CN103411483B - A kind of bullet cabinet with great heat radiation effect - Google Patents
A kind of bullet cabinet with great heat radiation effect Download PDFInfo
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- CN103411483B CN103411483B CN201210597476.9A CN201210597476A CN103411483B CN 103411483 B CN103411483 B CN 103411483B CN 201210597476 A CN201210597476 A CN 201210597476A CN 103411483 B CN103411483 B CN 103411483B
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Abstract
The invention discloses a kind of bullet cabinet, comprise cabinet and the cabinet door that cabinet can be closed, also comprise the management system for bullet cabinet described in control and management, the inner position near napex of cabinet is provided with the management system rest area of bottom lock, and described management system is arranged in management system rest area.Described cabinet top is provided with ventilating opening, and the heat that management system is occurred is by convection into outside bullet cabinet.Compared with prior art, the management system of bullet cabinet of the present invention is arranged on cabinet top, hot-air automatically upwards can carry out heat exchange outside convection current and bullet cabinet, greatly reduces management system and to generate heat the impact caused the temperature in cabinet, make bullet cabinet radiating effect better.
Description
Technical field
The present invention relates to a kind of bullet cabinet, particularly relate to a kind of bullet cabinet with great heat radiation effect.
Background technology
Bullet cabinet, as a kind of storing unit of weapons and ammunitions, has strict requirement to humiture.At present, be that bullet cabinet internal temperature should be less than 30 degree, and humidity is between 30% to 70% to the requirement of the temperature and humidity of bullet cabinet inside.If the temperature of bullet cabinet inside or humidity have exceeded critical value, the consequence likely causing bullet to explode and then cause ammunition depot blast etc. extremely serious, has therefore needed to carry out strict monitor and forecast to the humiture of bullet cabinet inside.
And in prior art, adopting the bullet cabinet of KXG, management system can produce a large amount of heats, if dispel the heat not in time, the temperature in bullet cabinet cabinet can be caused sharply to rise, and reaches dangerous critical-temperature.
Summary of the invention
The present invention is directed to the deficiencies in the prior art, a kind of bullet cabinet reducing management system warming-up effect in-cabinet temperature is provided.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of bullet cabinet, comprises cabinet and cabinet door, also comprises the management system for bullet cabinet described in control and management, and described management system is arranged on the position near cabinet top in cabinet.
The corresponding management system in described cabinet top is provided with ventilating opening, and the heat convection current that described management system is produced is delivered to outside bullet cabinet.
Described ventilating opening is provided with fan.
The inner position near top of cabinet is provided with the management system rest area of bottom lock, and described management system is arranged in management system rest area.
Described management system rest area sidepiece and back are closed.
Described management system rest area is also provided with ventilation front plate.
Thermal insulation layer is provided with bottom described management system rest area.
Described management system rest area sidepiece and back are equipped with thermal insulation layer.
Preferably, scattered bullet storage drawer is provided with in described cabinet; Described scattered bullet storage drawer comprises a drawer-bottom board, and described drawer-bottom board upper surface is provided with multiple bullet putting single bullet and puts device, and puts for responding to each bullet the bullet sensor for countering whether putting bullet in device; Described management system comprises bullet counting module, central processing module and memory module; Described central processing module is bi-directionally connected with bullet counting module and memory module respectively; Described bullet counting module is also connected with each bullet sensor for countering of scattered bullet storage drawer, described bullet counting module also calculates the bullet quantity and position data that make new advances stored in memory module according to the bullet sense state of each bullet sensor for countering of the frequency acquisition set, and being also responsible for compares the last bullet quantity stored in new bullet quantity and position data and memory module and position data calculates bullet quantity and change in location data; Described memory module is for storing bullet quantity and position data.
Preferably, described management system comprises central processing module, memory module, monitoring module and cabinet door lock control module, and described monitoring module, cabinet door lock control module and memory module are bi-directionally connected with described central processing module respectively; Described cabinet door inner surface is provided with the main camera of monitoring bullet access procedure, this main camera is connected with described monitoring module, described cabinet door is provided with the cabinet door lock be connected with described cabinet door lock control module, passes to described monitoring module by described central processing module after described cabinet door lock control module detects described cabinet door lock opening information and then control described main camera and open.
Compared with prior art, the management system of bullet cabinet of the present invention is arranged on cabinet top, hot-air automatically upwards can carry out heat exchange outside convection current and bullet cabinet, greatly reduces management system and to generate heat the impact caused the temperature in cabinet, make bullet cabinet radiating effect better.
Accompanying drawing explanation
With reference to accompanying drawing, the present invention will be better understood.Accompanying drawing is as follows:
Fig. 1 is the front view of bullet cabinet open mode of the present invention;
Fig. 2 is the front view of bullet cabinet closed condition of the present invention;
Fig. 3 is bullet cabinet cabinet schematical top view of the present invention;
Fig. 4 is the structural representation of bullet cabinet management system of the present invention;
Fig. 5 is scattered the first embodiment of bullet storage drawer of bullet cabinet of the present invention;
Fig. 6 is bullet cabinet of the present invention scattered bullet storage drawer the second embodiment;
Fig. 7 is bullet cabinet bullet of the present invention counting flow chart;
Fig. 8 is that bullet cabinet of the present invention monitors flow chart;
Fig. 9 is bullet cabinet authentication flow chart of the present invention;
Figure 10 is bullet cabinet network remote control flow chart of the present invention;
Figure 11 is bullet cabinet remote control using telephone flow chart of the present invention;
Figure 12 is bullet cabinet temperature and humidity monitor module diagram of the present invention;
Figure 13 is bullet cabinet temperature and humidity monitor flow chart of the present invention.
