CN101604422A - A kind of intelligent bullet management system and method - Google Patents
A kind of intelligent bullet management system and method Download PDFInfo
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- CN101604422A CN101604422A CNA200910108239XA CN200910108239A CN101604422A CN 101604422 A CN101604422 A CN 101604422A CN A200910108239X A CNA200910108239X A CN A200910108239XA CN 200910108239 A CN200910108239 A CN 200910108239A CN 101604422 A CN101604422 A CN 101604422A
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Abstract
The present invention proposes a kind of intelligent bullet management system and method, wherein this system comprises user subsystem, keeper's operational subsystems and bullet are deposited subsystem, by keeper's operational subsystems user subsystem and bullet are deposited subsystem and discern and manage, realized the safekeeping of gun and get and give back purpose easily.
Description
Technical field
The present invention relates to bullet management system technical field, particularly a kind of intelligent bullet management system and method that is used for bullet is carried out intelligent management.
Background technology
The keeping of gun is very high to safety requirements, and is beneficial to getting and deposit conveniently of user again.The getting to deposit of existing gun waits management all by manually realizing, has managerial leak, and gets and deposit inconvenience, and write down not comprehensively, occurs security incident easily.
Summary of the invention
The objective of the invention is, the defective that exists at above-mentioned prior art provides a kind of intelligent bullet management system and method, has realized that the safekeeping of gun is given back purpose easily with getting.
Technical scheme of the present invention is as follows:
A kind of intelligent bullet management system comprises: user subsystem, and keeper's operational subsystems and bullet are deposited subsystem, wherein:
Described user subsystem is used to gather policeman's characteristic information and sends described characteristic information to keeper's operational subsystems, and receives the prompting of described keeper's operational subsystems, gets gun and goes back gun according to described prompting permission policeman;
Described keeper's operational subsystems, be used to obtain keeper's characteristic information, verify described keeper's characteristic information, obtain the first checking result, and start, and the characteristic information that receives the policeman, verify described policeman's characteristic information, obtain the second checking result, send the prompting that allows the policeman to get and go back gun to user subsystem, and allow to open the control that described bullet is deposited subsystem according to the described first and second checking results according to the described second checking result;
Described bullet is deposited subsystem, is used for opening according to the control of described keeper's operational subsystems, allows policeman and keeper by checking.
Wherein, described user subsystem comprises fingerprint acquisition device and operation sound prompt device, described policeman's fingerprint acquisition device is connected the host computer of described keeper's operational subsystems respectively with the operation sound prompt device, described policeman's fingerprint acquisition device is used to gather policeman's finger print information, and sends described policeman's finger print information to described host computer;
Described operation sound prompt device is used to receive the information that described host computer sends, and plays described information.
Wherein, described keeper's operational subsystems comprises host computer and fingerprint of administrator harvester that is connected with described host computer respectively and body of a gun RFID sign indicating number harvester,
Described fingerprint of administrator harvester is used for acquisition management person's finger print information, and described keeper's finger print information is sent to described host computer verifies;
Described body of a gun RFID sign indicating number harvester is used to gather the RFID sign indicating number of the body of a gun, and sends described RFID sign indicating number to described host computer;
Described host computer is used to receive described RFID sign indicating number, and obtains the information of rifle and the record of lending and giving back according to described RFID sign indicating number, and receiving management person's finger print information, and described keeper's finger print information is verified.
Wherein, described bullet is deposited subsystem and is comprised: comprise main control system and gun storing compartment, described main control system connects described host computer by network-bus, and described main control system receives the control of described host computer, to the switching manipulation of carrying out of described gun storing compartment.
A kind of intelligent bullet management method comprises step:
Keeper's operational subsystems is obtained keeper's characteristic information, verifies described keeper's characteristic information, obtains the first checking result, and starts;
User subsystem is gathered policeman's characteristic information and is sent policeman's characteristic information to keeper's operational subsystems, and receives the prompting of described keeper's operational subsystems,
Keeper's operational subsystems receives policeman's characteristic information, verifies described policeman's characteristic information, obtains the second checking result, sends the prompting that allows the policeman to get and go back gun to user subsystem according to the described second checking result;
User subsystem allows the policeman to get gun according to described prompting and goes back gun;
Keeper's operational subsystems allows to open the control that described bullet is deposited subsystem according to the described first and second checking results;
Bullet is deposited subsystem and is opened according to the control of described keeper's operational subsystems, allows to get or deposit gun by the policeman and the keeper of checking.
