CN104656596A - Equipment management system based on wireless remote communication and fingerprint information extraction and control - Google Patents
Equipment management system based on wireless remote communication and fingerprint information extraction and control Download PDFInfo
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- CN104656596A CN104656596A CN201310606382.8A CN201310606382A CN104656596A CN 104656596 A CN104656596 A CN 104656596A CN 201310606382 A CN201310606382 A CN 201310606382A CN 104656596 A CN104656596 A CN 104656596A
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- 238000013528 artificial neural network Methods 0.000 claims description 3
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- 238000012544 monitoring process Methods 0.000 abstract description 10
- 230000010354 integration Effects 0.000 abstract description 3
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/4185—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by the network communication
- G05B19/4186—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by the network communication by protocol, e.g. MAP, TOP
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
The invention relates to an equipment management system based on wireless remote communication and fingerprint information extraction and control for the management of large factories. The equipment management system consists of a fingerprint entering module, an image extracting module, an equipment controller, a data processing center and a cloud database, wherein the input/output ends of the fingerprint entering module, the image extracting module and the equipment controller are respectively connected with the corresponding output/input ends of the data processing center, the input/output ends of the data processing center are connected to the output/input ends of the cloud database, and the data exchange output signal of the cloud database is communicated to the WEB page display input ends of a mobile phone and a network terminal. The head portrait of a person image is extracted through a video recognition module, and the starting and closing of all the equipment are controlled according to the head portrait. Meanwhile, the system also utilizes video and fingerprint recognition to build a staff database, the staff use permissions of equipment are associated with video pictures and fingerprints, and the online monitoring and management functions of equipment use are realized through the integration of a wireless network.
Description
Technical field
The invention belongs to telecommunication and technical field of automatic control, relate to a kind of equipment management system extracted based on wireless telecommunication and finger print information, control that can be used for integrated mill's management orientation.
Background technology
In prior art, monitoring management system based on radio-frequency card and fingerprint recognition has been widely used in the equipment control field in the places such as all kinds of factory building, storehouse, museum, by arranging warning monitoring for each equipment, non-working person is avoided equipment to be produced to the generation of the situations such as maloperation.But contained by known radio-frequency card management system, quantity of information is low in the market, the situation causing qualification card " to be used, lose " due to separation of the people and card happens occasionally, and makes personnel be difficult to add up all-sidedly and accurately situations such as equipment use; And traditional fingerprint identification module system is due to its problem such as cost and storage thereof, also make it be difficult to be widely used in equipment control direction, only can only use as the workpiece such as gate inhibition, insurance.
Summary of the invention
The object of the invention is to solve prior art Problems existing, a kind of equipment management system extracted based on wireless telecommunication and finger print information, control is provided, this management system makes integration improvement for the defect of conventional video management system, apply in conjunction with fingerprint, imaging identification pattern and wireless network, achieve the on-line monitoring and management function of equipment use.
For solving the problems of the technologies described above, implementation of the present invention is such:
A kind of equipment management system extracted based on wireless telecommunication and finger print information, control, be made up of fingerprint typing module, image zooming-out module, device controller, data processing centre (DPC), cloud database, the input/output end that the input/output terminal of fingerprint typing module, image zooming-out module and device controller is corresponding with data processing centre (DPC) respectively connects, the I/O of data processing centre (DPC) is connected to the input/output end of cloud database, and the exchanges data output signal of cloud database passes to the input end of the WEB web displaying of user mobile phone and the network terminal.
In the equipment management system above-mentionedly to extract based on wireless telecommunication and finger print information, controlled, fingerprint typing module is by being arranged on the fingerprint capturer for collector's finger print information that factory building receptionist locates, forming with the single-chip microcomputer of storer and display and gps data communication module, the fingerprint collecting output signal of fingerprint capturer is uploaded to data processing centre (DPC) through single-chip microcomputer and gps data communication module successively, and the data feedback of data processing centre (DPC) output signal is connected to singlechip feedbsck signal input part through gps data communication module is defeated.This fingerprint typing module in charge enters the information acquisition of factory building staff and the personnel of visit, and the information collected is uploaded to data processing centre (DPC), by data processing centre (DPC), its data and original employee information database are compared, judge this worker and shop equipment usage license grade thereof, if Information Monitoring is new employee, then carries out data acquisition by reception personnel according to its registration and its authority is encoded.
