CN103295293B - A kind of neck volume and backrush automated management system - Google Patents
A kind of neck volume and backrush automated management system Download PDFInfo
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Abstract
The invention discloses a kind of neck volume and backrush automated management system.It comprises central control subsystem, entrance ADMINISTRATION SUBSYSTEM, export control subsystem and managing test paper subsystem, described central control subsystem and managing test paper subsystem are arranged in managing test paper room, described entrance ADMINISTRATION SUBSYSTEM is arranged on the entrance in managing test paper room, described export control subsystem is arranged on the outlet in managing test paper room, and described central control subsystem is connected with managing test paper subsystem with entrance ADMINISTRATION SUBSYSTEM, export control subsystem respectively.The present invention carries out automatic management to getting and returning of paper, improves work efficiency, avoids occurring human error, is replaced by 3 fingerprint authentication personnel that stop, and avoids occurring the dispute of dereliction of duty responsibility.
Description
Technical field
The present invention relates to managing test paper technical field, particularly relate to a kind of neck volume and backrush automated management system.
Background technology
In China, the schools of various levels and categories often regularly hold some great examinations.For institution of higher education, in annual June, hold the examination of national college students' English grade examzation Dec, annual March, September hold national college students' Computer Band Test.These examination character are serious, in large scale, Kao Wu department of school is paid much attention to, conscientiously organize and implement Examination Administration, arrange a large amount of examination hall, and arrange 2 invigilator personnel (for avoiding arousing suspicion in each examination hall, these 2 invigilator personnel, generally from tier-2 departments different in the school, may not be familiar with mutually).Examine business goal, all invigilator personnel must arrive appointed place in 45 minutes before examination formally starts, 2 invigilator personnel in same examination hall must show up and after confirmation of signing, examine business personnel and just allow it to get this examination hall paper (this process is called neck volume).After examination formally terminates, paper must be turned back to appointed place by 2 invigilator personnel in same examination hall together, after examining business personnel inspection, confirmation, can leave (this process is called backrush).
Suppose that 2 invigilator personnel in No. 1 examination hall are respectively first and second, within the neck volume time of regulation, first first arrives neck volume place, signature, examines after business personnel check and informs first, and its partner's second is not yet shown up, so first starts to wait for, after second also arrives and signs, examine business personnel and can propaganda directed to communicate and inform first and second, then first is got paper and is rushed towards No. 1 examination hall together with second.Because examination scale is large, examination hall is many, a large amount of invigilator personnel are often assembled in neck volume place, and 2 the invigilator personnel adding same examination hall may not be familiar with mutually, and cause on-the-spot crowded, noisy, the efficiency of management is low.In addition, some invigilator personnel is temporarily busy, can make people substitute (examine business personnel and invigilator personnel may also not be familiar with), is neglected one's duty once find invigilator, call to account people time be also difficult to define.During backrush, backrush place is also aobvious noisy, examines business personnel in a rush, may make mistakes in chaos, cause some adverse consequencess.The mode of above-mentioned this dependence pure labor management neck volume and backrush, problem the more, exists significantly not enough.Therefore, need a whole set of science, perfect automated system badly to manage existing neck volume and reeling up process, to raise the management level and efficiency, and the personnel of stopping replace hidden danger effectively.
China Patent Publication No. CN1519754, publication date on August 11st, 2004, the name of invention is called a kind of examination paper management system and method thereof, this application case discloses a kind of examination paper management system and method thereof, this system is connected on an input block and an output unit, this system comprises a paper database, newly-increased module, an enquiry module and a removing module, to make user can borrow input block input instruction, carry out newly-increased paper, inquiry paper respectively to make each module and delete every processing capacity of paper.Its weak point is, this examination paper management system cannot solve labor management paper and get and reclaim, and work efficiency is low, easily because mistake appears in human negligence, and there are personnel and replaces hidden danger.
Summary of the invention
The object of the invention is to overcome getting and reclaim by labor management of existing paper, work efficiency is low, easily because mistake appears in human negligence, and there is the technical matters that personnel replace hidden danger, provide a kind of neck volume and backrush automated management system, it carries out automatic management to getting and returning of paper, improve work efficiency, avoid occurring human error, replaced by 3 fingerprint authentication personnel that stop, avoid occurring the dispute of dereliction of duty responsibility.
In order to solve the problem, the present invention is achieved by the following technical solutions:
One neck volume of the present invention and backrush automated management system, comprise central control subsystem, entrance ADMINISTRATION SUBSYSTEM, export control subsystem and managing test paper subsystem, described central control subsystem and managing test paper subsystem are arranged in managing test paper room, described entrance ADMINISTRATION SUBSYSTEM is arranged on the entrance in managing test paper room, described export control subsystem is arranged on the outlet in managing test paper room, described central control subsystem comprises computing machine and prompting module, and described entrance ADMINISTRATION SUBSYSTEM comprises the first control chip, first fingerprint module, first display module, first electric controlled door and the first human inductor be arranged on the first electric controlled door, described export control subsystem comprises the second control chip, second fingerprint module, second display module, second electric controlled door and the second human inductor be arranged on the second electric controlled door, described managing test paper subsystem comprises the 3rd control chip, 3rd fingerprint module, 3rd display module and paper cabinet, described paper cabinet is provided with several for placing the automatically controlled cell of paper information kit, described first control chip respectively with the first fingerprint module, first display module, first electric controlled door is connected with the first human inductor, described second control chip respectively with the second fingerprint module, second display module, second electric controlled door is connected with the second human inductor, described 3rd control chip respectively with the 3rd fingerprint module, 3rd display module is connected with automatically controlled cell, described computing machine respectively with the first control chip, second control chip, 3rd control chip is connected with prompting module.
In the technical program, examine business personnel in advance by the information binding of the invigilator personnel of examination hall numbering and correspondence thereof, and in the database of input computer, set the examination hall numbering that each automatically controlled cell is corresponding simultaneously, make automatically controlled cell and examination hall numbering one_to_one corresponding.The information of invigilator personnel comprises the information such as fingerprint, job number, name, age, sex, affiliated tier-2 department.
