CN104739508A - Moving position setting method and system of moving component and medical device - Google Patents
Moving position setting method and system of moving component and medical device Download PDFInfo
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- CN104739508A CN104739508A CN201310752288.3A CN201310752288A CN104739508A CN 104739508 A CN104739508 A CN 104739508A CN 201310752288 A CN201310752288 A CN 201310752288A CN 104739508 A CN104739508 A CN 104739508A
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Abstract
The invention discloses a moving position setting method and system of a moving component. In a multi-moving component system, a three-dimensional view of an examination room is set according to proportion, three-dimensional sub-views of moving components of the multi-moving component system are set according to proportion, and as a command to move the three-dimensional sub-view of one moving component is received, on the three-dimensional view of the examination room, the three-dimensional sub-view of the moving component is moved onto a three-dimensional moving position; the three-dimensional moving position is recognized, and information of an actual moving position, calculated according to proportion, of the moving component is stored. The invention further discloses a medical device. According to the arrangement, the operator is not required to enter the examination room to perform manual operation, and the moving position information of the moving component can be preset on OGP (optical gaging products ), accordingly increasing work efficiency.
Description
Technical field
The present invention relates to the treatment technology to component system of doing more physical exercises in medical instruments field, particularly a kind of method to set up of movement position of moving component and system.The invention still further relates to a kind of armarium.
Background technology
In medical field, before determining the therapeutic scheme to patient, need the every check result obtaining patient.In order to obtain every check result of patient, need to check UP to patient, specifically to the exposure of the inspection area of patient, to obtain the coherence check result of the inspection area of patient.
Usually, armarium arranges component system of doing more physical exercises, this component system of doing more physical exercises is made up of hardware components and software section, software section wherein runs the device program (OGP) arranged, hardware components is then made up of multiple moving component, the plurality of moving component is arranged in the inspection chamber of armarium setting, carries out the setting of movement position as required.OGP be arranged on inspection chamber outside this do more physical exercises on the main frame of component system, main frame controls the motion of each moving component of inspection chamber inside by OGP.As shown in Figure 1, Fig. 1 is the inspection chamber structural representation that in prior art, armarium is arranged, and shows multiple moving components that component system of doing more physical exercises provides, can find out in figure, this inspection chamber has multiple moving component, and each moving component can in x-axis, y-axis or/and z-axis side moves upward.Such as, the moving component of the display area before window can move along x-axis, y-axis and z-axis direction, the moving component at inspection chamber top can move along the x-axis direction, the moving component of side, doorway display area is along paperclip orbital motion, and namely can move upward in x-axis, y-axis and z-axis side adjustment.When checking UP to patient, needing specific moving component to move on the movement position of setting, aiming at patient inspection area, exposing, obtain the coherence check result of the inspection area of patient.
At present, in order to the setting moving component of doing more physical exercises in component system being moved to the movement position of setting, patient is checked UP, need the movement position information pre-setting moving component in OGP, then run OGP, in the operational mode, according to the movement position information of the moving component pre-set, automatically by the component movement that arranges on the movement position of correspondence, expose, obtain the coherence check result of the inspection area of patient.The process pre-setting the movement position information of moving component in OGP comprises:
First step, under OGP being operated in movement position set model, in this mode, each moving component of doing more physical exercises in component system can be manually actuated;
Second step, operator enter into inspection chamber, and the moving component of manual operation setting is on the movement position of setting:
Third step, in component system inside of doing more physical exercises, the position of the moving component of OGP detection hardware part, determines the setting movement position of the moving component set, obtains the setting movement position information of the moving component of this setting and preserve.
As can be seen from above step, pre-set in OGP in the movement position information process of moving component, need operator's manual operation in inspection chamber just can complete.When needing the movement position again upgrading moving component, need to carry out resetting of the setting movement position information of the moving component set according to said process again.Therefore, operator will frequently come in and go out inspection chamber, manually carry out putting of the movement position of moving component, make the operational difficulties of operator complicated, waste the time, reduce work efficiency, particularly especially obvious when same area (the physical trait parameter of different patient is different) of the zones of different or different patient that check same patient.
