CN103705212A - Physiological parameter detecting device - Google Patents
Physiological parameter detecting device Download PDFInfo
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- CN103705212A CN103705212A CN201310453138.2A CN201310453138A CN103705212A CN 103705212 A CN103705212 A CN 103705212A CN 201310453138 A CN201310453138 A CN 201310453138A CN 103705212 A CN103705212 A CN 103705212A
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Abstract
The invention discloses a physiological parameter detecting device which comprises an outer shell, a detecting module and a signal plug. The outer shell matched with a shell of portable data processing equipment in structure can be sleeved outside the portable data processing equipment. The detecting module is integrated in the outer shell and used for detecting physiological parameters. The signal plug integrated with or separated from the outer shell is correspondingly matched with a first signal jack in the portable data processing equipment and can be plugged into the first signal jack. If the signal plug is integrated with the outer shell, an electrode of the signal plug is connected with a signal line of the detecting module on the outer shell. If the signal plug is separated from the outer shell, the electrode of the signal plug is in contact with the signal line of the detecting module when the signal plug is plugged into the first signal jack. Therefore, complexity in operating the physiological parameter detecting device and the portable data processing equipment can be lowered, and user operation can be facilitated.
Description
Technical field
The application relates to the applied technical field of portable data handling equipment, relates in particular to a kind of physiological parameter detecting device.
Background technology
At present, portable data handling equipment is widely applied in producing and living.Such as portable data handling equipment such as mobile phone, palm PC, miniature and Small-scale Flat computers, become the necessary that people carry.These portable data handling equipment have the basic hardware of the data displays such as display screen, processor, memorizer and processing conventionally, and along with various portable data handling equipment manufacturer falls over each other open its application platform, making increasing third party developer can be these application programs (APP) that portable data handling equipment exploitation is of a great variety, content is novel at present.For example take mobile phone as example, and Apple and Google have all opened its mobile phone development platform at present, make third party developer for cellphone subscriber has developed ten hundreds of APP, have greatly enriched people's life.
Physiological parameter detecting device is as the device of the physiological parameter of human body for detection of organism, for example for detection of the blood glucose meter of organism blood glucose value, for detection of the blood ketone body detector of organism blood ketone body value, for detection of the urine glucose detector of organism urine sugar value, for detection of the blood pressure detector of organism pressure value, etc.
Occurred at present a kind of by the technical scheme of physiological parameter detecting device and portable data handling equipment applied in any combination, mainly to utilize the data-interface of standard universal and line that described portable data handling equipment and described physiological parameter detecting device are coupled together, and set up communication mechanism, by described data-interface, line and communication mechanism make both sides can carry out the mutual of data, thereby can make physiological parameter detecting device only for detection of physiological parameter, reduce costs, the functions such as the processing of physiological parameter and storage are transferred to portable data handling equipment and carry out, thereby can make full use of data processing performance and the memory property of portable data handling equipment.
The shortcoming that existing this portable data handling equipment and physiological parameter detecting device carry out the scheme of information communication is to operate very complexity, comprising:
1) need to connect preparation, and preparation is complicated, in the time need to carrying out information communication, need by hand described portable data handling equipment and physiological parameter detecting device to be coupled together with special-purpose data-interface and line, set up communication mechanism, then could realize the communication between these two equipment; If adopt wireless data-interface to connect, need to open in advance the radio function of two equipment, and carry out wireless search, after wireless search, carry out wireless adaptation, after adaptive success, just can carry out information communication, whole process is also quite loaded down with trivial details.
2) complicated operation in use procedure, in use there are at least two separate physical entities, be portable data handling equipment and physiological parameter detecting device, if adopt wire communication mode, also to further comprise data-interface and these physical entities of connecting line, user cannot hold by these physical entities when operation simultaneously, often needs held by both hands to take even many people to hold and takes operation just can complete relevant information transmission processing work, and whole process complexity is loaded down with trivial details.Doctor, make an inspection tour in the scene of the portable medicals such as ward, inconvenient single-hand handling & is taken, and operation is inconvenience very.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of physiological parameter detecting device, and the operation complexity while being used in conjunction with to reduce physiological parameter detecting device and portable data handling equipment is user-friendly.。
Technical scheme of the present invention is achieved in that
A physiological parameter detecting device, this physiological parameter detecting device comprises:
Overcoat housing, its structure matches with the shell of portable data handling equipment, has position-limit mechanism, in order to be enclosed within the outside of described portable data handling equipment, with the shell relative limit of described portable data handling equipment;
Detection module, is integrated on described overcoat housing, for detection of physiological parameter;
With the Signal plug of described overcoat housing one or split, this Signal plug is corresponding supporting with the first signal jack in described portable data handling equipment, and this Signal plug can insert in the first signal jack of described portable data handling equipment; If this Signal plug and described overcoat housing one, the electrode of this Signal plug is connected with the detection module on described overcoat housing; If this Signal plug and the split of described overcoat housing, when this Signal plug is in the corresponding first signal jack that inserts described portable data handling equipment, its electrode contacts with described detection module;
Described detection module carries out information communication by described Signal plug and first signal jack and described portable data handling equipment.
Preferably, this physiological parameter detecting device further comprises the secondary signal jack identical with the first signal socket configuration of described portable data handling equipment, and the electrode in this secondary signal jack should be connected or contact with each electrode pair in described Signal plug respectively.
Preferably, if described Signal plug and described overcoat housing one, described secondary signal jack is on described overcoat housing; If described Signal plug and the split of described overcoat housing, described secondary signal jack is on the base of described Signal plug, or described secondary signal jack is on described overcoat housing.
Preferably, described Signal plug and the split of described overcoat housing, each electrode of described Signal plug is derived respectively on the base of this Signal plug; On described overcoat housing, in position corresponding to first signal jack with described portable data handling equipment, have emptying aperture, the side of this emptying aperture is provided with corresponding electrode, and this electrode is connected with described detection module; Described overcoat housing is after being enclosed within on described portable data handling equipment shell, described Signal plug inserts in the first signal jack of described portable data handling equipment by described emptying aperture, and the electrode of deriving on the described Signal plug base electrode contact corresponding with described emptying aperture side.
Preferably, described Signal plug and described overcoat housing one.
Preferably, described overcoat housing comprises the first overcoat housing and the second overcoat housing, and described the first overcoat housing and the second overcoat housing be assembled to be enclosed within on the shell of described portable data handling equipment; Described Signal plug and described the second overcoat housing one, and the electrode of this Signal plug exports on described the second overcoat housing; Described detection module is integrated on described the first overcoat housing, has the electrode corresponding with electrode position on described the second overcoat housing on this first overcoat housing, and this electrode connects described detection module; In the time of on described the first overcoat housing and the assembled shell that is enclosed within described portable data handling equipment of the second overcoat housing, the described electrode of the first overcoat housing contacts with the counter electrode of the second overcoat housing.
Preferably, described overcoat housing comprises the first overcoat housing and the second overcoat housing, and described the first overcoat housing and the second overcoat housing be assembled to be enclosed within on the shell of described portable data handling equipment; Described Signal plug and described the second overcoat housing one, and described detection module is integrated on this second overcoat housing, and the electrode of described Signal plug is connected with described detection module.