Above-mentionedly to extract based on wireless telecommunication and finger print information, in the equipment management system controlled, image zooming-out module is by camera, single-chip microcomputer and gps data communication module composition, camera comprises fixing camera and dollying head two parts, wherein fixing camera is made up of multiple camera be installed on each metope drift angle place rotatable platform, dollying head is made up of the camera on multiple mobile platform be installed between each equipment room, the picture output signal of camera is uploaded to data processing centre (DPC) successively after the single-chip microcomputer of its correspondence and gps data communication module, the data feedback output signal of data processing centre (DPC) is defeated is connected to gps data communication module feedback signal input terminal.This image zooming-out module mainly carries out data transmission to the camera review being installed on each position between equipment room, is processed by camera collection to image transfer to data processing centre (DPC) to it.Gps data communication module is utilized to build communication network, between each equipment room, camera is installed to take pictures to the personnel of entering, and its image transfer is gone back to data processing centre (DPC), when there being alarm to occur, its monitored picture being transferred to cloud service center and being uploaded to network facet factory building responsible official and consulting.In order to accelerate systematic training speed and recognition capability, in image zooming-out, first head portrait extraction is carried out to personnel's image, again black whitening processing is carried out to it, convert its clour mixing picture to black and white head portrait, utilize SVM to extract this image feature value, and make itself and the relevant personnel mutually corresponding by neural metwork training.Fixing camera in this module can submit image information to data processing centre (DPC) in real time, ensures that it can recall the implementing monitoring video recording of factory building by cloud platform remote access data processing enter.
In the equipment management system above-mentionedly to extract based on wireless telecommunication and finger print information, controlled, dollying head part in image zooming-out module has two Y-axis be set in parallel on the relative limit crossbeam in factory building roof two and to advance longeron, groove of advancing is had on Y-axis advances longeron, be provided with one can advance platform along coming and going in groove of advancing the X-axis run in the cross-over connection between longeron of advancing of two Y-axis, be provided with by the camera of driven by servomotor on X-axis advances platform.
In the equipment management system above-mentionedly to extract based on wireless telecommunication and finger print information, controlled, fixing camera part in image zooming-out module is made up of camera support side plate, camera, X-axis rotating stepper motor, Z axis electric rotating machine, motor control module, rotating base, the rotating base that can rotate along plane vertical pivot under Z axis electric rotating machine drives is arranged on factory building wall, two pieces of camera support side plate parallel upright are on rotating base, and camera is arranged in camera support side plate and also can rotates along X-axis under X-axis rotating stepper motor drives.
Above-mentionedly to extract based on wireless telecommunication and finger print information, in the equipment management system controlled, device controller is by gps data communication module, single-chip microcomputer, electronic relay, be arranged on the gravity sensor composition on the infrared inductor on equipment and the standing platform before being installed on equipment, the defeated detection signal input end being connected to single-chip microcomputer of the output signal of infrared sensor and gravity sensor, the data input/output end of single-chip microcomputer is connected with the input/output signal of data processing centre (DPC) by gps data communication module, the control output end of single-chip microcomputer connects with the input end of electronic relay.Whether predict equipment front by infrared sensor in work has barrier to occur, by equipment front situation Gather and input to single-chip microcomputer, the preceding object thing weight that single-chip microcomputer records in conjunction with gravity sensor, whether its preceding object thing of Comprehensive Assessment is staff, then by GPS network network, its result is sent to data processing centre (DPC); Return its authority coding by accepting data processing centre (DPC), and this and device coding are carried out "AND" and to decode computing, judge whether this staff has this equipment use authority.If it has rights of using, then by pilot relay opening device power supply, it is made to be used.
In the equipment management system above-mentionedly to extract based on wireless telecommunication and finger print information, controlled, data processing centre (DPC) is made up of the server of the interior SVM of being provided with disposal system and neural network recognization algorithmic system.The major function of data processing centre (DPC) carries out analyzing and processing to the fingerprint image collected, and in real work, this data processing centre (DPC) obtains fingerprint entry information and camera collection information by GPS network network module.In the finger print information transmitted by fingerprint typing processing module and database, legacy data is compared, and data processing centre (DPC) judges whether it is registered personnel.If not, then to fingerprint typing processing module transmission of information, inform that it needs from new typing; If have, inquire about the authority that it is corresponding, and transmit this personnel's authority by GPS wireless network communication to fingerprint typing module and show.If desired again employ, data processing centre (DPC) sends information acquisition instruction to fingerprint typing processing module, and etc. personnel's authority data of returning of fingerprint typing processing module to be subjected, and itself and personnel's head portrait are carried out associating stored in database.While accepting typing module, data processing centre (DPC) also receives the information from device controller.When device controller detects that there is a people in its front, data processing centre (DPC) receives device numbering shared by personnel and operating personnel's finger print information, by personnel's finger print information and database being compared, finally feed back to these people's rights of using of device controller, and opertaing device switch.