Before neck volume, examine business personnel first to operate computing machine and transmit control signal to managing test paper subsystem, all automatically controlled cell in managing test paper subsystem is all opened, examine business personnel and paper information kit corresponding for each examination hall is put into corresponding automatically controlled cell, then examine business human users computing machine to transmit control signal to managing test paper subsystem, all automatically controlled cell in managing test paper subsystem is all closed.
During neck volume, examine business personnel setting management system and carry out neck volume management.Central control subsystem, entrance ADMINISTRATION SUBSYSTEM, export control subsystem and managing test paper subsystem are started working.
When there being people will enter managing test paper room, first fingerprint module carries out fingerprint authentication, first fingerprint module gathers finger print information, and send it to the first control chip, this finger print information is sent to computing machine by the first control chip, and the fingerprint stored in the fingerprint received and database is compared by computing machine.
If comparison success, then computer recognizing goes out the identity of these invigilator personnel, the computer recording lower current time in system (as the time of these personnel at inlet region checking fingerprint), the identity of fingerprint comparison result, these personnel and corresponding examination hall information are sent to the first control chip simultaneously, first control chip controls the first display module and shows the identity of these invigilator personnel and corresponding examination hall, and control the first electric controlled door and open, the first control chip carries out countdown in 5 seconds simultaneously.When the first human inductor on the first electric controlled door senses that someone is by (namely these personnel enter managing test paper room) in countdown in 5 seconds, then the first control chip controls the first electric controlled door closedown, send " user has entered room mark ", to computing machine, these personnel of computer recording enter information and the time in managing test paper room simultaneously; If the first human inductor in countdown in 5 seconds on this first electric controlled door does not sense that someone passes through, then at the end of countdown in 5 seconds, the first control chip controls the first electric controlled door closedown.
If comparison failure, then computing machine assert that these personnel are unauthorized personnel, under computer recording, unauthorized personnel attempts the time of information and the correspondence entered, send " unauthorized personnel's mark " to the first control chip simultaneously, first control chip controls the first display module display: " unauthorized personnel please leave! ".
Often enter invigilator personnel, computing machine just judges and these invigilator personnel belong to other invigilator personnel in same examination hall whether in room.If other invigilator personnel are in room, then computing machine control prompting module reminds the invigilator personnel in this corresponding examination hall to paper cabinet neck volume, send " neck volume prepares " order simultaneously and, to the 3rd control chip, open countdown in 20 seconds simultaneously, wait for that the 3rd control chip returns finger print data.If the invigilator personnel in this examination hall carry out fingerprint authentication on the 3rd fingerprint module in countdown in 20 seconds, finger print data is sent to computing machine by the 3rd control chip, computing machine is compared to the finger print data received, if all comparison successes of the fingerprint of all invigilator personnel in this examination hall, then computer recording current time (as the time of all invigilator personnel in this examination hall at paper cabinet checking fingerprint), transmit control signal to the 3rd control chip simultaneously, 3rd control chip controls the automatically controlled cell corresponding with this examination hall and opens, after invigilator personnel have got paper information kit, automatically controlled cell is shut, if computing machine does not receive finger print data or the comparison failure of the 3rd control chip transmission in countdown in 20 seconds, then this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel group getting paper by computing machine, and reminds ensuing one group of invigilator personnel to get paper.
Can leave from the outlet in managing test paper room after paper takes out by invigilator personnel corresponding to some examination halls from paper cabinet.Invigilator personnel carry out fingerprint authentication on the second fingerprint module, second fingerprint module gathers finger print information, and sending it to the second control chip, this finger print information is sent to computing machine by the second control chip, and the fingerprint stored in the fingerprint received and database is compared by computing machine.
If comparison success, then computer recognizing goes out the identity of these invigilator personnel, the computer recording lower current time in system (as the time of these invigilator personnel at outlet area checking fingerprint), send " allowing to leave " order to the second control chip simultaneously, second control chip controls the second display module and shows the identity of these invigilator personnel and corresponding examination hall, and control the second electric controlled door and open, the second control chip carries out countdown in 5 seconds simultaneously.When the second human inductor on the second electric controlled door senses that someone is by (namely these personnel leave managing test paper room) in countdown in 5 seconds, then the second control chip controls the second electric controlled door closedown, send " user withdrawn from a room mark ", to computing machine, these personnel of computer recording leave information and the time in managing test paper room simultaneously; If the second human inductor in countdown in 5 seconds on this second electric controlled door does not sense that someone passes through, then at the end of countdown in 5 seconds, the second control chip controls the second electric controlled door closedown.
During backrush, examine business personnel setting management system and carry out backrush management.Central control subsystem, entrance ADMINISTRATION SUBSYSTEM, export control subsystem and managing test paper subsystem are started working.
The process that invigilator personnel enter managing test paper room is the same when rolling up with neck.Often enter invigilator personnel, computing machine just judges and these invigilator personnel belong to other invigilator personnel in same examination hall whether in room.If another invigilator personnel are in room, then computing machine control prompting module reminds the invigilator personnel in this corresponding examination hall to return paper to paper cabinet, send " backrush preparation " order to the 3rd control chip simultaneously, open countdown in 20 seconds simultaneously, wait for that the 3rd control chip returns finger print data.If the invigilator personnel in this examination hall carry out fingerprint authentication on the 3rd fingerprint module in countdown in 20 seconds, finger print data is sent to computing machine by the 3rd control chip, computing machine is compared to the finger print data received, if all comparison successes of the fingerprint of all invigilator personnel in this examination hall, then computer recording current time (as the time of all invigilator personnel in this examination hall at paper cabinet checking fingerprint), transmit control signal to the 3rd control chip simultaneously, 3rd control chip controls the automatically controlled cell corresponding with this examination hall and opens, after invigilator personnel return paper information kit, automatically controlled cell is shut, if computing machine does not receive finger print data or the comparison failure of the 3rd control chip transmission in countdown in 20 seconds, then this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel group returning paper by computing machine, and reminds ensuing one group of invigilator personnel to return paper.Invigilator personnel leave managing test paper room process after returning paper is the same when rolling up with neck.