Preferably, described Signal plug is audio jack, and first signal jack corresponding to described portable data handling equipment is audio sockets;
Or described Signal plug is data cable plug, first signal jack corresponding to described portable data handling equipment is data wire jack.
Preferably, described detection module comprises at least one in following detector:
Blood-glucose detector for detection of organism blood glucose value, blood ketone body detector for detection of organism blood ketone body value, urine glucose detector for detection of organism urine sugar value, urine ketoboidies detector for detection of organism urine ketoboidies value, blood pressure detector for detection of organism pressure value, lipids detection device for detection of organism blood fat value, cholesterol detection device for detection of organism cholesterol value, blood oxygen detector for detection of organism blood oxygen, potassium element horizontal detector for detection of organism potassium element level, pH value detector for detection of organism pH value, lactate detector for detection of organism lactate levels, mineral detector for detection of organism mineral level, protein detection device for detection of organism protein level, scintilla detector for detection of organism scintilla level, vitamin detector for detection of organism vitamin level.
Further preferred, described detection module is the blood sugar test module for detection of organism blood glucose value, comprising the blood-glucose detector for detection of organism blood glucose value.
Compared with prior art, detection module for detection of physiological parameter of the present invention is integrated on described overcoat housing, this overcoat housing can be enclosed within the outside of portable data handling equipment again regularly, and described Signal plug can with described checkout gear or portable data handling equipment carry out direct-connected or contact be connected, after described Signal plug inserts in the first signal jack of portable data handling equipment, described Signal plug is relative with first signal jack fixing, described detection module carries out information communication by described Signal plug and first signal jack and described portable data handling equipment.
Adopt the present invention, user needn't carry out physiological parameter detecting device and portable data handling equipment the extra operation that is electrically connected to when in use, or only needs open-and-shut connection work (be about to plug and insert jack), has therefore alleviated user's operation easier.And owing to adopting organization plan of the present invention, described physiological parameter detecting device is relative with described portable data handling equipment to be fixed together closely, need to hold the physical entity of taking and be only one, therefore operate very convenient, conventionally only need single-hand handling & to take and just can complete relevant data acquisition operation, be applicable to especially very much the application scenarios of portable medical.
In addition, in prior art, some physiological parameter detecting device can directly have Signal plug, inserts in the jack of portable data handling equipment, to shorten two physical distances between equipment, facilitates user to hold and takes.But in this scheme, user is in operation, described in outer bound pair, the active force of physiological parameter detecting device can act directly on described plug, thereby make to occur between this plug and portable data handling equipment jack the problem of poor electric contact, cause the mortality of information communication higher, and be easy to cause the damage of the corresponding jack of portable data handling equipment.And in the present invention, because described detection module is integrated on described overcoat housing, the strength that described in outer bound pair, detection module applies has all been carried on described overcoat housing, therefore can not produce direct effect power to the contact between described Signal plug and first signal jack, avoid causing due to the impact of external influence power the problem of Signal plug and the direct loose contact of first signal jack, improve the success rate of physiological parameter detecting device and portable data handling equipment information communication.
Accompanying drawing explanation
Fig. 1 a is depicted as a kind of mobile phone in the embodiment of the present invention one and the structural representation of physiological parameter detecting device;
Fig. 1 b is that the overcoat housing shown in Fig. 1 a is enclosed within a kind of schematic diagram outside mobile phone;
Fig. 1 c is that the Signal plug in physiological parameter detecting device shown in Fig. 1 a inserts a kind of schematic diagram in mobile phone respective signal jack;
Fig. 1 d is depicted as a kind of visual angle figure from bottom to top of the Signal plug in embodiment described in Fig. 1 a and the corresponding overcoat housing inserting thereof;
Fig. 2 a is mobile phone described in the embodiment of the present invention two and the structural representation of watching from oblique upper visual angle of physiological parameter detecting device;
Fig. 2 b is the structural representation that physiological parameter detecting device is watched from visual angle, oblique below described in Fig. 2 a;
Fig. 3 a is mobile phone described in the embodiment of the present invention three and the front view of physiological parameter detecting device;
Fig. 3 b is a kind of schematic diagram of physiological parameter detecting device from oblique below to upward angle of visibility described in Fig. 3 a;
Fig. 3 c is the schematic diagram of physiological parameter detecting device in the process of the above mobile phone of cover described in Fig. 3 a;
Fig. 4 a is mobile phone described in the embodiment of the present invention four and the physiological parameter detecting device schematic diagram to upward angle of visibility from tiltedly;
Fig. 4 b be described in Fig. 4 a the first overcoat housing of physiological parameter detecting device be enclosed within on mobile phone and from tiltedly to a kind of schematic diagram of downwards angle of visibility;
Fig. 4 c is that physiological parameter detecting device is finally enclosed within the front view on described mobile phone described in Fig. 4 a;
Fig. 5 a is mobile phone described in the embodiment of the present invention five and the physiological parameter detecting device schematic diagram to upward angle of visibility from tiltedly;
Fig. 5 b be described in Fig. 5 a the first overcoat housing of physiological parameter detecting device be enclosed within on mobile phone and from tiltedly to a kind of schematic diagram of downwards angle of visibility;
Fig. 6 a is the front view of the connection position-limit mechanism between two parts when overcoat housing is divided into two parts described in the embodiment of the present invention six;
Fig. 6 b is that the overcoat housing of embodiment is finally enclosed within the front view on described mobile phone described in Fig. 6 a;
Fig. 7 a is the structure perspective view of a kind of mobile phone and physiological parameter detecting device in the embodiment of the present invention seven;
Fig. 7 b is a kind of schematic diagram of Signal plug and base thereof described in embodiment seven;
Fig. 7 c is embodiment seven a kind of schematic diagram after described Signal plug inserts the mobile phone that described overcoat housing is installed;
Fig. 8 a is a kind of mobile phone in the embodiment of the present invention eight and the perspective view of physiological parameter detecting device;
Fig. 8 b is the front view of the physiological parameter detecting device structure of embodiment described in Fig. 8 a;
Fig. 8 c is a kind of schematic diagram after physiological parameter detecting device is installed on mobile phone described in Fig. 8 a;
Fig. 9 is a kind of mobile phone described in the embodiment of the present invention nine and the front view of physiological parameter detecting device;
Figure 10 is a kind of mobile phone described in the embodiment of the present invention ten and the front view of physiological parameter detecting device;
Figure 11 is a kind of mobile phone described in the embodiment of the present invention 11 and the front view of physiological parameter detecting device;
Figure 12 is a kind of mobile phone described in the embodiment of the present invention 12 and the front view of physiological parameter detecting device.
The specific embodiment
Below in conjunction with drawings and the specific embodiments, the present invention is further described in more detail.
Core technology scheme of the present invention is to disclose a kind of physiological parameter detecting device, and this physiological parameter detecting device comprises:
Overcoat housing, its structure matches with the shell of described portable data handling equipment, has position-limit mechanism, in order to be enclosed within the outside of described portable data handling equipment, with the shell relative limit of described portable data handling equipment;
Detection module, is integrated on described overcoat housing, for detection of physiological parameter;
With the Signal plug of described overcoat housing one or split, this Signal plug is corresponding supporting with the first signal jack in described portable data handling equipment, and this Signal plug can insert in the first signal jack of described portable data handling equipment; If this Signal plug and described overcoat housing one, the electrode of this Signal plug is connected with the holding wire of detection module on described overcoat housing; If this Signal plug and the split of described overcoat housing, when this Signal plug is in the corresponding first signal jack that inserts described portable data handling equipment, its electrode contacts with the holding wire of described detection module;
Described detection module carries out information communication by described Signal plug and first signal jack and described portable data handling equipment.
