attached and the trays are fitted over the patient's teeth, the lower tray and thus the patient's lower jaw are advanced forwardly with respect to the upper tray and the patient's upper jaw, said attaching means including a hook on the end of the bite plane of the lower tray which faces the attachment means on the upper tray and over which the end of a band may be placed for extension from opposite open ends of the hook and the outer sides of the bite plane of said lower tray so that, upon attachment of the opposite end of said band to the attaching means on the upper tray, the sides of the band are disposed intermediate occlusal surfaces of the trays.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US08/841,851 | 1997-05-05 | ||
| US08/841,851 US5947724A (en) | 1995-06-23 | 1997-05-05 | Elastic mandibular advancement appliance with slide-in bite planes |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CA2236503A1 CA2236503A1 (en) | 1998-11-05 |
| CA2236503C true CA2236503C (en) | 2007-09-25 |
Family
ID=25285850
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA002236503A Expired - Lifetime CA2236503C (en) | 1997-05-05 | 1998-05-01 | Elastic mandibular advancement appliance with slide-in bite planes |
Country Status (2)
| Country | Link |
|---|---|
| US (1) | US5947724A (en) |
| CA (1) | CA2236503C (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| US5947724A (en) | 1999-09-07 |
| CA2236503A1 (en) | 1998-11-05 |
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