CN100577980C - Security box management and control system as well as management and control method - Google Patents
Security box management and control system as well as management and control method Download PDFInfo
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- CN100577980C CN100577980C CN200810065288A CN200810065288A CN100577980C CN 100577980 C CN100577980 C CN 100577980C CN 200810065288 A CN200810065288 A CN 200810065288A CN 200810065288 A CN200810065288 A CN 200810065288A CN 100577980 C CN100577980 C CN 100577980C
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Abstract
The invention discloses a management and control system for security boxes, comprising a security box, a computer lock and a host management terminal. The computer lock comprises a log recording element which records the working condition of the computer lock and generates log data. The host management terminal is connected with the computer lock signals. A method of managing and controlling the security box is that the unlocking passwords are input; the computer lock receives the unlocking passwords and compares pre-stored unlocking passwords and the computer lock is to open if there is no difference between two sets of passwords; the log recording element records the action of the computer lock and generates the log data; the host management terminal obtains and stores the log data; the manager operates the host management terminal to manage and control the security box based on the log data. The computer lock can record the log data, so the management and control system for security boxes has the advantages of facilitating the manager to analyze and inquire the action data of the computer lock and facilitating the management and control on the security box of the computer lock.
Description
Technical field
The present invention relates to financial security management and control technical field, be specifically related to a kind of safety box managing and control system and safety box management-control method.
Background technology
At present, systems such as bank, security company are employed, be used to store and transport cash, marketable securities, gold, silver and jewelry etc. safety box (for bank, its general special storage and the transportation cash, so be called the money case.The safety box at this place general reference is used to the chest storing and transport all valuables and need hold article in close confidence.), be outside the chest that iron sheet is made, to install one or two padlocks additional to lock mostly.Traditional Mechanical ring latch duplicates easily because of its key, and safety is not high.And, pried open by violence easily because padlock is positioned at the outside of chest.Traditional in addition Mechanical ring latch can not write down the information of unpacking, and inconvenience manages safety box.More new-type safety box is made by aluminium alloys or engineering plastics now, and the inside is provided with tele-alarm even electric shock device, though this type of safety box has had certain improvement and raising than original safety box on functional performance, but has problems.Just perform practically no function for the people that electrician's knowledge is arranged slightly such as its electric shock function, and may produce misoperation and shock by electricity legal staff.In sum, the theftproof performance and the security performance of existing safety box are very poor, and the safety of management and transportation can not get guaranteeing.In fact, the problem of most critical is, even financial institution establishes tight financial security rule, also used enough firm safety box and lockset, but because safety box can not be closely connected with the financial security rule, and be an isolated safety box, no matter how excellent the anti-performance of robbing of safety box is, in case always can't resist destructive destruction after being robbed, therefore to guarantee safety box management and control safety reliably, need a tight safety box managing and control system.
Summary of the invention
The technical problem to be solved in the present invention is to propose a kind of safety box managing and control system and safety box management-control method, solves the unsafe problem of safety box management and control in the prior art.
To achieve the above object of the invention, the technical solution used in the present invention is:
A kind of safety box managing and control system comprises safety box and the computer lock that is arranged on safety box inside; Described computer lock comprises computer lock mainboard, and described computer lock mainboard comprises computer lock main system; Described computer lock main system comprises computer lock processor, computer memory cell, data-interface, and writes down the daily record record cell that computer is locked working condition and generated daily record data; Described computer memory cell, daily record record cell, data-interface are electrically connected with computer lock processor respectively; Described safety box managing and control system also comprises the tension management terminal that daily record data is managed, and described tension management terminal is connected with the data-interface signal of computer lock.
Further, also comprise hander, described hander comprises hander processor, hander data-interface and hander wireless transport module, hander data-interface, hander wireless transport module are electrically connected with the hander processor respectively, and the hander data-interface also is connected with the tension management terminal signaling; Described computer lock also comprises computer lock wireless transport module; Described computer lock wireless transport module is connected with hander wireless transport module signal.
Further, also comprise frequency read/write, described frequency read/write comprises frequency read/write processor and frequency read/write first wireless transport module, frequency read/write second wireless transport module; Described frequency read/write first wireless transport module, frequency read/write second wireless transport module are electrically connected with the frequency read/write processor respectively; Frequency read/write first wireless transport module also is connected with the tension management terminal signaling, and frequency read/write second wireless transport module also is connected with the computer lock signal.
Further again, store computer lock control data in the computer lock, described computer lock control data are with the action of the unlocking cipher controlling computer lock of computer lock.
In the optimized technical scheme, described computer lock control data comprise time lock data, and/or week lock data, and/or address lock data; Described computer lock main system is included as the computer lock clock circuit that the computer lock provides clock, and described computer lock clock circuit is electrically connected with computer lock processor.