Wherein,
Described keeper's operational subsystems is obtained keeper's characteristic information, verify described keeper's characteristic information, obtain the first checking result, specifically comprise: the fingerprint of administrator harvester acquisition management person's of keeper's operational subsystems finger print information, and described keeper's finger print information is sent to described host computer verify, obtain the first checking result;
Described keeper's operational subsystems receives policeman's characteristic information, verifies described policeman's characteristic information, obtains the second checking result, sends the prompting that allows the policeman to get and go back gun to user subsystem according to the described second checking result; Specifically comprise: the reception policeman's of described keeper's operational subsystems finger print information, verify described policeman's finger print information, obtain the second checking result, send the prompting that allows the policeman to get and go back gun to the operation sound prompt device of user subsystem according to the described second checking result.
Wherein,
The body of a gun RFID sign indicating number harvester of described keeper's operational subsystems is gathered the RFID sign indicating number of the body of a gun, and sends described RFID sign indicating number to the host computer of described keeper's operational subsystems;
Described host computer receives described RFID sign indicating number, and obtains the information of rifle and the record of lending and giving back according to described RFID sign indicating number, and receiving management person's finger print information, and described keeper's finger print information is verified.
Beneficial effect of the present invention is: this intelligent bullet management system and method are deposited subsystem by keeper's operational subsystems to user subsystem and bullet and are discerned and manage, and have realized the safekeeping of gun and get and give back purpose easily.
Description of drawings
The intelligent bullet management system structural representation that Fig. 1 provides for the embodiment of the invention;
This intelligent bullet management system application that Fig. 2 provides for the embodiment of the invention is in the structural drawing of setting up a whole set of management system according to rank;
This intelligent bullet management method process flow diagram that Fig. 3 provides for the embodiment of the invention.
Embodiment
The invention provides a kind of intelligent bullet management system, clearer, clear and definite for making purpose of the present invention, technical scheme and advantage, below develop simultaneously with reference to accompanying drawing that the present invention is described in more detail for embodiment.
The invention provides a kind of intelligent bullet management system, by keeper's operational subsystems user subsystem and bullet are deposited subsystem and discern and manage, realized the safekeeping of gun and get and give back purpose easily.
Fig. 1 is the intelligent bullet management system that the embodiment of the invention provides, and comprising: user subsystem 110, and keeper's operational subsystems 120 and bullet are deposited subsystem 130, wherein:
Described user subsystem 110 is used to gather policeman's characteristic information and sends described characteristic information to keeper's operational subsystems 120, and receives the prompting of described keeper's operational subsystems 120, gets gun and goes back gun according to described prompting permission policeman; In the present embodiment, described policeman's characteristic information is a fingerprint characteristic information, also can be other characteristic information in other embodiment, as password etc.In the present embodiment, described user subsystem 110 is arranged on the user area that gate control system is housed, the policeman will enter this user area need gather finger print information by the fingerprint acquisition device on first sect 112, and just can enter this user area through the checking of host computer 121, just can get and give back the program of gun.Safer for this user area, this user area protects with bullet proof glass.
Described user subsystem 110 comprises fingerprint acquisition device 112 and operation sound prompt device 111, described policeman's fingerprint acquisition device 112 is connected the host computer 121 of described keeper's operational subsystems 120 respectively with operation sound prompt device 111, described policeman's fingerprint acquisition device 112 is used to gather policeman's finger print information, and sends described policeman's finger print information to described host computer 121; But fingerprint acquisition device 112 typings that provide in the present embodiment and the fingerprint of preserving 1000 policeman (everyone 1-10 piece fingerprint).Screen can show ten fingers of both hands to guide the typing process during typing fingerprint, and fingerprint can be concentrated typing, also can typing when leading rifle for the first time.
Described operation sound prompt device 111 is used to receive the information that described host computer 121 sends, and plays described information, and according to this information, the indication policeman makes next step and gets gun or deposit exercises step in the gun.
Described keeper's operational subsystems 120, be used to obtain keeper's characteristic information, verify described keeper's characteristic information, obtain the first checking result, and start, and the characteristic information that receives the policeman, verify described policeman's characteristic information, obtain the second checking result, send the prompting that allows the policeman to get and go back gun to user subsystem, and allow to open the control that described bullet is deposited subsystem 130 according to the described first and second checking results according to the described second checking result; Described keeper's characteristic information also is this keeper's finger print information in the present embodiment.In the present embodiment, described keeper's operational subsystems 120 comprises host computer 121 and fingerprint of administrator harvester 122 that is connected with described host computer 121 respectively and body of a gun RFID sign indicating number harvester 123; Described keeper's operational subsystems 120 is arranged on the keeper operational zone, and safer for this keeper operational zone, this keeper operational zone protects with bullet proof glass.
