CN102567647A - Automatic identification, operation and data acquisition system of electronic health station RFID (Radio Frequency Identification Device) apparatus - Google Patents
Automatic identification, operation and data acquisition system of electronic health station RFID (Radio Frequency Identification Device) apparatus Download PDFInfo
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- CN102567647A CN102567647A CN2012100132571A CN201210013257A CN102567647A CN 102567647 A CN102567647 A CN 102567647A CN 2012100132571 A CN2012100132571 A CN 2012100132571A CN 201210013257 A CN201210013257 A CN 201210013257A CN 102567647 A CN102567647 A CN 102567647A
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Abstract
The invention relates to a public health information acquisition technology, and discloses an automatic identification, operation and data acquisition system of an electronic health station RFID (Radio Frequency Identification Device) apparatus, which comprises an apparatus module (1), an acquisition control device (2), an image recognition processing unit (3), a main control machine (4) and a power supply module (5), wherein the apparatus module (1) comprises a detection apparatus (207) and an RFID active electronic tag (206); and in the acquisition control device, a mobile mechanism is controlled by the main control machine to ensure that an RFID reader-writer moves to realize automatic location of the detection apparatus (207), the RFID reader-writer (306) writes apparatus recognition information into an equipment database, a key control mechanism detects the apparatus, a camera obtains detection result image information; and image information is sent to the image recognition processing unit and then sent to the main control machine. Compared with the prior art, the invention avoids problems of complex lines, winding and the like in a connection process of a wired device by adopting the wireless control key control mechanism and the wireless image acquisition device, and provides a technical realizing scheme for realizing remote control in the detection process.
Description
Technical field
The present invention relates to the public health informationization technology, particularly relate to the RFID instrument that a kind of electronic health care station has the independent detection function and discern, operate and adopt number system automatically.
Background technology
At present, technology maturation on the market, health detecting instrument stable and reliable for performance is paid attention to the exploitation of accuracy in detection, LCD result's demonstration and portable aspect more.Because all kinds of detecting instrument products receive restrictions such as function, brand, technical know-how, technical monopoly; Operating process, information acquisition, software control procedure are encrypted; Limit its degree of opening, realize the integrated of this quasi-instrument, must make amendment the chip or the data transmission communications protocol of its inside; And just destroy the integrality of instrument after the dismounting and, seriously influence the integrated exploitation and the application of this quasi-instrument the infringement of manufacturer.
Multi-functional health check-up integrating device as the electronic health care station needs integrated a plurality of independent detection instruments.How Rapid Realization to above-mentioned each detecting instrument discern automatically, button is handled and a series of intellectualized operations such as testing result information acquisition; It is loaded down with trivial details to reduce situ hardware; Be convenient to the different operating personnel instrument is operated, real one of the current important research project that belongs to.
Summary of the invention
Based on above-mentioned prior art problems; The present invention proposes a kind of electronic health care station RFID instrument and discern, operate and adopt number system automatically; Utilize radio frequency identification (RFID) technology identification instrument automatically; The bonding apparatus database carries out that instrument is located automatically, button is handled and a series of intellectualized operations such as data acquisition; Accomplish the measuring ability that existing detecting instrument has on the market, thereby on the basis of not destroying apparatus structure, exactly testing result is transferred to the processing again that data center carries out data.
