CN101777981A - Personnel monitoring system - Google Patents
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- CN101777981A CN101777981A CN201010018352A CN201010018352A CN101777981A CN 101777981 A CN101777981 A CN 101777981A CN 201010018352 A CN201010018352 A CN 201010018352A CN 201010018352 A CN201010018352 A CN 201010018352A CN 101777981 A CN101777981 A CN 101777981A
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Abstract
The invention discloses a personnel monitoring system which comprises a personnel recognizing and positioning input module and a personnel recognizing and positioning far-end monitoring module, wherein the personnel recognizing and positioning input module comprises a positioning device, a fingerprint input device, a far-end communication connection device; the positioning device is used for detecting and transferring the current position of the fingerprint input device into the far-end communication connection device; the fingerprint input device is used for collecting and transferring fingerprint signals into the far-end communication connection device; and the far-end communication connection device is used for transferring the information of geographic coordinate position forwarded by the positioning device and the fingerprint information forwarded by the fingerprint input device into the personnel recognizing and positioning far-end monitoring module. The personnel monitoring system confirms the identity, living body condition and the current geographical position of the personnel to be monitored hereby so as to achieve the purpose of monitoring whether the personnel exists in the appointed geographic range in an appointed time.
Description
Technical field
The present invention relates to a kind of watch-dog, particularly utilize fingerprint recognition to confirm identity, and locate the personnel monitoring system of monitor staff's identity and whereabouts with mobile phone location or GPS.
Background technology
Chinese patent application number/the patent No.: the monitoring in 200610082707 " non-invasive life evidence monitoring equipment, the system and methods " is a radio reception, but there has been the problem that can't locate in it, can not determine monitored personnel's geographical position, can not determine monitored personnel's identity and condition of living organism.
A lot of different fingerprint Identification sensors are arranged on the market, as optical profile type, thermal-induction type, little pressure type and little capacitive fingerprint Identification sensor, on the judgement formula market of fingerprint identification numerous producers is arranged also in addition in addition, these fingerprint identification softwares and hardware can be differentiated world's match International FingerprintVerification Competition. with reference to once fingerprint every two years, webpage: http://bias.csr.unibo.it/fvc2000/, http://bias.csr.unibo.it/fvc2002/, http://bias.csr.unibo.it/fvc2004/, http://bias.csr.unibo.it/fvc2006/, there are numerous fingerprint sensors and fingerprint discriminant software in the inside, deduction producer can be for reference.
GSM itself just can locate with base station, but except positioning accuracy the rough range problem of 200m, the base station locating information may not necessarily be called by little factory for general exploitation, so GPS module that use device is installed above, development more fast, SURF II/III wafer occupies the very big market share in the common on the market GPS wafer, other nearly all GPS wafer manufacturer development product all can be bragged about compatible with it, its specification can be used as reference, after developing the GPS positioning function, can be than being easier to find the module of software and hardware that can replace or make a price reduction.
Utilize the method for GPS and mobile phone location can be with reference to U.S. Pat 6,552,682 and U.S. Pat 6,393,294, these two patents have proposed to utilize mobile phone to add or have not added the method for GPS location.
A kind of GPS detector is arranged in the market, patrol and examine personnel's handhold GPS detector, circuit along regulation is advanced, the GPS detector receives gps satellite locating information (time, longitude and latitude) constantly, and manually sends locating information to message receiver by the automatic transmission of pre-set time interval or in the locality.Message receiver arrives transfer of data in the management system platform database after the locating information of receiving, management software is observed the movement locus of GPS detector constantly by electronic chart.This machine has been realized the location constantly to monitored personnel, but can't confirm the actual holder's of this machine identity.If the machine holder is placed on this machine on other live bodies and advances according to original route, then the unit of monitoring has just monitored wrong monitored object.
U.S. Pat 6 in addition, 393, also mention this noun of utilization " fingerprint Finger Print " in 294, but U.S. Pat 6,393, " fingerprint " of 294 indications is " fingerprint RF Finger Print of radiofrequency signal ", should " " what refer to is not the fingerprint of human body to fingerprint, this patent is to utilize the fingerprint of radiofrequency signal (position appears in frequency spectrum) to estimate the possible position of mobile phone, such system does not confirm the monitored people's of mobile phone true identity, and way does not confirm that this machine and monitored people are in the same place.