In this host computer 121, also preserve keeper's finger print information, policeman's finger print information is preserved, set up armed policeman and keeper's finger print information database, policeman and keeper are verified by finger print information.Write down with various data by 124 couples of keepers' of bookkeeping software module operation and to carry out record, and the keeper entered this operational subsystems system 120 carries out password or other modes manage, and can inquire about the information of getting and deposit of various gun by the record of these preservations.Described fingerprint of administrator harvester 122 is used for acquisition management person's finger print information, and described keeper's finger print information is sent to described host computer 121 verifies.
Wherein: bookkeeping software module 124 mainly comprises:
Fingerprint processing server software: be mainly used in operations such as collection to finger print data, processing, preservation, all operations and result will be kept in the database, call at any time to supply with network management control software.
Network management control software:, mainly be responsible for the Based Intelligent Control and the Data Detection of whole network system and handle for the software of user's operation.This software will be combined closely with fingerprint processing server software, form powerful identification system and information handling system.Firearms, rifle cabinet and data such as related personnel and associative operation will be kept in the database.
Described body of a gun RFID sign indicating number harvester 123 is used to gather the RFID sign indicating number of the body of a gun, and sends described RFID sign indicating number to described host computer 121; Printing on each gun has the RFID sign indicating number, and the identity of the corresponding gun of each RFID sign indicating number is transferred the electronic labeling information that is kept at the gun in host computer 121 databases and got the record given back etc. by this RFID sign indicating number.
Described host computer 121 is used to receive described RFID sign indicating number, and obtains the information of rifle and the record of lending and giving back according to described RFID sign indicating number, and with described recorded and stored in database.This host computer 121 is gone back receiving management person's finger print information, and according to database of fingerprint information described keeper's finger print information is verified.
Described bullet is deposited subsystem 130, is used for opening according to the control of described keeper's operational subsystems 120, allows policeman and keeper by checking.Described bullet is deposited subsystem 130 and is comprised: comprise main control system 131 and gun storing compartment 132, described main control system connects described host computer 121 by network-bus, described main control system 131 receives the control of described host computer 121, to the switching manipulation of carrying out of described gun storing compartment 132.
In a further embodiment, can on this host computer 121, communication module be set, carry out Long-distance Control and management by this communication module.As, the host computer of this host computer with city office bullet administrative center can be connected, as shown in Figure 2, set up a whole set of management system according to rank: office leader 201---city bullet management holder 203---local police station of office bullet administrative center 202---branch office bullet chamber 204, and with the storehouse of bullet everywhere 205 and the detachment bullet storehouse 206 of branch office's bullet management holder 203 same levels, each rank all has corresponding computer 211,212,213,214, carries out the control and the management of appropriate level authority.Wherein:
City office bullet administrative center 202 carries out management through specialized department by 212 pairs of overall bullets of computer storehouse, chamber; Closed-circuit control is carried out in overall bullet storehouse, chamber; Develop and manage overall bullet database; Develop and manage overall armed policeman's fingerprint identity database and license for the rifle storehouse, and join rifle time and prior year target practice score storehouse; Check the firearms management data of overall arbitrary unit by authority; Automatically gather constituent parts (branch office and local police station) bullet management data, in time submit to managerial decision and use.
Branch office's bullet management holder 203 is set up armed policeman's fingerprint identity database by computer 213; The policeman is led, goes back the bullet process carry out the automatic record of fingerprint visa, instead of manual record and signature; Adopt advanced RFID technology, gun are carried out mark one by one; By automatic identification equipment,, realize the automatic record of gun inbound/outbound process at gun granting, automatic typing firearms identity information when giving back; Neck rifle, the process of going back rifle and firearms maintaining are carried out standardized administration, realize standardized work; The firearms Storage Cabinets is carried out the Based Intelligent Control management, and automatic writing time and operator open the door at every turn.