In the optimized technical scheme, described computer lock also is included in main system when breaking down, the computer lock back-up system of positive opening computer lock; Described computer lock back-up system comprises computer lock backup processor, is used to obtain the unblank computer lock spare interface of data of supply of electric power and pressure, drives the second lock pin driver element that the computer lock is opened under the control of the data of forcing to unblank; Described computer lock spare interface, the second lock pin driver element are electrically connected with described computer lock backup processor respectively.
A kind of safety box management-control method comprises safety box and the computer lock that is arranged on safety box inside; Described computer lock comprises computer lock mainboard, and described computer lock mainboard comprises computer lock main system; Described computer lock main system comprises computer lock processor, computer memory cell, data-interface and daily record record cell; Described computer memory cell, daily record record cell, data-interface are electrically connected with computer lock processor respectively; Described safety box managing and control system also comprises the tension management terminal that daily record data is managed, and described tension management terminal is connected with the data-interface signal of computer lock; This method comprises the steps:
S1), the operator is to computer lock input unlocking cipher, the computer interlocking receive unlocking cipher and with the unlocking cipher compare OK of its storage inside after make the action of computer lock;
S2), the action situation of computer lock and generate daily record data under the daily record recording unit records of computer lock;
S3), tension management terminal and computer being locked communicates, obtains daily record data and storage;
S4), the manager operates the tension management terminal, based on daily record data safety box carried out management and control.
Further, comprise step S4) based on daily record data and carry out log query and/or generate journaling.
In the optimized technical scheme, at step S1) among, particularly comprise the steps:
A1), go out computer lock control data by described tension management terminal configuration;
A2), described computer lock control data are sent to computer lock and storage;
A3), make under the control of the computer lock control data of cipher input in computer lock to set up and get in touch with the computer lock, unlocking cipher is stored in the computer lock after generating unlocking cipher;
A4), the operator imports unlocking cipher by cipher input;
A5), the computer interlocking receive unlocking cipher and with the unlocking cipher compare OK of its storage inside after, again in conjunction with the action of the computer lock control Data Control computer lock of its storage inside.
Further in the optimized technical scheme, steps A 1) the computer lock control data of configuration comprise in: time lock data and/or week lock data and/or address lock data; In steps A 5) in computer lock judgement time lock data and/or week the lock data and/or address lock data satisfy condition after just action.
The safety box managing and control system of technical solution of the present invention and safety box management-control method, the beneficial effect that is compared with the prior art is:
Because the computer lock can be noted the situation of unblanking of computer lock, and be stored in the computer lock and form daily record data, make things convenient for the manager that the data message of computer lock action message is analyzed and inquired about, and then made things convenient for safety box to manage and control comprising this computer lock.
Because computer lock main system comprises computer lock wireless transport module, it communicates wirelessly with the electron key that is mated use, can set up with the computer lock easily by electron key and get in touch, and generates unlocking cipher, and revises password etc.
Because computer lock main system further comprises house dog, can be under the situation of system in case of system halt waken system initiatively.Because computer lock main system also can further comprise the switching logic control module, can be used for the FEEDBACK CONTROL of lock pin position, make that the driving of lock pin is reliable more and put in place; The switching logic control module can also be monitored the unpacking situation of safety box, and the certain hour safety box is not opened after opening as if the computer lock, then computer lock meeting automatic locking; After safety box fastened, the computer lock also can automatic locking, perhaps sends prompting, and prompting operation person locks the computer lock, avoided occurring the situation of forgetting to lock.
Owing to also further be provided with hander, convenient at each safety box the computer lock and the tension management terminal between Data transmission, make whole safety box managing and control system practicality and hommization more.Because hander comprises hander processor and hander clock circuit, hander wireless transport module, hander memory cell, USB universal serial port, hander power supply, hander keyboard and shows module, and is simple in structure, powerful.
Owing to be provided with frequency read/write, can realize the address lock function.The address lock function makes safety box just can be opened in the management and control zone of setting, outside the management and control zone of setting, even electron key has been imported correct unlocking cipher, other is under the also correct situation of the fund control data time lock, the week lock, safety box still can not be opened, therefore the safety that has further improved system.And frequency read/write can also carry out batch to the safety box daily record data and gather, so log data acquisition is more convenient.Adopt 485 buses, a plurality of frequency read/writes can be connected in series, better realize the address lock function.Owing to adopted frequency read/write second wireless transport module between a plurality of frequency read/writes, and with the tension management terminal communication, do not need on wall, to punch again cabling.
Owing to adopted the inner safety box that is provided with the computer lock, and by tension management terminal configuration computer lock control data, send the unlocking cipher of safety box by electron key, unlocking cipher and described control data be the action of controlling computer lock together, thereby safety box and safety box managing and control system are organically combined, and therefore the safety of whole safety box managing and control system is strengthened greatly.