Summary of the invention
Goal of the invention: the present invention is directed to the deficiencies in the prior art, in order to solve the problem of personnel's whereabouts immediately monitoring and affirmation identity, provide a kind of and not only can control whereabouts also otherwise can cause having monitored wrong object, a kind of personnel monitoring system of the function of live body detecting is provided simultaneously.
Technical scheme: the invention discloses a kind of personnel monitoring system and device thereof, at least comprise following two parts: a personal identification location remote monitoring module and a personal identification location input module, described personal identification location input module are used to gather monitored personnel's the geographical co-ordinate position information of finger print information and place and are transferred to personal identification location remote monitoring module; Described personal identification location remote monitoring module is used to confirm monitored personnel's identity, live body situation and confirms other monitor staff's geographic location.
This personal identification location input module comprises a finger print input device again at least, is used to gather monitored personnel's finger print information, the monitored personnel's of detecting condition of living organism; Finger print information and fingerprint data other to can carrying out at finger print input device also can carry out in aforesaid personal identification location remote monitoring module; A positioner is used to detect the geographical coordinate position of described finger print input device; A far-end communication linkage is used for the geographical coordinate positional information of described positioner and the finger print information of finger print input device are transferred to aforesaid personal identification location remote monitoring module.
Among the present invention, under the monitored personnel status who moves on a large scale, preferably, described positioner, fingerprint sensor arrangement and positioner are set to one.
Positioner described in the present invention and finger print input device must be fixed in the setting range in wired or wireless mode, and both and described far-end communication linkage are by there being wired or wireless mode transmission signals.Described finger print input device and positioner integral part are provided with first antenna, described far-end communication linkage is provided with the second suitable antenna, the far-end communication linkage is given by described first antenna and second antenna transmission in the geographical coordinate position that finger print information that finger print input device is gathered and positioner are detected, and the far-end communication linkage is transferred to described personal identification location remote monitoring module in wired or wireless mode again.
Among the present invention, in very little scope, under the monitored personnel status in household's scope, described finger print input device and positioner can be set to one, and this integral part and described far-end communication linkage are transferred to aforesaid personal identification location remote monitoring module via the far-end communication linkage in wired or wireless mode again by the wireless mode transmission signals.
Among the present invention, in very little scope, under the monitored personnel status in household's scope, the integral part of preferably described finger print input device and positioner is provided with first Bluetooth antenna, and described far-end communication linkage is provided with the second suitable Bluetooth antenna and carries out described wireless mode transmission signals.Described far-end communication linkage is a mobile phone of being furnished with bluetooth, described first antenna and second antenna carry out the transmission of information material with bluetooth wireless devices, the location of this bluetooth cellular phone far-end communication linkage and described one and finger print input device form personal identification location input module, this finger print input device is selected silicon chip semicoductor capacitor formula fingerprint sensor for use, so that the live body detecting function to be provided.These personnel discern the location input module and can regularly send signal visual or that can listen and remind monitored personnel to import fingerprint.
Among the present invention, the part of described finger print input device and positioner one preferably, is provided with wrist strap.
Among the present invention, preferably, described fingerprint sensor arrangement adopts wired mode to be connected with positioner.Positioner and fingerprint sensor arrangement must be within the short distances of a qualification.
Among the present invention, described finger print input device separates with positioner, but must be fixed in the setting range in wired or wireless mode, this finger print input device can be fixed in above the finger of the fingerprint of being gathered separately, described first antenna is arranged on the positioner, described finger print input device is transferred to positioner with the finger print information of being gathered, positioner is given second antenna of far-end communication linkage with the finger print information of gathering and the geographical coordinate position of being detected by described first antenna transmission more then, and the far-end communication linkage will receive the message transmission of coming again and locate remote end module to described personal identification.
Among the present invention, finger print input device is selected silicon chip semicoductor capacitor formula fingerprint sensor for use, so that the live body detecting function to be provided.But finger print input device and positioner must be fixed in the setting range in wired or wireless mode, described positioner and described far-end communication linkage are one, described finger print input device is transferred to the integral part of positioner and far-end communication linkage with the finger print information of being gathered, and then integral part is transferred to described personal identification location remote monitoring module with finger print information of gathering and the geographical coordinate positional information of being detected thus.Adopt wired mode to be connected between described finger print input device and the positioner so that both are fixed in the described setting range, this finger print input device can be fixed in above the finger of the fingerprint of being gathered separately, described finger print input device connects the integral part that is transferred to positioner and far-end communication linkage with the finger print information of being gathered through described wired mode, is transferred to described personal identification location remote monitoring module by the far-end communication linkage again.