In a kind of preferred embodiment, described Signal plug is audio jack, and first signal jack corresponding to described portable data handling equipment is audio sockets; Or described Signal plug is data cable plug, first signal jack corresponding to described portable data handling equipment is data wire jack; Or described first signal jack can be also other jack in described portable data handling equipment as charging jack etc., and described Signal plug is the jack supporting with this first signal jack.Electrodeplate in described audio jack is because the interface type adopting in concrete enforcement is different, also likely different.For example common audio interface type is TRS tri-cores (three electrodes), four-core (four electrodes) etc.
Detection module described in the present invention for example, for example, for detection of the physiological parameter of organism (human body): blood glucose value, blood ketone body value, urine sugar value, urine ketoboidies value, pressure value, blood fat value, cholesterol value, blood oxygen levels, potassium element level, pH value, lactate levels, mineral level, protein level, scintilla level, vitamin level etc.
For example, described detection module comprises at least one in following detector:
Blood-glucose detector for detection of organism blood glucose value, blood ketone body detector for detection of organism blood ketone body value, urine glucose detector for detection of organism urine sugar value, urine ketoboidies detector for detection of organism urine ketoboidies value, blood pressure detector for detection of organism pressure value, lipids detection device for detection of organism blood fat value, cholesterol detection device for detection of organism cholesterol value, blood oxygen detector for detection of organism blood oxygen, potassium element horizontal detector for detection of organism potassium element level, pH value detector for detection of organism pH value, lactate detector for detection of organism lactate levels, mineral detector for detection of organism mineral level, protein detection device for detection of organism protein level, scintilla detector for detection of organism scintilla level, vitamin detector for detection of organism vitamin level.
In a kind of preferred embodiment, described detection module is the blood sugar test module for detection of organism blood glucose value, comprising the blood-glucose detector for detection of organism blood glucose value.
Portable data handling equipment of the present invention can be any equipment with data processing function being convenient for carrying, such as mobile phone, panel computer, palm PC (PDA), portable audio/video player and other portable digital electronic equipment etc.
Described portable data handling equipment take below as mobile phone is example, illustrate the embodiment of the various structures of physiological parameter detecting device of the present invention.
Embodiment mono-:
In the present embodiment one, described Signal plug is dismountable Signal plug.Plug inserts after the first signal jack of portable data handling equipment, each electrode of Signal plug and the interior corresponding electrode contact of described first signal jack, each electrode of synchronous signal plug contacts with overcoat housing top electrode, and the electrode of overcoat housing is connected with the holding wire of described detection module again.
Being a kind of mobile phone in the embodiment of the present invention one and the structural representation of physiological parameter detecting device as shown in Figure 1a, is wherein partial enlarged drawing in dotted line frame; Fig. 1 b is that the overcoat housing shown in Fig. 1 a is enclosed within a kind of schematic diagram outside mobile phone; Fig. 1 c is that the Signal plug in physiological parameter detecting device shown in Fig. 1 a inserts a kind of schematic diagram in mobile phone respective signal jack.
Referring to Fig. 1 a to Fig. 1 c, described physiological parameter detecting device 100, for being enclosed within the housing exterior of described mobile phone 111, can play the effect of protection mobile phone 111.This physiological parameter detecting device 100 specifically comprises:
The present invention comprises the improvements of existing mobile phone shell or cell-phone cover: on described overcoat housing 101, be integrated with detection module 102, as mentioned above, described detection module 102 can be for detection of the biology physiological parameter of human body for example.In the present embodiment and following embodiment, the inner side that the detection module 102 of take is integrated in overcoat housing 101 describes as example.But in other embodiments, this detection module also can be integrated in any position of overcoat housing 101.For example this detection module can integratedly be fixed on the shell of overcoat housing 101, especially can integratedly be fixed on top, bottom or the side of the shell of overcoat housing 101, the operation thereby the slip of being convenient to magnetic stripe card is swiped the card.
In physiological parameter detecting device of the present invention, also comprise and the Signal plug 103 of described overcoat housing 101 one or split, for example the Signal plug in the present embodiment one 103 is Split type structure with described overcoat housing 101.This Signal plug 103 is corresponding supporting with the signal jack 112 of described mobile phone, for subsequent embodiment in overcoat housing on signal jack distinguish, claim signal jack on described mobile phone 112 for first signal jack 112 herein.Described Signal plug 103 can insert in the first signal jack 112 of described mobile phone.Signal plug 103 shown in the present embodiment one is a kind of audio jack, and the corresponding first signal jack 112 in described mobile phone is audio jacks corresponding to described audio jack.Certain described first signal jack can be also other signal jack on mobile phone, data wire jack for example, and corresponding Signal plug is the data cable plug supporting with this data wire jack.Those skilled in the art know, on described Signal plug 103, there is at least one electrode, as the audio jack in the present embodiment specifically comprises electrode 1031～1034, when this Signal plug 103 inserts after described first signal jack 112, each electrode of this Signal plug 103 contacts with each counter electrode in described first signal jack 112 respectively, for conducting corresponding electrode signal.
In order to make the detection module 102 on mobile phone and described overcoat housing 101 carry out information communication, in the present embodiment, at the electrode 1031～1034 of described Signal plug 103, need to by inner lead, export on the base 1035 of this Signal plug 103.The type of electrodes of deriving on described Signal plug 103 bases 1035 and quantity can be according to function and the quantity of the concrete electrode of described Signal plug, first signal socket, and the demand of described detection module 102 is relevant.For example, for audio jack conventional on mobile phone and plug, its inside has singal input electrode, signal output electrode (being conventionally divided into two output electrodes of left and right acoustic channels), ground electrode etc.If described detection module 102 need to be to mobile phone input message, its testing result needs input handset, can by inner lead, export on the base of this Signal plug 103 to the input electrode of Signal plug described in major general 103; If the informational needs in mobile phone outputs to detection module, can by inner lead, export on the base of this Signal plug 103 to the output electrode of Signal plug described in major general 103.Fig. 1 d is depicted as a kind of visual angle figure from bottom to top of the Signal plug in embodiment described in Fig. 1 a and the corresponding overcoat housing inserting thereof, and in dotted line frame, is wherein partial enlarged drawing.In this embodiment mono-, all electrodes of described Signal plug 103 have all exported on its base 1035, on base, have exposed corresponding electrode 1041～1044, are connected respectively with described electrode 1031～1034 in this Signal plug inside by wire.