Because the computer lock also comprises computer lock back-up system.When main system breaks down, the tension management terminal can will force unpacking data-signal to send to computer lock back-up system with the positive opening safety box by hander, strengthen the dependability of system.Because hander also further comprises the hander asynchronous serial port, and computer lock back-up system comprises computer lock asynchronous serial port, can from hander or supply of electric power and obtain pressure that the tension management terminal the issues data of unpacking; Owing to carry the second lock pin driver element, can under the situation that the first lock pin driver element breaks down, can also open safety box, strengthened the reliability of system.
Because computer lock control data comprise time lock data, make safety box just can be opened at official hour.After the computer interlocking is received correct unlocking cipher, can judge whether the life period lock; If the life period lock, even electron key has been imported correct unlocking cipher, if time conditions does not satisfy, safety box can not be opened.Because computer lock control data can also comprise week lock data, make just can be opened in a few days that safety box can only be in a week.After the computer interlocking is received correct unlocking cipher, can judge whether to exist the week lock; If there is the week lock, even electron key has been imported correct unlocking cipher, if week, condition did not satisfy, safety box can not be opened.
Because computer lock control data can also comprise the address and state data, after the computer interlocking is received correct unlocking cipher, can judge whether to exist the address lock; As if there being the address lock, the computer lock can be communicated by letter with the external world and be obtained address lock data, and the address that is obtained lock data are as if address stored lock data consistent in locking with computer, and then the computer lock can be opened; Otherwise even the password of unpacking is correct, the computer lock can not be opened.
Description of drawings
Fig. 1 is that the system of the specific embodiment of the invention one forms schematic diagram;
Fig. 2 is the theory diagram of hander in the specific embodiment of the invention one;
Fig. 3 is the theory diagram of computer lock mainboard in the specific embodiment of the invention one;
Fig. 4 is the theory diagram of electron key in the specific embodiment of the invention one;
Fig. 5 is the theory diagram of computer lock back-up system in the specific embodiment of the invention two;
Fig. 6 is that the system of the specific embodiment of the invention three forms schematic diagram;
Fig. 7 is the theory diagram of frequency read/write in the specific embodiment of the invention three;
Fig. 8 is the theory diagram of frequency read/write in the specific embodiment of the invention four.
The specific embodiment
Embodiment one
The safety box managing and control system of this specific embodiment comprises as shown in Figure 1: tension management terminal, hander, safety box and cipher input.
The tension management terminal mainly comprises computer and the tension management software that moves on computers, and it can also comprise data storage server.Data storage server is used to store data, and itself and tension management terminal are carried out both-way communication.The tension management terminal can obtain desired data from data storage server, also data can be passed to data storage server and store.Data storage server generally is the server computer of a special use; For smaller financial institution, data storage server also can with the shared host computer of tension management terminal.Also can think to carry the database that interrelates with tension management software on the tension management terminal, this database just is equivalent to data storage server.
Operation tension management terminal is that the person of operation tension management software is the manager specifically.The manager generally is the person in charge of financial institution or the people of its Special Empower, and its tension management software by operation tension management terminal comes whole safety box managing and control system is managed and controls.
The major function of tension management terminal comprises: configuration computer lock control data and carry out safety box management etc.The manager at first will be in basic data---the initial data of the built-in standpipe control of tension management terminal system.Initial data comprises that capital melts the caretaker's of all safety boxes of internal system, hander, electron key and operation and these equipment of management data.Before each the use, the manager opens the computer of tension management terminal, after opening tension management software input proper password and landing, can set up contact, i.e. configuration computer lock control data between above-mentioned initial data; Through the time lock that could realize safety box after the tension management software configuration computer lock control data flexibly, week function such as lock.The safety box management mainly is meant after the daily record data of gathering the computer lock, carries out log query, generates journaling etc.
The operator of hander is called the hander caretaker.The theory diagram of hander as shown in Figure 2, its core is a microprocessor, herein in order to distinguish, be referred to as the hander processor, its periphery also comprises wireless transport module, memory cell, clock circuit, power supply, data-interface, spare interface and keyboard and the demonstration module that is electrically connected with it; In order to distinguish, to be referred to as hander wireless transport module, hander memory cell, hander clock circuit, hander power supply, data-interface, hander spare interface and hander keyboard respectively and to show module herein.