Among the present invention, described finger print input device and positioner and far-end communication linkage are one, this integral part is one to have the mobile phone of silicon chip semicoductor capacitor formula fingerprint sensor, this mobile phone utilizes GPS or mobile phone base station location, finger print information and the geographical coordinate location dependent information gathered are transferred to described personal identification location remote monitoring module, under supervisory control system was stipulated situation that monitored people must regularly report for work to assigned address, this mobile phone can send by the requirement of setting can be listened or visual signal reminds monitored people to import fingerprint to determine monitored personnel's identity and condition of living organism; And when the remote monitoring module can't obtain the locating information of the GPS of this mobile phone or mobile phone base station, the remote monitoring module can also be exported monitored people's possible position according to the historical record of identity locating and monitoring.
Among the present invention, some monitored personnel must be fixed in a certain scope, do not allow these monitored personnel that one long period transmission fingerprint information is not arranged, condition of living organism, the geographical coordinate positional information is to personal identification location remote monitoring module, special in order to allow monitored personnel carry out, on described finger print input device, be provided with fixture, finger print input device and finger can be fixed together, finger print input device is regularly gathered finger print information automatically, make personal identification location remote monitoring module in monitored personnel special, still receive identification, and confirm its live body situation.
Beneficial effect: the present invention can be applicable to and paroles on one's body the personnel that personnel, state security department need control, the present invention also can be applicable to the personnel that go the rounds as public security patrol or city mediator person and reports for work in fixing geographic range, can also be used for some and be sent under the situation of carrying out as mining prisoner people and escape working range.
Paroling personnel's mode of reporting for work at present is to report for work once near local police station every day, behind user of service's whereabouts watch-dog, the monitoring unit can round-the-clockly monitor monitored personnel's whereabouts constantly, monitor its whether overshoot scope of activities, adopt after this patent not only that public security unit can more accurate affirmation parole personnel's whereabouts, and parole personnel and also reduced or remitted and to arrive near report for work once worry of local police station every day.
Description of drawings
Below in conjunction with the drawings and specific embodiments the present invention is done further to specify, above-mentioned and/or otherwise advantage of the present invention will become apparent.
Fig. 1 is the personnel monitoring system Organization Chart.
Fig. 2 is that the finger print input device and the positioner of integral type is connected equilibrium running diagram with wireless mode with the far-end communication linkage of mobile phone type.
Fig. 3 is for having installed the fixture schematic diagram of Wrist belt-type again additional on the finger print input device of integral type and the positioner.
Fig. 4 is the positioner and the far-end communication linkage of integral type, and this integrated part is connected the co-operation schematic diagram in wired or wireless mode again with finger print input device.
Fig. 5 is that the finger print input device and the positioner of separate type is connected co-operation with wireless mode with the far-end communication linkage of mobile phone type, on finger print input device, install the device that interfixes with finger additional, on positioner, installed the fixture schematic diagram of Wrist belt-type additional.
Fig. 6 is the finger print input device of separate type, the integrated positioner of mobile phone form and far-end communication linkage, installed the device that interfixes with finger on finger print input device additional, incorporate mobile phone partly with between the finger print input device is connected the work schematic diagram with wireless mode.
Embodiment:
The invention discloses a kind of personnel monitoring system, comprise personal identification location input module and personal identification location remote monitoring module.Described personal identification location input module is used to gather monitored personnel's the geographical co-ordinate position information of finger print information and place and is transferred to personal identification location remote monitoring module; Described personal identification location remote monitoring module is used to confirm monitored personnel's identity, live body situation and confirms monitored personnel's the geographical coordinate position in place.Wherein personal identification location input module comprises a positioner, a finger print input device and a far-end communication linkage, and this positioner is used to detect the position of described finger print input device, and is transferred to described far-end communication linkage; This finger print input device is used to gather monitored personnel's finger print information, the monitored personnel's of detecting condition of living organism; The comparison of finger print information and fingerprint data is carried out in finger print input device or described personal identification location remote monitoring module; This far-end communication linkage is used for the finger print information that geographical coordinate positional information that described positioner is detected and described finger print input device gather and is transferred to described personal identification location remote monitoring module with wired or wireless mode.Personnel monitoring system is confirmed monitored personnel identity, live body situation and geographic location thereof with this, whether is present in purpose in the specified geographic range at the appointed time to reach these monitored personnel of monitoring.