As preferably, described entrance ADMINISTRATION SUBSYSTEM also comprises the first wireless module be connected with the first control chip, described export control subsystem also comprises the second wireless module be connected with the second control chip, described managing test paper subsystem also comprises the 3rd wireless module be connected with the 3rd control chip, and described central control subsystem also comprises the 4th wireless module be connected with computing machine.
4th wireless module is connected with the 3rd wireless module with the first wireless module, the second wireless module by wireless network, enables computing machine carry out radio communication with the first control chip, the second control chip and the 3rd control chip respectively.
As preferably, described first human inductor comprises the first infrared emission head and the first infrared receiving terminal that are separately positioned on the first electric controlled door both sides, described first infrared emission head is connected with the first control chip respectively with the first infrared receiving terminal, described second human inductor comprises the second infrared emission head and the second infrared receiving terminal that are separately positioned on the second electric controlled door both sides, and described second infrared emission head is connected with the second control chip respectively with the second infrared receiving terminal.
First infrared receiving terminal receives the infrared signal that the first infrared emission head is launched always, and the second infrared receiving terminal receives the infrared signal that the second infrared emission head is launched always.When having people through the first electric controlled door, the infrared signal that the first infrared emission head is launched is blocked by human body, and the first infrared receiving terminal does not receive signal, and output low level signal gives the first control chip, and the first control chip judges there is people through the first electric controlled door.When having people through the second electric controlled door, the infrared signal that the second infrared emission head is launched is blocked by human body, and the second infrared receiving terminal does not receive signal, and output low level signal gives the second control chip, and the second control chip judges there is people through the second electric controlled door.
As preferably, described prompting module comprises audio amplifier and display screen, and described audio amplifier is connected with computing machine respectively with display screen.Audio amplifier can send voice message, display screen display text prompt.
As preferably, described first electric controlled door comprises the first drive motor, first position detecting module of the first obstacle door and detection the first obstacle door position, described first control chip is connected with first position detecting module with the first drive motor respectively, described first drive motor is also connected with the first obstacle door, described second electric controlled door comprises the second drive motor, second position detecting module of the second obstacle door and detection the second obstacle door position, described second control chip is connected with second position detecting module with the second drive motor respectively, described second drive motor is also connected with the second obstacle door.
First position detecting module detects the position of the first obstacle door, and sends it to the first control chip, according to the first obstacle door positional information received, the first control chip judges whether the first obstacle door is opened to put in place or close and puts in place.Second position detecting module detects the position of the second obstacle door, and sends it to the second control chip, according to the second obstacle door positional information received, the second control chip judges whether the second obstacle door is opened to put in place or close and puts in place.
As preferably, described first position detecting module comprises two the first limit switches be connected with the first control chip respectively, two the first limit switches are separately positioned on off-position and the maximum open position of the first obstacle door, described second position detecting module comprises two the second limit switches be connected with the second control chip respectively, and two the second limit switches are separately positioned on off-position and the maximum open position of the second obstacle door.
When obstacle door moves to maximum open position or off-position, limit switch meeting output low level signal on correspondence position gives the control chip of this obstacle door correspondence, this control chip controls corresponding drive motor to be stopped working on, and avoids the long-term stall of drive motor to cause damage.
As preferably, described automatically controlled cell comprises cell and is arranged on the 3rd position detecting module of microprocessor in cell, the 3rd drive motor, paper induction module and detection case lattice door position, described paper induction module comprises the 3rd infrared emission head and the 3rd infrared receiving terminal that are arranged on both sides in cell, described microprocessor is connected with the 3rd control chip with the 3rd drive motor, the 3rd infrared emission head, the 3rd infrared receiving terminal, the 3rd position detecting module respectively, and described 3rd drive motor is connected with lattice door.
When in cell have a paper information kit time, the 3rd infrared receiving terminal does not receive the infrared signal that the 3rd infrared emission head is launched, and the 3rd infrared receiving terminal output low level signal, to microprocessor, has paper information kit in microprocessor judges cell; When in cell there is no a paper information kit time, the 3rd infrared receiving terminal receives the infrared signal that the 3rd infrared emission head is launched, and the 3rd infrared receiving terminal exports high level signal to microprocessor, does not have paper information kit in microprocessor judges cell.The position of the 3rd position detecting module detection case lattice door, and send it to microprocessor, according to the lattice door positional information received, microprocessor judges whether lattice door is opened to put in place or close and puts in place.
As preferably, described 3rd position detecting module comprises two the 3rd limit switches be connected with microprocessor respectively, and two the 3rd limit switches are separately positioned on off-position and the maximum open position of lattice door.
When lattice door moves to maximum open position or off-position, limit switch on correspondence position can give the microprocessor that this lattice door is corresponding by output low level signal, the 3rd drive motor that this Microprocessor S3C44B0X is corresponding stops working on, and avoids the long-term stall of the 3rd drive motor to cause damage.
As preferably, described managing test paper subsystem also comprises serial hub, and described serial hub is connected with the microprocessor in each automatically controlled cell with the 3rd control chip respectively.The microprocessor of the 3rd control chip and all automatically controlled cells carries out one-to-many serial communication with chain structure, is convenient to each automatically controlled cell of the 3rd control chip centralized management.
Substantial effect of the present invention is: getting and returning and carry out automatic management paper, improves work efficiency, avoid occurring human error, is replaced by 3 fingerprint authentications personnel that stop, and avoids occurring the dispute of dereliction of duty responsibility.