Further, before employing OGP exposes, also need to arrange inspection relevant parameter, such as exposure parameter etc. is set, at this moment, just need the inspection relative parameters setting pattern running OGP, arrange in this mode and check relevant parameter and store.The inspection relevant parameter of follow-up OGP calling stored in the operational mode, exposes according to obtained inspection relevant parameter.Because the inspection relative parameters setting pattern of OGP and movement position set model are ununified under a pattern, and the interface of correspondence is ununified under a total interface yet, so in the provisioning process, just need the frequent switching carried out between different mode, this makes operator's complicated operation when completing the physical examination of patient more, be not easy to realize, the operator needing certain technical experience just can complete, and reduce work efficiency.
Summary of the invention
In view of this, the present invention proposes a kind of method to set up of movement position of moving component, the method can not need the manual operation of operator, just can pre-set the movement position information of moving component in OGP, increase work efficiency.
What present invention also offers a kind of movement position of moving component arranges system, and this system can not need the manual operation of operator, just can pre-set the movable information position of moving component in OGP, increase work efficiency.
The present invention also provides a kind of and comprises the above-mentioned armarium arranging system.
According to above-mentioned purpose, one embodiment of the present of invention are achieved in that
A method to set up for the movement position of moving component, is characterized in that, proportionally arranges the 3-D view of inspection chamber, and be proportionally arranged on the sub-view of three-dimensional of each moving component in the component system of doing more physical exercises in inspection chamber, the method also comprises:
Receive the move of the sub-view of three-dimensional of a moving component;
According to this move, moved on a three-dimensional motion position by sub-for the three-dimensional of described moving component view, described three-dimensional motion position is arranged in the 3-D view of inspection chamber;
Identify the three-dimensional motion position moved to, after proportionally calculating the actual motion position of described moving component, store described actual motion positional information.
Preferably, the method also comprises:
The sub-view of three-dimensional of patient is proportionally set according to the physical trait parameter of patient, sub-for the three-dimensional of patient view is moved to according to inspection area information corresponding on the three-dimensional position of the 3-D view of inspection chamber.
Preferably, the physical trait parameter of described patient obtains from hospital information system and image information system; And/or,
Described inspection area information obtains from hospital information system and image information system.
Preferably, the method also comprises:
In the interface of 3-D view and three-dimensional sub-view, the inputting interface checking relevant parameter is set;
Check relevant parameter from the inputting interface of described inspection relevant parameter, and described inspection relevant parameter is stored.
Preferably, the method also comprises:
Component system of doing more physical exercises runs the organ program arranged, organ program in the operational mode, according to the actual motion positional information of the described moving component stored, automatically described moving component is moved on corresponding movement position, adopt the inspection relevant parameter stored to expose, obtain the coherence check result of the inspection area of patient.
The movement position of moving component a system is set, comprising:
One 3-D view setting unit, for proportionally arranging the 3-D view of inspection chamber, proportionally arranges the sub-view of three-dimensional of each moving component of doing more physical exercises in component system;
One receives command unit, the move of the sub-view of the three-dimensional for receiving a moving component;
One mobile unit, for according to described move, moves on three-dimensional motion position by sub-for the three-dimensional of described moving component view;
One recognition unit, for identifying moved to three-dimensional motion position, after proportionally calculating the actual motion position of described moving component, stores the actual motion positional information of described moving component.
Preferably, described 3-D view setting unit, also for proportionally arranging the sub-view of three-dimensional of patient according to the physical trait parameter of patient;
Mobile unit, also for sub-for the three-dimensional of patient view is moved to the corresponding three-dimensional position at the 3-D view of inspection chamber according to inspection area information.
Preferably, described system also comprises:
One inputting interface setting unit, for the interface at 3-D view and three-dimensional sub-view, arranges the inspection relevant parameter inputting interface for checking relevant parameter; With,
One receiving element, for checking relevant parameter by inspection relevant parameter inputting interface, and stores described inspection relevant parameter.
According to one more embodiment of the present invention, provide a kind of armarium, what this armarium comprised the movement position of as mentioned above any one moving component arranges system.