In the equipment management system above-mentionedly to extract based on wireless telecommunication and finger print information, controlled, cloud database is made up of the server be connected with internet, is mainly used as data transmission and uploads with network.Cloud database stores core as system information, the result of data processing centre's calculation process stores stored in cloud database, and make information sharing by network, it is this Database WEB page simultaneously, utilize interconnection network, make user can log in this database WEB page by network terminals such as mobile phones.In addition, obtain database manipulation authority by input end user's name and password, system can carry out Real Time Observation to factory personnel flow condition and equipment use situation, and can read the ruuning situation of each equipment of factory building online.
Basic functional principle of the present invention is: when personnel are for entering the working hall of factory, need at introduction place by being arranged in the fingerprint capturer Information Monitoring of the fingerprint typing module at foreground place and entering plant and equipment district after carrying out identification, as there is no identifying data, then handle the registration of factory building authority at fingerprint extraction place, working hall.After completing authentication, staff's access arrangement district, before access arrangement, detect position by device controller and upload finger print information, notification data processing enter carries out information inquiry, after confirming its authority, being encoded is sent to device controller by GPS network network, judges its authority opening device.Then by the data sudden change situation judgment device working condition of the infrared inductor in device controller and gravity sensor, if when changing condition exceedes safe range, then report to the police to data processing centre (DPC), the dollying head anglec of rotation controlled in image extraction module controls shooting direction, and by cloud database, this situation is utilized internet notification working hall responsible official, and send real-time monitoring images.
Compared with prior art, of the present invention rational in infrastructure, easy to use, intelligence degree is high, it passes through video identification module to the extraction of head portrait in personnel's image, and then the open and close of all devices are controlled according to this as " key ", solve the confined problem because separation of the people and card arranges that the systems such as conventional radio frequency card exist, this system also uses convenience and the spatiality of video and fingerprint recognition simultaneously, by setting up employee database, by employee's equipment use authority and video photography and fingerprint mutually corresponding, the difficulty that conventional fingerprint recognition system is difficult to cover whole plant area is solved by video camera function, each system is connected to each other by the integration through GPS wireless network, make system more efficient.
Accompanying drawing explanation
Fig. 1 is system architecture schematic diagram of the present invention.In this figure, number designation 1 is (factory building) working hall, and 2 is (factory building) battery limits, and 3 is fingerprint typing module, and 4 is device controller, 5 is image zooming-out module, and 6 is data processing centre (DPC), and 7 is cloud database, 8 is WEB web displaying, and 9 is mobile phone, and 10 is the network terminal.
Fig. 2 is the structure principle chart of fingerprint typing module in the present invention.In this figure, number designation 31 is storer, and 32 is fingerprint capturer, and 33 is input keyboard, and 34 is display, and 35 is single-chip microcomputer, and 36 is gps data communication module.
Fig. 3 is the structure principle chart of image zooming-out module in the present invention.In this figure, number designation 51A is camera (movement), and 51B is mobile platform, and 51C is camera (fixing), and 51D is rotatable platform, and 52 is single-chip microcomputer, and 53 is gps data communication module.
Fig. 4 is the structure principle chart of device controller in the present invention.In this figure, number designation 41 is GPS wireless communication module, and 42 is single-chip microcomputer, and 43 is electronic relay, and 44 is infrared inductor, and 45 is gravity sensor.
Fig. 5 be dollying head part structural representation is set.In this figure, number designation 51B1 is that X-axis is advanced platform, and 51B2 is servomotor, and 51A is camera, and 51B3 is that Y-axis is advanced longeron.
Fig. 6 be fixing camera structural representation is set.In this figure, number designation 51D1 is camera support side plate, and 51C is camera, and 51D2 is X-axis rotating stepper motor, and 51D3 is Z axis electric rotating machine, and 51D4 is motor control module, and 51D5 is rotating base, and 51D6 is that Z axis electric rotating machine is connected with rotation domain gear.