Hander wireless transport module and hander processor carry out the two-way signaling transmission, it also is connected with corresponding computer lock signal, be used for carrying out radio communication with the computer lock, with the mode of computer lock control data with wireless telecommunications, the frequency of employing 2.4G hertz sends to the computer lock of corresponding safety box.The hander wireless transport module also is used for locking situation---the daily record data of unblanking by the computer that the mode of wireless telecommunications is noted from the computer lock acquisition computer lock of corresponding safety box.What the hander memory cell adopted in this specific embodiment is storage card, it particularly is a SD card commonly used in hand-held devices such as mobile phone, itself and hander processor carry out the two-way signaling transmission, are used to store computer lock control data and daily record data etc.The hander clock circuit provides clock for hander.The hander power supply comprises two joint No.5 cells in this specific embodiment, for hander provides reliable electric power.Data-interface is used for being connected and Data transmission with the tension management terminal signaling by data wire, is stored in the hander memory cell after the computer lock control data of person by the tension management terminal configuration that comprise the receiving management; And stored log data in the computer lock memory are sent to the tension management terminal.Data-interface in this specific embodiment is the USB universal serial port.The hander spare interface is used for being connected with the back-up system of computer lock, is used for the back-up system power supply of computer lock and sends forcing to unblank data; Described pressure is unblanked data by the tension management terminal configuration and be issued in the hander, sends the computer lock to by hander again.The hander keyboard is used to operate hander.Show that module is a liquid crystal display module, be used to show the relevant information of hander, handled easily.The hander spare interface of this specific embodiment is included as the asynchronous serial port that computer lock back-up system provides the power interface of power supply and transmits the data of forcing to unblank.
The person of management safety box is the safety box caretaker, and safety box comprises casing, case lid and computer lock.Casing and case lid are fallen by advanced person wear-resisting, anti-and resistant to elevated temperatures polycarbonate material (shellproof glue) is made, anti-fall and anti-pressure ability very strong, add the computer lock and be positioned at safety box inside, and have iron plate to carry out second consolidation, it is by no means easy to want directly to destroy safety box.The computer of this specific embodiment is locked it and is mainly comprised lock body and the snap close that is installed in respectively on casing and the case lid, and described lock body and snap close match and lock safety box.
Lock body comprises can insert snap close and the lock pin of fastened housing and case lid; Also comprise the lock pin drive unit that drives lock pin, and the computer lock mainboard of control lock pin drive unit action.The lock pin drive unit comprises micromachine and pinion and rack, the rotation that micromachine produces, slow down afterwards from the tooth bar outputting reciprocating linear movement by pinion and rack, drive the lock pin fixedly connected with tooth bar and insert snap close and lock safety box, perhaps deviate from snap close and make safety box to be opened.
The principle of computer lock mainboard as shown in Figure 3, the main system that to comprise with a processor be core, for to show differentiation, the processor at this place is referred to as computer lock processor.Computer lock main system also comprises the clock unit that is electrically connected with computer lock processor, memory cell, power supply, wireless transport module etc.; For showing differentiation, this place is referred to as computer lock clock unit respectively, computer latchs storage unit, computer lock power supply, computer lock wireless transport module.In addition, main system also comprises the first lock pin driver element, switch control logic unit and the house dog that is electrically connected with computer lock processor.
Computer lock clock unit is used to the computer lock that clock is provided.Computer latchs control data, unlocking cipher and the daily record data etc. that storage unit is used to store safety box.Computer lockset has memory function, and the daily record record cell of computer lock main system can be remembered the information of unblanking of computer lock down, comprises time that the computer lock is opened each time and the information such as electron key of opening the computer lock, and these information are exactly the daily record data of safety box.The daily record data that generates is stored in computer and latchs in the storage unit, can send the tension management terminal to by hander thereafter, and the manager can carry out log query and generate journaling etc. according to daily record data.Computer lock power supply comprises the No.5 cell of four joint series connection, for the computer lock provides electric power.Computer lock wireless transport module is connected with cipher input and hander signal, is used for carrying out two-way wireless communication with hander and cipher input.The first lock pin driver element is used for driving the micromachine of lock pin drive unit.The switch control logic unit is used for the feedback of lock pin position, and the monitoring of safety box on off state, and it comprises one or more position switch or position sensor.When the position of lock pin not to the time, can be with situation feedback to the computer lock processor, processor can according to circumstances be controlled the action of lock pin drive unit.Safety box is not opened after the computer lock is opened certain hour, and the switch control logic unit can be with situation feedback to the computer lock processor, and computer lock processor can make computer lock automatic locking; After safety box was closed, the switch control logic unit can be with situation feedback to the computer lock processor, and computer lock processor can make and perhaps send the prompting that safety box is not locked by computer lock automatic locking, remind the operator to lock the computer lock.House dog is used for restarting systems after system in case of system halt.