Detailed description of the invention
In order to make object of the present invention, technical scheme, beneficial effect clearly understand, below in conjunction with drawings and Examples, the present invention is described in further details.Should be appreciated that specific embodiment described herein only for explaining the present invention, being not intended to limit the present invention.
As shown in Figure 1, Figure 2 and Figure 3, bullet cabinet of the present invention comprises cabinet 1 and cabinet door 2.
The castor 4 for mobile bullet cabinet is provided with bottom cabinet 1, and the leg 3 for preventing bullet cabinet from moving fixing bullet cabinet placement location.Leg 3 can up-down adjustment, and bullet cabinet is supported by leg 3 at ordinary times, good stability.During mobile bullet cabinet, only need leg 3 upwards to pack up, by castor 4 as support, very laborsaving during mobile bullet cabinet.Described cabinet 1 top is provided with the management system 5 of bullet cabinet being carried out to intelligent management, is also provided with dustproof static-proof electric layer 6 in described cabinet 1.Dustproof static-proof electric layer 6 is arranged at bullet cabinet cabinet 1 lower inside position.
Temperature sensor 531 and humidity sensor 532 is provided with, for controlling the temperature control equipment of bullet cabinet internal temperature and the humidity conditioner for controlling bullet cabinet interior humidity in bullet cabinet.Described temperature control equipment is the fan 7 of the tip position of the cabinet 1 be arranged on above described management system 5, for the gas exchanges of bullet cabinet inside and outside, keeps bullet cabinet internal and external temperature consistent, is appreciated that the temperature control equipment that also can adopt other herein.Described humidity conditioner is the humidifier (accompanying drawing is not shown) be arranged on below bullet cabinet.Described bullet cabinet is provided with the audible-visual annunciator exceeding critical value alarm for humiture.Bullet cabinet can also be provided with the stand-by power supply (accompanying drawing is not shown) continuing as bullet cabinet after power is turned off and power.Described stand-by power supply can select the power storage device of battery or other types.
Cabinet door 2 is provided with display screen 21, loudspeaker 22, microphone 23, fingerprint recognition window 24, secondary camera 25, input unit 26, main camera 27, cabinet door lock 28, power switch 29, reset switch 210, power supply indicator 211.
Display screen 21 is for showing the management information such as bullet cabinet operation interface and bullet cabinet internal state data, as bullet cabinet authentication interface, system manager carry out user's interpolation, amendment, to the display that bullet cabinet inside bullet quantity is inquired about, person on duty carries out the display of the access record of bullet, and inspector carries out the inquiry of bullet and the display etc. of query note printing.The audio prompt of loudspeaker 22 for reporting to the police, in operating process and receive the phonetic order that senior executive sends.Microphone 23 is for the work of monitoring and the distance communicating realizing the operating personnel before senior executive and bullet cabinet.Fingerprint recognition window 24 identifies the finger print information of the personnel that log in for receiving.Secondary camera 25 is for obtaining the human face image information of the personnel of logging in and then carrying out recognition of face.Input unit 26 is for inputting login password.Input unit 26 can be electronic cipher loader or touch screen PIN PAD.In the present invention, input unit 26 is for being arranged on the touch screen PIN PAD outside described cabinet door 2.During Password Input, display screen 21 can show Password Input screen, and alert carries out touch screen Password Input.
Main camera 27 is for carrying out supervision shoot with video-corder opening cabinet access bullet process behind the door.Main camera 27 is arranged on the upper Angle Position of described cabinet door medial surface away from rotating shaft, and when described cabinet door 2 is closed, described main camera 27 is hidden in bullet cabinet.Described main camera 27 is hemispherical camera.
For preventing power-off rear cabinet door 2 from cannot open, described cabinet door lock 28 comprises locking bolt, mechanical lock, electronic lock cylinder and lock core switching mechanism.Described lock core switching mechanism comprises the lock core switching mechanism electromagnet with power-off restoration function.Described lock core switching mechanism is when being energized, and described lock core switching mechanism electromagnet moves to operating position and makes that electronic lock cylinder connects with locking bolt, mechanical lock is separated with locking bolt; Described lock core switching mechanism is when power-off, and described lock core switching mechanism electromagnet resets makes electronic lock cylinder be separated with locking bolt, mechanical lock is connected with locking bolt.When bullet cabinet generation power-off of the present invention, described lock core switching mechanism also can be stopped power supply, and described lock core switching mechanism electromagnet resets and makes that electronic lock cylinder is separated with locking bolt, mechanical lock is connected with locking bolt.Because unexpected power-off likely can cause the situation of bullet cabinet generation loss of data of the present invention, therefore bullet cabinet of the present invention is also provided with stand-by power supply.On this basis, described lock core switching mechanism is also connected with described cabinet door lock control module 24, controls its energising or power-off, because this partial content has the method for many prior aries to realize, do not repeat them here by described cabinet door lock control module 24.
Described cabinet 1 inner chamber comprises bullet memory block, scattered bullet memory block and management system rest area by the gross.The below of the described memory block of bullet by the gross or scattered bullet memory block is provided with dustproof static-proof electric layer 6.Be provided with vertical baffle in the middle of described cabinet 1 and described cabinet be divided into two memory blocks, left and right namely: bullet memory block and scattered bullet memory block by the gross.Described cabinet 1 also can arrange lateral partitions and then cabinet 1 is divided into the upper and lower memory block of bullet by the gross and scattered bullet memory block in centre.The concrete memory block of bullet by the gross and the division of scattered bullet memory block can need to divide according to the storage of reality.