As can be seen from such scheme, the present invention is doing more physical exercises in component system, the 3-D view of inspection chamber is proportionally set, the sub-view of three-dimensional of each moving component in component system of doing more physical exercises proportionally is set, after the move of the sub-view of the three-dimensional receiving a moving component, in the 3-D view of inspection chamber, the sub-view of three-dimensional of this moving component mobile is on a three-dimensional motion position; Identify this three-dimensional motion position, after proportionally calculating the actual motion position of this moving component, store described actual motion positional information.Because the present invention adopts pro rata 3-D view instrument to simulate the three-dimensional motion position of each moving component in the 3-D view of inspection chamber doing more physical exercises in component system, make it possible to directly gather in 3-D view instrument and obtained by OGP after calculating the movement position information of each moving component really, thus do not need operator to enter inspection chamber manual operation, just can pre-set the movement position information of moving component in OGP, improve work efficiency.
Accompanying drawing explanation
The preferred embodiments of the present invention will be described in detail by referring to accompanying drawing below, the person of ordinary skill in the art is more clear that above-mentioned and other feature and advantage of the present invention, in accompanying drawing:
Fig. 1 is the inspection chamber structural representation that in prior art, armarium is arranged;
The method to set up flow chart of the movement position of the moving component that Fig. 2 provides for the embodiment of the present invention;
The 3-D view of the inspection chamber that Fig. 3 provides for the embodiment of the present invention and the sub-view of three-dimensional of each moving component;
The motion orientation schematic diagram that Fig. 4 provides for the embodiment of the present invention;
The movement position of the moving component that Fig. 5 provides for the embodiment of the present invention system structure schematic diagram is set.
Wherein, the Reference numeral of Fig. 5 is as follows: 501-3-D view setting unit; 502-receives command unit; 503-mobile unit; 504-recognition unit.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearly, the present invention is described in more detail by the following examples.
As can be seen from background technology, when causing the movement position information pre-setting moving component in OGP, difficulty, complexity and time-consuming main cause are: operator must enter into inspection chamber, after the moving component that manual operation adopts moves to the movement position place of setting, OGP just can detect the current set movement position of this moving component, determines the movement position information of this moving component.In order to overcome the problems referred to above, the present invention adopts according to the setting three dimensional tool mock survey room of ratio and each moving component, and in the 3-D view of inspection chamber, simulate the three-dimensional motion position of each moving component.Specifically, do more physical exercises in component system, the 3-D view of inspection chamber is proportionally set, the sub-view of three-dimensional of each moving component in component system of doing more physical exercises proportionally is set, after the move of the sub-view of the three-dimensional receiving a moving component, in the 3-D view of inspection chamber, the sub-view of three-dimensional of this moving component mobile is on a three-dimensional motion position; Identify this three-dimensional motion position, after proportionally calculating the actual motion position of this moving component, store described actual motion positional information, follow-up OGP just can get.Like this, just do not need operator to enter inspection chamber manual operation, just can pre-set the movement position information of moving component in OGP, improve work efficiency.
The method to set up flow chart of the movement position of the moving component that Fig. 2 provides for the embodiment of the present invention, its concrete steps are:
Step 201, the 3-D view of inspection chamber is proportionally set, the sub-view of three-dimensional of each moving component in component system of doing more physical exercises proportionally is set.
In this step, ratio is arranged as required, does not limit here.The ratio that 3-D view and three-dimensional sub-view adopt is identical.
In this step, when arranging 3-D view and arranging three-dimensional sub-view, 3-D view instrument can be adopted to arrange, the 3D solid instrument such as adopting C Plus Plus to provide is arranged.
Step 202, receive the move of the sub-view of three-dimensional of a moving component.
In this step, this moving component is exactly that this checks adopted moving component to patient.
In this step, this move can be that operator are sent by mouse or keyboard, does not limit here.
Step 203, according to this move, sub-for the three-dimensional of this moving component view to be moved on a three-dimensional motion position.
The three-dimensional motion position that step 204, identification move to, after proportionally calculating the actual motion position of this moving component, stores this actual motion positional information.
In this step, can directly be stored in OGP, also can be stored in storage medium, be obtained by OGP, not limit here.
In this step, component system of doing more physical exercises is provided with the function identifying 3-D view instrument, the movement position information obtaining each 3-D view and three-dimensional sub-view can be identified, the such as coordinate information of 3-D view and three-dimensional sub-view, like this, the three-dimensional motion position that the sub-view of three-dimensional of the moving component adopted when just can identify and obtain checking patient moves to, after proportionally calculating, obtains the actual motion positional information of this moving component.