Cipher input in this specific embodiment is an electron key, and cipher inputs such as keyboard can certainly be set on safety box.Electron key is mainly used in the unlocking cipher of the corresponding safety box of input, and the holder of electron key is called the electron key caretaker.Need before the use earlier electron key and corresponding safety box to be matched (also claiming to articulate), be meant that particularly hander sends computer lock control data to after the safety box, key management person sets up by the lock of the computer on electron key and the safety box and gets in touch.A globally unique identification code is arranged in the inside chip of electron key, and this identification code is the identity sign of this electron key, only has the key of this identity sign, could set up with corresponding computer lock to articulate.This identification code belongs to computer lock control data, locks to corresponding computer by the tension management terminal configuration.The computer lock is got in touch according to this identification code and electron key foundation, and the operator can be provided with unlocking cipher first to safety box then, and the unlocking cipher of generation is stored in the computer lock, has then set up the contact of electron key and safety box, promptly articulates.Therefore, light has electron key can't open safety box, have only the operator by electron key to the correct unlocking cipher of the specific safety box input that articulated after, safety box just may be unlocked.Even if this electron key is stolen, steal the password that taker can not known the pairing safety box of this electron key and this electron key yet, therefore remain and can't open safety box.And owing in the inside chip of electron key a globally unique identification code is arranged, this identification code not can read, so this electron key is not reproducible, and this has guaranteed that well safety box is difficult for by pirate of the open.
The electron key of this specific embodiment, its theory diagram comprise a microprocessor as shown in Figure 4, are called the electron key processor at this.Also comprise wireless transport module, power supply and keyboard, for to show that differentiation is called electron key wireless transport module, electron key power supply and electron key keyboard at this.The electron key wireless transport module is the wireless transport module of a 2.4G hertz, be used for carrying out wireless data transmission with safety box, mainly be to set up with safety box to get in touch (articulating pairing in other words) afterwards, be used for safety box is sent unlocking cipher and opens safety box.The electron key power supply is two 3 volts a button cell, and it provides sufficient supply of electric power reliably for electron key.The electron key keyboard comprises that " 0 " arrive " 9 " totally 10 numerical keys, is used to import unlocking cipher, and [OK] key is used to determine, and [C/ ≮] key as universal key.Should have by [C/ ≮] key:
Remove function: when input password mistake, clear all by this key and can re-enter after the input.
Locating function: if want to find fast the safety box corresponding with electron key in a plurality of safety boxes, only need press this key, then corresponding safety box sends acousto-optic hint at once.
Revise password: in the time of need changing unlock code, pin this key 4 to 6 seconds, dodge three times, represent that then electron key has entered the state of revising password if indicator lamp connects; This moment is input Old Password and determine by [OK] key earlier, and after importing new password again and determining by [OK] key equally, safety box can send minor three, and the indicator lamp on the electron key also can even dodge three times, represents that then password revises successfully.
Need to prove, the electron key of this specific embodiment, it is encrypted before unlocking cipher is sent to the computer lock, and corresponding computer interlocking receives that deciphering is the inverse process of encrypting through deciphering earlier after the unlocking cipher of encrypting.
Introduce the concrete operations step below:
The manager opens tension management software, selects to click [determining] button login system after the corresponding user cipher of user name and input.
Click [configuration communication data] menu under [information communication] main menu, enter [configuration communication data] function window, be used for configuration computer lock control data etc.Select [newly-increased communication data] back to click [next step], enter [increase communication data] function window.
At [increase communication data] window function mouth, the manager can configuration communication new line data, comprise the section and the usage time interval of communication effective time that communication is set.After setting is finished, click [next step], enter [selecting the safety box data] function window.
Need to select initialized safety box in [safety box to be selected] of [selecting the safety box data] function window, click [shift-in] button then, then " safety box to be selected " becomes " safety box that has selected ".Certainly, select " safety box that has selected " can click [shifting out] button afterwards, corresponding can cancelling " safety box that has selected ".
Safety box is clicked [next step] button after selecting to finish, and enters [safety box caretaker distribution] function window, for each " safety box that has selected " distributes the safety box caretaker.Choose " safety box that has selected " to click [increase] button afterwards, can in " safety box caretaker " tabulation of ejecting, select the safety box caretaker, click after [selecting] button, be this safety box and distributed a safety box caretaker.Safety box caretaker's information shows in [caretaker who has selected] window.Corresponding [minimizing] button of clicking can be cancelled the pairing safety box caretaker of current safety box.
The safety box caretaker clicks [next step] button after setting completed and enters [distribution hander] function window, distributes the hander and the hander caretaker of each safety box correspondence.Click [selecting] button after the selected hander in [optionally hander] window, the safety box that has selected is distributed to hander, the hander numbering of safety box correspondence shows in [the outside numbering of hander] column of [safety box that has selected] window.Click [cancelling] button, the hander of safety box correspondence can be cancelled, then the hander of safety box correspondence numbering disappears in [the outside numbering of hander] column.Click [increase] button and can the hander caretaker be set, click the hander caretaker that [minimizing] button can be cancelled the hander correspondence for hander.
Setting after the hander caretaker of the hander of safety box correspondence and hander correspondence, can click [next step] button, enter [branch bitting] function window, is that each safety box distributes electron key.Click [increase] button, the electron key that selection will distribute in the key tabulation of ejecting is clicked [determining] button then, just for safety box has distributed one electron key, has distributed the information of electron key to show in [key that has selected] column.In like manner, click the electron key that [minimizing] button can be cancelled current safety box correspondence.