The described memory block of bullet to be by the gross divided into by arranging several dividing plates 12 spaced up and down the bullet that multiple memory cell of bullet is by the gross used for storing FCL or whole box by the described memory block of bullet by the gross.On the cabinet wall of bullet memory block by the gross described in described dividing plate 12 can be fixed on to up-down adjustment.The both sides cabinet wall of the described memory block of bullet is by the gross provided with vertical chute (accompanying drawing is not shown), described dividing plate 12 dual-side upwards extends a chimb (accompanying drawing is not shown), this chimb has been arranged side by side several spaced bar holes (accompanying drawing is not shown), screw is fixed through described bar hole holding and then is fixed on the cabinet wall of described both sides by described dividing plate 12 in described chute and by nut.Described dividing plate 12 can according to the size up-down adjustment of cartridge box and then the height regulating bullet memory cell by the gross.Described cabinet wall is provided with two parallel vertical chutes (accompanying drawing is not shown).
Described scattered bullet memory block is provided with several vertically disposed scattered bullet storage drawer 13 for depositing scattered bullet.Two side, described scattered bullet memory block is also arranged at intervals with the chute (attached not shown) matched with the slide rail of scattered bullet storage drawer 13 both sides, described scattered bullet storage drawer 13 can regulate the height of scattered bullet storage drawer 13 according to bullet model.
Described management system rest area is arranged on cabinet 1 inner chamber near the position at top, and the bottom of described management system rest area, sidepiece and back are closed, and front portion, management system rest area is provided with ventilation front plate, is provided with management system 5 described later in management system rest area; The position of the corresponding management system 5 in cabinet 1 top is provided with ventilating opening, and the heat convection current that described management system 5 is occurred is delivered to outside bullet cabinet.So, the heat that management system 5 produces is directly delivered to outside cabinet 1 by the convection current of air, decreases management system 5 and generates heat on the impact of cabinet 1 internal temperature.Preferably, this ventilating opening is provided with time aforesaid fan 7 makes cabinet 1 internal temperature higher and carries out active convective; Management system rest area sidepiece and back are equipped with thermal insulation layer to reduce the heat being delivered to cabinet 1 inside further.Understandable, front portion, described management system rest area, sidepiece and back also can open, and just can increase the heat being delivered to cabinet 1 inside, only need system rest area bottom lock that heat just can be avoided to be directly delivered on bullet.Described management system 5 is outside equipped with and prevents the too high explosion-resistant enclosure causing exploding of management system temperature
As shown in Figure 5 and Figure 6, scattered bullet storage drawer 13 comprises a drawer panel 131, two drawer side walls 138, drawer-bottom board 137 and a drawer rear wall 139, device put by bullet is the multiple bullet grooves 134 for vertically placing single bullet being arranged on described drawer-bottom board 137 upper surface, the described shape of bullet groove 134 and the form fit of boat tail; Bullet sensor for countering 133 is provided with in described each bullet groove 134, described drawer rear wall 139 is provided with bullet sensor for countering connectivity port 135, described bullet sensor for countering 133 is electrically connected with described bullet sensor for countering connectivity port 135, and described bullet counting module 52 follows the connection of described bullet sensor for countering 133 to realize Signal transmissions by connecting bullet sensor for countering connectivity port 135.Described drawer rear wall 139 is also provided with the drawer-lock 132 pinning scattered bullet storage drawer 13 for bullet cabinet.Described bullet sensor for countering 133 can select infrared ray sensor or gravity sensor; If select infrared ray sensor, bullet sensor for countering 133 can be arranged on bottom or the sidewall of bullet groove 134; If select gravity sensor, bullet sensor for countering 133 must be arranged on bottom bullet groove 134.Described drawer panel 131, drawer side wall 138 and the height of drawer rear wall 139 mate with the length dimension of bullet.
Preferably, described drawer-bottom board 137 inside also can be provided with the circuit board be electrically connected with described bullet sensor for countering connectivity port 135, and described multiple bullet sensor for countering 133 is electrically connected with described bullet sensor for countering connectivity port 135 by described circuit board; The bullet sensor for countering indicator lamp 1310 of the sense state of the bullet sensor for countering 133 in this bullet groove 134 of display can also be provided with near described each bullet groove 134; Described drawer-bottom board 137 also comprises the insulating barrier for preventing electrostatic; Described drawer panel 131 can also be provided with the drawer display screen 1311 for showing bullet quantity and bullet type, and drawer display screen 1311 is also electrically connected with the circuit board in described drawer-bottom board 137; Described drawer panel 131 also can be provided with handle 136; Also drawer sliding rail 1381 can be provided with outside described drawer side wall 138.
The spread pattern of described bullet groove 134 on drawer-bottom board 137 has multiple implementation method.As shown in Figure 5, the rectangular array arrangement of described bullet groove 134, so arrangement can make between bullet neat.As shown in Figure 6, described bullet groove 134 is staggered arrangement, and so arrangement is often staggered between row's bullet groove 134 makes bullet groove 134 arrangement reach degree the most closely, and the area of drawer-bottom board 137 maximizes the use.