Fig. 7 is the schematic diagram of the setting position of infrared inductor and gravity sensor in present device controller.In figure, number designation 11 is equipment, and 12 is the standing platform before equipment.
Embodiment
See Fig. 1, the equipment management system of the present inventionly to extract based on wireless telecommunication and finger print information, controlled is made up of fingerprint typing module 3, image zooming-out module 5, device controller 4, data processing centre (DPC) 6, cloud database 7.The input/output end that the input/output terminal of fingerprint typing module 3, image zooming-out module 5 and device controller 4 is corresponding with data processing centre (DPC) 6 respectively connects, the I/O of data processing centre (DPC) 6 is connected to the input/output end of cloud database 7, and the exchanges data output signal of cloud database 7 passes to the input end of the WEB web displaying 8 of user mobile phone 9 and Network Termination #1 0.
The structure of fingerprint typing module 3 as shown in Figure 2, by fingerprint capturer 32, form with the single-chip microcomputer 35 and gps data communication module 36 etc. of storer 31 and display 34, fingerprint capturer 32 for collector's finger print information is arranged on factory building receptionist place, its output signal is uploaded to data processing centre (DPC) 6 through single-chip microcomputer 35 and gps data communication module 36 successively, and the data feedback of data processing centre (DPC) 6 output signal is connected to single-chip microcomputer 35 feedback signal input terminal through gps data communication module 36 is defeated.This fingerprint typing module 3 is responsible for the information acquisition entering factory building staff and the personnel of visit, and the information collected is uploaded to data processing centre (DPC) 6, by data processing centre (DPC) 6, its data and original employee information database are compared, judge this worker and shop equipment usage license grade thereof, if Information Monitoring is new employee, then carries out data acquisition by reception personnel according to its registration and its authority is encoded.In concrete enforcement structure, fingerprint capturer 32 can adopt model to be the device of DE0305, single-chip microcomputer 35 can adopt model be 8520 dsp chip, GPS communication module 36 can adopt model to be the device of WISMO228.
The structure of the image zooming-out module 5 in the present invention as shown in Figure 3, image zooming-out module 5 is by camera, single-chip microcomputer 52 and gps data communication module 53 form, camera comprises fixing camera and dollying head two parts, wherein fixing camera is made up of multiple camera 51B be installed on each metope drift angle place rotatable platform 51D, dollying head is made up of the camera 51A on multiple mobile platform 51C be installed between each equipment room, the picture output signal of camera is uploaded to data processing centre (DPC) 6 successively after the single-chip microcomputer 52 of its correspondence and gps data communication module 53, the data feedback output signal of data processing centre (DPC) 6 is defeated is connected to gps data communication module 53 feedback signal input terminal.In use, positioning function that fixing camera part primary responsibility equipment factory building enforcement still image extracts and staff walks, by installing multiple fixing camera in a factory building, can ensure comprehensive covering of equipment factory building.Because fixing camera picture frame size and camera lens stretching distance are fixed, head portrait image clearly cannot be collected when personnel cross far away, for this reason the present invention additionally use mainly in advancing with equipment operating before the design of dollying head of head portrait acquisition problems of personnel, it a kind ofly can implement track up can move self camera with the movement of personnel to personnel, can guarantee to collect personnel's head portrait photo clearly.Each camera video extraction module has its special information and control processing module (single-chip microcomputer 52), the camera collection that it mates by single-chip microcomputer 52 to image be uploaded to data processing centre (DPC) 6 through respective GPS wireless data communication module 53, the data feedback of data processing centre (DPC) 6 output signal is defeated is connected to gps data communication module 53 feedback signal input terminal.By gps data communication module 53, the single chip control module on camera carries out analyzing and processing to transmission information.And control movement and the rotation of camera.In concrete enforcement structure, GPS communication module 53 can adopt model to be the device of WISMO228.
In image zooming-out module 5, the structure of dollying head part as shown in Figure 5, it has two and to be set in parallel on the relative limit crossbeam in factory building roof two the longeron 51B3 and the Y-axis it having a groove of advancing is advanced, be provided with one can advance platform 51B1 along coming and going in groove of advancing the X-axis run at the Y-axis longeron 51B3 that advances, on X-axis advances platform 51B1, be provided with the camera 51A driven by servomotor 51B2.