Accompanying drawing explanation
Fig. 1 is a kind of anatomical connectivity block diagram of the present invention;
Fig. 2 is the anatomical connectivity block diagram of central control subsystem of the present invention;
Fig. 3 is the anatomical connectivity block diagram of entrance ADMINISTRATION SUBSYSTEM of the present invention;
Fig. 4 is the anatomical connectivity block diagram of export control subsystem of the present invention;
Fig. 5 is the anatomical connectivity block diagram of managing test paper subsystem of the present invention;
Fig. 6 is the anatomical connectivity block diagram of automatically controlled cell of the present invention.
In figure: 1, central control subsystem, 2, entrance ADMINISTRATION SUBSYSTEM, 3, export control subsystem, 4, managing test paper subsystem, 11, computing machine, 12, prompting module, 13, 4th wireless module, 21 first control chips, 22, first fingerprint module, 23, first display module, 24, first electric controlled door, 25, first human inductor, 26, first wireless module, 31, second control chip, 32, second fingerprint module, 33, second display module, 34, second electric controlled door, 35, second human inductor, 36, second wireless module, 41, 3rd control chip, 42, 3rd fingerprint module, 43, 3rd display module, 44, automatically controlled cell, 45, 3rd wireless module, 46, serial hub, 121, audio amplifier, 122, display screen, 241, first drive motor, 242, first obstacle door, 243, first position detecting module, 341, second drive motor, 342, second obstacle door, 343, second position detecting module, 441, microprocessor, 442, 3rd drive motor, 443, paper induction module, 444, 3rd position detecting module, 445, lattice door.
Embodiment
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
Embodiment: one neck volume of the present invention and backrush automated management system, as shown in Figure 1, comprise central control subsystem 1, entrance ADMINISTRATION SUBSYSTEM 2, export control subsystem 3 and managing test paper subsystem 4, central control subsystem 1 and managing test paper subsystem 2 are arranged in managing test paper room, entrance ADMINISTRATION SUBSYSTEM 3 is arranged on the entrance in managing test paper room, and export control subsystem 4 is arranged on the outlet in managing test paper room.
As shown in Figure 2, central control subsystem 1 comprises computing machine 11, prompting module 12, the 4th wireless module 13, and prompting module 12 comprises audio amplifier 121 and display screen 122, and computing machine 11 is connected with display screen 122 with the 4th wireless module 13, audio amplifier 121 respectively.
As shown in Figure 3, entrance ADMINISTRATION SUBSYSTEM 2 comprises the first control chip 21, first fingerprint module 22, first display module 23, first electric controlled door 24, first wireless module 26 and the first human inductor 25 be arranged on the first electric controlled door 24, first electric controlled door 24 comprises the first drive motor 241, first position detecting module 243 of the first obstacle door 242 and detection the first obstacle door 242 position, first control chip 21 respectively with the first fingerprint module 22, first display module 23, first wireless module 26, first human inductor 25, first drive motor 241 is connected with first position detecting module 243, first drive motor 241 is also connected with the first obstacle door 242.
First human inductor 25 comprises the first infrared emission head and the first infrared receiving terminal that are separately positioned on the first obstacle door 242 both sides, and the first infrared emission head and the first infrared receiving terminal are connected with the first control chip 21 respectively.First infrared receiving terminal receives the infrared signal that the first infrared emission head is launched always, when there being people through the first obstacle door 242, the infrared signal that first infrared emission head is launched is blocked by human body, first infrared receiving terminal does not receive signal, output low level signal judges there is people through the first obstacle door 242 to the first control chip 21, first control chip 21.
First position detecting module 243 comprises two the first limit switches be connected with the first control chip 21 respectively, and two the first limit switches are separately positioned on off-position and the maximum open position of the first obstacle door 242.When the first obstacle door 242 moves to maximum open position or off-position, the first limit switch on correspondence position is depressed output low level signal to the first control chip 21, first control chip 21 controls the first drive motor 241 to be stopped working on, and avoids the long-term stall of the first drive motor 241 to cause damage.
As shown in Figure 4, export control subsystem 3 comprises the second control chip 31, second fingerprint module 32, second display module 33, second electric controlled door 34, second wireless module 36 and the second human inductor 35 be arranged on the second electric controlled door 34, second electric controlled door 34 comprises the second drive motor 341, second position detecting module 343 of the second obstacle door 342 and detection the second obstacle door 342 position, second control chip 31 respectively with the second fingerprint module 32, second display module 33, second wireless module 36, second human inductor 35, second drive motor 341 is connected with second position detecting module 343, second drive motor 341 is also connected with the second obstacle door 342.
Second human inductor 35 comprises the second infrared emission head and the second infrared receiving terminal that are separately positioned on the second obstacle door 342 both sides, and the second infrared emission head and the second infrared receiving terminal are connected with the second control chip 31 respectively.Second infrared receiving terminal receives the infrared signal that the second infrared emission head is launched always, when there being people through the second obstacle door 342, the infrared signal that second infrared emission head is launched is blocked by human body, second infrared receiving terminal does not receive signal, output low level signal judges there is people through the second obstacle door 342 to the second control chip 31, second control chip 31.
Second position detecting module 343 comprises two the second limit switches be connected with the second control chip 31 respectively, and two the second limit switches are separately positioned on off-position and the maximum open position of the second obstacle door 342.When the second obstacle door 342 moves to maximum open position or off-position, the second limit switch on correspondence position is depressed output low level signal to the second control chip 31, second control chip 31 controls the second drive motor 341 to be stopped working on, and avoids the long-term stall of the second drive motor 341 to cause damage.
As Fig. 5, shown in Fig. 6, managing test paper subsystem 4 comprises the 3rd control chip 41, 3rd fingerprint module 42, 3rd display module 43, 3rd wireless module 45, serial hub 46 and paper cabinet, paper cabinet is provided with 100 for placing the automatically controlled cell 44 of paper information kit, automatically controlled cell 44 comprises cell and is arranged on the microprocessor 441 in cell, 3rd drive motor 442, 3rd position detecting module 444 of paper induction module 443 and detection case lattice door 445 position, 3rd control chip 41 respectively with the 3rd fingerprint module 42, 3rd display module 43, 3rd wireless module 45 is connected with serial hub 46, serial hub 46 is also connected with the microprocessor 441 of all automatically controlled cells 44, microprocessor 441 respectively with the 3rd drive motor 442, paper induction module 443 is connected with the 3rd position detecting module 444, 3rd drive motor 442 is also connected with lattice door 445.