Understandable, scattered bullet storage drawer 13 of the present invention can not be provided with drawer panel 131, drawer side wall 138 and drawer rear wall 139, just can increase the risk that bullet drops from drawer 13 and is stolen; Device 134 put by described bullet can also adopt the structures such as cartridge-holder except the bullet groove 134 that the embodiment of the present invention adopts; Described bullet groove 134 can not mate with boat tail, also can be designed for the placement bullet that lies low, and just can cause the waste of the area of drawer-bottom board 137; Described bullet groove 134 can also select other modes of prior art to arrange, and just can cause the waste of the area of drawer-bottom board 137; Described bullet sensor for countering 133 can also select the other types sensor of prior art, as long as can respond in bullet groove 134 whether place bullet; Described bullet sensor for countering 133 is except the independent mode arranged of device 134 put by each bullet corresponding in the present embodiment, can also be arranged on movable device, drive bullet sensor for countering 133 to respond to each bullet one by one by movable device and put on device 134 whether place bullet.
Preferably, for scattered bullet storage drawer 13 after preventing power-off cannot be opened, described drawer-lock 132 comprises locking bolt, electronic lock cylinder and scattered bullet storage drawer lock core switching mechanism.Described scattered bullet storage drawer lock core switching mechanism is the same with cabinet door lock core switching mechanism, comprises the electromagnet with power-off restoration function.Described scattered bullet storage drawer lock core switching mechanism is when being energized, and described scattered bullet storage drawer lock core switching mechanism electromagnet moves to operating position makes electronic lock cylinder be connected with locking bolt; Described scattered bullet storage drawer lock core switching mechanism is when power-off, and described scattered bullet storage drawer lock core switching mechanism electromagnet resets and electronic lock cylinder is separated with locking bolt.When bullet cabinet generation power-off of the present invention, described scattered bullet storage drawer lock core switching mechanism also can be stopped power supply, and described cabinet door lock core switching mechanism electromagnet resets and electronic lock cylinder is separated with locking bolt, and scattered bullet storage drawer can freely be opened.Because unexpected power-off likely can cause the situation of bullet cabinet generation loss of data of the present invention, therefore bullet cabinet of the present invention is also provided with stand-by power supply.On this basis, described scattered bullet storage drawer lock core switching mechanism is also connected with described cabinet door lock control module 24, controls its energising or power-off by described cabinet door lock control module 24.Understandable, described cabinet door lock core switching mechanism also should comprise other frame for movements and coordinate described electromagnet to realize above-mentioned functions, also the electromagnet possessing reset function can not be adopted to realize above-mentioned functions, because this partial content has the method for many prior aries to realize, do not repeat them here.
Understandable, described drawer-lock 132 can also comprise mechanical lock, described scattered bullet storage drawer lock core switching mechanism is when being energized, and described scattered bullet storage drawer lock core switching mechanism electromagnet moves to operating position and makes that electronic lock cylinder connects with locking bolt, mechanical lock is separated with locking bolt; Described scattered bullet storage drawer lock core switching mechanism is when power-off, and described scattered bullet storage drawer lock core switching mechanism electromagnet resets makes electronic lock cylinder be separated with locking bolt, mechanical lock is connected with locking bolt.
In addition, bullet cabinet of the present invention can also be provided with the hardware devices such as printer port, network connection port and stand-by power supply charging inlet, all uses the conventional techniques means of prior art, does not repeat them here.
As shown in Figure 4, the management system 5 of bullet cabinet of the present invention comprises central processing module 50, identification module 51, bullet counting module 52, temperature and humidity monitor module 53, cabinet door lock control module 54, telephonic communication module 55, network communication module 56, monitoring module 57, display module 58, voice module 59 and memory module 510.
Described central processing module 50 is bi-directionally connected with identification module 51, bullet counting module 52, temperature and humidity monitor module 53, cabinet door lock control module 54, telephonic communication module 55, network communication module 56, monitoring module 57, display module 58, voice module 59 and memory module 510 respectively, completes for controlling other modules the control instruction that various Automated condtrol works and senior executive assign.
Described identification module 51 is for identifying operation personnel identity, and described identification module 51 comprises fingerprint identification unit 511, face identification unit 512 and password identification unit 513:
Described fingerprint identification unit 511 and fingerprint recognition window 24 are bi-directionally connected, described fingerprint identification unit 511 obtain finger print data that fingerprint recognition window 24 recognizes and with the fingerprint correction data comparison transferred from memory module 510, judge operating personnel's identity.Finger print data comparison is prior art, does not repeat them here.
Described face identification unit 512 is bi-directionally connected with secondary camera 25, described face identification unit 512 is transferred secondary camera 25 and is taken, from photographed data, find out human face data and compare with the face correction data transferred from memory module 510, judging operating personnel's identity.Human face data comparison is prior art, does not repeat them here.
Described password identification unit 513 is bi-directionally connected with input unit 26, and described password identification unit 513 receives the code data that input unit 26 inputs, and compares with the password correction data transferred from memory module 510, judges operating personnel's identity.Password comparison is prior art, does not repeat them here.Described input unit 26 is keyboard or touch screen.
Described bullet counting module 52 is also connected with each bullet sensor for countering 133 of scattered bullet storage drawer 13, described bullet counting module 52 also calculates the bullet quantity and position data that make new advances stored in memory module 510 according to the bullet sense state of each bullet sensor for countering 133 of the frequency acquisition set, and being also responsible for compares the last bullet quantity stored in new bullet quantity and position data and memory module 510 and position data calculates bullet quantity and change in location data.