In image zooming-out module 5, the structure of fixing camera part as shown in Figure 6, and it is connected 51D6 etc. by camera support side plate 51D1, camera 51C, X-axis rotating stepper motor 51D2, Z axis electric rotating machine 51D3, motor control module 51D4, rotating base 51D5 and Z axis electric rotating machine with rotation domain gear and forms.The rotating base 51D5 that can rotate along plane vertical pivot (Z axis) under Z axis electric rotating machine 51D3 drives is arranged on factory building wall, conveniently factory building is monitored in real time, two pieces of camera support side plate 51D1 parallel upright are on rotating base 51D5, and camera 51C is arranged on camera support side plate 51D1 and also can rotates along X-axis under X-axis rotating stepper motor 51D2 drives.
In the present invention, the structure of device controller 4 is as shown in Fig. 4 and Fig. 7, by gps data communication module 41, single-chip microcomputer 42, electronic relay 43, the gravity sensor 45 be arranged on the infrared inductor 44 on equipment and the standing platform before being installed on equipment 12 forms, the defeated detection signal input end being connected to single-chip microcomputer 42 of the output signal of infrared sensor 44 and gravity sensor 45, the data input/output end of single-chip microcomputer 42 is connected with the input/output signal of data processing centre (DPC) 6 by gps data communication module 41, the control output end of single-chip microcomputer 42 connects with the input end of electronic relay 43.In real work, infrared inductor 44 records front object, single-chip microcomputer 42 carries out weight measurement to barrier on the standing platform 12 before its equipment, by gathering the numerical value of gravity sensor 45, record its barrier weight amount, by its numerical value and the minimum body weight of the theoretical mankind 40 kilograms being compared.If it measures body weight be greater than 40 kilograms, judge that its barrier is as staff, if it is less than 40 kilograms, judge that its front is barrier.And judged result is sent to data processing centre (DPC) 6 by gps data communication module 41.Meanwhile this module is added with accident alarming equipment, if in equipment course of normal operation, gravity sensor 45 data instantaneous variation amount more than 30 kilograms or the data fluctuations time more than 10 seconds, infrared sensor 44 front personnel distance changes suddenly, judges that this equipment has an accident, and report to the police to data processing centre (DPC) 6, control camera is taken this equipment and is carried out video check.In concrete enforcement structure, single-chip microcomputer 42 can adopt model be 8520 dsp chip, gps data communication module 41 can adopt model to be the device of WISMO228.
Data processing centre (DPC) 6 of the present invention is made up of the server of the interior SVM of being provided with disposal system and neural network recognization algorithmic system.In concrete enforcement structure, data processing centre (DPC) 6 can adopt IBM--HX5 server.
Cloud database 7 of the present invention is made up of the server be connected with internet, and main transmission as data is uploaded with network.In concrete enforcement structure, cloud database 7 can adopt model to be the equipment that scape pacifies fast cloud VPS6M.
Workflow of the present invention is as described below.
When personnel enter working hall 1, factory building need being entered after identification is carried out in fingerprint typing place at introduction place, as there is no identifying data, then handling the registration of factory building authority in working hall fingerprint typing place.After completing authentication, staff's access arrangement district 2, behind access arrangement district 2, detect by use device location by device controller 4, alert typing fingerprint, and to data processing centre (DPC) 6 transmitting apparatus information and finger print information, the equipment needed thereby signal of these personnel of notification data processing enter 6, and confirming operator's authority, this personal information coding is sent to device controller 4 by GPS network network, according to its control of authority facility switching by Data Control Center 6.Operating personnel's state is detected in real time by infrared sensor 44 and gravity sensor 45.When personnel break away or rapidly portable on a large scale, then report to the police to data processing centre (DPC), control the fixing camera rotary taking direction in image extraction module 5, shooting panalarm and human users's situation thereof, and send warning to plant executive, utilize internet to send real-time monitoring images to it by Cloud Server 7.
Claims (8)
1. one kind is extracted based on wireless telecommunication and finger print information, the equipment management system controlled, it is characterized in that: by fingerprint typing module (3), image zooming-out module (5), device controller (4), data processing centre (DPC) (6), cloud database (7) forms, fingerprint typing module (3), the input/output end that the input/output terminal of image zooming-out module (5) and device controller (4) is corresponding with data processing centre (DPC) (6) respectively connects, the I/O of data processing centre (DPC) (6) is connected to the input/output end of cloud database (7), the exchanges data output signal of cloud database (7) passes to the input end of the WEB web displaying (8) of user mobile phone (9) and the network terminal (10).
