CN113420586A - Personnel information acquisition system - Google Patents
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- CN113420586A CN113420586A CN202110490074.8A CN202110490074A CN113420586A CN 113420586 A CN113420586 A CN 113420586A CN 202110490074 A CN202110490074 A CN 202110490074A CN 113420586 A CN113420586 A CN 113420586A
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- G—PHYSICS
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Abstract
The invention relates to a personnel information acquisition system, which belongs to the technical field of information acquisition and comprises an acquisition table, wherein an acquisition area and a working area are arranged on the acquisition table, the acquisition area is provided with a characteristic acquisition assembly for acquiring various unique physical sign data of personnel, and the working area is provided with office equipment for assisting the operation of the personnel; an identity card recognizer is fixed in the acquisition area; the collecting area is divided into a first collecting area and a second collecting area along the middle of the collecting table, the characteristic collecting assembly comprises a face collecting component, an iris collecting instrument, a palm print collecting instrument and a vital sign measuring instrument, the working area is provided with a working condition collecting camera, and the working condition collecting camera is used for shooting image data of people collecting various data, wherein the working condition collecting camera faces to one side of the collecting area. The invention can simultaneously collect various special physical signs of personnel and improve the collection efficiency.
Description
Technical Field
The invention relates to the technical field of information acquisition, in particular to a personnel information acquisition system.
Background
With the maturity of various specific physical sign recognition technologies and the acceleration of digital management processes in recent years, information acquisition of personnel also gradually adopts various acquisition terminals to acquire, and a computer terminal and a cloud end store and manage acquired information. The digitalized personnel information can be used for application scenes such as intelligent monitoring systems of units, access control management systems of units, clue comparison and the like.
The existing personnel information acquisition mode is that a worker generally inputs facial feature data and fingerprint data of personnel one by utilizing various acquisition devices, the worker uses a face recognition instrument module to acquire facial features through computer operation instructions, and uses a fingerprint instrument to acquire fingerprint features, and then the acquired facial feature data and the acquired fingerprint data are stored.
The above prior art solutions have the following drawbacks: due to the maturity of various specific sign recognition technologies, the more specific signs are input, the clearer the figure portrayal is, the more convenient the personnel management is, the more the collection process is complicated due to the collection of the excessive specific signs, and the work efficiency during the information collection is influenced.
Disclosure of Invention
The invention aims to provide a personnel information acquisition device which has the characteristic of matching personnel to simultaneously acquire various special physical signs.
The above object of the present invention is achieved by the following technical solutions:
a personnel information acquisition device comprises an acquisition table, wherein an acquisition area and a working area are arranged on the acquisition table, the acquisition area is provided with a characteristic acquisition assembly for acquiring various unique physical sign data of personnel, and the working area is provided with office equipment for assisting the personnel to operate; an identity card recognizer is fixed in the collection area.
The collecting area is divided into a first collecting area and a second collecting area along the middle part of the collecting table, the characteristic collecting assembly comprises a face collecting component, an iris collecting instrument, a palm print collecting instrument and a vital sign measuring instrument, the face collecting component is arranged at the joint of the first collecting area and the second collecting area, and the face collecting component can adjust the collecting height according to the face height of a person; the iris acquisition instrument is fixed on the face acquisition component and can realize synchronous movement along with the height adjustment of the face acquisition component; the palm print acquisition instrument is fixed in an acquisition area at any one side of the face acquisition component and is arranged at two ends far away from the length direction of the acquisition table; the vital sign measuring instrument is fixed in a collecting area at one side far away from the palm print collecting instrument.
The working area is provided with a working condition acquisition camera, and a lens of the working condition acquisition camera faces one side of the acquisition area and is used for shooting image data when various data are acquired by a person.
By adopting the technical scheme, the vital sign measuring instrument arranged on one side of the collecting table is connected to the arm of the person on the side to measure the vital sign information of the person; the palm on the other side of the person is placed on a palm print acquisition instrument to acquire palm print characteristics; meanwhile, the face acquisition component and the iris acquisition instrument which are arranged at the joint of the first acquisition area and the second acquisition area can acquire the face characteristics and the iris characteristics of people, and automatically adjust the height according to the acquired data missing part until the face characteristics and the iris characteristics are completely acquired; and then alternately collecting the palm print information on the palm on the other side. According to the seat and the human body characteristic matching setting of the personnel, the collection of palm print characteristic data, vital sign data, human face characteristic data and iris characteristic data is realized, the efficiency of various data collection is improved, and the efficiency of the personnel information collection by the workers is improved. Through the setting of gathering the camera to the operating mode, can shoot personnel's the picture of gathering the identity data for the backup of filing.
The present invention in a preferred example may be further configured to: the characteristic acquisition assembly further comprises fingerprint acquisition instruments respectively arranged in the first acquisition area and the second acquisition area, and a voiceprint acquisition instrument arranged at the joint of the first acquisition area and the second acquisition area.
By adopting the technical scheme, the voiceprint acquisition instrument is arranged at the joint of the first acquisition area and the second acquisition area, so that voiceprint information of personnel can be acquired conveniently. When the fingerprint is input, the voiceprint collecting instrument can input the voiceprint information of the personnel, and the efficiency of the personnel information collection by the staff is further improved.
The present invention in a preferred example may be further configured to: the face collecting component comprises a face recognition instrument for collecting face characteristic data and an automatic lifting part connected with the face recognition instrument, one end of the automatic lifting part is fixedly connected with the collecting table, the other end of the automatic lifting part is fixedly connected with the face recognition instrument, and the automatic lifting part is in signal connection with a controller used for controlling the forward and reverse rotation of the driver.
By adopting the technical scheme, when the face recognition instrument is required to be lifted, the controller controls the automatic lifting part to be lifted, so that the height of the face recognition instrument fixedly connected to the automatic lifting part is lifted; when the face recognition instrument is required to descend, the controller controls the automatic lifting part to descend, so that the height of the face recognition instrument is reduced, and the complete face features are acquired.