Number system is discerned, operates and adopted to a kind of electronic health care of the present invention station RFID instrument automatically; This system comprises that instrument module 1 button is handled, Mining and Control Device 2 buttons are handled, the image recognizing and processing unit button is handled the manipulation of 3 buttons, the main control computer button is handled the manipulation of 4 buttons and the power module button is handled the manipulation of 5 buttons
The instrument module button is handled 1 button and is handled and to comprise that one or above detecting instrument button handle that 207 buttons are handled and corresponding RFID active electronic label button is handled 206 buttons and handled; Handling the manipulation of 2 buttons through the Mining and Control Device button is connected with main control computer;
The Mining and Control Device button is handled 2 buttons and is handled and to comprise that travel mechanism, rfid interrogator button handle 306 button manipulations, camera and cam movement mechanism, button catanator; Rfid interrogator 306, travel mechanism are connected with main control computer, and travel mechanism receives main control computer control to make rfid interrogator move realization detecting instrument button and handles the automatic location that 207 buttons are handled; Rfid interrogator 306 is with instrument identifying information write device database; The button catanator carries out the button of detecting instrument to be handled, and opens detecting instrument and produces testing result; Camera is handled 3 buttons through the image recognizing and processing unit button and is handled and to handle the manipulation of 4 buttons with the main control computer button and be connected; The button catanator carries out the detecting instrument button according to the instrumentation flow process of main control computer and handles the button operation that 207 buttons are handled; Cam movement mechanism drives the testing result image information that camera obtains; Image information is sent to image recognizing and processing unit, and image recognizing and processing unit is a numerical information with the analog information treatment conversion;
The main control computer button is handled the manipulation of 4 buttons and is comprised that device databases and data center, device databases are used to receive and store from the rfid interrogator button handle the data message that 306 buttons are handled; Data center is used to receive and store the image digitization information after digital conversion from image recognizing and processing unit output;
The power module button is handled the manipulation of 5 buttons, and 2 buttons are handled and the instrument module button is handled 1 button manipulation power supply for the Mining and Control Device button is handled.
Said instrument identifying information is to handle the information that device databases that 4 buttons handle obtains detecting instrument through the RFID technology from the main control computer button, and this information comprises kind, structure and function information.
Said instrument module is installed in instrument and lays the adjusting bracket button and handle in 205 buttons handle, and said RFID active electronic label button is handled 206 buttons and handled and be installed in the detecting instrument button and handle 207 buttons and handle.
Said travel mechanism comprises that bridge-type framework button is handled the manipulation of 202 buttons, connection movable block button is handled 203 buttons and handled and drive unit; Bridge-type framework button is handled 202 buttons and is handled across being arranged at instrument and lay the adjusting bracket button and handle 205 buttons and handle; Connecting the movable block button handles 203 buttons and handles and be arranged at bridge-type framework button and handle 202 buttons and handle; Said drive unit makes bridge-type framework button handle 202 buttons and handles and is connected the movable block button and handles 203 buttons and handle respectively and move to detecting instrument 207 tops along frame guide rail 204 and beam guideway 208, is connected movable block drive motor 210 on this drive unit comprises the bridge-type framework drive motor 209 that is arranged on the frame guide rail 204 and is arranged on frame guide rail 204.
Said button catanator comprises that the moving beam button handles the manipulation of 302 buttons, slide block 308, control lever 310, moving beam motor button and handle the manipulation of 301 buttons, the drive unit of three axles of X/Y/Z, the guide rail and the power module of three axles of X/Y/Z, and the moving beam button is handled 302 buttons and handled to be installed to and connect the movable block button and handle 203 buttons and handle and go up and handle 303 buttons and handle and make front-rear reciprocation movement along connecting moving mass guide rail button; The slide block button is handled 308 buttons and is handled and to be connected to the moving beam button and to handle 302 buttons and handle and go up and handle the guide rail that 302 buttons handle along the moving beam button and do left and right sides to-and-fro movement; Control lever be installed in that the slide block button handles that 308 buttons are handled in the chamber and in the slide block guide rail pump.
Said cam movement mechanism is installed to and connects movable block 203 lower ends, and it comprises that the camera button handles manipulations of 307 buttons, webcam driver motor 304, shifting chute button and handle 311 buttons and handle, and webcam driver motor button is handled the manipulation of 304 buttons; The camera button is handled 307 buttons and is handled in the installation and moving groove; Webcam driver motor 304 is installed to and connects movable block 203 upper ends; The camera button is handled 307 buttons and is handled motion in the shifting chute button is handled the manipulation of 311 buttons.
Compared with prior art; Application of the present invention; Realized a series of intellectualized operations such as automatic identification, operation and data acquisition of many detecting instruments in electronic health care station, can support and accelerate China's digital medical construction better, and promote the reform of medical system; For public health provides service in all directions, obtain good society and economic effect.