2. according to claim 1ly to extract based on wireless telecommunication and finger print information, the equipment management system controlled, it is characterized in that: fingerprint typing module (3) is by the fingerprint capturer for collector's finger print information (32) being arranged on factory building receptionist, with single-chip microcomputer (35) and gps data communication module (36) composition of storer (31) and display (34), the fingerprint collecting output signal of fingerprint capturer (32) is uploaded to data processing centre (DPC) (6) through single-chip microcomputer (35) and gps data communication module (36) successively, the data feedback output signal of data processing centre (DPC) (6) is connected to single-chip microcomputer (35) feedback signal input terminal through gps data communication module (36) is defeated.
3. according to claim 1ly to extract based on wireless telecommunication and finger print information, the equipment management system controlled, it is characterized in that: image zooming-out module (5) is by camera, single-chip microcomputer (52) and gps data communication module (53) composition, camera comprises fixing camera and dollying head two parts, wherein fixing camera is made up of multiple camera (51B) be installed in each metope drift angle place rotatable platform (51D), dollying head is made up of the camera (51A) on multiple mobile platform (51C) be installed between each equipment room, the picture output signal of camera is uploaded to data processing centre (DPC) (6) successively after the single-chip microcomputer of its correspondence (52) and gps data communication module (53), the data feedback output signal of data processing centre (DPC) (6) is defeated is connected to gps data communication module (53) feedback signal input terminal.
4. according to claim 3ly to extract based on wireless telecommunication and finger print information, the equipment management system controlled, it is characterized in that: the dollying head part in image zooming-out module (5) has two Y-axis be set in parallel on the relative limit crossbeam in factory building roof two and to advance longeron (51B3), groove of advancing is had on Y-axis advances longeron (51B3), be provided with one can advance platform (51B1) along coming and going in groove of advancing the X-axis run in the cross-over connection between longeron (51B3) of advancing of two Y-axis, the camera (51A) driven by servomotor (51B2) is provided with on X-axis advances platform (51B1).
5. according to claim 3ly to extract based on wireless telecommunication and finger print information, the equipment management system controlled, it is characterized in that: the fixing camera part in image zooming-out module (5) is by camera support side plate (51D1), camera (51C), X-axis rotating stepper motor (51D2), Z axis electric rotating machine (51D3), motor control module (51D4), rotating base (51D5) forms, the rotating base (51D5) that can rotate along plane vertical pivot under Z axis electric rotating machine (51D3) drives is arranged on factory building wall, two pieces of camera support side plate (51D1) parallel upright are on rotating base (51D5), camera (51C) is arranged on camera support side plate (51D1) and above also can rotates along X-axis under X-axis rotating stepper motor (51D2) drives.
6. according to claim 1ly to extract based on wireless telecommunication and finger print information, the equipment management system controlled, it is characterized in that: device controller (4) is by gps data communication module (41), single-chip microcomputer (42), electronic relay (43), be arranged on the infrared inductor (44) on equipment and the composition of the gravity sensor (45) on the standing platform before being installed on equipment, the defeated detection signal input end being connected to single-chip microcomputer (42) of the output signal of infrared sensor (44) and gravity sensor (45), the data input/output end of single-chip microcomputer (42) is connected with the input/output signal of data processing centre (DPC) (6) by gps data communication module (41), the control output end of single-chip microcomputer (42) connects with the input end of electronic relay (43).
7. the equipment management system extracted based on wireless telecommunication and finger print information, control according to claim 1, is characterized in that: data processing centre (DPC) (6) is made up of the server of the interior SVM of being provided with disposal system and neural network recognization algorithmic system.
8. the equipment management system extracted based on wireless telecommunication and finger print information, control according to claim 1, is characterized in that: cloud database (7) is made up of the server be connected with internet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201310606382.8A CN104656596B (en) | 2013-11-22 | 2013-11-22 | Equipment management system based on wireless remote communication and fingerprint information extraction and control |
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| CN201310606382.8A CN104656596B (en) | 2013-11-22 | 2013-11-22 | Equipment management system based on wireless remote communication and fingerprint information extraction and control |
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| CN104656596B (en) | 2017-05-17 |
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