The present invention in a preferred example may be further configured to: one side, away from the camera lens of lifter, of the face recognition instrument is provided with a light blocking flange, one side, facing the camera lens of the face recognition instrument, of the light blocking flange is provided with an arc-shaped surface, and the arc-shaped surface is arranged along the width direction of the light blocking flange.
By adopting the technical scheme, the light blocking flange is arranged, so that the influence of ambient light on the acquisition of the face data of the person by the face recognition instrument is avoided; the arc-shaped surface is arranged along the width direction of the light blocking flange, so that the light blocking flange does not influence the identification range of the lens while blocking light to the lens, and the abdicating effect is achieved on the irradiation range of the lens.
The present invention in a preferred example may be further configured to: the collection table is further provided with a plurality of switches, and the switches are connected to the characteristic collection assembly and a power supply loop of the identity card identification instrument.
By adopting the technical scheme, the plurality of switches are used for respectively controlling the on-off of the power supply loops of the identity card identification instrument and each acquisition instrument, and when each acquisition instrument is not required to be used, the effect of saving electric energy is achieved by closing the power supply of each acquisition instrument.
The invention also aims to provide a personnel information acquisition system which has the characteristic of realizing simultaneous execution of various acquisition processes in the system.
The second aim of the invention is realized by the following technical scheme:
a personnel information acquisition system comprises a personnel information acquisition system,
the terminal processing module is arranged on the acquisition desk and used for processing the transceiving of each item of special physical sign data and information signal acquired by the characteristic acquisition component and turning on or off any acquisition device in the characteristic acquisition component; also comprises
The operation display module is in signal connection with the terminal processing module and the external input equipment and is used for displaying the acquired data information of the personnel and outputting an instruction to the terminal processing module;
and the storage module is in signal connection with the terminal processing module and is used for storing the acquired personnel characteristic information and storing common data blocks in the similar characteristics.
By adopting the technical scheme, when data acquisition is required, the identity card identification instrument analyzes the identity card information placed on the identity card identification instrument and transmits the identity card identification information to the terminal processing module, and the terminal processing module generates the personnel characteristic data packet and transmits the personnel characteristic data packet to the operation display module for display; the external input equipment inputs acquisition instructions of the face recognition instrument, the iris acquisition instrument, the palm print acquisition instrument and the vital sign measuring instrument, the operation display module sends instruction information to the terminal processing module, and switches corresponding to the face recognition instrument, the iris acquisition instrument, the palm print acquisition instrument and the vital sign measuring instrument are turned on; the device acquires the acquired data, transmits the data to the terminal processing module, compares and determines the acquired characteristic data, then transmits the acquired data acquired by the device to the storage module and the operation display module, and the operation display module displays the characteristic information acquired by the device and displays the information which is not acquired yet. And similarly, the collected data of the fingerprint collector and the collected data of the palm print collector are stored and displayed, and the printer is controlled to print the collected data of the corresponding personnel and the working condition image of the associated characteristic information and print the bar code. Therefore, multiple acquisition processes in the system can be executed simultaneously, and the data acquisition efficiency is improved.
The present invention in a preferred example may be further configured to: the terminal processing module includes:
the analysis submodule is used for analyzing the data acquired by the acquisition equipment, dividing the acquired data into data blocks and analyzing the data which are not acquired according to the acquired data;
the comparison submodule is in signal connection with the analysis submodule and is used for calling the common data block in the corresponding complete data in the storage module and comparing the common data block with the data block output by the analysis module to obtain the complete degree of the data;
and the interaction submodule is in signal connection with the analysis submodule and the comparison submodule and is used for receiving data and instructions of other modules.
Through adopting above-mentioned technical scheme, when judging acquisition signal integrality, the input of analysis submodule piece is connected in the output of each acquisition equipment, and the output of analysis submodule piece is connected in the input of comparing the submodule piece, compares and connects in storage module's output to submodule piece input, compares and connects in interactive module's input to submodule piece output, and interactive module's output is connected in the input of each acquisition equipment, operation display module, storage module.
The present invention in a preferred example may be further configured to: the storage module is in signal connection with a two-dimensional code generation module, the two-dimensional code generation module is further in signal connection with the working condition acquisition camera, and the two-dimensional code generation module is used for generating a two-dimensional code which is associated with specific personnel information in the storage module and integrating the acquired two-dimensional code with a working condition image acquired by the working condition acquisition camera.
By adopting the technical scheme, the working condition image acquired by the working condition acquisition camera is integrated with the two-dimensional code associated with the specific personnel information, and when the characteristic information of the personnel is filed and checked, the identity characteristic information of the specified personnel can be checked by scanning the two-dimensional code on the working condition image.
In summary, the invention includes at least one of the following beneficial technical effects:
1. the seat of the personnel and the physiological characteristics of the human body are matched, so that palm print characteristic data, vital sign data, human face characteristic data and iris characteristic data can be acquired at the same time, the efficiency of acquiring various data is improved, and the information acquisition efficiency of the personnel is improved;
2. through the matching arrangement of the voiceprint acquisition instrument and the fingerprint acquisition instrument, the voiceprint acquisition instrument can be used for inputting voiceprint information of personnel while inputting fingerprints, so that the efficiency of the personnel information acquisition by the personnel is further improved;
3. through the setting of the terminal processing module on the common data blocks of the acquired data blocks and the storage module, when the acquired data is incorrect, the data can be automatically identified, and judgment and action are made according to the identification result, so that the acquisition efficiency can be improved.
Drawings
FIG. 1 is a schematic diagram of the overall structure of a person side of a collecting device according to an embodiment of the present application;
FIG. 2 is a schematic diagram of the overall structure of the worker side of the acquisition device according to the embodiment of the present application;
FIG. 3 is a schematic view of a part of the structure of the acquisition device according to the embodiment of the present application;
FIG. 4 is a block diagram of an information collection architecture for a person in an embodiment of the present application;
FIG. 5 is a schematic view of an overall process for collecting information of a person according to an embodiment of the present disclosure;
FIG. 6 is a detailed flowchart of step S5 in FIG. 5 according to the embodiment of the present application;
FIG. 7 is a detailed flowchart of step S8 in FIG. 5 according to the embodiment of the present application;
FIG. 8 is a flowchart illustrating a detailed process of step S81 in FIG. 7 according to an embodiment of the present application;
fig. 9 is a schematic flowchart of a refinement of step S82 in fig. 7 according to an embodiment of the present application.