Electron key assigns the back and clicks [next step] button, enters [distributing key management person] function window, for each electron key distributes key management person.Click [increase] button key management person that selection will distribute in key management person's tabulation of ejecting, click [determining] button then, just for electron key has distributed a key management person, the key management person's who distributes information shows in [the key management person who selects] column.In like manner, click the key management person that [minimizing] button can be cancelled current electron key correspondence.
After assigning, key management person clicks [next step] button, enter [the time lock is set] function window, the time lock makes safety box to open in the time period of setting, and outside the period, can not open safety box even electron key is imported correct password at this section.The time lock is set if desired, then clicks [increase] button, on [the time lock is provided with] function window that ejects, time data is set.Promptly click [time] button, on [time is determined] that ejection comes, zero-time and termination time are set, click [determining] button then, the time lock data that set are kept in the tabulation, promptly set the time lock.Click [minimizing] button and can cancel current electron key time corresponding lock.
Set after the time lock, can click [next step] button and enter [distributing the week lock] function window.If do not need to be provided with the time lock, then directly click [next step] button and skip this step, and directly enter [distributing the week lock] function window.Week lock and time lock are similar, open in its week that makes safety box to set in a week, outside the week of setting, can not open safety box even electron key is imported correct password.If do not need to be provided with the week lock, can directly click [next step] button and skip this step; Week lock is set if desired, in window, beats to collude below corresponding week and get final product.
Week lock setting is clicked [next step] button and is entered [communication data preservation] function window after finishing, and so far, all settings are finished.[communication data preservation] function window can carry out following operation:
1, preserves data: edited communication data before preserving;
2, final affirmation: communication data is finally confirmed, represented that these data can send to hander;
3, cancellation data: the effective time in the cancellation communication data, the modification of service time.
The hander operating procedure:
By the USB connecting line computer of hander with the tension management terminal is connected, and operation tension management software sends to communication data after the hander, need the operation hander computer lock control data to be sent to the computer lock of corresponding safety box.The operator with hander move to safety box within half meter the scope, the emission port of maintenance hander aims at the mark after the safety box, open hander and enter [transmission data] function menu, select to press [OK] key after the corresponding safety box numbering, hander promptly begins to send automatically computer lock control data.If hander sends the control data success, the computer lock can send the sound of three " dripping ", and can show " data send successfully " on the hander screen; If send the control data failure, can show " data send failure " on the hander screen.
If life period lock and week lock, then can show " whether transmitting time lock and week lock " on the hander screen, if need to send, press [OK] key after hander begin to send automatically the control data that the safety box time locks and week locks.If the control data success of locking in hander transmitting time lock and week, the computer lock can send the sound of three " dripping ", and meeting shows " time lock and week locking data sends successfully " on the hander screen; If transmitting time lock and week the lock control data failure, can show " data send and fail " on the hander screen.If send failure and may be hander apart from too far away, perhaps institute at be not the pairing safety box of hander, please hander is shifted near its corresponding safety box and repeats above operation afterwards.
After the computer interlocking is received unlocking cipher, at first compare with the unlocking cipher of self storing, judge whether unlocking cipher is correct; Judge whether life period lock, week lock then,, then obtain clock data and compare from self clock circuit if fruit exists, if satisfy time lock data and week the lock data, just by lock pin drive unit driving lock pin.
Embodiment two
This specific embodiment is with the difference of embodiment one, also comprises back-up system in the computer lock of safety box.Because may often run into the situation of falling of falling when safety box is operated at the scene, under the situation of the normal failure of unpacking, can also open the computer lock by this back-up system, guarantee the unlikely use that has a strong impact on, improve the reliability of computer lock and safety box.
The functional block diagram of back-up system comprises as shown in Figure 5: computer lock backup processor, the second lock pin driver element and computer lock spare interface.Wherein computer lock spare interface is used for being connected with spare interface on the hander, receives from hander and forces to unblank data and acquisition supply of electric power.
Certainly, need the tension management terminal to issue before and force to unblank data to hander, hander could send by spare interface and force to unblank data to safety box then, the computer lock backup processor of safety box back-up system receives forces to unblank data, and through after the information collated correct, by the action of the micro machine in the second lock pin drive unit drives lock pin drive unit, from snap close, deviate from thereby drive lock pin.After lock pin was deviate from from snap close, safety box just can be opened.The unpacking of back-up system is enforceable, if the mechanical part of computer lock is out of order, under the normal situation about can't unpack of unpacking, the driving device that back-up system can repeatedly circulate is partly forced to unblank, till successfully opening the computer lock.