Paper induction module 443 comprises the 3rd infrared emission head and the 3rd infrared receiving terminal that are arranged on both sides in cell, and the 3rd infrared emission head is connected with microprocessor 441 respectively with the 3rd infrared receiving terminal.When in cell have a paper information kit time, the 3rd infrared receiving terminal does not receive the infrared signal that the 3rd infrared emission head is launched, and the 3rd infrared receiving terminal output low level signal is to microprocessor 441, and microprocessor 441 judges there is paper information kit in cell; When in cell there is no a paper information kit time, the 3rd infrared receiving terminal receives the infrared signal that the 3rd infrared emission head is launched, and the 3rd infrared receiving terminal exports high level signal to microprocessor 441, and microprocessor 441 judges do not have paper information kit in cell.
3rd position detecting module 444 comprises two the 3rd limit switches be connected with microprocessor 441 respectively, and two the 3rd limit switches are separately positioned on off-position and the maximum open position of lattice door 445.When lattice door 445 moves to maximum open position or off-position, the 3rd limit switch on correspondence position is depressed output low level signal to microprocessor 441, microprocessor 441 controls the 3rd drive motor 442 to be stopped working on, and avoids the long-term stall of the 3rd drive motor 442 to cause damage.
The width of the first obstacle door 242 and the second obstacle door 342 is all designed to only allow that a people passes through, and has 2 people to enter simultaneously or leave managing test paper room after preventing 1 people's fingerprint identification success.Serial hub 46 makes the microprocessor 441 of the 3rd control chip 41 and all automatically controlled cells 44 carry out one-to-many serial communication with chain structure, is convenient to the 3rd control chip 41 and manages each automatically controlled cell 44 concentratedly.4th wireless module 13 is connected with the 3rd wireless module 45 with the first wireless module 26, second wireless module 36 by wireless network, makes computing machine 11 can carry out radio communication with the first control chip 21, second control chip 31 and the 3rd control chip 41 respectively.
The present embodiment is having 100 examination halls, and examination hall is numbered No. 1 to No. 100, and each examination hall arranges 2 examinations of invigilating personnel to use.Examine business personnel in advance 2 information of invigilating personnel of examination hall numbering and correspondence thereof to be bound, and in the database of input computer 11, set the examination hall numbering of each automatically controlled cell 44 correspondence simultaneously, make automatically controlled cell 44 and examination hall numbering one_to_one corresponding.The information of invigilator personnel comprises fingerprint, job number, name, age, sex, affiliated tier-2 department information.
Before neck volume, examine business personnel first to operate computing machine 11 and transmit control signal to managing test paper subsystem 4, all automatically controlled cell 44 in managing test paper subsystem 4 is all opened, examine business personnel and paper information kit corresponding for each examination hall is put into corresponding automatically controlled cell 44, then examine business human users computing machine 11 to transmit control signal to managing test paper subsystem 4, all automatically controlled cell 44 in managing test paper subsystem 4 is all closed.
During neck volume, examine business personnel setting management system and carry out neck volume management, computing machine is by the counter O reset of total number of persons in record managing test paper room, and full for room value is set as that 101(is according to probability calculation, people in room, the maximum number that any 2 people do not belong to same examination hall is 100 people, if 101 people, then wherein has at least 2 people must belong to same examination hall).
Entrance manages:
Computing machine 11 judges in current managing test paper room, whether total number of persons is less than 101, if it is computing machine 11 sends " allowing to enter " order to entrance ADMINISTRATION SUBSYSTEM 2, entrance ADMINISTRATION SUBSYSTEM 2 enters duty, permission personnel enter, otherwise order that computing machine 11 sends " not allowing to enter " is to entrance ADMINISTRATION SUBSYSTEM 2, and entrance ADMINISTRATION SUBSYSTEM 2 enters armed state, does not allow personnel to enter, first display module 23 shows: " room is full, please wait for! ".
When entrance ADMINISTRATION SUBSYSTEM 2 allows personnel to enter, the first display module 23 display reminding information prompting user rs authentication fingerprint.When there being people will enter managing test paper room, first fingerprint module 22 carries out fingerprint authentication, first fingerprint module 22 gathers finger print information, and send it to the first control chip 21, this finger print information is sent to computing machine 11 by the first control chip 21, and the fingerprint stored in the fingerprint received and database is compared by computing machine 11.
If comparison success, then computing machine 11 identifies the identity of these invigilator personnel, the current time in system (as the time of these personnel at inlet region checking fingerprint) recorded by computing machine 11, the identity of fingerprint comparison result, these personnel and corresponding examination hall information are sent to the first control chip 21 simultaneously, first control chip 21 controls the first display module 23 and shows the identity of these invigilator personnel and corresponding examination hall, and control the first obstacle door 242 by the first drive motor 241 and open, the first control chip 21 carries out countdown in 5 seconds simultaneously.When the first human inductor 25 on the first electric controlled door 24 senses that someone is by (namely these personnel enter managing test paper room) in countdown in 5 seconds, then the first control chip 21 controls the first obstacle door 242 by the first drive motor 241 and closes, send " user has entered room mark " to computing machine 11 simultaneously, computing machine 11 records information and the time that these personnel enter managing test paper room, and the total number of persons in managing test paper room is added 1; If the first human inductor 25 in countdown in 5 seconds on this first electric controlled door 24 does not sense that someone passes through, then at the end of countdown in 5 seconds, the first control chip 21 controls the first electric controlled door 24 and closes.