In the figure, 1, a collection table; 11. a collection zone; 111. a first collection zone; 112. a second collection region; 12. a working area; 13. an identity card recognizer; 14. a switch; 15. an alarm lamp; 16. a UPS; 17. a table; 171. a table body; 1711. a placement groove; 1712. accommodating grooves; 1713. a keyboard slot; 172. a desktop panel; 1721. a connecting plate; 1722. a limiting part; 1723. a relief portion; 1724. a keyboard hole; 18. a table cabinet; 181. a desk drawer; 182. a table corner; 19. a placing cabinet; 191. heat dissipation holes; 192. placing a door; 193. a hinge; 194. pressing the lock; 2. a feature acquisition component; 21. a face acquisition component; 211. a face recognition instrument; 2111. a light blocking flange; 2112. an arc-shaped surface; 212. an automatic lifting unit; 213. a controller; 22. an iris collecting instrument; 23. a palm print acquisition instrument; 24. a vital sign measuring instrument; 25. a working condition acquisition camera; 26. a fingerprint acquisition instrument; 27. a voiceprint acquisition instrument; 3. office equipment; 31. a computer; 311. a keyboard; 32. a high shooting instrument; 33. a printer; 34. a bar code printer; 4. a terminal processing module; 41. an analysis submodule; 42. a comparison submodule; 43. an interaction submodule; 5. an operation display module; 6. a storage module; 7. and a two-dimensional code generation module.
Detailed Description
The present invention is described in further detail below with reference to figures 1-9.
The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.
The embodiment of the invention discloses a personnel information acquisition device. Referring to fig. 1 and 2, including gathering table 1, gather and be provided with on the table 1 and gather district 11 and workspace 12, have first collection district 111 and second collection district 112 to gathering district 11 division along gathering table 1 middle part, first collection district 111 corresponds personnel left side, second collection district 112 corresponds personnel right side, it is provided with the characteristic collection subassembly 2 that is used for gathering each peculiar sign data of personnel to gather district 11, workspace 12 sets up the office equipment 3 that is used for assisting the staff operation. The working area 12 is provided with a working condition acquisition camera 25, and a lens of the working condition acquisition camera 25 faces one side of the acquisition area 11 and is used for shooting image data when various data are acquired by a person.
Referring to fig. 2 and 3, the collection table 1 includes a table 17 and table cabinets 18 disposed on two sides of the table 17, the table cabinets 18 on two sides are fixedly connected to the table 17, and one side of the table cabinet 18 away from the table 17 is provided with a plurality of table corners 182 for supporting the collection table 1. Table 17 includes table body 171 and desktop panel 172, desktop body and desktop panel 172 fixed connection, and desktop panel 172 and table body 171 size looks adaptation, desktop panel 172 corresponds table 17 thickness and is provided with connecting plate 1721, connecting plate 1721 sets up with desktop panel 172 perpendicularly, connecting plate 1721 offsets with table 17 lateral wall, for the convenience of office equipment 3's installation, the fixed connection mode of table body 171 and desktop panel 172 is the screw connection in this application, set up the through-hole (not shown in the figure) on the connecting plate 1721, table body 171 lateral wall corresponds the through-hole and sets up screw hole (not shown in the figure), the screw runs through behind the through-hole and is connected with screw hole screw-thread fit, make desktop panel 172 fixed mutually with table body 171.
Referring to fig. 2 and 3, collection area 11 inlays and is equipped with identification card recognizer 13, and personnel place the identification card on identification card recognizer 13 for reading personnel's identity information is convenient for carry out information acquisition and summarize to appointed personnel. In the present application, the identity recognition device is disposed in the second collection area 112 according to the habit of a regular person using hands; the identification device is arranged at the end of the second collection area 112 remote from the first collection area 111, as this is necessary to make room for the installation of the feature collection assembly 2. The working status identification card recognizer 13 recognizes the built-in chip of the identification card and reads the identity information of the personnel, wherein the identity information comprises but is not limited to name, household address, identification card number and photo.
Referring to fig. 2 and 3, the feature acquisition assembly 2 includes a face acquisition member 21, an iris acquisition instrument 22, a palm print acquisition instrument 23 and a vital sign measurement instrument 24, the face acquisition member 21 is disposed at the connection between the first acquisition region 111 and the second acquisition region 112, and the face acquisition member 21 can adjust the acquisition height according to the face height of a person. The face collecting component 21 comprises a face recognition instrument 211 used for collecting face feature data and an automatic lifting part 212 connected to the face recognition instrument 211, the automatic lifting part 212 is a direct current motor push rod in the application, and a direct current motor signal in the direct current motor push rod is connected with a controller 213 used for controlling the forward and reverse rotation of a driver. When the face recognition instrument 211 needs to be lifted, the controller 213 controls the direct current motor to rotate forward, and the push rod on the push rod of the direct current motor is lifted, so that the height of the face recognition instrument 211 is lifted; when the face recognition instrument 211 needs to descend, the controller 213 controls the direct current motor to rotate reversely, and the push rod on the push rod of the direct current motor descends, so that the height of the face recognition instrument 211 is reduced, and the complete face features are collected.
Referring to fig. 1, in order to avoid the influence of ambient light on the acquisition of the face data of the person by the face recognition instrument 211, a light blocking flange 2111 is arranged at the upper end of a lens of the face recognition instrument 211, and the light blocking flange 2111 blocks ambient light beams such as light, so that the recognition efficiency of the face recognition instrument 211 is improved. In order to further facilitate the face recognition instrument 211 to collect the face image data, an arc-shaped surface 2112 is arranged on one side of the light blocking flange 2111 facing the lens of the face recognition instrument 211, and the arc-shaped surface 2112 is arranged along the width direction of the light blocking flange 2111, so that the light blocking flange 2111 blocks light from the lens, the recognition range of the lens is not affected, and the abdicating effect is achieved on the irradiation range of the lens.