On described overcoat housing 101, the side of the emptying aperture 120 corresponding with described first signal jack 112 is also provided with corresponding electrode, the quantity of this electrode can arrange as required, generally to be less than or equal to the number of electrodes arranging on described Signal plug 103 bases, but electrode position need to be corresponding with the electrode position on described Signal plug 103 bases, after making in the signal jack 112 of described Signal plug 103 insertion mobile phones, electrode on described Signal plug 103 bases can contact with the counter electrode of described emptying aperture side respectively, for conducting corresponding electrode signal.For example, shown in Fig. 1 a and Fig. 1 d, described emptying aperture 120 sides are provided with 4 corresponding electrodes 1051～1054, after in the signal jack 112 of described Signal plug 103 insertion mobile phones, electrode 1041～1044 on described Signal plug 103 bases can contact with the counter electrode 1051～1054 of described emptying aperture 120 sides respectively, thereby can conduct corresponding electrode signal.
The electrode of described emptying aperture 120 sides can be electrically connected to described detection module 102 as required, if for example described detection module 102 need to be to mobile phone input message, its testing result needs input handset, can be electrically connected to described detection module 102 to the electrode for input signal of 120 sides of emptying aperture described in major general; If the informational needs in mobile phone outputs to detection module 102, can be connected with described detection module 102 to the electrode for output signal of 120 sides of emptying aperture described in major general.Certainly, as shown in Fig. 1 a and Fig. 1 d, in this embodiment mono-, all electrodes 1051～1054 of described emptying aperture 120 sides can be connected with described detection module 102, detection module 102 can be used any electrode wherein as required.After in the signal jack 112 of described Signal plug 103 insertion mobile phones, electrode 1041～1044 on described Signal plug 103 bases can contact with the counter electrode 1051～1054 of described emptying aperture 120 sides respectively, can realize the signal transmission between mobile phone and described detection module 102.When described Signal plug 103 does not insert in the signal jack 112 of mobile phone, this signal jack 112 can be for existing function, and for example audio jack can plugged earphone phono connector outputting music and the sound that receives microphone.
As for described overcoat housing, specifically adopt which kind of structure to be enclosed within on phone housing, the present invention is not specifically limited, for example, can adopt existing technical scheme, and for example described overcoat housing can adopt retaining structure to be enclosed within on mobile phone, also can adopt the mechanisms such as screw and nut to be enclosed within on mobile phone, etc.As long as relative with phone housing fixing.Be applied to the power on overcoat housing, most of by overcoat housing and phone housing, born, between described Signal plug and signal jack to contact the application of force very little, avoid Signal plug and the direct loose contact of signal jack.
In the embodiment mono-described in above-mentioned Fig. 1 a to Fig. 1 d, described Signal plug and described overcoat housing are splits.In the other embodiment of the present invention, described Signal plug can be one with described overcoat housing, and described Signal plug can be integrated on described overcoat housing.
Embodiment bis-:
Fig. 2 a is mobile phone described in the embodiment of the present invention two and the structural representation of watching from oblique upper visual angle of physiological parameter detecting device thereof; Fig. 2 b is the structural representation that physiological parameter detecting device is watched from visual angle, oblique below described in Fig. 2 a.Described Signal plug 203 is integrated on described overcoat housing 201, described detection module 102 should be connected with the electrode pair of described Signal plug 203, for example Signal plug 203 described in Fig. 2 a is the audio jack with four electrodes, four electrodes of this audio jack all can be coupled together with described detection module 102.Detection module 102 can be used any electrode wherein to carry out signal transmission according to concrete function.The position of described Signal plug 203 need to be corresponding with the position of the described signal jack 112 of mobile phone.When can be inserted in described signal jack 112 in order to realize described Signal plug 203, described overcoat housing 201 can be enclosed within on the shell of mobile phone 111, in one embodiment, described overcoat housing 201 can adopt the material of the solid type of non-rigidity, some hard gels for example, plastics, or cortical material, it has certain degree of hardness can protect hands machine, also can bear certain strength, but also there is certain bending performance simultaneously, when this overcoat housing 201 being installed on described mobile phone, can first described Signal plug 203 be inserted in the signal jack 112 of mobile phone, then utilize the bending performance of described overcoat housing 201, to the edge of described overcoat housing laterally the application of force make outer shell body deformability, thereby make mobile phone can put into overcoat housing, stop afterwards the application of force, overcoat housing resiles, thereby can be enclosed within more tightly on the shell of described mobile phone.Meanwhile, by the electrode connection mode of said structure, can realize the signal transmission between mobile phone and described detection module 102.
In addition, if described overcoat housing adopts the solid shaped material of rigidity, as metal material, can adopt special retaining structure to be enclosed within on mobile phone, also described overcoat housing can be divided into some parts, then adopt the mechanisms such as screw and nut to be enclosed within on mobile phone, etc.As long as described outer shell physical ability is relative with phone housing fixing.
Certainly, when can be inserted in described signal jack 112 in order to realize described Signal plug 203, described overcoat housing 201 can be enclosed within on phone housing, also can adopt other embodiment.
Embodiment tri-:
Fig. 3 a is mobile phone described in the embodiment of the present invention three and the front view of physiological parameter detecting device thereof; Fig. 3 b is a kind of schematic diagram of physiological parameter detecting device from oblique below to upward angle of visibility described in Fig. 3 a; Fig. 3 c is the schematic diagram of physiological parameter detecting device in the process of the above mobile phone of cover described in Fig. 3 a.Referring to Fig. 3 a to Fig. 3 c, this embodiment tri-is that described Signal plug 203 is integrated on described overcoat housing 301 with embodiment bis-something in common, described detection module 102 should be connected with the electrode pair of described Signal plug 203, and the position of described Signal plug 203 need to be corresponding with the position of the described signal jack 112 of mobile phone (as the dotted line in figure represents the position of this signal jack).Be with the difference of embodiment bis-, described in the present embodiment three, the below of overcoat housing 301 does not have closure, and these overcoat housing 301 belows are one and eat dishes without rice or wine greatly 303, as shown in Figure 3 b.Described like this overcoat housing 301 just can be inserted to mobile phone 111, as shown in Figure 3 a from top to bottom.And then described overcoat housing 301 can be slidably mounted on described phone housing from top to bottom, described Signal plug, also by action from top to bottom, inserts in described signal jack, as shown in Figure 3 c simultaneously.Finally, when realizing described Signal plug 203 and can be inserted in described signal jack 112, described overcoat housing 301 can be enclosed within on mobile phone 111 shells.