Among the present invention, described positioner and finger print input device are fixed in the scope of setting in wired or wireless mode, and both and described far-end communication linkage are by wired or wireless mode transmission signals.Described finger print input device and positioner are set to one, and this integral part is provided with first antenna, described far-end communication linkage is provided with the second suitable antenna, the far-end communication linkage is given by described first antenna and second antenna transmission in the geographical coordinate position that finger print information that finger print input device is gathered and positioner are detected, and the far-end communication linkage is transferred to described personal identification location remote monitoring module in wired or wireless mode.The integral part of described finger print input device and positioner is provided with wrist strap.Described far-end communication linkage is a bluetooth cellular phone, described first antenna and second antenna carry out the transmission of information material with bluetooth wireless devices, described finger print input device is a silicon chip semicoductor capacitor formula fingerprint sensor, and described personal identification location input module can regularly send signal and remind monitored personnel to import fingerprint.
Among the present invention, also described finger print input device can be separated with positioner, and be fixed in wired or wireless mode in the scope of setting, described positioner is provided with first antenna, and described far-end communication linkage is provided with second antenna adaptive with first antenna; Described finger print input device is transferred to positioner with the finger print information of being gathered, positioner is given the far-end communication linkage with finger print information of gathering and the geographical coordinate position of being detected by described first antenna and second antenna transmission, and the far-end communication linkage will receive the message transmission of coming and give described personal identification location remote monitoring module.
Among the present invention, described finger print input device can also be separated with positioner, described finger print input device is a silicon chip semicoductor capacitor formula fingerprint sensor, finger print input device and positioner are fixed in the setting range in wired or wireless mode, described positioner and described far-end communication linkage are one, described finger print input device is transferred to the integral part of positioner and far-end communication linkage with the finger print information of being gathered, and described integral part is transferred to described personal identification location remote monitoring module with finger print information of gathering and the geographical coordinate position of being detected.Adopt wired mode to be connected so that both are fixed in the described setting range between described finger print input device and the positioner, described finger print input device connects the finger print information gathered and is transferred to positioner and far-end communicates to connect the integral part of establishing through described wired mode.
Among the present invention, can be one with described finger print input device and positioner and far-end communication linkage again, described one partly is one to have the mobile phone of silicon chip semicoductor capacitor formula fingerprint sensor, this mobile phone utilizes GPS or mobile phone base station location, and the finger print information and the geographical coordinate positional information of being gathered is transferred to described personal identification location remote monitoring module;
When supervisory control system stipulated that monitored people regularly arrives assigned address input finger print information, this mobile phone sends can be listened or optical signal reminds monitored people to import fingerprint to determine monitored personnel's identity and condition of living organism;
When the remote monitoring module can't obtain the locating information of the GPS of this mobile phone or mobile phone base station, the remote monitoring module was exported monitored people's position according to the historical record of identity locating and monitoring.
Among the present invention, more particularly, personnel monitoring system Organization Chart as shown in Figure 1, described line input unit 124 is sent to far-end communication linkage 122 by jockey 132 with finger print information; Positioner 126 is sent to far-end communication linkage 122 by jockey 134 with the geographical coordinate positional information.Far-end communication linkage 122 is sent to personal identification location remote monitoring module 110 by jockey 130 with finger print information and geographical coordinate positional information.Described jockey 132,134,130 all can be existing wired or wireless connections equipment.
Finger print input device and positioner as Fig. 2 integral type are connected the co-operation schematic diagram with wireless mode with the far-end communication linkage of mobile phone type.In system, add an initiatively alarm and reminding function, when far-end monitoring system is realized when not being present in the specified geographic range in personnel's whereabouts watch-dog 280 at the appointed time, can initiatively send a warning to personal identification location remote monitoring module, and also with visual maybe can listen signal, remind monitored people to get back in the specified geographic range of monitoring.Added a finger print input device among the present invention, regularly sent visual or earcon, required monitored people to import finger print information, be in the same place to confirm this equipment and monitored people.