Description of drawings
Fig. 1 discerns, operates and adopt the structural representation of number system automatically for electronic health care of the present invention station RFID instrument;
Fig. 2 realizes the detecting instrument structural representation of location automatically for the present invention utilizes travel mechanism.
Wherein: 201, instrument mounting box 202, bridge-type framework 203, connection movable block 204, frame guide rail 205, instrument are laid adjusting bracket 206, RFID active electronic label 207, detecting instrument 208, beam guideway 209, bridge-type framework drive motor, 210 connection movable block drive motor
Fig. 3 is the structural representation of cam movement mechanism of the present invention and button catanator.
Wherein: 301, moving beam motor 302, moving beam 303, connection moving mass guide rail 304, webcam driver motor 305, screw rod 306, rfid interrogator 307, camera 308, slide block 309, control lever motor 310, control lever 311, shifting chute
Embodiment
As shown in Figure 1; Number system is discerned, operates and adopted to electronic health care of the present invention station RFID instrument automatically; Comprise instrument module 1, Mining and Control Device 2, power module and main control computer 3; Instrument module 1 is connected with main control computer 4 through Mining and Control Device 2, and wherein: instrument module 1 mainly comprises detecting instrument 207, RFID active electronic label 206 and power module; Mining and Control Device mainly comprises travel mechanism, rfid interrogator 306, cam movement mechanism and button catanator; Rfid interrogator 306, travel mechanism directly are connected with main control computer; Camera is connected with main control computer through image recognizing and processing unit.
As shown in Figure 2; Certain detecting instrument 207 powers on the RFID active electronic label 206 that is installed on this instrument in the adjusting adjusting bracket when instrument is laid; Label 206 transmits, and when the zone of action of label 206 entering rfid interrogators 306, read write line 306 gets access to the information that label 206 emits; In conjunction with the device databases in the main control computer; Confirm instrument kind and instrument in the position of laying adjusting bracket 205, make bridge-type framework 202 and be connected movable block 203 and move to detecting instrument 207 tops along frame guide rail 204 and beam guideway 208 respectively, accomplish the automatic location of instrument through drive unit.
As shown in Figure 3, after the detecting instrument kind was confirmed, the LCD display unit that can obtain instrument was in the accurate position of instrument and the position and the operating process thereof of various function buttons.Through webcam driver motor 304 positions of adjustment camera in shifting chute 311, make camera directly over the instrument display unit; Pass through drive unit; Make moving beam 302 and slide block 308 respectively along guide rail move to exactly button directly over; Drive by control lever motor 309 then, make control lever 310 move down and push button, handle flow process according to button and confirm to press number of times; When needs are pressed other button, get final product through drive unit adjustment control lever 310 positions again.Behind the complete operation; Testing result just goes out to be presented on the LCD screen of detecting instrument 207; At this moment; Utilize camera 307 and image recognizing and processing unit to accomplish extraction and the identification that detects data, accomplish the measuring ability that existing detecting instrument has on the market, exactly testing result is transferred to the processing again that data center carries out data.
The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction, and simple modification, equivalent variations or modification that those skilled in the art utilize the technology contents of above-mentioned prompting to make all drop in this bright protection domain.
Claims (6)
1. number system is discerned, operates and adopted to an electronic health care station RFID instrument automatically, and this system comprises instrument module (1), Mining and Control Device (2), image recognizing and processing unit (3), main control computer (4) and power module (5), it is characterized in that:
Instrument module (1) comprises one or above detecting instrument (207) and corresponding RFID active electronic label (206); Be connected with main control computer through Mining and Control Device (2);
Mining and Control Device (2) comprises travel mechanism, rfid interrogator (306), camera and cam movement mechanism, button catanator; Rfid interrogator (306), travel mechanism are connected with main control computer, and travel mechanism receives main control computer control to make rfid interrogator move the automatic location of realizing detecting instrument (207); Rfid interrogator (306) is with instrument identifying information write device database; The button catanator carries out the button of detecting instrument to be handled, and opens detecting instrument and produces testing result; Camera is connected with main control computer (4) through image recognizing and processing unit (3); The button catanator carries out the button operation of detecting instrument (207) according to the instrumentation flow process of main control computer; Cam movement mechanism drives the testing result image information that camera obtains; Image information is sent to image recognizing and processing unit, and image recognizing and processing unit is a numerical information with the analog information treatment conversion;
Main control computer (4) comprises device databases and data center, and device databases is used for receiving and storing the data message from rfid interrogator (306); Data center is used to receive and store the image digitization information after digital conversion from image recognizing and processing unit output;
Power module (5) is Mining and Control Device (2) and instrument module (1) power supply.