The method also comprises: the sub-view of three-dimensional proportionally arranging patient according to the physical trait parameter of patient, the physical trait parameter of patient obtains from hospital information system (HIS) and image information system (RIS), comprise the height and weight information of patient and inspection area information etc., sub-for the three-dimensional of patient view is moved to according to inspection area information corresponding on the three-dimensional position of the 3-D view of inspection chamber.Like this, the sub-view of three-dimensional of the moving component that operator adopt when just can determine to check patient accordingly in the 3-D view of inspection chamber, and the three-dimensional motion position of this moving component, and send the move of the three-dimensional motion position of the moving component adopted.
Further, do more physical exercises run 3-D view instrument in component system process in, namely when the sub-view of the three-dimensional of the 3-D view and each moving component that show inspection chamber, also be provided with the inputting interface checking relevant parameter, this interface provides the input interface checking relevant parameter, after checking the input of relevant parameter, store this inspection relevant parameter, be follow-uply supplied to OGP.Follow-uply do not need the inspection relative parameters setting pattern running OGP as background technology, inspection relevant parameter is set in this mode, and stores, thus do not need the frequent switching carrying out OGP different mode, further reduce the operation complexity of operator, increase work efficiency.
According to method provided by the invention, OGP can get the actual motion positional information of the moving component adopted when checking patient and check relevant parameter, component system of doing more physical exercises runs OGP, in the operational mode, according to the actual motion positional information of this moving component stored, automatically this moving component is moved on corresponding movement position, adopt the inspection relevant parameter obtained to expose, obtain the coherence check result of the inspection area of patient.
The 3-D view of the inspection chamber that Fig. 3 provides for the embodiment of the present invention and the sub-view of three-dimensional of each moving component.As shown in the figure, proportionally generate the 3-D view of inspection chamber, be designated solid box in the drawings, proportionally generate the sub-view of three-dimensional of each moving component, be designated dotted line frame in the drawings.
Move in the moving process of three-dimensional motion position at the sub-view of the three-dimensional of each moving component, can move according to the motion orientation schematic diagram shown in Fig. 4.As shown in the figure, motion orientation has eight, respectively can towards these eight motion azimuth motion.
The movement position of the moving component that Fig. 5 provides for the embodiment of the present invention system structure schematic diagram is set, this Operation system setting is being done more physical exercises in component system, comprising: 3-D view setting unit, receive command unit, mobile unit and recognition unit, wherein,
One 3-D view setting unit 501, for proportionally arranging the 3-D view of inspection chamber, proportionally arranges the sub-view of three-dimensional of each moving component of doing more physical exercises in component system;
One receives command unit 502, the move of the sub-view of the three-dimensional for receiving a moving component;
One mobile unit 503, for according to described move, moves on three-dimensional motion position by sub-for the three-dimensional of described moving component view;
One recognition unit 504, for identifying moved to three-dimensional motion position, after proportionally calculating the actual motion position of described moving component, stores the actual motion positional information of described moving component.
Within the system, also comprise: described 3-D view setting unit, also for proportionally arranging the sub-view of three-dimensional of patient according to the physical trait parameter of patient;
Mobile unit, also for sub-for the three-dimensional of patient view is moved to the corresponding three-dimensional position at the 3-D view of inspection chamber according to inspection area information.
Within the system, also comprise: an inputting interface setting unit 505, for the interface at 3-D view and three-dimensional sub-view, the inspection relevant parameter inputting interface for checking relevant parameter is set; With,
One receiving element 506, for checking relevant parameter by inspection relevant parameter inputting interface, and stores described inspection relevant parameter.
Again on the one hand, the embodiment of the present invention disclose a kind of armarium, and what it comprised the movement position of any one moving component described above arranges system.
Adopt the present invention, operator just can directly be done more physical exercises by mouse and/or keyboard to set up the movement position of the moving component in component system, automatically identified by component system of doing more physical exercises and calculate patient this check adopt the actual motion positional information of moving component, thus do not need operator to enter into inspection chamber to carry out putting of movement position to moving component is actual, set the actual motion position of moving component quickly and efficiently, increase work efficiency.Operator before operation, just intuitively and whether the overall movement position holding the moving component adopted is reasonable, and can carry out related amendments easily.Owing to not carrying out putting of movement position to moving component is actual artificially, thus the component system that makes to do more physical exercises can carry out security control to the motion of moving component and Motion calculates, and reduces the risk of operator's maloperation moving component to damage moving component during non-athletic position.Further, the movement position information of moving component is arranged interface and be set in same interface with the inspection relevant parameter inputting interface being used for checking relevant parameter, do not need frequent switching, make the convenient setting of operator.