Referring to fig. 1 and 2, the iris collecting device 22 is fixed above the face recognition device 211, and the fixing manner includes, but is not limited to, screw connection, adhesion, and clamping, in order to improve the stability of the iris collecting device 22 and the face recognition device 211 in the present application, the connection manner of the iris collecting device 22 and the face recognition device 211 is screw connection (not shown in the figure), so that the iris collecting device 22 can be synchronously adjusted along with the height adjustment of the face recognition device 211.
Referring to fig. 2 and 3, the palm print collecting device 23 is embedded on the table 17 on either side of the face collecting member 21 for collecting the unique palm print information of the person, and the palm print collecting device 23 is disposed in the second collecting area 112 in the present application; because palm print collection appearance 23 needs to gather personnel's the left and right hands, if set up in table 17 one side too far away, will be inconvenient to sit and carry out palm print collection at the personnel that correspond the seat, consequently palm print collection appearance 23 sets up in the one end of second collection district 112 towards first collection district 111, and the personnel's both hands of being convenient for are placed on palm print collection appearance 23. Table top body 171 corresponds palm print collection appearance 23 and has seted up standing groove 1711, and palm print collection appearance 23 is placed in standing groove 1711, and the 23 lateral walls of palm print collection appearance are contradicted in standing groove 1711 inner wall, and desktop panel 172 corresponds standing groove 1711 and has seted up spacing portion 1722, and spacing portion 1722 bore slightly is less than the standing groove 1711 bore for palm print collection appearance 23 is spacing on table top 17.
Referring to fig. 2 and 3, in order to measure the palm print data conveniently, the vital sign data can be measured, the vital sign measuring instrument 24 is fixed on a table 17 on one side of the face acquisition member 21 away from the palm print acquisition instrument 23, that is, the vital sign measuring instrument 24 is disposed on the left side of the face acquisition member 21 in the present application, and the measuring part thereof can be connected to the left arm of the person for measuring the vital sign data of the person, wherein the vital sign information includes but is not limited to blood pressure, pulse rate, mean arterial pressure, blood oxygen saturation and body temperature. Through the matching arrangement of the vital sign side measuring instrument and the palm print acquisition instrument 23, the vital sign side measuring instrument measures vital signs through the left hand of a person, and meanwhile, the right hand of the person can be placed on the palm print acquisition instrument 23 for palm print acquisition; the effect of synchronous collection palm print data and vital sign data can be played, and the collection efficiency is improved.
According to the cooperation setting of multiple collection instruments, one scene that can be obtained is: the vital sign measuring instrument 24 arranged on the left side of the acquisition table 1 is connected to the arm on the left side of the person to measure vital sign information of the person; the palm on the right side of the person is placed on the palm print acquisition instrument 23 to acquire the palm print characteristics; meanwhile, the face acquisition component 21 and the iris acquisition instrument 22 which are arranged at the joint of the first acquisition region 111 and the second acquisition region 112 can acquire the face characteristics and the iris characteristics of people, and automatically adjust the height according to the missing part of the acquired data until the face characteristics and the iris characteristics are completely acquired; after the vital sign measuring instrument 24 finishes measuring data and palm print data on the right hand of the person are acquired, the left hand of the person is placed on the palm print acquisition instrument 23 to acquire the left hand palm print data. The various acquisition instruments in the characteristic acquisition assembly 2 are arranged in a matched mode according to seats of personnel and human body characteristics, so that palm print characteristic data, vital sign data, human face characteristic data and iris characteristic data are acquired simultaneously, the efficiency of acquiring various data is improved, and the efficiency of acquiring personnel information by the workers is improved.
Referring to fig. 2 and 3, the feature collecting assembly 2 further includes a fingerprint collecting device 26 respectively disposed in the first collecting area 111 and the second collecting area 112, and a voiceprint collecting device 27 disposed at a connection of the first collecting area 111 and the second collecting area 112, and both the fingerprint collecting device 26 and the voiceprint collecting device 27 are fixed on the tabletop of the collecting table 1; fingerprint collection appearance 26 sets up in the left and right sides of face collection component 21, for the arm exhibition physical structure that accords with personnel, left fingerprint collection appearance 26 sets up between face collection component 21 and vital sign measuring apparatu 24 in this application, and fingerprint collection appearance 26 on right side sets up between palm collection appearance 23 and ID card identification appearance 13, and the distance of two fingerprint collection appearance 26 is less than personnel's both arms arm exhibition for personnel can type in the fingerprint to each on both hands simultaneously.
Referring to fig. 2 and 3, the voiceprint acquisition instrument 27 is disposed at a connection between the first acquisition area 111 and the second acquisition area 112, so as to conveniently acquire voiceprint information of a person, and the voiceprint acquisition instrument 27 can record the voiceprint information of the person while recording a fingerprint.
Referring to fig. 2 and 3, the collection table 1 is further provided with a plurality of switches 14 and an alarm lamp 15, and the plurality of switches 14 are connected to the power supply loops of the characteristic collection assembly 2 and the identification card recognition instrument 13 and are used for respectively controlling the on-off of the power supply loops of the identification card recognition instrument 13 and the collection instruments. When an emergency occurs in the use environment, the alarm lamp 15 gives an alarm in linkage with an alarm system for the use environment. In the application, the switches 14 are seven, the seven switches 14 are all arranged at one end of the working area 12 close to the collecting area 11, and the seven switches 14 respectively correspond to the face recognition instrument 211, the iris collecting instrument 22, the palm print collecting instrument 23, the vital sign measuring instrument 24, the fingerprint collecting instrument 26 and the voice print collecting instrument 27. Because the face information, the iris information, the palm print information and the vital sign information are simultaneously acquired, namely the switches 14 of the face recognition instrument 211, the iris acquisition instrument 22, the palm print acquisition instrument 23 and the vital sign measuring instrument 24 are in a group, and the four switches 14 are continuously arranged, the working personnel can conveniently press the four switches 14 simultaneously; fingerprint information and voiceprint information are gathered simultaneously, so two corresponding switches 14 are a set, and are continuously arranged, other switches 14 are not interpenetrated, and the staff of being convenient for starts fingerprint collection instrument 26 and voiceprint collection instrument 27 simultaneously.