A lot of different fingerprint Identification sensors are arranged on the market, as optical profile type, thermal-induction type, little pressure type and little capacitive fingerprint Identification sensor, preferred this patent adopts little capacitance type fingerprint identification, because little capacitance type sensor forms image by the electric quantity change that forms between transducer and fingerprint paddy, surface peening covers, more outstanding than other sensing mode image display qualities, and have live body detecting characteristic, can prevent the false fingerprint of silica gel.Whether the judgement formula of fingerprint identification can only be placed in the remote monitoring module of personal identification location, also can be placed in the personal identification positioning input device module, so that communicate to connect when breaking letter, still can keep monitored people and be present in the specified geographic range.
Far-end communication linkage 210 is a mobile phone among Fig. 2, it utilizes antenna for mobile phone 220 to be connected with the mobile phone base station, the fingerprint recognition positioner module 280 that also has the lower powered wireless or wired connection of short distance outside the far-end communication linkage 210, because present most mobile phone has all been implanted bluetooth module, preferably can adopt lower powered wireless connections mobile phone 210 of bluetooth (Blue tooth) short distance and fingerprint recognition positioner module 280, far-end communication linkage 210 usefulness Bluetooth antennas 230 are connected with the Bluetooth antenna 232 of fingerprint positioner module 280 in the legend, on the fingerprint recognition positioner module 280 finger print input device 270 are arranged, GPS locating module 240.Must be noted that GPS locating module 240 must link together with inseparable hardware with finger print input device 270, can guarantee that just monitored people is present in the specified geographic range.Because most mobile phone has all been implanted bluetooth module, can write the mobile phone of revising application so only need find, Bluetooth system has the function of pairing and binding, lower powered bluetooth has only several meters communication distance, so monitored people must be with mobile phone 210 and fingerprint input positioner module 280 at one's side and could regularly repay.As long as to time of this repayment and personal identification location remote monitoring module is not received reported information, personal identification location remote monitoring module just can be to the monitored people signal that gives the alarm.
Its operating principle is that fingerprint identification positioner module 280 adopts an integrated device, comprises finger print input device 270 and positioner 240 in the device.Finger print input device 270 transfers to antenna 230 with the finger print information of collection and the geographical coordinate positional information of positioner 240 by antenna 232, and mobile phone 210 utilizes antenna 230 that finger print information and the geographical coordinate positional information of obtaining is sent to personal identification location remote monitoring module through antenna 220.Utilize the mobile phone 210 that separates to reach the effect that input module is located in personal identification with fingerprint input positioner module 280.If fingerprint recognition positioner module 280 is wired being connected with mobile phone 210, then when this wired connection is cut off, perhaps fingerprint recognition positioner module 280 is not present in the specified geographic range, and mobile phone 210 all can be located remote monitoring module, the monitored people information that gives a warning to personal identification.
If bluetooth when connecting, sees then the bluetooth of setting in the application connects and checks that how long the period is, connect when checking in each bluetooth, can find whether fingerprint recognition positioner module 280 is present in the specified geographic range.Bluetooth connects checks that the period is relevant with the battery power consumption of fingerprint recognition positioner module piece 280, if the continuous review that does not stop must be compared power consumption.
In embedded in mobile phone GPS positioner module or directly utilize the GSM/PHA/3G base station to do the location, for the position of determining this machine, GPS or CDMA/CDMA2000/TD-SCDMA can provide accurate localization, even if common very cheap commercialization/civilian GPS also can navigate to the accuracy about 10 meters, CDMA/CDMA2000/TD-SCDMA can navigate to the accuracy about 5 to 50 meters, utilize the GSM/CDMA/PHA/3G base station to do the cost that GPS is then saved in the location, but may only be provided to 200 meters so that 500 meters accuracy.Utilize these navigation systems to repay the geographical coordinate positional information of apparatus of the present invention, its objective is and will not be present in the specified geographic range at the appointed time as monitored people, can be immediately to the remote monitoring module repayment of personal identification location.
If supervisory control system is a prison or a building, when such positioning among a small circle repaid, mobile phone 410 can make WiFi PDA into, reduces manufacturing cost and telecommunications connection charge with this.In order to save the expenditure of telecommunications connection charge, area positions the repayment management to supervisory control system on a large scale, also can adopt the mode of private network to carry out monitoring management, and for example large-area WiFi or Wi-Max connect.