Embodiment tetra-:
Fig. 4 a is mobile phone physiological parameter detecting device described in the embodiment of the present invention four schematic diagram to upward angle of visibility from tiltedly; Fig. 4 b be described in Fig. 4 a the first overcoat housing of physiological parameter detecting device be enclosed within on mobile phone and from tiltedly to a kind of schematic diagram of downwards angle of visibility; Fig. 4 c is that physiological parameter detecting device is finally enclosed within the front view on described mobile phone described in Fig. 4 a.Referring to Fig. 4 a to Fig. 4 c; the overcoat housing of described physiological parameter detecting device is divided into two parts; comprise the first overcoat housing 411 and the second overcoat housing 412; the first overcoat housing 411 is mainly for the protection of mobile phone; be enclosed within on the shell of mobile phone 111; described Signal plug 203 can be integrated on the second overcoat housing 412, and described detection module 102 is integrated on described the first overcoat housing 411.On described the second overcoat housing 412, there is the electrode that should be connected with the electrode pair of described Signal plug 203, for example, in the present embodiment or take the audio jack with four electrodes is example, the electrode 441～444 that each electrode pair that to have with described audio jack on described the second overcoat housing 412 be Signal plug 203 should be connected; On described the first overcoat housing 411 on the position corresponding with described electrode 441～444, there is corresponding electrode 451～454, described electrode 451～454 is connected with described detection module 102, and detection module 102 can be used any electrode wherein to carry out signal transmission according to concrete function.As shown in Figure 4 b, described the first overcoat housing 411 is for example enclosed within on the shell of mobile phone 111, for protecting at ordinary times mobile phone (from top to bottom slip cap at phone housing).The position of described Signal plug 203 need to be corresponding with the position of the described signal jack 112 of mobile phone, when needs are used described detection module 102, described the second overcoat housing 412 can be enclosed within on the shell of mobile phone (for example from top to bottom slip cap on phone housing), described Signal plug 203 can be inserted in described signal jack 112 simultaneously, final described the first overcoat housing 411 and the second overcoat housing 412 are all enclosed within on the shell of mobile phone 111, and described Signal plug 203 just in time inserts in the signal jack 112 of mobile phone, as shown in Fig. 4 c.By the electrode connection mode of said structure, can realize the signal transmission between mobile phone 111 and described detection module 102.
Embodiment five:
Fig. 5 a is mobile phone physiological parameter detecting device described in the embodiment of the present invention five schematic diagram to upward angle of visibility from tiltedly; Fig. 5 b be described in Fig. 5 a the first overcoat housing of physiological parameter detecting device be enclosed within on mobile phone and from tiltedly to a kind of schematic diagram of downwards angle of visibility.Referring to Fig. 5 a to Fig. 5 b; this embodiment five is similar to embodiment tetra-; the overcoat housing of described physiological parameter detecting device is divided into two parts; comprise the first overcoat housing 511 and the second overcoat housing 512; the first overcoat housing 511 is mainly for the protection of mobile phone; be enclosed within on the shell of mobile phone 111, described Signal plug 203 can be integrated on the second overcoat housing 512, and described detection module 102 is also integrated on described the second overcoat housing 512.This detection module 102 should be connected with the electrode pair of described Signal plug 203 on the second overcoat housing 512, and detection module 102 can be used any electrode wherein carry out signal transmission according to concrete function.Described the first overcoat housing 511 is enclosed within on phone housing for protecting at ordinary times mobile phone.The position of described Signal plug 203 need to be corresponding with the position of the described signal jack 112 of mobile phone, when needs are used described detection module 102, described the second overcoat housing 512 can be enclosed within on phone housing, described Signal plug 203 can be inserted in described signal jack 112 simultaneously.By the electrode connection mode of said structure, also can realize the signal transmission between mobile phone and described detection module 102, complete the transfer function of various information.
In above-described embodiment four and embodiment five, as for described the first overcoat housing and the second overcoat housing, specifically adopt which kind of structure to be enclosed within on phone housing, and relative with described phone housing fixing, the present invention is not specifically limited, for example can adopt existing technical scheme, if for example described overcoat housing adopts solid material type and that have certain bending performance of non-rigidity, for example some hard gels, plastics or cortical material, can adopt retaining structure and utilize manual application of force installation sleeve on mobile phone; If described overcoat housing adopts the solid shaped material of rigidity, as metal material, can adopt special retaining structure to be enclosed within on mobile phone, also can adopt the mechanisms such as screw and nut to be enclosed within on mobile phone, between described the first overcoat housing and the second overcoat housing, also can adopt retaining structure or screw and nut mechanism to fix, etc.As long as described the first overcoat housing is relative with phone housing with the second outer shell physical ability fixing.
Embodiment six:
For example, Fig. 6 a is the front view of the connection position-limit mechanism between two parts when overcoat housing is divided into two parts described in the embodiment of the present invention six, and Fig. 6 b is that the overcoat housing of embodiment is finally enclosed within the front view on described mobile phone described in Fig. 6 a.Referring to Fig. 6 a and Fig. 6 b, in this embodiment six, also be divided into two parts overcoat housing, i.e. the first overcoat housing 611 and the second overcoat housing 612, the present embodiment six can improve on the basis based on above-described embodiment four or embodiment five, difference is in the present embodiment six, described the first overcoat housing 611 both sides have clamping mechanism 601, the correspondence position of described the second overcoat housing 612 both sides also has the clamping mechanism 602 supporting with described clamping mechanism 601, it in dotted ellipse in Fig. 6 a, is the enlarged drawing of described left side retaining structure, right side retaining structure is also the same structure with left side symmetry.When described overcoat housing is installed, described the first overcoat housing 611 slides from bottom to top from the downside of mobile phone, be enclosed within on phone housing, described the second overcoat housing 612 slides from the top down from the upside of mobile phone, be enclosed within on phone housing, and described Signal plug 203 can insert in the signal jack 112 of mobile phone.After two overcoat housings are just in time enclosed within on phone housing, described clamping mechanism 601 and 602 just in time can carry out screens to limit described two overcoat housings in the movement of mobile phone above-below direction, play position-limiting action, and because the groove of overcoat shell rim can play and mobile phone position-limiting action all around, thereby make mobile phone relative fixing with described two overcoat housings, and be applied to the power on overcoat housing, major part is born by overcoat housing and phone housing, to between described Signal plug and signal jack to contact the application of force very little, avoid Signal plug and the direct loose contact of signal jack.
Certainly, those skilled in the art can expect, described clamping mechanism also can replace with the similarly position-limit mechanism such as screw and nut.
In above-described embodiment, if wish to use described first signal jack to carry out original feature operation, if for example described first signal jack is audio interface, if wish to utilize this audio interface plugged earphone phono connector with the sound of outputting music and reception microphone, need to extract Signal plug of the present invention from described first signal jack; If described first signal jack is data wire jack, if wish to utilize data line interface data inserting line with transmission data, need to from described first signal jack, extract Signal plug of the present invention.
In the other embodiment of the present invention, original function for the first signal jack of mobile phone easy to use, can also be on the basis of the various embodiments described above, in the enterprising step of described overcoat housing, increase a corresponding signal jack, be referred to as in the present invention secondary signal jack, after like this in Signal plug of the present invention is inserted to described first signal jack, both can realize the information communication of mobile phone and described detection module, also can realize the original function of mobile phone first signal jack simultaneously.Introduce respectively further embodiment below.
Embodiment seven:
Fig. 7 a is the structure perspective view of a kind of mobile phone and physiological parameter detecting device in the embodiment of the present invention seven.Referring to Fig. 7 a, this embodiment seven is improvement of carrying out on the basis of above-described embodiment one, with the difference of embodiment mono-be this embodiment seven on the base 1035 of described Signal plug 103, increased with described mobile phone on the identical secondary signal jack 122 of first signal jack 112 structure, this secondary signal jack 122 is equivalent to an expansion jack of described first signal jack 112, each electrode of this secondary signal jack 122 is electrically connected to each counter electrode of described Signal plug 103, after the described first signal jack 112 that described Signal plug 103 inserts on mobile phone, due to each electrode of Signal plug 103 and each electrode contact of first signal jack 112, therefore each electrode of this secondary signal jack 122 can be connected with each the corresponding electrode in described first signal jack 112, therefore this secondary signal jack 122 can replace the original function of first signal jack 112.In concrete enforcement, if first signal jack 112 is audio interface, this secondary signal jack 122 is also identical audio interface, if first signal jack 112 is data line interfaces, this secondary signal jack 122 is also identical data line interface.