Referring to fig. 2 and 3, in order to prevent failure of data acquisition due to power failure when information acquisition is performed on a person, the acquisition table 1 is further provided with a UPS16 module (uninterruptible power supply), an output end of the UPS16 module is connected to a power supply loop of the feature acquisition assembly 2 and the office equipment 3, and an input end of the UPS16 module is connected to a mains supply. When not powered off, the UPS16 module acts as an ac voltage regulator; after the power failure, the UPS16 module immediately converts the electric energy of the built-in battery of the UPS16 module through the inverter and then continuously supplies the electric energy to the load, and after the power failure, the UPS16 module can supply power for the characteristic acquisition assembly 2 and the office equipment 3, so that the stability during information acquisition is improved.
Referring to fig. 2 and fig. 3, in order to further improve staff's office efficiency, office equipment 3 includes but not limited to computer 31, high appearance 32, printer 33 and bar printer 34 of shooing, because need file after gathering personnel's information in this application, make this application need use above equipment at least, after staff uses computer 31 and characteristic collection subassembly 2 to gather personnel's information, start printer 33, print personnel's information in the computer 31 office system and relevant characteristic information's operating mode image, and will print the file and pass through high appearance 32 scanning backup of shooing, restart bar printer 34, carry out bar code classification to this personnel's information, classify this document at last.
Referring to fig. 2 and 3, since the right side of the frequent adult is the habitual side, in the present application, the high-speed scanner 32 is disposed in the working area 12 corresponding to the first collecting area 111, the table body 171 is adapted to the high-speed scanner 32 and is provided with a holding groove 1712, the high-speed scanner 32 is limited in the holding groove 1712, and the side wall of the high-speed scanner 32 is abutted to the wall of the holding groove 1712; the limiting mode of the high-speed photographing instrument 32 and the accommodating groove 1712 comprises but is not limited to clamping and screw connection, the structure of the high-speed photographing instrument 32 is not damaged in the application, the adaptation degree of the high-speed photographing instruments 32 of different models and the adaptation degree of the acquisition table 1 are enhanced, and the limiting mode adopts clamping; desktop panel 172 is provided with the portion of stepping down 1723 corresponding to the shape of high appearance 32 bottom of clapping, and the portion of stepping down 1723 runs through and sets up in desktop panel 172, and the portion of stepping down 1723 slightly is less than holding tank 1712 for the one end that holding tank 1712 was kept away from to high appearance 32 base can contradict with desktop panel 172, sets up through the cooperation of table body 171 and desktop panel 172, and it is spacing on collection table 1 to clap the appearance 32 with high. In order to make the collection field of vision of operating mode collection camera 25 not blockked by other equipment, in this application, operating mode collection camera 25 is fixed in the high appearance 32 upper end of clapping.
Referring to fig. 2 and 3, because some office files need to be often placed temporarily on the collection table 1, a keyboard hole 1724 is opened towards one end of the joint of the first collection area 111 and the second collection area 112 on the table panel 172, a keyboard slot 1713 is arranged in the table body 171 corresponding to the keyboard hole 1724, the keyboard 311 of the computer 31 is limited in the keyboard slot 1713, a worker can use the keyboard 311 through the keyboard hole 1724, the keyboard 311 is stored through the keyboard hole 1724 and the keyboard slot 1713, the keyboard 311 can be still conveniently used when the collection table 1 is messy, and the effect of improving the working efficiency of the worker is also achieved. The display of the computer 31 is disposed on the desktop panel 172 near the end of the collection area 11 and is opposite to the keyboard slot 1713.
Referring to fig. 2 and 3, the case of the computer 31 is placed between the two table cabinets 18, in order to prevent kicking of the case, the placing cabinet 19 is arranged between the two table cabinets 18, the placing cabinet 19 is arranged at the bottom of the collection area 11, two sides of the placing cabinet 19 are fixedly connected with the walls of the two table cabinets 18, and as the case of the computer 31 is placed in the placing cabinet 19, a plurality of heat dissipation holes 191 are formed in the side wall of the placing cabinet 19 facing to the personnel, and used for dissipating heat of the case of the computer 31; the side wall of the cabinet 19 facing the staff is provided with a placing door 192, the placing door 192 is used for placing the computer 31 case, and the inside of the cabinet 19 is operated through the placing door 192. One side of the placing door 192 is connected with a hinge 193, the other end of the hinge 193 is connected with the placing cabinet 19, and the placing door 192 is rotatably connected on the placing cabinet 19 through the hinge 193. One side of placing door 192 and keeping away from hinge 193 is provided with and presses lock 194, presses lock 194's lock body one end and places the inboard fixed connection of cabinet 19, presses lock 194's tapered end one side and places the inside fixed connection of door 192, through the setting of pressing lock 194, realizes the spacing switching to placing door 192, when conveniently placing computer 31's quick-witted case, has played the guard action to quick-witted case.
Referring to fig. 2 and 3, because printer 33 and bar code printer 34 are bulky relatively, in order to maintain the stability of gathering table 1, and to the reasonable application in gathering the upper space of table 1, printer 33 and bar code printer 34 are spacing respectively to be set up on the table cabinet 18 of the left and right sides, and are located table cabinet 18 bottom, can reduce the focus, play the effect of stably gathering table 1. In this application, because the operating frequency of printer 33 is far greater than bar printer 34, and the right-hand manual work of ordinary person is comparatively handy, consequently, the workspace 12 that second collection district 112 corresponds sets up bar printer 34, and workspace 12 that first collection district 111 corresponds sets up printer 33, has further improved staff's work efficiency. All be provided with a plurality of table steamer trays 181 on the table cabinet 18 of the left and right sides simultaneously for place official working file etc, in this application, all be provided with two table steamer trays 181 on every table cabinet 18, left two table steamer trays 181 all sets up in bar code printer 34 top, two table steamer trays 181 on right side all set up in printer 33 top, the file in the table steamer tray 181 of being convenient for the staff to take, need not to bow and open table steamer tray 181, played the effect that desk 1 was gathered to rational arrangement.