2. number system is discerned, operates and adopted to electronic health care as claimed in claim 1 station RFID instrument automatically; It is characterized in that; Said instrument identifying information is to obtain the information of detecting instrument through the RFID technology from the device databases of main control computer (4), and this information comprises kind, structure and function information.
3. number system is discerned, operates and adopted to electronic health care as claimed in claim 1 station RFID instrument automatically; It is characterized in that; Said instrument module is installed in instrument and lays in the adjusting bracket (205), and said RFID active electronic label (206) is installed on the detecting instrument (207).
4. number system is discerned, operates and adopted to electronic health care as claimed in claim 1 station RFID instrument automatically; It is characterized in that; Said travel mechanism comprises bridge-type framework (202), connects movable block (203) and drive unit; Bridge-type framework (202) is laid on the adjusting bracket (205) across being arranged at instrument; Connect movable block (203) and be arranged on the bridge-type framework (202), said drive unit makes bridge-type framework (202) and is connected above movable block (203) moves to detecting instrument (207) along frame guide rail (204) and beam guideway 208 respectively; On comprising the bridge-type framework drive motor (209) that is arranged on the frame guide rail (204) and be arranged on frame guide rail (204), this drive unit is connected movable block drive motor (210).
5. number system is discerned, operates and adopted to electronic health care as claimed in claim 1 station RFID instrument automatically; It is characterized in that; Said button catanator comprises the drive unit of moving beam (302), slide block (308), control lever (310), moving beam motor (301), three axles of X/Y/Z, the guide rail and the power module of three axles of X/Y/Z, and moving beam (302) is installed to connection movable block (203) and upward and along connecting moving mass guide rail (303) makes front-rear reciprocation movement; Slide block (308) is connected on the moving beam (302) and the guide rail on moving beam (302) is done left and right sides to-and-fro movement; Control lever be installed in slide block (308) chamber and in the slide block guide rail pump.
6. number system is discerned, operates and adopted to electronic health care as claimed in claim 1 station RFID instrument automatically; It is characterized in that; Said cam movement mechanism is installed to and connects movable block (203) lower end; It comprises camera (307), webcam driver motor (304), shifting chute (311), webcam driver motor (304); In camera (307) the installation and moving groove; Webcam driver motor (304) is installed to and connects movable block (203) upper end; Camera (307) moves in shifting chute (311).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100132571A CN102567647A (en) | 2012-01-16 | 2012-01-16 | Automatic identification, operation and data acquisition system of electronic health station RFID (Radio Frequency Identification Device) apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100132571A CN102567647A (en) | 2012-01-16 | 2012-01-16 | Automatic identification, operation and data acquisition system of electronic health station RFID (Radio Frequency Identification Device) apparatus |
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| CN102567647A true CN102567647A (en) | 2012-07-11 |
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| CN2012100132571A Pending CN102567647A (en) | 2012-01-16 | 2012-01-16 | Automatic identification, operation and data acquisition system of electronic health station RFID (Radio Frequency Identification Device) apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114310932A (en) * | 2021-12-16 | 2022-04-12 | 杭州申昊科技股份有限公司 | Positioning device for rail-hanging type inspection robot |
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2012
- 2012-01-16 CN CN2012100132571A patent/CN102567647A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114310932A (en) * | 2021-12-16 | 2022-04-12 | 杭州申昊科技股份有限公司 | Positioning device for rail-hanging type inspection robot |
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Application publication date: 20120711 |