When monitored people is in building the inside time, often GPS can not receive signal, adopt the locate mode of GSM/CDMA/PHS/3G so, just can remedy the location technology blind spot of this part, and, can also take U.S. Pat 6,393, utilize the fingerprint (position appears in frequency spectrum) of radiofrequency signal to estimate the method for the possible position of mobile phone in 294, further improve precision and the speed of estimating the possible position of mobile phone.
Fig. 3 is for having installed the fixture schematic diagram of Wrist belt-type again additional on the finger print input device of integral type and the positioner.For the ease of carrying, supervising device can be made Wristwatch type.Its principle is identical with Fig. 2, mobile phone 310 utilizes antenna for mobile phone 320 to be connected with the mobile phone base station among the figure, Wristwatch type fingerprint input positioner module 380 is connected to mobile phone 310 in the lower powered wireless or wired mode of short distance, because present most mobile phone has all been implanted bluetooth module, preferably can adopt bluetooth (Blue tooth) short distance lower powered wireless with both connections, mobile phone 310 usefulness Bluetooth antennas 330 are connected with the Bluetooth antenna 332 of Wristwatch type fingerprint positioner module 380, on the Wristwatch type fingerprint input positioner module 380 finger print input device 370 are arranged, positioner module 340; Different with Fig. 2 is to have increased Wristwatch type carrying device part 350.
The same with Fig. 2, positioner module 340 must link together with inseparable hardware with finger print input device 370, guarantees to be present in the specified geographic range in monitored personnel at the appointed time.Also can cancel the positioner module, utilize mobile phone to connect near mobile phone base station and locate.Select which kind of mode to locate to determine as required the levels of precision of monitored people's geographical coordinate positional information to select.Determine the levels of precision height of monitored people's geographical coordinate positional information as needs, then select the GPS positioner; Lower as a levels of precision of the definite monitored people's of needs geographical coordinate positional information, then select mobile phone base station location.
The positioner of Fig. 4 integral type and far-end communication linkage, this integrated part is connected the co-operation schematic diagram in wired or wireless mode again with finger print input device.Fig. 4 is that fingerprint input unit 426 is sent to integrated device 428 by jockey 436 with finger print information, integrated device 428 is made up of positioner 424 and far-end communication linkage 422, and finger print input device 426 and integrated device 428 constitute personal identification location input module 420.Personal identification location input module 420 is sent to personal identification location remote monitoring module 410 with the geographical coordinate positional information that finger print information and positioner 424 send by being connected 430 by far-end communication linkage 422 and jockey 430.
Fig. 5 is that the finger print input device and the positioner of separate type is connected co-operation with wireless mode with the far-end communication linkage of mobile phone type, on finger print input device, install the device that interfixes with finger additional, on positioner, installed the fixture schematic diagram of Wrist belt-type additional.Because it is special that monitored people needs one long period to carry out every day, common PDA pattern can't realize round-the-clock monitoring constantly, in the special time, can't control monitored people's whereabouts, for some special monitored people, this is the requirement that can't satisfy the monitoring unit, so Fig. 5 forms common bluetooth cellular phone 510, Wristwatch type positioner module 580, the fixture module that finger and finger print input device are fixed together, and can satisfy the demand of some special monitored colonies.Fingerprint input 570 is contained on the fixture 590.Finger print input device 570 is silicon chip semicoductor capacitor formula fingerprint sensor preferably.Monitored people only need utilize finger fixture 590 that finger (people that both hands break just uses toe) is fixed on the finger print input device 570, and finger print information can transfer to watch device 580 continuously.The GPS/GSM navigation system is arranged in the watch.The finger print information of the locating information of GPS positioner 540 and finger print input device 570 transfers to the antenna 530 of mobile device 510 through Bluetooth antenna 532 under special situation, be sent to the mobile phone base station through mobile phone antenna 520 again, be sent to personal identification location remote monitoring module, can reach the round-the-clock requirement of monitoring constantly like this.Fixture 590 can be meant that fourth finger cover shape is enclosed within on the finger, also can make glove form, and emphasis is with the fixing contact of finger finger print input device; First-selected employing adds the fixture of flexible fingerstall and the local reinforcement of fingerprint sensor, receive positioner module 580 in wired connection mode 550, and battery is to be placed in the Wristwatch type positioner module 580, and Wristwatch type positioner module 580 is connected to bluetooth cellular phone with bluetooth again.