The shut-in time that first control chip 21 sets the first electric controlled door 24 is 5 seconds, if the first control chip 21 does not receive the first electric controlled door 24 that first position detecting module 243 send and closes the signal that puts in place in 5 seconds, first control chip 21 controls the first electric controlled door 24 and opens, and prevents from being gripped at the first electric controlled door 24 region overstand by the invigilator personnel of fingerprint authentication.
If comparison failure, then computing machine 11 assert that these personnel are unauthorized personnel, the time that unauthorized personnel attempts information and the correspondence entered recorded by computing machine 11, send " unauthorized personnel's mark " to the first control chip 21 simultaneously, first control chip 21 controls the first display module 23 and shows: " unauthorized personnel please leave! ".
Managing test paper:
Often enter 1 invigilator personnel, computing machine 11 just judges and these invigilator personnel belong to another invigilator personnel in same examination hall whether in room.If another invigilator personnel are in room, this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel getting paper condition and form a team to arrange by computing machine 11.
Whether computing machine 11 judges to meet the invigilator personnel getting paper condition row of forming a team is empty, if be empty, then computing machine 11 reminds in queue invigilator personnel group (2 invigilator personnel in the same examination hall) neck that ranked first position to roll up.2 invigilator personnel that computing machine 11 controls this examination hall of audio amplifier 121 voice message arrive paper cabinet neck volume together, control display screen 122 shows relevant information and reminds 2 invigilator personnel to lead volume, send " neck volume prepares " order to the 3rd control chip 41 simultaneously, open countdown in 20 seconds simultaneously, wait for that the 3rd control chip 41 returns finger print data.The first display module 23 display reminding information prompting user rs authentication fingerprint is controlled after 3rd control chip 41 receives control signal.
If 2 invigilator personnel in this examination hall carry out fingerprint authentication on the 3rd fingerprint module 42 in countdowns in 20 seconds of computing machine 11, finger print data is sent to computing machine 11 by the 3rd control chip 42, computing machine 11 is compared to the finger print data received, if fingerprint all comparison successes of 2, this examination hall invigilator personnel, then computing machine 11 records current time (as the time of invigilator personnel in 2, this examination hall at paper cabinet checking fingerprint), transmits control signal to the 3rd control chip 41 simultaneously.3rd control chip 41 transmits control signal to the microprocessor 441 of automatically controlled cell 44 corresponding to this examination hall, this microprocessor 441 is opened by the 3rd drive motor 442 control box lattice door 445, invigilator personnel can get the paper information kit in cell, and microprocessor 441 carries out countdown in 5 seconds simultaneously.Paper information kit (namely this paper information kit is removed) is not had when the paper induction module 443 in automatically controlled cell 44 senses in cell in countdowns in 5 seconds of microprocessor 441, then microprocessor 441 cuts out by the 3rd drive motor 442 control box lattice door 445, send a signal to the 3rd control chip 41 simultaneously, 3rd control chip 41 sends " paper is got mark " to computing machine 11, and computing machine 11 records this examination hall paper by the information got and time, if the paper induction module 443 at the end of countdowns in 5 seconds of microprocessor 441 in automatically controlled cell 44 senses that in cell, paper information kit still exists (namely this paper information kit does not have removed), then microprocessor 441 cuts out by the 3rd drive motor 442 control box lattice door 445, and send relevant information to the 3rd control chip 41, information is sent to computing machine 11 by the 3rd control chip 41, this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel getting paper condition and form a team to arrange by computing machine 11, and remind ensuing one group of invigilator personnel to get paper.
The shut-in time that microprocessor 441 sets lattice door 445 is 5 seconds, if microprocessor 441 does not receive the lattice door 445 that the 3rd position detecting module 444 send and cuts out the signal that puts in place in 5 seconds, microprocessor 441 is opened by the 3rd drive motor 442 control box lattice door 445, prevents the arm of invigilator personnel overstand in cell to be gripped to.
If computing machine 11 does not receive finger print data or the comparison failure of the 3rd control chip 41 transmission in countdowns in 20 seconds of computing machine 11, then this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel getting paper condition and form a team to arrange by computing machine 11, and reminds ensuing one group of invigilator personnel to get paper.
Export control:
After computing machine 11 receives " paper is got mark " of managing test paper subsystem 4 transmission, 2 invigilator personnel that computing machine 11 controls this examination hall of audio amplifier 121 voice message leave, and control display screen 122 shows relevant information and reminds 2 invigilator personnel to leave.Invigilator personnel carry out fingerprint authentication on the second fingerprint module 32, second fingerprint module 32 gathers finger print information, and send it to the second control chip 31, this finger print information is sent to computing machine 11 by the second control chip 31, and the fingerprint stored in the fingerprint received and database is compared by computing machine 11.
If comparison success, then computing machine 11 identifies the identity of these invigilator personnel, the current time in system (as the time of these invigilator personnel at outlet area checking fingerprint) recorded by computing machine 11, the identity of fingerprint comparison result, these personnel and corresponding examination hall information are sent to the second control chip 31 simultaneously, second control chip 31 controls the second display module 33 and shows the identity of these invigilator personnel and corresponding examination hall, and control the second electric controlled door 34 and open, the second control chip 31 carries out countdown in 5 seconds simultaneously.When the second human inductor 35 on the second electric controlled door 34 senses that someone is by (namely these personnel leave managing test paper room) in countdown in 5 seconds, then the second control chip 31 controls the second electric controlled door 34 and closes, send " user withdrawn from a room mark " to computing machine 11 simultaneously, computing machine 11 records information and the time that these personnel leave managing test paper room, and the total number of persons in managing test paper room is subtracted 1; If the second human inductor 35 in countdown in 5 seconds on this second electric controlled door 34 does not sense that someone passes through, then at the end of countdown in 5 seconds, the second control chip 31 controls the second electric controlled door 34 and closes.
The shut-in time that second control chip 31 sets the second electric controlled door 34 is 5 seconds, if the second control chip 31 does not receive the second electric controlled door 34 that second position detecting module 343 send and closes the signal that puts in place in 5 seconds, second control chip 31 controls the second electric controlled door 34 and opens, and prevents from being gripped at the second electric controlled door 34 region overstand by the invigilator personnel of fingerprint authentication.