The present invention discloses a kind of method to set up and system of movement position of moving component, the present invention is doing more physical exercises in component system, the 3-D view of inspection chamber is proportionally set, the sub-view of three-dimensional of each moving component in component system of doing more physical exercises proportionally is set, after the move of the sub-view of the three-dimensional receiving a moving component, in the 3-D view of inspection chamber, the sub-view of three-dimensional of this moving component mobile is on a three-dimensional motion position; Identify this three-dimensional motion position, after proportionally calculating the actual motion position of this moving component, store described actual motion positional information.The present invention also discloses a kind of armarium.The present invention does not need operator to enter inspection chamber manual operation, just can pre-set the movement position information of moving component in OGP, improve work efficiency.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. a method to set up for the movement position of moving component, is characterized in that, proportionally arranges the 3-D view of inspection chamber, and be proportionally arranged on the sub-view of three-dimensional of each moving component in the component system of doing more physical exercises in inspection chamber, the method also comprises:
Receive the move of the sub-view of three-dimensional of a moving component;
According to this move, moved on a three-dimensional motion position by sub-for the three-dimensional of described moving component view, described three-dimensional motion position is arranged in the 3-D view of inspection chamber;
Identify the three-dimensional motion position moved to, after proportionally calculating the actual motion position of described moving component, store described actual motion positional information.
2. the method for claim 1, is characterized in that, the method also comprises:
The sub-view of three-dimensional of patient is proportionally set according to the physical trait parameter of patient, sub-for the three-dimensional of patient view is moved to according to inspection area information corresponding on the three-dimensional position of the 3-D view of inspection chamber.
3. method as claimed in claim 2, it is characterized in that, the physical trait parameter of described patient obtains from hospital information system and image information system; And/or,
Described inspection area information obtains from hospital information system and image information system.
4. method as claimed in claim 1 or 2, it is characterized in that, the method also comprises:
In the interface of 3-D view and three-dimensional sub-view, the inputting interface checking relevant parameter is set;
Check relevant parameter from the inputting interface of described inspection relevant parameter, and store.
5. method as claimed in claim 4, it is characterized in that, the method also comprises:
Component system of doing more physical exercises runs the organ program arranged, organ program in the operational mode, according to the actual motion positional information of the described moving component stored, automatically described moving component is moved on corresponding movement position, adopt the inspection relevant parameter stored to expose, obtain the coherence check result of the inspection area of patient.
6. moving component movement position a system is set, it is characterized in that, comprising:
One 3-D view setting unit, for proportionally arranging the 3-D view of inspection chamber, proportionally arranges the sub-view of three-dimensional of each moving component of doing more physical exercises in component system;
One receives command unit, the move of the sub-view of the three-dimensional for receiving a moving component;
One mobile unit, for according to described move, moves on three-dimensional motion position by sub-for the three-dimensional of described moving component view;
One recognition unit, for identifying moved to three-dimensional motion position, after proportionally calculating the actual motion position of described moving component, stores the actual motion positional information of described moving component.
7. system as claimed in claim 6, is characterized in that,
Described 3-D view setting unit, also for proportionally arranging the sub-view of three-dimensional of patient according to the physical trait parameter of patient;
Mobile unit, also for sub-for the three-dimensional of patient view is moved to the corresponding three-dimensional position at the 3-D view of inspection chamber according to inspection area information.
8. system as claimed in claims 6 or 7, it is characterized in that, described system also comprises:
One inputting interface setting unit, for the interface at 3-D view and three-dimensional sub-view, arranges the inspection relevant parameter inputting interface for checking relevant parameter; With,
One receiving element, for checking relevant parameter by inspection relevant parameter inputting interface, and stores described inspection relevant parameter.
9. an armarium, is characterized in that, what comprise the movement position of the moving component according to any one of claim 6 to 8 arranges system.
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| Publication number | Publication date |
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| CN104739508B (en) | 2017-04-12 |
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