Embodiment three
As shown in Figure 6, this specific embodiment is with the difference of embodiment one and embodiment two, also comprises frequency read/write.The principle of frequency read/write as shown in Figure 7, its core is a microprocessor, for to show difference, this place is referred to as the frequency read/write processor, comprise the wireless transport module, memory cell, clock circuit and the power supply that are electrically connected with it in addition, this place is referred to as frequency read/write first wireless transport module, frequency read/write memory cell, frequency read/write clock circuit and frequency read/write power supply respectively for to show differentiation.Frequency read/write in this specific embodiment also comprises 485 buses in addition, is used for a plurality of frequency read/writes being connected in series and being electrically connected with the tension management terminal.Frequency read/write first wireless transport module adopts between 2.4G hertz frequency and the computer lock and carries out radio communication, to obtain daily record data etc. from the computer lock.The frequency read/write clock circuit provides clock for the frequency read/write processor.The frequency read/write power supply provides supply of electric power for frequency read/write.The frequency read/write memory cell is used to store the daily record data that the address is locked data and obtained from the computer lock.
The main purpose that native system increases frequency read/write is the coupled system other parts, realizes the address lock function.The address lock is the another kind protection of computer lock, and the address lock can be set on the tension management terminal, and corresponding address lock data are sent in the frequency read/write by 485 buses and store.Frequently the read write line wireless transport module has a ceiling mount antenna, and this ceiling mount antenna is installed in the zone that needs management and control, on the ceiling such as business hall or national treasury.Address lock control information is the same with time lock control information, sends the computer lock to by hander.Lock information in address also is transmitted to corresponding frequency read/write simultaneously, after the electron key caretaker locks to the computer in the safety box by electron key transmission unlocking cipher, the computer lock can check whether there is the address lock, communicate by letter with frequency read/write by computer lock wireless transport module if exist then, if can communicate by letter success, and obtain correct address information, allow that then the computer lock is opened from frequency read/write, even otherwise unlocking cipher is correct, safety box can not be opened.
Frequency read/write can also replace hander that the daily record data of preserving in the computer lock is carried out batch collection automatically, when safety box places within the scope that frequency read/write can communicate by letter, frequency read/write can initiatively be communicated by letter with the computer lock, acquisition is stored in the unpacking daily record data in the computer lock, and stores.
Need to prove that hander also can be gathered daily record data from safety box, but generally can only singlely gather that efficient is not high.And frequency read/write can carry out the batch log data acquisition automatically to a plurality of safety boxes, and daily record data passed to the tension management terminal by 485 buses, the tension management terminal can be resolved the back to daily record data and be generated journaling, say that perhaps daily record data stores in the data storage server, so that be used for carrying out log query etc. later on.
Embodiment four
As shown in Figure 8, this specific embodiment is that with the difference of embodiment three frequency read/write has not had 485 buses, and has increased a wireless transport module, i.e. frequency read/write second wireless transport module.This frequency read/write second wireless transport module be specifically designed between a plurality of frequency read/writes communication and with the tension management communication between terminals, replacing 485 buses, advantage is to adopt communication to connect the cabling of need not holing on the wall.
Above content be in conjunction with concrete preferred implementation to further describing that the present invention did, can not assert that concrete enforcement of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1, a kind of safety box managing and control system comprises safety box and the computer lock that is arranged on safety box inside; Described computer lock comprises computer lock mainboard, and described computer lock mainboard comprises computer lock main system; It is characterized in that described computer lock main system comprises that computer lock processor, computer latch storage unit, data-interface, and writes down the daily record record cell that computer is locked working condition and generated daily record data; Described computer memory cell, daily record record cell, data-interface are electrically connected with computer lock processor respectively; Described safety box managing and control system also comprises the tension management terminal that daily record data is managed, and described tension management terminal is connected with the data-interface signal of computer lock.
2, safety box managing and control system according to claim 1, it is characterized in that, also comprise hander, described hander comprises hander processor, hander data-interface and hander wireless transport module, hander data-interface, hander wireless transport module are electrically connected with the hander processor respectively, and the hander data-interface also is connected with the tension management terminal signaling; Described computer lock also comprises computer lock wireless transport module; Described computer lock wireless transport module is connected with hander wireless transport module signal.
3, safety box managing and control system according to claim 2 is characterized in that, also comprises frequency read/write, and described frequency read/write comprises frequency read/write processor and frequency read/write first wireless transport module, frequency read/write second wireless transport module; Described frequency read/write first wireless transport module, frequency read/write second wireless transport module are electrically connected with the frequency read/write processor respectively; Frequency read/write first wireless transport module also is connected with the tension management terminal signaling, and frequency read/write second wireless transport module also is connected with the computer lock signal.
4, safety box managing and control system according to claim 3 is characterized in that, described computer lock is the computer lock that stores computer lock control data.
5, safety box managing and control system according to claim 4 is characterized in that, described computer lock control data comprise time lock data, and/or week lock data, and/or address lock data; Described computer lock main system is included as the computer lock clock circuit that the computer lock provides clock, and described computer lock clock circuit is electrically connected with computer lock processor.