In the present embodiment seven, the kind of the electrode specifically having on described Signal plug 103 is corresponding identical with type of electrodes and quantity in described first signal jack 112 with quantity, corresponding, the type of electrodes of described secondary signal jack 122 is also identical with quantity with the type of electrodes of first signal jack 112 with quantity.
Also take now Signal plug and jack has four electrodes and describes as example.If Fig. 7 b is a kind of schematic diagram of Signal plug and base thereof as described in embodiment seven.The left part of Fig. 7 b is divided into front view, dotted line has wherein identified the annexation of described Signal plug 103 and secondary signal jack 122, described Signal plug 103 specifically comprises electrode 1031～1034, corresponding, described secondary signal jack 122 also comprises four corresponding electrodes 1～4, is connected respectively with described electrode 1031～1034 by inner lead.The right part of Fig. 7 b is divided into the schematic diagram figure from visual angle, right side, has exposed corresponding electrode 1041～1044 on wherein said base, is connected respectively with described electrode 1031～1034 in this Signal plug inside by wire.When described Signal plug 103 inserts after described first signal jack 112, each electrode of this Signal plug 103 contacts with each counter electrode in described first signal jack 112 respectively, on the one hand each electrode of described first signal jack 112 respectively with each counter electrode conducting of described secondary signal jack 122, thereby other Signal plug can carry out signal with interior of mobile phone and communicates by letter as the Signal plug 701 of speaker can insert this secondary signal jack 122, and the audio frequency of mobile phone can be exported to speaker and sound, on the other hand, all 1041～1044 derivation of the electrode from its base of each electrode due to described Signal plug 103, and the described overcoat housing 101 of the present embodiment seven is identical with embodiment mono-, as shown in Fig. 1 a and 1d, in described overcoat housing 101, the side of the emptying aperture 120 corresponding with described first signal jack 112 is also provided with corresponding electrode, the quantity of this electrode can arrange as required, generally to be less than or equal to the number of electrodes arranging on described Signal plug 103 bases, but electrode position need to be corresponding with the electrode position on described Signal plug 103 bases, after making in the signal jack 112 of described Signal plug 103 insertion mobile phones, electrode on described Signal plug 103 bases can contact with the counter electrode of described emptying aperture 120 sides respectively, and the electrode of described emptying aperture 120 sides can be electrically connected to described detection module 102 as required, therefore can realize mobile phone communicates by letter with the signal between described detection module.
Fig. 7 c is the present embodiment seven a kind of schematic diagram after described Signal plug 103 inserts the mobile phone that described overcoat housing 101 is installed, as shown in Figure 7 c, now, mobile phone both can carry out signal with described detection module 102 and communicate by letter, the extraneous equipment for example plug 701 of speaker also can insert described secondary signal jack, thereby make mobile phone to carry out signal with described physiological parameter detecting device, communicates by letter simultaneously.
Certainly, in the alternative of the present embodiment, described secondary signal plug 122 also can be arranged on described overcoat housing 101, the electrode of this secondary signal plug 122 is connected with described detection module 102, after described Signal plug 103 insertions are provided with the mobile phone of described overcoat housing 101, because the electrode 1041～1042 on Signal plug 103 bases contacts with the electrode 1051～1054 of overcoat housing emptying aperture 120 sides respectively, therefore mobile phone both can carry out signal with described detection module 102 and communicates by letter, the plug 701 of extraneous speaker also can insert described secondary signal jack, thereby make mobile phone to carry out signal with described physiological parameter detecting device communicates by letter simultaneously.
Embodiment eight:
Fig. 8 a is a kind of mobile phone in the embodiment of the present invention eight and the perspective view of physiological parameter detecting device; Fig. 8 b is the front view of the physiological parameter detecting device structure of embodiment described in Fig. 8 a; Fig. 8 c is a kind of schematic diagram after physiological parameter detecting device is installed on mobile phone described in Fig. 8 a.Referring to Fig. 8 a and Fig. 8 b, this embodiment eight improves above-described embodiment two, with the difference of embodiment bis-be on described overcoat housing, increased with described mobile phone on the identical secondary signal jack 122 of first signal jack 112 structure, this secondary signal jack 122 is equivalent to an expansion jack of described first signal jack 112.Each electrode of this secondary signal jack 122 is electrically connected to each counter electrode of described Signal plug 203, after the described first signal jack 112 that described Signal plug 203 inserts on mobile phone, due to each electrode of Signal plug 203 and each electrode contact of first signal jack 112, therefore each electrode of this secondary signal jack 122 can be connected with each the corresponding electrode in described first signal jack 112, so this secondary signal jack 122 can replace the original function of first signal jack 112.In concrete enforcement, if first signal jack 112 is audio interface, this secondary signal jack 122 is also identical audio interface, if first signal jack 112 is data line interfaces, this secondary signal jack 122 is also identical data line interface.
In the present embodiment eight, the kind of the electrode specifically having on described Signal plug 203 and quantity are corresponding identical with type of electrodes and quantity in the first signal jack of described mobile phone, corresponding, the type of electrodes of described secondary signal jack 122 is also identical with quantity with the type of electrodes of first signal jack 112 with quantity.
Also take now Signal plug and jack has four electrodes and describes as example.A partial enlarged drawing of secondary signal jack 122 as described in described in Fig. 8 b in dotted ellipse being, described Signal plug 203 specifically comprises the lead-in wire of four electrodes 1031～1034 that four electrodes 1～4 in electrode 1～4(figure are Signal plug), these four electrodes are connected with four electrodes 1～4 of described secondary signal jack 122 respectively by inner lead, and at least one in these four electrodes also will be connected with detection module 102 respectively simultaneously.Therefore after the overcoat housing 201 of the present embodiment eight is installed on mobile phone, as shown in Figure 8 c, described Signal plug 203 inserts the first signal jack of mobile phone, mobile phone both can carry out signal with described detection module 102 and communicate by letter, the extraneous equipment for example plug 701 of speaker also can insert described secondary signal jack 122, thereby make mobile phone to carry out signal with described physiological parameter detecting device, communicates by letter simultaneously.
Similarly, the present invention can also increase secondary signal jack on the basis of above-described embodiment three to embodiment six.Specific embodiment is as described below.
Embodiment nine:
Fig. 9 is a kind of mobile phone described in the embodiment of the present invention nine and the front view of physiological parameter detecting device.This embodiment nine is improvement that above-described embodiment three is carried out, with the difference of embodiment tri-be on described overcoat housing, increased with described mobile phone on the identical secondary signal jack 122 of first signal jack 112 structure, as the dotted portion in Fig. 9 be depicted as overcoat housing 301 inside as described in the annexation of secondary signal jack 122 and electrode thereof, this secondary signal jack 122 is equivalent to an expansion jack of described first signal jack 112.Each electrode of this secondary signal jack 122 is electrically connected to each counter electrode of described Signal plug 203, after the described first signal jack 112 that described Signal plug 203 inserts on mobile phone, due to each electrode of Signal plug 203 and each electrode contact of first signal jack 112, therefore each electrode of this secondary signal jack 122 can be connected with each the corresponding electrode in described first signal jack, so this secondary signal jack 122 can replace the original function of first signal jack 112.