The same GPS of must be noted that locating module 540 with Fig. 4 must link together with inseparable hardware with finger print input device 570, just can guarantee to be present in the specified geographic range in monitored people at the appointed time.
Fig. 6 is the finger print input device schematic diagram of separate type, the integrated positioner of mobile phone form and far-end communication linkage, installed the device that interfixes with finger on finger print input device additional, incorporate mobile phone partly with between the finger print input device is connected work with wireless mode.Fig. 6 is a fingerprint input unit 610, be fixed in finger fixture 620 on the finger of the fingerprint of being gathered, device 640 is a bluetooth cellular phone, finger print input device 610 is sent the finger print information that collects by blue-tooth device 630, receive on the bluetooth cellular phone 640 via blue-tooth device 631, finger print information and geographical coordinate positional information are sent to remote monitoring unit by antenna for mobile phone 650.
An emphasis of the present invention can be located exactly, determines monitored personnel's geographical position, adds with fingerprint recognition and determines monitored personnel identity.Method of proposition of the present invention is regularly reported for work exactly, and monitored personnel must report for work with the input finger print information at set intervals.Another one emphasis of the present invention is exactly when determining monitored personnel identity, so because the characteristic of fingerprint sensor can be confirmed monitored personnel's condition of living organism.
The invention provides a kind of thinking and method of personnel monitoring system; the method and the approach of this technical scheme of specific implementation are a lot; the above only is a preferred implementation of the present invention; should be understood that; for those skilled in the art; under the prerequisite that does not break away from the principle of the invention, can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.The all available prior art of each part not clear and definite in the present embodiment is realized.
Claims (10)
1. a personnel monitoring system is characterized in that, comprises personal identification location input module and personal identification location remote monitoring module;
Described personal identification location input module is used to gather monitored personnel's the geographical co-ordinate position information of finger print information and place and is transferred to personal identification location remote monitoring module;
Described personal identification location remote monitoring module is used to confirm monitored personnel's identity, live body situation and confirms monitored personnel's the geographical coordinate position in place.
2. a kind of personnel monitoring system according to claim 1 is characterized in that, described personal identification location input module comprises positioner, finger print input device and far-end communication linkage;
Described positioner is used to detect the geographical coordinate position of described personnel's whereabouts monitoring input module, and is transferred to described far-end communication linkage;
Described finger print input device is used to gather monitored personnel's finger print information, the monitored personnel's of detecting condition of living organism; The comparison of finger print information and fingerprint data is carried out in finger print input device or described personal identification location remote monitoring module;
Described far-end communication linkage is used for the finger print information that geographical coordinate positional information that described positioner is detected and described finger print input device gather and is transferred to described personal identification location remote monitoring module with wired or wireless mode.
3. a kind of personnel monitoring system according to claim 2, it is characterized in that, described positioner and finger print input device are fixed in the scope of setting in wired or wireless mode, and both and described far-end communication linkage are by wired or wireless mode transmission signals.
4. according to the described a kind of personnel monitoring system of claim 3, it is characterized in that, described finger print input device and positioner are set to one, and this integral part is provided with first antenna, described far-end communication linkage is provided with the second suitable antenna, the far-end communication linkage is given by described first antenna and second antenna transmission in the geographical coordinate position that finger print information that finger print input device is gathered and positioner are detected, and the far-end communication linkage is transferred to described personal identification location remote monitoring module in wired or wireless mode.
5. a kind of personnel monitoring system according to claim 4 is characterized in that the integral part of described finger print input device and positioner is provided with wrist strap.
6. according to the described a kind of personnel monitoring system of claim 4, it is characterized in that, described far-end communication linkage is a bluetooth cellular phone, described first antenna and second antenna carry out the transmission of information material with bluetooth wireless devices, described finger print input device is a silicon chip semicoductor capacitor formula fingerprint sensor, and described personal identification location input module can regularly send signal and remind monitored personnel to import fingerprint.
7. according to the described a kind of personnel monitoring system of claim 3, it is characterized in that, described finger print input device separates with positioner, and be fixed in wired or wireless mode in the scope of setting, described positioner is provided with first antenna, and described far-end communication linkage is provided with second antenna adaptive with first antenna; Described finger print input device is transferred to positioner with the finger print information of being gathered, positioner is given the far-end communication linkage with finger print information of gathering and the geographical coordinate position of being detected by described first antenna and second antenna transmission, and the far-end communication linkage will receive the message transmission of coming and give described personal identification location remote monitoring module.