During backrush, examine business personnel setting management system and carry out backrush management, full for room value by the counter O reset of total number of persons in record managing test paper room, and is set as 101 by computing machine.
It is the same when during backrush, entrance management process is rolled up with neck.
Managing test paper during backrush:
Often enter 1 invigilator personnel, computing machine 11 just judges and these invigilator personnel belong to another invigilator personnel in same examination hall whether in room.If another invigilator personnel are in room, this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel returning paper condition and form a team to arrange by computing machine 11.
Whether computing machine 11 judges to meet the invigilator personnel returning paper condition row of forming a team is empty, if be sky, then computing machine 11 reminds in queue 2 the invigilator personnel that ranked first position to return paper.2 invigilator personnel that computing machine 11 controls this examination hall of audio amplifier 121 voice message arrive paper cabinet together and return paper, control display screen 122 shows relevant information and reminds 2 invigilator personnel to return paper, send " backrush preparation " order to the 3rd control chip 41 simultaneously, open countdown in 20 seconds simultaneously, wait for that the 3rd control chip 41 returns finger print data.The first display module 23 display reminding information prompting user rs authentication fingerprint is controlled after 3rd control chip 41 receives control signal.
If 2 invigilator personnel in this examination hall carry out fingerprint authentication on the 3rd fingerprint module 42 in countdowns in 20 seconds of computing machine 11, finger print data is sent to computing machine 11 by the 3rd control chip 42, computing machine 11 is compared to the finger print data received, if fingerprint all comparison successes of 2, this examination hall invigilator personnel, then computing machine 11 records current time (as the time of invigilator personnel in 2, this examination hall at paper cabinet checking fingerprint), transmits control signal to the 3rd control chip 41 simultaneously.3rd control chip 41 transmits control signal to the microprocessor 441 of automatically controlled cell 44 corresponding to this examination hall, this microprocessor 441 is opened by the 3rd drive motor 442 control box lattice door 445, paper information kit can be put into cell by invigilator personnel, and microprocessor 441 carries out countdown in 5 seconds simultaneously.Paper information kit (namely this paper information kit is returned) is had when the paper induction module 443 in automatically controlled cell 44 senses in cell in countdowns in 5 seconds of microprocessor 441, then microprocessor 441 cuts out by the 3rd drive motor 442 control box lattice door 445, send a signal to the 3rd control chip 41 simultaneously, 3rd control chip 41 sends " paper is returned mark " to computing machine 11, computing machine 11 records this examination hall paper by the information returned and time, controls prompting module 12 and points out 2 of this examination hall invigilator personnel to leave, if the paper induction module 443 at the end of countdowns in 5 seconds of microprocessor 441 in automatically controlled cell 44 senses that in cell, paper information kit does not exist (namely this paper information kit is not returned), then microprocessor 441 cuts out by the 3rd drive motor 442 control box lattice door 445, and send relevant information to the 3rd control chip 41, information is sent to computing machine 11 by the 3rd control chip 41, this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel returning paper condition and form a team to arrange by computing machine 11, and remind ensuing one group of invigilator personnel to return paper.
If computing machine 11 does not receive finger print data or the comparison failure of the 3rd control chip 41 transmission in countdowns in 20 seconds of computing machine 11, then this examination hall invigilator personnel group is ordered into last position meeting the invigilator personnel returning paper condition and form a team to arrange by computing machine 11, and reminds ensuing one group of invigilator personnel to return paper.
It is the same when during backrush, export control flow process is rolled up with neck.
Claims (8)
1. a neck volume and backrush automated management system, it is characterized in that: comprise central control subsystem (1), entrance ADMINISTRATION SUBSYSTEM (2), export control subsystem (3) and managing test paper subsystem (4), described central control subsystem (1) and managing test paper subsystem (4) are arranged in managing test paper room, described entrance ADMINISTRATION SUBSYSTEM (2) is arranged on the entrance in managing test paper room, described export control subsystem (3) is arranged on the outlet in managing test paper room, described central control subsystem (1) comprises computing machine (11) and prompting module (12), described entrance ADMINISTRATION SUBSYSTEM (2) comprises the first control chip (21), first fingerprint module (22), first display module (23), first electric controlled door (24) and the first human inductor (25) be arranged on the first electric controlled door (24), described export control subsystem (3) comprises the second control chip (31), second fingerprint module (32), second display module (33), second electric controlled door (34) and the second human inductor (35) be arranged on the second electric controlled door (34), described managing test paper subsystem (4) comprises the 3rd control chip (41), 3rd fingerprint module (42), 3rd display module (43) and paper cabinet, described paper cabinet is provided with several for placing the automatically controlled cell (44) of paper information kit, described first control chip (21) respectively with the first fingerprint module (22), first display module (23), first electric controlled door (24) is connected with the first human inductor (25), described second control chip (31) respectively with the second fingerprint module (32), second display module (33), second electric controlled door (34) is connected with the second human inductor (35), described 3rd control chip (41) respectively with the 3rd fingerprint module (42), 3rd display module (43) is connected with automatically controlled cell (44), described computing machine (11) respectively with the first control chip (21), second control chip (31), 3rd control chip (41) is connected with prompting module (12), described automatically controlled cell (44) comprises cell and is arranged on the microprocessor (441) in cell, 3rd drive motor (442), 3rd position detecting module (444) of paper induction module (443) and detection case lattice door (445) position, described paper induction module (443) comprises the 3rd infrared emission head and the 3rd infrared receiving terminal that are arranged on both sides in cell, described microprocessor (441) respectively with the 3rd drive motor (442), 3rd infrared emission head, 3rd infrared receiving terminal, 3rd position detecting module (444) is connected with the 3rd control chip (41), described 3rd drive motor (442) is connected with lattice door (445),