Described temperature and humidity monitor module 53 is connected with temperature sensor 531, humidity sensor 532 and Power supply control device respectively, and described temperature and humidity monitor module 53 is also connected with described temperature control equipment and described humidity conditioner respectively.The temperature data of described temperature and humidity monitor module 53 according to the frequency acquisition temperature sensor 531 set and the humidity data of humidity sensor 532, and with temperature threshold data and the comparison of humidity critical data, judge whether in-cabinet temperature and humidity exceed critical data.When in-cabinet temperature and humidity whether exceed critical data to a certain degree after, described temperature and humidity monitor module 53 controls described Power supply control device forces power-off to work on generation heat to stop management system 5.Described Power supply control device comprises the AC relay being arranged on ac power input end; If bullet cabinet is also provided with stand-by power supply, described Power supply control device also comprises the DC relay being arranged on this stand-by power supply output.
The internal structure of described temperature and humidity monitor module 53 as shown in figure 12, comprises and to control the processing unit 534 that related device or module carry out corresponding operating when the temperature-humidity monitoring data capture unit 531, alarm unit 533 when to exceed critical value for threshold value comparing unit 532, the inner humiture data of bullet cabinet inner for bullet cabinet humiture data compared with humiture critical value and the bullet cabinet inside humiture that obtain the inner humiture data of bullet cabinet exceed critical value; The signal input part of described threshold value comparing unit 532 connects described temperature-humidity monitoring data capture unit 531, and the signal output part of described threshold value comparing unit 532 connects described alarm unit 533 and processing unit 534.Alarm unit 533 also connects audible-visual annunciator.
Described cabinet door lock control module 54 is also bi-directionally connected with cabinet door lock 28 and each drawer-lock 132, sends control instruction for the instruction according to central processing module 50, obtains the state of cabinet door lock 28 and each drawer-lock 132 and feed back to central processing module 50 according to setpoint frequency to cabinet door lock 28 or each drawer-lock 132.Understandable, described cabinet door lock control module 54 can also with cabinet door lock 28 and each drawer-lock 132 is unidirectional is connected, cabinet door lock control module 54 only sends control instruction to cabinet door lock 28 or each drawer-lock 132 and does not obtain the state of cabinet door lock 28 and each drawer-lock 132.
Described telephonic communication module 55 is for phone 62 telecommunication of the senior executive with upper level monitor terminal, the various status datas of bullet cabinet are transmitted to upper level monitor terminal by telephone audio or short message, as authentication information, humiture warning message, cabinet door opening information etc. or the remote control commands receiving upper level monitor terminal, telephonic communication module 55 is also responsible for coordinating with voice module 59 distance communicating of the operating personnel before the senior executive and bullet cabinet realizing upper level monitor terminal.
Described network communication module 56 is for client 61 telecommunication by network and upper level monitor terminal, transmitted the various status datas of bullet cabinet to upper level monitor terminal by network data transmission, as authentication information, humiture warning message, cabinet door opening information etc., video monitoring data, as surveillance video etc., or receive the remote control commands of upper level monitor terminal, network communication module 56 is also responsible for coordinating with monitoring module 57 and/or voice module 59 remote video monitoring and/or the distance communicating of the operating personnel before the senior executive and bullet cabinet realizing upper level monitor terminal.
Described monitoring module 57 is also bi-directionally connected with main camera 27, completes monitoring video work for controlling main camera 27 and monitoring video is stored to memory module 510.Monitoring module 57 is also responsible for the remote video monitoring coordinating the operating personnel before realizing senior executive and bullet cabinet with network communication module 56.
Described display module 58 is also connected with the drawer display screen 1311 on the display screen 21 on cabinet door and each scattered bullet storage drawer, completes the display of various bullet cabinet status data and operation interface for controlling display screen 21 and each drawer display screen 1311.Described display module 58 is also connected with described temperature and humidity monitor module 53, for showing the humiture of bullet cabinet inside.
Described voice module 59 is also connected with loudspeaker 22 and microphone 23, completes warning, audio prompt work for control loudspeaker 22, controls microphone 23 and completes monitoring work and monitored data is stored to memory module 510.Voice module 59 is also responsible for the distance communicating coordinating the operating personnel before realizing senior executive and bullet cabinet with telephonic communication module 55 or network communication module 56.
Described memory module 510, for storing various bullet cabinet data, for other module calls, is revised for other modules under certain condition or increases data.
In addition, the management system 5 of bullet cabinet of the present invention can also be provided with the accurate detection module of voltage, stand-by power supply administration module, all uses the conventional techniques means of prior art, does not repeat them here.
As shown in Figure 7, bullet cabinet method of counting A of the present invention comprises the following steps:
A1: bullet counting module 52 obtains the bullet sense state information of each bullet sensor for countering 133;
A2: bullet counting module 52 calculates shot quantity and position;
A3: new bullet incremental data and position data are saved to memory module 510 by bullet counting module 52, simultaneously bullet counting module 52 by new bullet incremental data and position data respectively with memory module in preserve last time incremental data and shot position data contrast, judge whether identical: if difference, marking ammunition access change identifies; If identical, mark and do not access ammunition mark;
A4: wait for that bullet incremental data and position data are called.
The method that above-mentioned bullet method of counting neutron bomb counting module 52 obtains the bullet sense state information of each bullet sensor for countering 133 has numerous embodiments, bullet sensor for countering 133 can be scanned successively to read bullet sense state information by bullet counting module 52 according to setpoint frequency, also can send bullet sense state information by bullet sensor for countering 133 according to setpoint frequency.Preferably, each bullet sensor for countering 133 is composed of independently identification code, and the identification code that described bullet sense state information comprises bullet sensor for countering 133 calculates bullet incremental data and position data for bullet counting module 52.