8. a kind of personnel monitoring system according to claim 3, it is characterized in that, described finger print input device separates with positioner, described finger print input device is a silicon chip semicoductor capacitor formula fingerprint sensor, finger print input device and positioner are fixed in the setting range in wired or wireless mode, described positioner and described far-end communication linkage are one, described finger print input device is transferred to the integral part of positioner and far-end communication linkage with the finger print information of being gathered, and described integral part is transferred to described personal identification location remote monitoring module with finger print information of gathering and the geographical coordinate position of being detected.
9. a kind of personnel monitoring system according to claim 8, it is characterized in that, adopt wired mode to be connected so that both are fixed in the described setting range between described finger print input device and the positioner, described finger print input device connects the finger print information gathered and is transferred to positioner and far-end communicates to connect the integral part of establishing through described wired mode.
10. according to the described a kind of personnel monitoring system of claim 3, it is characterized in that, described finger print input device and positioner and far-end communication linkage are one, described one partly is one to have the mobile phone of silicon chip semicoductor capacitor formula fingerprint sensor, this mobile phone utilizes GPS or mobile phone base station location, and the finger print information and the geographical coordinate positional information of being gathered is transferred to described personal identification location remote monitoring module;
When supervisory control system stipulated that monitored people regularly arrives assigned address input finger print information, this mobile phone sends can be listened or optical signal reminds monitored people to import fingerprint to determine monitored personnel's identity and condition of living organism;
When the remote monitoring module can't obtain the locating information of the GPS of this mobile phone or mobile phone base station, the remote monitoring module was exported monitored people's position according to the historical record of identity locating and monitoring.
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| CN201010018352A CN101777981A (en) | 2010-01-14 | 2010-01-14 | Personnel monitoring system |
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| CN201010018352A CN101777981A (en) | 2010-01-14 | 2010-01-14 | Personnel monitoring system |
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| CN101777981A true CN101777981A (en) | 2010-07-14 |
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| CN102685672A (en) * | 2012-05-10 | 2012-09-19 | 电信科学技术研究院 | Radio link failure (RLF) report and RLF report result acquisition methods and devices |
| CN103362381A (en) * | 2013-06-21 | 2013-10-23 | 成都佳锂科技有限公司 | Bluetooth electronic shackle |
| CN103362380A (en) * | 2013-06-21 | 2013-10-23 | 成都佳锂科技有限公司 | WiFi electronic shackle |
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| CN104850875A (en) * | 2015-04-14 | 2015-08-19 | 马鞍山纽泽科技服务有限公司 | Intelligent fingerprint tracking system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102685672A (en) * | 2012-05-10 | 2012-09-19 | 电信科学技术研究院 | Radio link failure (RLF) report and RLF report result acquisition methods and devices |
| CN103362381A (en) * | 2013-06-21 | 2013-10-23 | 成都佳锂科技有限公司 | Bluetooth electronic shackle |
| CN103362380A (en) * | 2013-06-21 | 2013-10-23 | 成都佳锂科技有限公司 | WiFi electronic shackle |
| CN104688206A (en) * | 2015-03-23 | 2015-06-10 | 上海大城德智能家居科技有限公司 | Smart wristband with authentication function |
| CN104850875A (en) * | 2015-04-14 | 2015-08-19 | 马鞍山纽泽科技服务有限公司 | Intelligent fingerprint tracking system |
| CN104850875B (en) * | 2015-04-14 | 2018-02-16 | 马鞍山纽泽科技服务有限公司 | Intelligent fingerprint seeks track system |
| CN105068489A (en) * | 2015-07-07 | 2015-11-18 | 合肥指南针电子科技有限责任公司 | Safety monitoring system for daily passing area of public security prison |
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| CN106162526A (en) * | 2016-06-27 | 2016-11-23 | 合肥指南针电子科技有限责任公司 | A kind of prison intelligent-tracking monitors method |
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| CN106199499A (en) * | 2016-06-30 | 2016-12-07 | 河南航飞光电科技有限公司 | A kind of wireless location method merging fingerprint recognition |
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