Referring to fig. 2 and 3, a worker collects feature information of the worker using a computer 31 right in front of the worker and the feature collection assembly 2 facing the worker; after the information is collected, the worker starts the printer 33 on the right side of the worker to print the collected personnel information and the working condition image of the associated characteristic information, and after the printing is finished, the right hand takes out the paper piece from the printer 33; placing the paper file to be scanned on a base of a high-speed shooting instrument 32 on the right hand side of a worker, starting the high-speed shooting instrument 32, and scanning and backing up the file; arranging the paper pieces with the recorded personnel information, and placing the paper pieces into a file bag or a folder; then, starting a bar code printer 34 on the left hand side of the worker, taking out the bar code printer by the left hand after printing out the specific bar code, and pasting the bar code printer on a file bag or a folder recorded with the information of the worker to realize the classification of the information of the worker; and finally, the staff opens the table drawer 181 on any side and puts the documents into the table drawer 181. Combine staff's operating condition, set up various office equipment 3 and collection 1 adaptation of table, the staff of being convenient for files personnel's information, has further improved staff's office efficiency.
The implementation principle of the personnel information acquisition device in the embodiment of the application is as follows: the personnel place the ID card on ID card recognizer 13, and after ID card recognizer 13 discerned personnel's identity information, began to type in peculiar sign data. The vital sign measuring instrument 24 arranged on the left side of the acquisition table 1 is connected to the arm on the left side of the person to measure vital sign information of the person; the palm on the right side of the person is placed on the palm print acquisition instrument 23 to acquire the palm print characteristics; meanwhile, the face acquisition component 21 and the iris acquisition instrument 22 can acquire face characteristics and iris characteristics of people and automatically adjust the height according to the missing part of the acquired data until the face characteristics and the iris characteristics are completely acquired; after the vital sign measuring instrument 24 finishes measuring data and palm print data on the right hand of the person are acquired, the left hand of the person is placed on the palm print acquisition instrument 23 to acquire the left hand palm print data.
A person places two hands on the fingerprint acquisition instruments 26 of the acquisition areas 11 at two sides and sequentially acquires fingerprint information of ten fingers; meanwhile, the voice print collecting instrument 27 arranged at the connection part of the first collecting area 111 and the second collecting area 112 collects the voice print characteristics of the person according to the prompt speech of the person.
The embodiment of the invention also discloses a personnel information acquisition system. Referring to fig. 4, the personnel information collection system includes a terminal processing module 4, an operation display module 5 and a storage module 6, wherein the terminal processing module 4 is arranged in the placement cabinet 19 and is used for processing various physical sign data collected by the feature collection assembly 2, transmitting the acquired data to the operation display module 5 and the storage module 6, and being capable of turning on or off any collection device in the feature collection assembly 2.
And the operation display module 5 is in signal connection with the terminal processing module 4 and an external input device, and is used for displaying the acquired data information of the personnel and outputting an instruction to the terminal processing module 4, wherein the external input device includes but is not limited to a mouse, a keyboard 311 and a touch panel.
And the storage module 6 is in signal connection with the terminal processing module 4 and is used for storing the acquired personnel characteristic information and storing common data in the same type of characteristics.
Referring to fig. 4, the terminal processing module 4 includes:
the analysis submodule 41 is configured to analyze data acquired by the acquisition device, divide the acquired data into data blocks, and analyze data that has not been acquired according to the acquired data.
The comparison submodule 42 is in signal connection with the analysis submodule 41, and is configured to call a data block in the corresponding complete data in the storage module 6, and compare the data block with a data block output by the analysis module, so as to obtain a complete degree of the data.
And the interaction submodule 43 is configured to receive the student identity comparison result obtained by the comparison module, send a signal obtained by the comparison result to the feature acquisition component 2 and the operation display module 5, and receive an operation instruction, a sending instruction and data of the operation display module 5 to the storage module 6, the controller 213 and data to the office equipment 3.
When judging the integrity of the collected signal, the input end of the analysis submodule 41 is connected to the output end of each collection device, the output end of the analysis submodule 41 is connected to the input end of the comparison submodule 42, the input end of the comparison submodule 42 is connected to the output end of the storage module 6, the output end of the comparison submodule 42 is connected to the input end of the interaction module, and the output end of the interaction module is connected to the input ends of each collection device, the operation display module 5 and the storage module 6.
The storage module 6 is in signal connection with a two-dimensional code generation module 7, the two-dimensional code generation module 7 is in signal connection with the working condition acquisition camera 25, and the two-dimensional code generation module 7 is used for generating a two-dimensional code associated with specific personnel information in the storage module 6 and integrating the acquired two-dimensional code with a working condition image acquired by the working condition acquisition camera 25. After the working condition image and the two-dimensional code associated with the specific personnel information are integrated together, when the characteristic information of the personnel is filed and checked, the identity characteristic information of the specified personnel can be checked by scanning the two-dimensional code on the working condition image.
Referring to fig. 5, the personnel collection process includes:
step S1: the switch 14 of the identity card recognizer 13 is turned on, and the terminal processing module 4 acquires identity card recognition information;
step S2: the terminal processing module 4 generates a personnel feature data packet and sends the personnel feature data packet to the operation display module 5;
step S3: the external input equipment inputs an acquisition instruction, and the operation display module 5 sends instruction information to the terminal processing module 4;
step S4: starting a corresponding acquisition equipment switch 14 of the characteristic acquisition component 2, and acquiring acquisition data by corresponding acquisition equipment;
step S5: the corresponding acquisition equipment transmits the data to the terminal processing module 4, and the terminal processing module 4 judges whether the acquired data is complete;
step S6: if the data is incomplete, adjusting corresponding acquisition equipment, and repeating the step S until complete characteristic data is obtained;
step S7: the terminal processing module 4 transmits the data to the storage module 6 and the operation display module 5;
step S8: the terminal processing module 4 sends the data to the office equipment 3 and the two-dimensional code generating module 7 for filing operation.