Automatically controlled cell (44) and examination hall numbering one_to_one corresponding, paper information kit corresponding to each examination hall is placed in the automatically controlled cell (44) of correspondence; When there being paper information kit in cell, the 3rd infrared receiving terminal does not receive the infrared signal that the 3rd infrared emission head is launched, and the 3rd infrared receiving terminal output low level signal is to microprocessor (441), and microprocessor (441) judges there is paper information kit in cell; When there is no paper information kit in cell, 3rd infrared receiving terminal receives the infrared signal that the 3rd infrared emission head is launched, 3rd infrared receiving terminal exports high level signal to microprocessor (441), and microprocessor (441) judges do not have paper information kit in cell; The position of the 3rd position detecting module (444) detection case lattice door (445), and sending it to microprocessor (441), according to lattice door (445) positional information received, microprocessor (441) judges whether lattice door (445) is opened to put in place or close and puts in place;
If 2 invigilator personnel in this examination hall carry out fingerprint authentication on the 3rd fingerprint module (42) in countdowns in 20 seconds of computing machine (11), finger print data is sent to computing machine (11) by the 3rd control chip (42), computing machine (11) is compared to the finger print data received, if fingerprint all comparison successes of 2, this examination hall invigilator personnel, then computing machine (11) record current time, transmit control signal to the 3rd control chip (41) simultaneously, 3rd control chip (41) transmits control signal to the microprocessor (441) of automatically controlled cell (44) corresponding to this examination hall, this microprocessor (441) is opened by the 3rd drive motor (442) control box lattice door (445), invigilator personnel can get the paper information kit in cell, microprocessor (441) carries out countdown in 5 seconds simultaneously, when the paper induction module (443) in automatically controlled cell (44) senses in cell do not have paper information kit in countdowns in 5 seconds of microprocessor (441), namely this paper information kit is removed, then microprocessor (441) cuts out by the 3rd drive motor (442) control box lattice door (445), send a signal to the 3rd control chip (41) simultaneously, 3rd control chip (41) sends " paper is got mark " to computing machine (11), computing machine (11) records this examination hall paper by the information got and time, if the paper induction module (443) at the end of countdowns in 5 seconds of microprocessor (441) in automatically controlled cell (44) senses that in cell, paper information kit still exists, namely this paper information kit is not removed, then microprocessor (441) cuts out by the 3rd drive motor (442) control box lattice door (445), and sending relevant information to the 3rd control chip (41), information is sent to computing machine (11) by the 3rd control chip (41).
2. one neck volume according to claim 1 and backrush automated management system, it is characterized in that: described entrance ADMINISTRATION SUBSYSTEM (2) also comprises the first wireless module (26) be connected with the first control chip (21), described export control subsystem (3) also comprises the second wireless module (36) be connected with the second control chip (31), described managing test paper subsystem (4) also comprises the 3rd wireless module (45) be connected with the 3rd control chip (41), described central control subsystem (1) also comprises the 4th wireless module (13) be connected with computing machine (11).
3. one neck volume according to claim 1 and backrush automated management system, it is characterized in that: described first human inductor (25) comprises the first infrared emission head and the first infrared receiving terminal that are separately positioned on the first electric controlled door (24) both sides, described first infrared emission head and the first infrared receiving terminal are connected with the first control chip (21) respectively, described second human inductor (35) comprises the second infrared emission head and the second infrared receiving terminal that are separately positioned on the second electric controlled door (34) both sides, described second infrared emission head and the second infrared receiving terminal are connected with the second control chip (31) respectively.
4. the one neck volume according to claim 1 or 2 or 3 and backrush automated management system, it is characterized in that: described prompting module (12) comprises audio amplifier (121) and display screen (122), and described audio amplifier (121) is connected with computing machine (11) respectively with display screen (122).
5. the one neck volume according to claim 1 or 2 or 3 and backrush automated management system, it is characterized in that: described first electric controlled door (24) comprises the first drive motor (241), first position detecting module (243) of the first obstacle door (242) and detection the first obstacle door (242) position, described first control chip (21) is connected with first position detecting module (243) with the first drive motor (241) respectively, described first drive motor (241) is also connected with the first obstacle door (242), described second electric controlled door (34) comprises the second drive motor (341), second position detecting module (343) of the second obstacle door (342) and detection the second obstacle door (342) position, described second control chip (31) is connected with second position detecting module (343) with the second drive motor (341) respectively, described second drive motor (341) is also connected with the second obstacle door (342).
6. one neck volume according to claim 5 and backrush automated management system, it is characterized in that: described first position detecting module (243) comprises two the first limit switches be connected with the first control chip (21) respectively, two the first limit switches are separately positioned on off-position and the maximum open position of the first obstacle door (242), described second position detecting module (343) comprises two the second limit switches be connected with the second control chip (31) respectively, two the second limit switches are separately positioned on off-position and the maximum open position of the second obstacle door (342).
7. one neck volume according to claim 1 and backrush automated management system, it is characterized in that: described 3rd position detecting module (444) comprises two the 3rd limit switches be connected with microprocessor (441) respectively, and two the 3rd limit switches are separately positioned on off-position and the maximum open position of lattice door (445).
8. one neck volume according to claim 1 and backrush automated management system, it is characterized in that: described managing test paper subsystem (4) also comprises serial hub (46), described serial hub (46) is connected with the microprocessor (441) in each automatically controlled cell (44) with the 3rd control chip (41) respectively.
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| CN106952419B (en) * | 2017-05-04 | 2019-07-19 | 上海工程技术大学 | A kind of examination paper automatic distributing recycling machine |
| TWI677212B (en) * | 2018-07-05 | 2019-11-11 | 中華電信股份有限公司 | Cabinet management system and cabinet management method |
| CN109106094A (en) * | 2018-10-29 | 2019-01-01 | 郑州优易达电子科技有限公司 | A kind of documents pouch radio frequency identification pendant cabinet and its laminate |
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| CN2661855Y (en) * | 2003-11-28 | 2004-12-08 | 杜万国 | Single-leaf vertical hinged door automatically unlocking and opening machine |
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