Local police station bullet chamber 204 is equipped with the bullet storehouse fingerprint access control and closed monitor system is installed, by computer 214 record and management bullet neck, also and data such as maintaining, and bullet storehouse gate inhibition's data and closed-circuit control image upload to firearms administrative center database automatically, form perfect firearms granting, give back, management accounts such as maintaining, keep supplying level leader inquiry and decision-making and use.All data and branch office's bullet management holder 203 networking share.
In an embodiment of the present invention, by this intelligent bullet management system registration typing gun process (being gun warehouse-in process) be:
When using this system first or increasing gun newly, gun registration typing process all can take place.
Want the gun of typing at first should stick solid and reliable electronic tag on request, all gun post to be taken electronic label read/write (being RFID sign indicating number harvester 123) behind the label and discerns registration.
After reading in electronic tag ID, the bookkeeping software module 124 that utilization is installed in the host computer 121 is operated and is managed, computer display screen can eject a firearms information windows registry, and there is more detailed content item the inside, is used to register information such as body of a gun number, gun model, the days of dispatching from the factory.
Firearms information is filled in registration and is finished, if the gun attribute is chosen " public gun ", after then confirming to finish, can eject and hold cabinet door option, and the keeper selects public rifle cabinet and opens the door, and public gun are stored in the inside.
If the gun attributes section is chosen " special-purpose gun ", after then confirming to finish, computer display screen can pop-up window requires to specify storing compartment number and armed people, typing and affirmation back host computer 121 are opened corresponding gun storing compartment 132 automatically by controlling, and the keeper deposits special-purpose gun and close the door in and gets final product.
All gun are deposited then typing process by distribution locations and are finished.
The electronic labeling information of all gun all will be recorded in the database, and will be safe and reliable.
In an embodiment of the present invention, by this intelligent bullet management system neck rifle process be:
Neck rifle process is meant that legal policeman leads out the process of gun by legal procedure from the rifle storehouse.
Neck rifle form has: the special rifle of special messenger (leader), a people one rifle (policeman), people's multiple gun (rifle is borrowed in the representative of group of collective, preferably adopt who with whose neck, whom who leads go back, responsibility can be clearer and more definite.)
The policeman presses window neck rifle button, and host computer 121 points out policemen to import fingerprint by operation sound prompt device 111, if the fingerprint input is correct, host computer 121 prompting keepers import fingerprint, and system then can carry out out the cabinet process after checking correctly.
If the policeman leads public gun, host computer 121 can the prompting keeper be selected the rifle cabinet and carry out unblank (annotate: the keeper can choose and open a plurality of cabinet doors, and a convenient people borrows multiple gun), and the back keeper that opens the door takes out gun and closes the door.If the leader borrows special-purpose gun, then host computer 121 can be opened the door lock of corresponding gun automatically according to leader's fingerprint, and the keeper takes out gun and closes the door.
The keeper puts into handing-over drawer (can put into many simultaneously, a convenient people borrows multiple gun) with the gun that take out, and firearms information is read and write down to the RFID sign indicating number harvester 123 that is contained in the drawer automatically.
The policeman inspect arms qualified after, the voice suggestion policeman presses fingerprint and signs neck.Whole neck rifle process finishes.
The every step host computer of neck rifle process all can have literal and voice suggestion, and makes relative recording.Have only correlation step all on request after the legal execution, host computer confirms that just gun are led out.
In an embodiment of the present invention, by this intelligent bullet management system also the rifle process be:
Also the rifle process is meant the process that the gun of finishing using are carried out an acceptance inspection and afterwards put in storage.
The policeman presses also rifle button of window, and host computer 120 voice suggestion policemen import fingerprint, if the fingerprint input is correct, the computer prompting is put into the handing-over drawer to gun.
The policeman puts into handing-over drawer (collective also rifle can put into many simultaneously) with gun, and firearms information is read and write down to the RFID sign indicating number harvester 123 (rfid interrogator) that is contained in the drawer automatically.
If go back rifle policeman and going back gun condition coupling when leading out (promptly with consistent), whether intact whether computer display screen prompting keeper verification and validation gun and accessory complete (inspecting arms), and as if checking no problem, the keeper signs for by fingerprint.
If the policeconstable goes back rifle, computer can be pointed out the keeper to select gun storing compartment 132 and be carried out and unblank.The back keeper that opens the door deposits gun in and closes the door.If the leader gives back special-purpose gun, then host computer can be opened corresponding gun storing compartment 132 automatically, and the keeper puts into gun and closes the door.