According to the target of bullet cabinet safety management, the steps A 3 in above-mentioned bullet method of counting can replace with following content:
A3: new bullet incremental data and position data are saved to memory module 510 by bullet counting module 52, simultaneously bullet counting module 52 by new bullet incremental data and position data respectively with memory module in preserve last time incremental data and shot position data contrast, judge whether identical: then marking ammunition access change identifies if not, and the bullet incremental data and the delta data of position data last time calculating that the bullet incremental data that makes new advances and position data store relative to memory module 510 by bullet counting module 52, delta data and operator's information are sent to senior executive by startup network communication module 56 and telephonic communication module 55, ammunition mark is not accessed if then mark.
After sensing that cabinet door is opened, described display module 58 can be accessed memory module 510 and called the bullet incremental data of each scattered bullet storage drawer 13 correspondence and be presented on the drawer display screen 1311 of this scattered bullet storage drawer 13.Preferably, operating personnel, when authority is permitted, manually can also arrange the bullet type of each scattered bullet storage drawer 13 storage and be stored in memory module 510; After sensing that cabinet door is opened, display module 58 can be accessed memory module 510 and called the bullet categorical data of each scattered bullet storage drawer 13 and be presented on the drawer display screen 1311 of this scattered bullet storage drawer 13.Display module 58 also can according to the valid operation of operating personnel, and access memory module 510 transfers bullet incremental data and bullet position data, and is presented on display screen 21.
As shown in Figure 8, the supervision method B of bullet cabinet of the present invention, comprises the following steps:
B1: cabinet door lock control module 54 obtains the status information of cabinet door lock 28;
B2: cabinet door lock 28 opening information is sent to monitoring module 57 by central processing module 50 by cabinet door lock control module 54, monitoring module 57 controls main camera 27 and carries out surveillance video, the record cabinet door opening time;
B3: record the incidence relation of cabinet door opening time and surveillance video file and be stored to memory module 510;
B4: the closed condition information of cabinet door lock 28 is sent to monitoring module 57 by central processing module 50 by cabinet door lock control module 54, monitoring module 57 controls main camera 27 and closes, and the record cabinet door shut-in time, main camera 27 enters standby detecting state.
The method that cabinet door lock control module 54 obtains the state of cabinet door lock 28 and each drawer-lock 132 has numerous embodiments: can be initiatively access acquisition by cabinet door lock control module 52 according to setpoint frequency; Also can be passed back according to setpoint frequency by cabinet door lock 28 and each drawer-lock 132.
Bullet cabinet opening information is received in order to enable senior executive, further remote monitoring is carried out to bullet cabinet, after described step B3, also insert following steps: cabinet door lock control module 54 opens cabinet information by described telephonic communication module 55 and described network communication module 56 to senior executive's transmission.
In order to can know monitor operating personnel face information, get bullet process and make monitor data take less memory space, pass to described monitoring module 57 by described central processing module 50 after described cabinet door lock control module 54 detects described cabinet door lock 28 opening information and then control described main camera 27 and open shooting, when cabinet door is closed, main camera is in holding state, stops shooting.
In order to ensure security, need through strict authentication before opening bullet cabinet cabinet door and taking out bullet, be defined as after the personnel authorized, just opening cabinet door through multifactor authentication and take out bullet.As shown in Figure 9, the personal identification method C of bullet cabinet of the present invention, comprises the following steps:
C1: start face identification unit 512, controls the human face image information that secondary camera 25 obtains the personnel that log in, and face identification unit 512 calculates face features data to the human face image information controlling the acquisition of secondary camera 25; Face features data are mated with the face features data be pre-stored in memory module 510 by face identification unit 512, and whether examine the personnel of logging in is authorized person;
C2: prompting login personnel inputs finger print information by fingerprint recognition window 24, and the finger print information of acquisition and the finger print information be pre-stored in described memory module 510 are compared by fingerprint identification unit 511, whether examine is the fingerprint of authorized person;
C3: prompting login personnel inputs password by input unit 26, and the code data of acquisition and the code data be pre-stored in described memory module 510 are compared by password identification unit 513, judge that whether login password is correct.
Preferably, in step C1, comprise following steps further: if the failure of face features Data Matching, then point out face recognition failures, after adjustment and the distance of cabinet 1, re-start recognition of face; When the number of times of recognition of face is no more than 3 times, again starts face identification unit 512 and carry out recognition of face; When the number of times of recognition of face is more than 3 times, recognition of face failure, the human face image information that bullet cabinet cabinet door 2 is opened failed information by described network communication module 56 or telephonic communication module 55 and logged in personnel by face identification unit 512 sends to higher level's monitor terminal.
Preferably, following steps are comprised further: if fingerprint comparison failure in step C2, finger print information is re-entered in prompting, judge whether the input number of times of finger print information is greater than 3 times, if be not greater than 3 times, then re-enter finger print information, if be greater than 3 times, then point out fingerprint not to be inconsistent, the human face image information that bullet cabinet cabinet door 2 is opened failed information by described network communication module 56 or telephonic communication module 55 and logged in personnel by fingerprint identification unit 511 sends to higher level's monitor terminal.
Preferably, following steps are comprised further: if password bad in step C3, password is re-entered in prompting, judge whether the number of times inputting password is greater than 3 times, if be not greater than 3 times, then re-enter encrypted message, if be greater than 3 times, then prompt cipher input error, the human face image information that bullet cabinet cabinet door 2 is opened failed information by described network communication module 56 or telephonic communication module 55 and logged in personnel by password identification unit 513 sends to higher level's monitor terminal.