According to any described safety box managing and control system in the claim 1 to 5, it is characterized in that 6, described computer lock also is included in main system when breaking down, the computer lock back-up system of positive opening computer lock; Described computer lock back-up system comprises computer lock backup processor, is used to obtain the unblank computer lock spare interface of data of supply of electric power and pressure, drives the second lock pin driver element that the computer lock is opened under the control of the data of forcing to unblank; Described computer lock spare interface, the second lock pin driver element are electrically connected with described computer lock backup processor respectively.
7, a kind of safety box management-control method comprises safety box and the computer lock that is arranged on safety box inside; Described computer lock comprises computer lock mainboard, and described computer lock mainboard comprises computer lock main system; Described computer lock main system comprises that computer lock processor, computer latch storage unit, data-interface and daily record record cell; Described computer memory cell, daily record record cell, data-interface are electrically connected with computer lock processor respectively; Described safety box managing and control system also comprises the tension management terminal that daily record data is managed, and described tension management terminal is connected with the data-interface signal of computer lock; Comprise the steps:
S1), the operator is to computer lock input unlocking cipher, the computer interlocking receive unlocking cipher and with the unlocking cipher compare OK of its storage inside after make the action of computer lock;
S2), the action situation of computer lock and generate daily record data under the daily record recording unit records of computer lock;
S3), tension management terminal and computer being locked communicates, obtains daily record data and storage;
S4), the manager operates the tension management terminal, based on daily record data safety box carried out management and control.
8, safety box management-control method according to claim 7 is characterized in that, described step S4) in comprise based on daily record data and carry out log query and/or generate journaling.
9, according to claim 7 or 8 described safety box management-control methods, it is characterized in that, at step S1) among specifically comprise the steps:
A1), go out computer lock control data by described tension management terminal configuration;
A2), described computer lock control data are sent to computer lock and storage;
A3), make under the control of the computer lock control data of cipher input in computer lock to set up and get in touch with the computer lock, unlocking cipher is stored in the computer lock after generating unlocking cipher;
A4), the operator imports unlocking cipher by cipher input;
A5), the computer interlocking receive unlocking cipher and with the unlocking cipher compare OK of its storage inside after, again in conjunction with the action of the computer lock control Data Control computer lock of its storage inside.
10, safety box management-control method according to claim 9 is characterized in that, described steps A 1) in the computer lock control data of configuration comprise: time lock data and/or week lock data and/or address lock data; In steps A 5) in computer lock judgement time lock data and/or week the lock data and/or address lock data satisfy condition after just action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810065288A CN100577980C (en) | 2008-02-03 | 2008-02-03 | Security box management and control system as well as management and control method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810065288A CN100577980C (en) | 2008-02-03 | 2008-02-03 | Security box management and control system as well as management and control method |
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| Publication Number | Publication Date |
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| CN101225729A CN101225729A (en) | 2008-07-23 |
| CN100577980C true CN100577980C (en) | 2010-01-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200810065288A Expired - Fee Related CN100577980C (en) | 2008-02-03 | 2008-02-03 | Security box management and control system as well as management and control method |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5277217B2 (en) * | 2010-08-05 | 2013-08-28 | 京セラドキュメントソリューションズ株式会社 | Information processing apparatus and computer program |
| CN103375875B (en) * | 2012-04-24 | 2015-08-26 | 珠海格力电器股份有限公司 | System journal recording method and device |
| US10930101B2 (en) * | 2014-08-27 | 2021-02-23 | Ncr Corporation | Self-service terminal (SST) safe and methods of operating a lock for the SST safe |
| CN104912434A (en) * | 2015-06-10 | 2015-09-16 | 宁波九昕智能科技有限公司 | Intelligent openable safe |
| CN107355143B (en) * | 2017-07-21 | 2023-07-25 | 东莞市怡丰锁业有限公司 | Lock control mechanism and padlock with same |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6040771A (en) * | 1995-12-02 | 2000-03-21 | Kim; Jitae | Intelligent safe system |
| JP2004062597A (en) * | 2002-07-30 | 2004-02-26 | Toyo Commun Equip Co Ltd | Safe management system |
| CN1744641A (en) * | 2004-08-31 | 2006-03-08 | 乐金电子(中国)研究开发中心有限公司 | Mobile communication terminal based locking method and system |
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2008
- 2008-02-03 CN CN200810065288A patent/CN100577980C/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6040771A (en) * | 1995-12-02 | 2000-03-21 | Kim; Jitae | Intelligent safe system |
| JP2004062597A (en) * | 2002-07-30 | 2004-02-26 | Toyo Commun Equip Co Ltd | Safe management system |
| CN1744641A (en) * | 2004-08-31 | 2006-03-08 | 乐金电子(中国)研究开发中心有限公司 | Mobile communication terminal based locking method and system |
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| CN101225729A (en) | 2008-07-23 |
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