In the application, when data acquisition is required, the identity card identification instrument 13 analyzes the identity card information placed on the identity card identification instrument and transmits the identity card identification information to the terminal processing module 4, and the terminal processing module 4 generates a personnel feature data packet and transmits the personnel feature data packet to the operation display module 5 for display; the external input device inputs the acquisition instructions of the face recognition instrument 211, the iris acquisition instrument 22, the palm print acquisition instrument 23 and the vital sign measurement instrument 24, the operation display module 5 sends instruction information to the terminal processing module 4, and the switches 14 corresponding to the face recognition instrument 211, the iris acquisition instrument 22, the palm print acquisition instrument 23 and the vital sign measurement instrument 24 are turned on; the device acquires the acquired data, transmits the data to the terminal processing module 4, compares the acquired data with the acquired characteristic data to determine the acquired characteristic data, transmits the acquired data acquired by the device to the storage module 6 and the operation display module 5 by the terminal processing module 4, and displays the characteristic information acquired by the device by the operation display module 5. The collected data of the fingerprint collector 26 and the palm print collector 23 are stored and displayed in the same way. After all data of personnel are collected, the working condition collecting camera 25 shoots working condition images, the two-dimensional code generating module 7 generates a two-dimensional code associated with specific personnel information in the storage module 6, the obtained two-dimensional code is integrated with the working condition images obtained by the working condition collecting camera 25, and the working condition images are matched with the two-dimensional code during filing and printing.
Referring to fig. 6, in the embodiment of the present application, step S5 takes the automatic adjustment process of the face recognition apparatus 211 as an example:
step S51: the face recognition instrument 211 collects face information of people, and performs data processing to obtain face feature data;
step S52: the face recognition instrument 211 transmits the face feature data to the interaction submodule 43, and the interaction submodule 43 transfers the face feature data to the analysis submodule 41;
step S53: the analysis submodule 41 divides the common data of the specific region of the human face into data blocks, wherein the data blocks include but are not limited to a forehead feature block, an eye feature block, a nose feature block, a cheek feature block, a lip feature block and a chin feature block;
step S54: the collected feature data blocks divided by the analysis sub-module 41 are transmitted to the comparison sub-module 42,
step S55: the comparison submodule 42 accesses the face common data block template of the storage module 6, and compares the two groups of data blocks by the comparison module;
step S56: obtaining a comparison result, obtaining a missing data block and a non-missing data block of the collected characteristic data block, and transmitting the result to the analysis submodule 41;
step S57: the analysis submodule 41 determines a forward/reverse rotation signal output to the controller 213 according to the consecutive direction of the data blocks which are not missing, and outputs a forward rotation signal if the data blocks which are not missing are a chin feature block and a lip feature block and the upper data block is missing; if the lower data block is missing, outputting an inversion signal;
step S58: the controller 213 outputs a forward and reverse rotation signal to the direct current motor push rod to control the forward and reverse rotation of the motor in the direct current motor push rod, so as to control the rising and falling of the push rod;
step S59: and repeating the steps S51 and S58 until the complete human face feature data is acquired.
Referring to fig. 7, in the embodiment of the present application, step S includes:
step S81: the external input device inputs a printing instruction, and the terminal processing module 4 starts the printer 33 and prints a file;
step S82: the external input device inputs a print instruction, and the terminal processing module 4 activates the barcode printer 34 and prints a specific barcode.
Referring to fig. 8, further, step S81 includes:
step S811: the external input equipment inputs a printing instruction;
step S812: the operation display module 5 sends the instruction information to the terminal processing module 4;
step S813: the terminal processing module 4 sends a printer 33 starting signal and data to be printed to the printer 33;
step S814: the printer 33 prints the collected data of the corresponding personnel, which includes but is not limited to the basic information of the personnel, the collection condition of each item of feature data, the vital sign data, and the working condition image of the associated feature information.
Referring to fig. 9, further, step S82 includes:
step S821: inputting a bar code printing instruction by external input equipment;
step S822: the operation display module 5 sends the instruction information to the terminal processing module 4;
step S823: the terminal processing module 4 sends a barcode printer 34 starting signal to the barcode printer 34;
step S824: the barcode printer 34 prints out a specific data barcode.
The terminal processing module 4 controls the printer 33 to print the collected data of the corresponding personnel, prints the working condition image of the associated characteristic information, and controls the barcode printer 34 to print a specific barcode, so that the archiving can be realized. It should be noted that, the two groups of features are collected in no sequence, and in the present application, it is preferable to collect face information, iris information, palm print information, and vital sign information synchronously.
The implementation principle of the personnel information acquisition system in the embodiment of the application is as follows: when carrying out data acquisition to the personnel, carry out the data acquisition of grouping according to the collection equipment's on gathering table 1 setting. The identity card is placed on the identity card recognition instrument 13, after the identity card recognition instrument 13 analyzes the identity card, the identity card recognition information is transmitted to the interaction submodule 43, the analysis submodule 41 generates a personnel feature data packet, and the personnel feature data packet is transmitted to the operation display module 5 through the interaction submodule 43 to be displayed.
The input devices such as the keyboard 311, the mouse or the touch panel input the acquisition instructions of the face recognition instrument 211, the iris acquisition instrument 22, the palm print acquisition instrument 23 and the vital sign measurement instrument 24, and the operation display module 5 sends instruction information to the interaction sub-module 43; opening the corresponding switch 14 of the set of acquisition devices; the group of devices acquires corresponding acquired data, transmits the acquired data to the comparison submodule 42 through the interaction submodule 43, and finally determines acquired characteristic data through comparison, check and sum, and then the terminal processing module 4 transmits the acquired data acquired by the devices to the storage module 6 and the operation display module 5.