After recognition of face, fingerprint authentication and password authentification, cabinet door lock control module 54 switch board door lock 28 and drawer-lock 132 corresponding to authority are opened automatically, the operation that authorized person can take out bullet from bullet cabinet or carry out in authority, as the amendment of the access of bullet by the gross quantity, bullet type, user adds, the transferring of monitoring video, bullet access record inquiry etc.
The management system 5 of bullet cabinet of the present invention can be used for senior executive to carry out remote monitoring D by network and phone, and steps flow chart is as follows:
Refer to Figure 10, network remote monitoring D1 comprises the following steps:
D1-1: network communication module 56 and client's side link, receives face-image photograph and/or password;
D1-2: face-image photo and/or password are sent to identification module 51 by network communication module 56, carries out identification by identification module 51 and judges whether to possess network remote monitoring authority: if then client can carry out the operation in authority; Then disconnect if not;
D1-3: process ends also records operating personnel's information, operation note, start-up time of remote monitoring and end time.
The amendment of bullet access quantity, bullet type by the gross can be carried out by network remote monitoring, user adds, transferring of monitoring video, the inquiry of bullet access record, before opening voice channel and bullet cabinet, operator converses, and opens master monitor channel and carries out the operations such as real-time direct surveillance.
Preferably, wherein further comprising the steps of after step D1-1:
D1-1-1: network communication module 56 sends to authorize and puts question to client, puts question to after answer until client return authorization and judges that mandate puts question to answer whether correct: if then enter next step; If not and errors number is less than or equal to 3 times then repeats this step; If not and errors number is greater than 3 times then disconnects.
Refer to Figure 11, telephone remote monitoring D2 comprises the following steps:
D2-1: telephonic communication module 55 receives the caller that phone sends, telephonic communication module 55 verifies that whether calling telephone number is the telephone number of senior executive: if then connect phone; Then hang up the telephone if not;
D2-2: telephonic communication module 55 receives password;
D2-3: telephonic communication module 55 sends password to identification module 51, identification module 51 carries out identification and judges whether to possess telephone remote supervision authority: if then phone can carry out the operation in extent of competence; If not and errors number is less than or equal to 3 times then repeats this step; If not and errors number is greater than 3 times then hangs up the telephone;
D2-4: process ends also records operating personnel's information, operation note, start-up time of remote monitoring and end time.
The amendment of the access of bullet by the gross quantity can be carried out by telephone remote monitoring, the inquiry of bullet access record, open the operations such as operator converses before voice channel and bullet cabinet.
Bullet cabinet of the present invention also relates to a kind of temperature and humidity monitor method E of bullet cabinet, as shown in figure 13, comprises the steps:
E1: temperature-humidity monitoring data capture unit 531 obtains the humiture data of the bullet cabinet inside of temperature sensor 531 and humidity sensor 532 induction, and sends humiture data to threshold value comparing unit 532;
E2: humiture data and the humiture critical value preset compare by threshold value comparing unit 532, calculate warm and humid angle value and whether are in scope out of control;
E3: if the warm and humid angle value calculated is in described scope out of control, alarm unit 533 and processing unit 534 are reported to the police accordingly and process operation, otherwise return step e 1.
Understandable, temperature-humidity monitoring data capture unit 531 obtains humiture data mode numerous embodiments, can read humiture data for temperature-humidity monitoring data capture unit 531 according to certain frequency access temperature sensor 531 and humidity sensor 532; Also according to certain frequency, humiture data can be passed to temperature-humidity monitoring data capture unit 531 for temperature sensor 531 and humidity sensor 532.
Described step e 3 can be subdivided into following steps:
E3-1: be when bullet in-cabinet temperature is greater than 27 degree, described processing unit 534 controls fan 7 and works; When bullet cabinet humidity is less than 30%, described processing unit 534 controlled humidity control device carries out work;
E3-2: when bullet in-cabinet temperature is greater than 29.5 degree, described processing unit 534 sends bullet cabinet humiture warning message by described network communication module 56 and/or telephonic communication module 55 to remote control center, and starts local warning simultaneously;
E3-3: when bullet in-cabinet temperature is greater than 31 degree, described processing unit 534 controls power supply control apparatus force disconnect bullet cabinet power supply.
The blocking management method F that bullet cabinet of the present invention also relates to, comprises the following steps:
F1: the identity identification information of acquisition is sent to described cabinet door lock control module 54 by described central processing module 50 by described identification module 51;
F2: according to identity identification information, described cabinet door lock control module 54 transfers drawer-lock authority information corresponding to the identity identification information that prestores in described memory module 510 by described central processing module 50;
F3: described cabinet door lock control module 54 is opened according to the drawer-lock authority information switch board door lock 28 transferred and specific drawer-lock 132.
The method for managing power supply G of bullet cabinet of the present invention, comprises the following steps:
G1: during bullet cabinet generation power-off, starts stand-by power supply;
G2: when the voltage of stand-by power supply is lower than setting critical value, described cabinet door lock control module 24 controls the power-off of lock core switching mechanism;
G3: when stand-by power supply voltage higher than setting critical value time or the time of restoring electricity, described cabinet door lock control module 24 control lock core switching mechanism energising.
The consumption of stand-by power supply so can be reduced when power-off.