In the present embodiment nine, the kind of the electrode specifically having on described Signal plug 203 and quantity are corresponding identical with type of electrodes and quantity in the first signal jack of described mobile phone, corresponding, the type of electrodes of described secondary signal jack 122 is also identical with quantity with the type of electrodes of first signal jack 112 with quantity.Also take now Signal plug and jack has four electrodes and describes as example.It in dotted ellipse as shown in Figure 9, is a partial enlarged drawing of described secondary signal jack 122, described Signal plug 203 specifically comprises four electrodes 1～4, be connected with four electrodes 1～4 of described secondary signal jack 122 respectively, at least one in these four electrodes also will be connected with detection module 102 respectively simultaneously.Therefore after the overcoat housing 201 of the present embodiment nine is installed on mobile phone, described Signal plug 203 inserts the first signal jack of mobile phone, mobile phone both can carry out signal with described detection module 102 and communicate by letter, the extraneous equipment for example plug 701 of speaker also can insert described secondary signal jack 122, thereby make mobile phone to carry out signal with described physiological parameter detecting device, communicates by letter simultaneously.
Embodiment ten:
Figure 10 is a kind of mobile phone described in the embodiment of the present invention ten and the front view of physiological parameter detecting device.This embodiment ten is improvement that above-described embodiment four is carried out, with the difference of embodiment tetra-be on described the second overcoat housing 412, increased with described mobile phone on the identical secondary signal jack 122 of first signal jack 112 structure, as the dotted portion in Figure 10 be depicted as the second overcoat housing 412 inside as described in the annexation of secondary signal jack 122 and electrode thereof, this secondary signal jack 122 is equivalent to an expansion jack of described first signal jack 112.Each electrode of this secondary signal jack 122 is electrically connected to each counter electrode of described Signal plug 203, after the described first signal jack 112 that described Signal plug 203 inserts on mobile phone, due to each electrode of Signal plug 203 and each electrode contact of first signal jack 112, therefore each electrode of this secondary signal jack 122 can be connected with each the corresponding electrode in described first signal jack, so this secondary signal jack 122 can replace the original function of first signal jack 112.
In the present embodiment ten, the kind of the electrode specifically having on described Signal plug 203 and quantity are corresponding identical with type of electrodes and quantity in the first signal jack of described mobile phone, corresponding, the type of electrodes of described secondary signal jack 122 is also identical with quantity with the type of electrodes of first signal jack 112 with quantity.Also take now Signal plug and jack has four electrodes and describes as example.It in dotted ellipse as shown in Figure 10, is a partial enlarged drawing of described secondary signal jack 122, described Signal plug 203 specifically comprises four electrodes 1～4, be connected with four electrodes 1～4 of described secondary signal jack 122 respectively, at least one in these four electrodes also will be connected with detection module 102 respectively simultaneously, for example four electrodes 1～4 are herein connected with described electrode 441～444 respectively, after overcoat housing is installed on mobile phone, described Signal plug 203 inserts the first signal jack of mobile phone, described electrode 441～444 contacts with the electrode 451～454 on described the first overcoat housing 411 again, and described electrode 451～454 is connected with described detection module 102, therefore mobile phone can connect by the conducting of described electrode and carry out signal with described detection module 102 and communicate by letter, the extraneous equipment for example plug 701 of speaker also can insert described secondary signal jack 122, thereby make mobile phone to carry out signal with described physiological parameter detecting device communicates by letter simultaneously.
Certainly, the jack of secondary signal described in Figure 10 also can be arranged on described the first overcoat housing 411, and its electrode 1～4 is connected with described each electrode 451～454 respectively.
Embodiment 11:
Figure 11 is a kind of mobile phone described in the embodiment of the present invention 11 and the front view of physiological parameter detecting device.This embodiment 11 is the improvement that above-described embodiment five is carried out, with the difference of embodiment five be on described the second overcoat housing 512, increased with described mobile phone on the identical secondary signal jack 122 of first signal jack 112 structure, as the dotted portion in Figure 11 be depicted as the second overcoat housing 512 inside as described in the annexation of secondary signal jack 122 and electrode thereof, this secondary signal jack 122 is equivalent to an expansion jack of described first signal jack 112.Each electrode of this secondary signal jack 122 is electrically connected to each counter electrode of described Signal plug 203, after the described first signal jack 112 that described Signal plug 203 inserts on mobile phone, due to each electrode of Signal plug 203 and each electrode contact of first signal jack 112, therefore each electrode of this secondary signal jack 122 can be connected with each the corresponding electrode in described first signal jack, so this secondary signal jack 122 can replace the original function of first signal jack 112.
In the present embodiment 11, the kind of the electrode specifically having on described Signal plug 203 and quantity are corresponding identical with type of electrodes and quantity in the first signal jack of described mobile phone, corresponding, the type of electrodes of described secondary signal jack 122 is also identical with quantity with the type of electrodes of first signal jack 112 with quantity.Also take now Signal plug and jack has four electrodes and describes as example.It in dotted ellipse as shown in Figure 11, is a partial enlarged drawing of described secondary signal jack 122, described Signal plug 203 specifically comprises four electrodes 1～4, be connected with four electrodes 1～4 of described secondary signal jack 122 respectively, at least one in these four electrodes also will be connected with detection module 102 respectively simultaneously, for example four electrodes 1～4 herein are all connected with described detection module 102, therefore after described overcoat housing is installed on mobile phone, described Signal plug 203 inserts the first signal jack 112 of mobile phone, mobile phone can carry out signal with described detection module 102 by the conducting connection of described electrode and communicate by letter, the extraneous equipment for example plug 701 of speaker also can insert described secondary signal jack 122, thereby make mobile phone to carry out signal with described physiological parameter detecting device communicates by letter simultaneously.
Certainly, the jack of secondary signal described in Figure 11 also can be arranged on described the first overcoat housing 511, but the electrode 441～445 described in described embodiment ten need to be set on the second overcoat housing 512, and the electrode 451～454 described in described embodiment ten is set on the first overcoat housing 511, this electrode 451～454 is connected with each electrode 1～4 of described Signal plug 203 respectively.
Embodiment 12:
Figure 12 is a kind of mobile phone described in the embodiment of the present invention 12 and the front view of physiological parameter detecting device.Similar with above-described embodiment 11, the present embodiment 12 can also improve above-described embodiment six, with the difference of embodiment six be on described the second overcoat housing 612, increased with described mobile phone on the identical secondary signal jack 122 of first signal jack 112 structure, concrete structure and the electrode annexation of this secondary signal jack 122 are identical with above-described embodiment 11, repeat no more herein.
Certainly, in the present invention, described secondary signal jack also can be positioned at other position of described overcoat housing, as long as each electrode of this secondary signal jack and the electrode of described Signal plug are directly connected or mediate contact.