Also each step computer display screen all can have relevant prompting in the rifle process, and host computer 121 is also made relative recording.Have only correlation step all on request after the legal execution, host computer 121 confirms that just gun are given back.
Accordingly, the embodiment of the invention also provides a kind of intelligent bullet management method, as shown in Figure 3, comprises step:
301, keeper's operational subsystems is obtained keeper's characteristic information, verifies described keeper's characteristic information, obtains the first checking result, and starts.Specifically comprise: the fingerprint of administrator harvester acquisition management person's of keeper's operational subsystems finger print information, and described keeper's finger print information is sent to described host computer verify, obtain the first checking result, and start.
302, user subsystem is gathered policeman's characteristic information and is sent policeman's characteristic information to keeper's operational subsystems.
303, keeper's operational subsystems receives policeman's characteristic information, verifies described policeman's characteristic information, obtains the second checking result, sends the prompting that allows the policeman to get and go back gun to user subsystem according to the described second checking result.
Specifically comprise: the reception policeman's of described keeper's operational subsystems finger print information, verify described policeman's finger print information, obtain the second checking result, send the prompting that allows the policeman to get and go back gun to the operation sound prompt device of user subsystem according to the described second checking result.
304, user subsystem receives the prompting of described keeper's operational subsystems, gets gun and goes back gun according to described prompting permission policeman;
305, keeper's operational subsystems allows to open the control that described bullet is deposited subsystem according to the described first and second checking results;
306, bullet is deposited subsystem and is opened according to the control of described keeper's operational subsystems, allows to get or deposit gun by the policeman and the keeper of checking.
Among the further embodiment,
The body of a gun RFID sign indicating number harvester of described keeper's operational subsystems is gathered the RFID sign indicating number of the body of a gun, and sends described RFID sign indicating number to the host computer of described keeper's operational subsystems;
Described host computer receives described RFID sign indicating number, and obtains the information of rifle and the record of lending and giving back according to described RFID sign indicating number, and receiving management person's finger print information, and described keeper's finger print information is verified.
It should be noted that, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not breaking away from the spirit and scope of technical solution of the present invention, it all should be encompassed in the middle of the claim scope of the present invention.
Claims (7)
1, a kind of intelligent bullet management system is characterized in that, comprising: user subsystem, and keeper's operational subsystems and bullet are deposited subsystem, wherein:
Described user subsystem is used to gather policeman's characteristic information and sends described characteristic information to keeper's operational subsystems, and receives the prompting of described keeper's operational subsystems, gets gun and goes back gun according to described prompting permission policeman;
Described keeper's operational subsystems, be used to obtain keeper's characteristic information, verify described keeper's characteristic information, obtain the first checking result, and start, and the characteristic information that receives the policeman, verify described policeman's characteristic information, obtain the second checking result, send the prompting that allows the policeman to get and go back gun to user subsystem, and allow to open the control that described bullet is deposited subsystem according to the described first and second checking results according to the described second checking result;
Described bullet is deposited subsystem, is used for opening according to the control of described keeper's operational subsystems, allows to get or deposit gun by the policeman and the keeper of checking.
2, intelligent bullet management system according to claim 1, it is characterized in that, described user subsystem comprises policeman's fingerprint acquisition device and operation sound prompt device, described policeman's fingerprint acquisition device is connected the host computer of described keeper's operational subsystems respectively with the operation sound prompt device, described policeman's fingerprint acquisition device is used to gather policeman's finger print information, and sends described policeman's finger print information to described host computer;
Described operation sound prompt device is used to receive the information that described host computer sends, and plays described information.
3, intelligent bullet management system according to claim 1 is characterized in that described keeper's operational subsystems comprises host computer and fingerprint of administrator harvester that is connected with described host computer respectively and body of a gun RFID sign indicating number harvester, wherein:
Described fingerprint of administrator harvester is used for acquisition management person's finger print information, and described keeper's finger print information is sent to described host computer verifies;
Described body of a gun RFID sign indicating number harvester is used to gather the RFID sign indicating number of the body of a gun, and sends described RFID sign indicating number to described host computer;
Described host computer is used to receive described RFID sign indicating number, and obtains the information of rifle and the record of lending and giving back according to described RFID sign indicating number, and receiving management person's finger print information, and described keeper's finger print information is verified.
4, intelligent bullet management system according to claim 1, it is characterized in that, described bullet is deposited subsystem and is comprised: comprise main control system and gun storing compartment, described main control system connects described host computer by network-bus, described main control system receives the control of described host computer, to the switching manipulation of carrying out of described gun storing compartment.