The collection process of the former group is adopted to store and display the collected data of the fingerprint collection instrument 26 and the palm print collection instrument 23, and the printer 33 is controlled to print the collected data of the corresponding personnel and the working condition image of the associated characteristic information, and the bar code printing is carried out, so that the filing can be realized.
Claims (8)
1. The personnel information acquisition device is characterized by comprising an acquisition table (1), wherein an acquisition area (11) and a working area (12) are arranged on the acquisition table (1), the acquisition area (11) is provided with a characteristic acquisition assembly (2) for acquiring various unique physical sign data of personnel, and the working area (12) is provided with office equipment (3) for assisting the personnel in operating; an identity card identifier (13) is fixed on the acquisition area (11);
a first acquisition area (111) and a second acquisition area (112) are divided into the acquisition area (11) along the middle part of the acquisition table (1), the feature acquisition assembly (2) comprises a face acquisition component (21), an iris acquisition instrument (22), a palm print acquisition instrument (23) and a vital sign measuring instrument (24), the face acquisition component (21) is arranged at the joint of the first acquisition area (111) and the second acquisition area (112), and the face acquisition component (21) can adjust the acquisition height according to the face height of a person; the iris acquisition instrument (22) is fixed on the face acquisition component (21) and can realize synchronous movement along with the height adjustment of the face acquisition component (21); the palm print acquisition instrument (23) is fixed in an acquisition area (11) on any one side of the face acquisition component (21) and is arranged at two ends far away from the length direction of the acquisition table (1); the vital sign measuring instrument (24) is fixed on a collecting area (11) at one side far away from the palm print collecting instrument (23);
the working area (12) is provided with a working condition acquisition camera (25), and a lens of the working condition acquisition camera (25) faces one side of the acquisition area (11) and is used for shooting image data of various data acquired by a person.
2. People information collecting device according to claim 1, characterized in that the feature collecting assembly (2) further comprises a fingerprint collector (26) arranged at the first collecting area (111) and the second collecting area (112), respectively, and a voiceprint collector (27) arranged at the junction of the first collecting area (111) and the second collecting area (112).
3. The personnel information collection device according to claim 1, wherein the face collection member (21) comprises a face recognition instrument (211) for collecting face feature data and an automatic lifting part (212) connected to the face recognition instrument (211), one end of the automatic lifting part (212) is fixedly connected with the collection table (1), the other end of the automatic lifting part is fixedly connected with the face recognition, and the automatic lifting part (212) is in signal connection with a controller (213) for controlling the driver to rotate forward and backward.
4. The personnel information acquisition device according to claim 3, wherein a light blocking flange (2111) is arranged on a side of the face recognition instrument (211) away from the lens of the automatic lifting part (212), an arc-shaped surface (2112) is arranged on a side of the light blocking flange (2111) facing the lens of the face recognition instrument (211), and the arc-shaped surface (2112) is arranged along the width direction of the light blocking flange (2111).
5. The personnel information collection device according to claim 1, wherein a plurality of switches (14) are further arranged on the collection table (1), and the switches (14) are connected to the power supply loops of the characteristic collection assembly (2) and the identification card identifier (13).
6. The personnel information acquisition system used in any one of claims 1-5, characterized by comprising a terminal processing module (4) module, which is arranged on the acquisition table (1) and used for processing the transceiving of each item of specific physical sign data and information signal acquired by the characteristic acquisition component (2) and turning on or off any acquisition device in the characteristic acquisition component (2); also comprises
The operation display module (5) is in signal connection with the terminal processing module (4) and external input equipment and is used for displaying the acquired data information of the personnel and outputting an instruction to the terminal processing module (4);
and the storage module (6) is in signal connection with the terminal processing module (4) and is used for storing the acquired personnel characteristic information and storing common data blocks in the same type of characteristics.
7. The personnel information collection system of claim 6, wherein the terminal processing module (4) comprises:
the analysis submodule (41) is used for analyzing the data acquired by the acquisition equipment, dividing the acquired data into data blocks and analyzing the data which are not acquired according to the acquired data;
the comparison submodule (42) is in signal connection with the analysis submodule (41) and is used for calling the common data block in the corresponding complete data in the storage module (6) and comparing the common data block with the data block output by the analysis module to obtain the complete degree of the data;
and the interaction submodule (43) is in signal connection with the analysis submodule (41) and the comparison submodule (42) and is used for receiving data and instructions of other modules.
8. The personnel information acquisition system according to claim 7, characterized in that the storage module (6) is in signal connection with a two-dimensional code generation module (7), the two-dimensional code generation module (7) is also in signal connection with a working condition acquisition camera (25), and the two-dimensional code generation module (7) is used for generating a two-dimensional code in the storage module (6) which is associated with specific personnel information, and integrating the acquired two-dimensional code with a working condition image acquired by the working condition acquisition camera (25).
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|---|---|---|---|
| CN202110490074.8A CN113420586A (en) | 2021-05-06 | 2021-05-06 | Personnel information acquisition system |
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|---|---|---|---|
| CN202110490074.8A CN113420586A (en) | 2021-05-06 | 2021-05-06 | Personnel information acquisition system |
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| CN113420586A true CN113420586A (en) | 2021-09-21 |
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| CN106991634A (en) * | 2017-05-15 | 2017-07-28 | 西安算筹信息科技有限公司 | Intelligent multidimensional personnel information acquisition system and method |
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| CN111353476A (en) * | 2020-04-01 | 2020-06-30 | 南京云尚思维网络科技有限公司 | Prison personnel information acquisition device and face acquisition method |
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| CN106991634A (en) * | 2017-05-15 | 2017-07-28 | 西安算筹信息科技有限公司 | Intelligent multidimensional personnel information acquisition system and method |
| CN207367227U (en) * | 2017-08-21 | 2018-05-15 | 沈阳领慧科技有限公司 | A kind of medical institutions' authentication and information acquisition system |
| CN210488566U (en) * | 2019-07-17 | 2020-05-08 | 言图(北京)环保科技有限公司 | Iris palm print face acquisition device |
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