For example, in a concrete Application Example scene, can carry out with the present invention the blood sugar level of detection of biological body.Described detection module 102 can be blood-glucose detector, for detection of the blood sugar level of organism.In use, described Signal plug 103 or 203 is inserted in the described first signal jack 112 of mobile phone, thereby the signal of realizing mobile phone and described blood-glucose detector is connected, described blood-glucose detector is after the blood glucose value of organism being detected, by above-mentioned electrode, connect, this blood glucose value is transmitted to mobile phone, and mobile phone receives after blood glucose value, can blood glucose value be presented on display screen by built-in application program (APP).And, the relevant information that can also apply APP affects blood glucose value to a plurality of blood glucose values and relevant diet thereof, medication, motion etc. manages, to facilitate medical personnel and patient to have more intuitive understanding to patient's component health parameters, thereby make more accurate and therapeutic scheme targetedly.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of making, be equal to replacement, improvement etc., within all should being included in the scope of protection of the invention.
Claims (10)
1. a physiological parameter detecting device, is characterized in that, this physiological parameter detecting device comprises:
Overcoat housing, its structure matches with the shell of portable data handling equipment, has position-limit mechanism, in order to be enclosed within the outside of described portable data handling equipment, with the shell relative limit of described portable data handling equipment;
Detection module, is integrated on described overcoat housing, for detection of physiological parameter;
With the Signal plug of described overcoat housing one or split, this Signal plug is corresponding supporting with the first signal jack in described portable data handling equipment, and this Signal plug can insert in the first signal jack of described portable data handling equipment; If this Signal plug and described overcoat housing one, the electrode of this Signal plug is connected with the detection module on described overcoat housing; If this Signal plug and the split of described overcoat housing, when this Signal plug is in the corresponding first signal jack that inserts described portable data handling equipment, its electrode contacts with described detection module;
Described detection module carries out information communication by described Signal plug and first signal jack and described portable data handling equipment.
2. device according to claim 1, it is characterized in that, this physiological parameter detecting device further comprises the secondary signal jack identical with the first signal socket configuration of described portable data handling equipment, and the electrode in this secondary signal jack should be connected or contact with each electrode pair in described Signal plug respectively.
3. device according to claim 2, is characterized in that, if described Signal plug and described overcoat housing one, described secondary signal jack is on described overcoat housing; If described Signal plug and the split of described overcoat housing, described secondary signal jack is on the base of described Signal plug, or described secondary signal jack is on described overcoat housing.
4. device according to claim 1, is characterized in that, described Signal plug and the split of described overcoat housing, and each electrode of described Signal plug is derived respectively on the base of this Signal plug; On described overcoat housing, in position corresponding to first signal jack with described portable data handling equipment, have emptying aperture, the side of this emptying aperture is provided with corresponding electrode, and this electrode is connected with described detection module; Described overcoat housing is after being enclosed within on described portable data handling equipment shell, described Signal plug inserts in the first signal jack of described portable data handling equipment by described emptying aperture, and the electrode of deriving on the described Signal plug base electrode contact corresponding with described emptying aperture side.
5. device according to claim 1, is characterized in that, described Signal plug and described overcoat housing one.
6. device according to claim 5, is characterized in that, described overcoat housing comprises the first overcoat housing and the second overcoat housing, and described the first overcoat housing and the second overcoat housing be assembled to be enclosed within on the shell of described portable data handling equipment; Described Signal plug and described the second overcoat housing one, and the electrode of this Signal plug exports on described the second overcoat housing; Described detection module is integrated on described the first overcoat housing, has the electrode corresponding with electrode position on described the second overcoat housing on this first overcoat housing, and this electrode connects described detection module; In the time of on described the first overcoat housing and the assembled shell that is enclosed within described portable data handling equipment of the second overcoat housing, the described electrode of the first overcoat housing contacts with the counter electrode of the second overcoat housing.
7. device according to claim 5, is characterized in that, described overcoat housing comprises the first overcoat housing and the second overcoat housing, and described the first overcoat housing and the second overcoat housing be assembled to be enclosed within on the shell of described portable data handling equipment; Described Signal plug and described the second overcoat housing one, and described detection module is integrated on this second overcoat housing, and the electrode of described Signal plug is connected with described detection module.
8. according to the physiological parameter detecting device described in claim 1 to 7 any one, it is characterized in that, described Signal plug is audio jack, and first signal jack corresponding to described portable data handling equipment is audio sockets;
Or described Signal plug is data cable plug, first signal jack corresponding to described portable data handling equipment is data wire jack.
9. according to the physiological parameter detecting device described in claim 1 to 7 any one, it is characterized in that, described detection module comprises at least one in following detector:
Blood-glucose detector for detection of organism blood glucose value, blood ketone body detector for detection of organism blood ketone body value, urine glucose detector for detection of organism urine sugar value, urine ketoboidies detector for detection of organism urine ketoboidies value, blood pressure detector for detection of organism pressure value, lipids detection device for detection of organism blood fat value, cholesterol detection device for detection of organism cholesterol value, blood oxygen detector for detection of organism blood oxygen, potassium element horizontal detector for detection of organism potassium element level, pH value detector for detection of organism pH value, lactate detector for detection of organism lactate levels, mineral detector for detection of organism mineral level, protein detection device for detection of organism protein level, scintilla detector for detection of organism scintilla level, vitamin detector for detection of organism vitamin level.
10. according to the device described in claim 1 to 7 any one, it is characterized in that, described detection module is the blood sugar test module for detection of organism blood glucose value, comprising the blood-glucose detector for detection of organism blood glucose value.
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| CN103335598A (en) * | 2013-07-04 | 2013-10-02 | 贵州大学 | Protection cover capable of remotely measuring size of object |
| KR101354696B1 (en) * | 2013-07-31 | 2014-01-27 | 김미원 | Smart phone case |
| CN104427430B (en) * | 2013-09-03 | 2017-12-29 | 华为终端（东莞）有限公司 | A kind of headset plug and the earphone with the headset plug |
| CN104544852A (en) * | 2015-01-12 | 2015-04-29 | 广东小天才科技有限公司 | Electronic equipment protective cover with replaceable functional module |
| CN104767891A (en) * | 2015-04-24 | 2015-07-08 | 张萍 | Emergency call device based on smart phone |
| WO2017021948A1 (en) * | 2015-08-02 | 2017-02-09 | G Medical Innovations Holdings Ltd | Device, system and method for noninvasively monitoring physiological parameters |
| CN106878516A (en) * | 2017-02-09 | 2017-06-20 | 广东欧珀移动通信有限公司 | Collecting method and shell |
| CN108233055A (en) * | 2017-09-18 | 2018-06-29 | 韦德远 | A kind of information-storing device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN103142010B (en) | 2015-04-15 |
| CN103491216A (en) | 2014-01-01 |
| CN103471695B (en) | 2015-12-09 |
| CN103198340B (en) | 2017-06-06 |
| CN103198340A (en) | 2013-07-10 |
| CN203596027U (en) | 2014-05-14 |
| CN203661110U (en) | 2014-06-18 |
| CN103491216B (en) | 2017-01-11 |
| CN203482265U (en) | 2014-03-12 |
| CN103142010A (en) | 2013-06-12 |
| CN103471695A (en) | 2013-12-25 |
| CN203609409U (en) | 2014-05-28 |
| CN103705212B (en) | 2016-08-24 |
| CN203587206U (en) | 2014-05-07 |
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