5, a kind of intelligent bullet management method is characterized in that, comprises step:
Keeper's operational subsystems is obtained keeper's characteristic information, verifies described keeper's characteristic information, obtains the first checking result, and starts;
User subsystem is gathered policeman's characteristic information and is sent policeman's characteristic information to keeper's operational subsystems, and receives the prompting of described keeper's operational subsystems,
Keeper's operational subsystems receives policeman's characteristic information, verifies described policeman's characteristic information, obtains the second checking result, sends the prompting that allows the policeman to get and go back gun to user subsystem according to the described second checking result;
User subsystem allows the policeman to get gun according to described prompting and goes back gun;
Keeper's operational subsystems allows to open the control that described bullet is deposited subsystem according to the described first and second checking results;
Bullet is deposited subsystem and is opened according to the control of described keeper's operational subsystems, allows to get or deposit gun by the policeman and the keeper of checking.
6, as intelligent bullet management method as described in the claim 5, it is characterized in that,
Described keeper's operational subsystems is obtained keeper's characteristic information, verify described keeper's characteristic information, obtain the first checking result, specifically comprise: the fingerprint of administrator harvester acquisition management person's of keeper's operational subsystems finger print information, and described keeper's finger print information is sent to described host computer verify, obtain the first checking result;
Described keeper's operational subsystems receives policeman's characteristic information, verifies described policeman's characteristic information, obtains the second checking result, sends the prompting that allows the policeman to get and go back gun to user subsystem according to the described second checking result; Specifically comprise: the reception policeman's of described keeper's operational subsystems finger print information, verify described policeman's finger print information, obtain the second checking result, send the prompting that allows the policeman to get and go back gun to the operation sound prompt device of user subsystem according to the described second checking result.
7, as intelligent bullet management method as described in the claim 5, it is characterized in that,
The body of a gun RFID sign indicating number harvester of described keeper's operational subsystems is gathered the RFID sign indicating number of the body of a gun, and sends described RFID sign indicating number to the host computer of described keeper's operational subsystems;
Described host computer receives described RFID sign indicating number, and obtains the information of rifle and the record of lending and giving back according to described RFID sign indicating number, and receiving management person's finger print information, and described keeper's finger print information is verified.
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| CNA200910108239XA CN101604422A (en) | 2009-06-17 | 2009-06-17 | A kind of intelligent bullet management system and method |
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| CNA200910108239XA CN101604422A (en) | 2009-06-17 | 2009-06-17 | A kind of intelligent bullet management system and method |
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| CN103093383A (en) * | 2011-10-28 | 2013-05-08 | 福州恒嘉科技有限公司 | Firearm management whole journey real-time monitoring system |
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| CN102521668A (en) * | 2011-12-31 | 2012-06-27 | 成都炳辉科技有限公司 | Ammunition management system and service method thereof |
| CN102930417A (en) * | 2012-10-17 | 2013-02-13 | 富阳市供电局 | Storage operation analysis control method and system of intelligent electric equipment |
| CN103034936A (en) * | 2012-11-30 | 2013-04-10 | 浙江天地人科技有限公司 | High-risk item management and control system |
| CN104157057A (en) * | 2014-08-11 | 2014-11-19 | 浙江力石科技股份有限公司 | Kylin operation system-based bullet egress and ingress automated management system |
| CN105335831A (en) * | 2015-12-05 | 2016-02-17 | 福建优至盾安防技术有限公司 | Three-level networking bullet dynamic management system |
| CN106127894A (en) * | 2016-06-21 | 2016-11-16 | 江苏亿莱顿智能科技有限公司 | A kind of intelligent video analysis system |
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| CN109832826A (en) * | 2017-11-24 | 2019-06-04 | 青岛海尔洗衣机有限公司 | A kind of intelligence wardrobe and its control method |
| CN108035628A (en) * | 2018-01-03 | 2018-05-15 | 长春鸿达光电子与生物统计识别技术有限公司 | The electric-control method and device of a kind of intelligent gun lock |
| WO2020024357A1 (en) * | 2018-08-02 | 2020-02-06 | 平安科技（深圳）有限公司 | Warehouse management method and apparatus, computer device, and storage medium |
| CN110503390A (en) * | 2019-07-31 | 2019-11-26 | 广州竞德信息技术有限公司 | Intelligent bullet cabinet integrated management approach |
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