Preferably, step G2, G3 can also replace with lower content:
G2: when the voltage of stand-by power supply is lower than setting critical value, described cabinet door lock control module 24 switch board lock core switching mechanism and the power-off of scattered bullet storage drawer lock core switching mechanism;
G3: when stand-by power supply voltage higher than setting critical value time or the time of restoring electricity, described cabinet door lock control module 24 switch board lock core switching mechanism and scattered bullet storage drawer lock core switching mechanism energising.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a bullet cabinet, comprises cabinet (1) and cabinet door (2), it is characterized in that: also comprise the management system (5) for bullet cabinet described in control and management, and described management system (5) is arranged on the position near cabinet top in cabinet (1);
Scattered bullet storage drawer (13) is provided with in described cabinet (1); Described scattered bullet storage drawer (13) comprises a drawer-bottom board (137), described drawer-bottom board (137) upper surface is provided with multiple bullet putting single bullet and puts device (134), and puts for responding to each bullet the bullet sensor for countering (133) whether putting bullet in device (134);
Described management system (5) comprises bullet counting module (52), central processing module (50) and memory module (510);
Described central processing module (50) is bi-directionally connected with bullet counting module (52) and memory module (510) respectively;
Described bullet counting module (52) is also connected with each bullet sensor for countering (133) of scattered bullet storage drawer, described bullet counting module (52) also calculates the bullet quantity and position data that make new advances stored in memory module (510) according to the bullet sense state of each bullet sensor for countering (133) of the frequency acquisition set, and being also responsible for compares middle to new bullet quantity and position data and memory module (510) the last bullet quantity that stores and position data calculates bullet quantity and change in location data;
Described memory module (510) is for storing bullet quantity and position data;
The corresponding management system (5) in described cabinet (1) top is provided with ventilating opening, and the heat convection current that described management system (5) is produced is delivered to outside bullet cabinet.
2. bullet cabinet according to claim 1, is characterized in that: described ventilating opening is provided with fan (7).
3. bullet cabinet according to claim 1, is characterized in that: the inner position near top of cabinet (1) is provided with the management system rest area of bottom lock, and described management system (5) is arranged in management system rest area.
4. bullet cabinet according to claim 3, is characterized in that: described management system rest area sidepiece and back are closed.
5. bullet cabinet according to claim 3, is characterized in that: described management system rest area is also provided with ventilation front plate.
6. bullet cabinet according to claim 3, is characterized in that: be provided with thermal insulation layer bottom described management system rest area.
7. bullet cabinet according to claim 4, is characterized in that: described management system rest area sidepiece and back are equipped with thermal insulation layer.
8. bullet cabinet according to claim 1, it is characterized in that: described management system (5) comprises monitoring module (57) and cabinet door lock control module (54), described monitoring module (57), cabinet door lock control module (54) and memory module (510) are bi-directionally connected with described central processing module (50) respectively;
Described cabinet door (2) inner surface is provided with the main camera (27) of monitoring bullet access procedure, this main camera (27) is connected with described monitoring module (57), described cabinet door (2) is provided with the cabinet door lock (28) be connected with described cabinet door lock control module (54), passes to described monitoring module (57) by described central processing module (50) after described cabinet door lock control module (54) detects described cabinet door lock (28) opening information and then control the unlatching of described main camera (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210597476.9A CN103411483B (en) | 2012-12-31 | 2012-12-31 | A kind of bullet cabinet with great heat radiation effect |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210597476.9A CN103411483B (en) | 2012-12-31 | 2012-12-31 | A kind of bullet cabinet with great heat radiation effect |
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| Publication Number | Publication Date |
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| CN103411483A CN103411483A (en) | 2013-11-27 |
| CN103411483B true CN103411483B (en) | 2015-08-19 |
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| JPH1130500A (en) * | 1997-07-11 | 1999-02-02 | Asahi Chem Ind Co Ltd | Managing method for delay blasting electric detonator |
| CN201569378U (en) * | 2009-10-16 | 2010-09-01 | 东莞市智维数控科技有限公司 | Safety box of bullet |
| CN202255128U (en) * | 2011-09-23 | 2012-05-30 | 南阳市红阳安防设备有限公司 | Secondary identity identification entrance guard large-sized safety cabinet |
| CN202255127U (en) * | 2011-08-23 | 2012-05-30 | 南阳市红阳安防设备有限公司 | Large ventilation window type safety cabinet |
| CN202331237U (en) * | 2011-07-12 | 2012-07-11 | 周兰水 | Digitlized management type intelligent cabinet |
| CN202563546U (en) * | 2011-12-31 | 2012-11-28 | 成都炳辉科技有限公司 | Ammunition management system |
| CN203100586U (en) * | 2012-12-31 | 2013-07-31 | 于净 | Bullet cabinet with good heat dissipation effects |
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- 2012-12-31 CN CN201210597476.9A patent/CN103411483B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1130500A (en) * | 1997-07-11 | 1999-02-02 | Asahi Chem Ind Co Ltd | Managing method for delay blasting electric detonator |
| CN201569378U (en) * | 2009-10-16 | 2010-09-01 | 东莞市智维数控科技有限公司 | Safety box of bullet |
| CN202331237U (en) * | 2011-07-12 | 2012-07-11 | 周兰水 | Digitlized management type intelligent cabinet |
| CN202255127U (en) * | 2011-08-23 | 2012-05-30 | 南阳市红阳安防设备有限公司 | Large ventilation window type safety cabinet |
| CN202255128U (en) * | 2011-09-23 | 2012-05-30 | 南阳市红阳安防设备有限公司 | Secondary identity identification entrance guard large-sized safety cabinet |
| CN202563546U (en) * | 2011-12-31 | 2012-11-28 | 成都炳辉科技有限公司 | Ammunition management system |
| CN203100586U (en) * | 2012-12-31 | 2013-07-31 | 于净 | Bullet cabinet with good heat dissipation effects |
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| CN103411483A (en) | 2013-11-27 |
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