CN203981036U - A kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection - Google Patents
A kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection Download PDFInfo
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- CN203981036U CN203981036U CN201320846470.0U CN201320846470U CN203981036U CN 203981036 U CN203981036 U CN 203981036U CN 201320846470 U CN201320846470 U CN 201320846470U CN 203981036 U CN203981036 U CN 203981036U
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Abstract
The utility model discloses a kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection, comprise a drawer-bottom board, drawer-bottom board is provided with a plurality of bullets of putting single bullet and puts device, bullet is put device and is provided with the through hole for printing opacity, a distance of drawer-bottom board one side arranges a light source, a distance of drawer-bottom board another side is provided with light reflection device, on drawer-bottom board another side, be also provided with the camera device towards light reflection device, the light source that camera device is reverse shoots with video-corder the reflection of light reflection device irradiates bullet to be put the luminance picture after device and then detects bullet and put in device, whether to put bullet.The utility model is taken luminance picture by camera device and then whether is identified store projectiles, in addition the utility model is also provided with light reflection device, by camera device, the luminance picture of light reflection device reflection is taken, can shorten the whole height of storage drawer, save the space of bullet cabinet.
Description
Technical field
The utility model relates to bullet field of storage, relates in particular to a kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection.
Background technology
The bullet storage means of prior art is to leave by the gross bullet in ammunition depot, when needs are used bullet, by operating personnel, bullet is taken out to use by the gross.When the bullet by the gross taking out is not used up completely, the quantity that just must check residue bullet by manpower is to guarantee the management of ammunition use, and this will spend a large amount of human resources and check result and easily make mistakes; And in the time only need to taking the bullet of negligible amounts, the method that bullet is deposited is by the gross very inconvenient.
The patent No. is that 201220755762.9 utility model patent discloses a kind of bullet cabinet and scattered bullet storage drawer thereof, comprise a drawer-bottom board, at described drawer-bottom board upper surface, be provided with a plurality of bullets of putting single bullet and put device and put for responding to described bullet the bullet sensor for countering whether device puts bullet.The bullet cabinet of this utility model need not be checked scattered bullet by manpower, can automatically count, and has saved human resources.But this utility model is, below putting device at each bullet, the sense counter that bullet sensor for countering is realized scattered bullet is set.This design needs a plurality of sensors and corresponding signal transmission accessory, complex process expend the production time while causing paster processing and assembling.In use, the probability that a plurality of sensors break down is higher, and some sensors go wrong, and will affect the accuracy of whole bullet counting.
Summary of the invention
The purpose of this utility model is to provide a kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection.
In order to achieve the above object, the technical scheme that the utility model adopts is:
A kind of by the storage drawer of the scattered bullet of image detection, comprise a drawer-bottom board, described drawer-bottom board is provided with a plurality of bullets of putting single bullet and puts device, this bullet is put device and is provided with the through hole for printing opacity, a distance of described drawer-bottom board one side arranges a light source, it is characterized in that: a distance of described drawer-bottom board another side is provided with light reflection device, on described drawer-bottom board another side, be also provided with the camera device towards described light reflection device, the described light source that described camera device is reverse shoots with video-corder described light reflection device reflection irradiates described bullet to be put the luminance picture after device and then detects described bullet and put in device, whether to put bullet.
Described light source is arranged on a distance of described drawer-bottom board below, and described light reflection device is arranged on a distance of described drawer-bottom board top, and described camera device is arranged on the upper side of described drawer-bottom board and towards described light reflection device.
Described light source is arranged on a distance of described drawer-bottom board top, and described light reflection device is arranged on a distance of described drawer-bottom board below, and described camera device is arranged on the downside of described drawer-bottom board and towards described light reflection device.
Described light source adopts area source, and this area source is parallel with described drawer-bottom board, and the light of described area source is perpendicular to described drawer-bottom board.
Described camera device adopts camera, described light reflection device adopts reflective mirror, the described area source of the described reflective mirror reflection of the reverse shooting of described camera irradiates described bullet puts the luminance picture after device, according to the number of hot spot in luminance picture and position, further determines number and the position of scattered bullet.
Described area source be arranged at described drawer-bottom board directly over; Described reflective mirror is arranged under described drawer-bottom board, and described camera is arranged at the centre position of described drawer-bottom board downside and the camera lens of described camera towards the position of described reflective mirror.
Described area source be arranged at described drawer-bottom board directly over; Described reflective mirror is arranged at the position of described drawer-bottom board below side and described reflective mirror minute surface is inclined can reflect described area source, irradiates described bullet and put the whole luminance pictures after device, and described camera is arranged at the camera lens of described another lateral location of drawer-bottom board downside and described camera towards described reflective mirror.
Described drawer-bottom board is provided with away from a side plane of light source the optical film material that is used to form rescattering.
The size inequality of the through hole arranging on device put by described bullet so that the spot size in the luminance picture of described light reflection device reflection is even.
On described drawer-bottom board, be also provided with several for determining the locating hole of luminance picture facula position.
A bullet cabinet, comprises cabinet and cabinet door, is provided with by the storage drawer of the scattered bullet of image detection in described cabinet;
Described bullet cabinet is provided with the management system that can realize scattered bullet management through figures, and described management system comprises bullet counting module, central processing module, memory module, telephonic communication module, network communication module and display module;
Described central processing module, respectively with bullet counting module, memory module, telephonic communication module with network communication module is two-way is connected, is finished the work for controlling bullet counting module, memory module, telephonic communication module and network communication module;
Described bullet counting module is also connected with described camera device, described bullet counting module obtains shooting with video-corder signal and calculate bullet quantity and the position data make new advances and depositing memory module in of described camera device, is also responsible for the last bullet quantity of storing in new bullet quantity and position data and memory module and position data to compare and calculate bullet quantity and change in location data;
Described memory module is used for storing bullet quantity and position data;
Described telephonic communication module is for the telephone remote communication with senior executive;
Described network communication module is used for by network and senior executive's client telecommunication;
Described display module is also connected with drawer display screen, completes the demonstration of bullet incremental data for controlling drawer display screen.
Compared with prior art, the utility model replaces a plurality of sensors with camera, utilizes camera to take the hot spot of reflective mirror transmitting, by taking luminance picture identification, determines whether store projectiles.The utility model is provided with reflective mirror, has also reduced the height of storage drawer integral body except can the hot spot of shooting clear, has saved the space in bullet cabinet.
Accompanying drawing explanation
With reference to accompanying drawing, the utility model will be better understood.Accompanying drawing is as follows:
Fig. 1 is the front view of the utility model bullet cabinet open mode;
Fig. 2 is the front view of the utility model bullet cabinet closed condition;
Fig. 3 is the utility model bullet cabinet cabinet schematical top view;
Fig. 4 is the structural representation of the utility model bullet cabinet management system;
Fig. 5 is the scattered bullet storage drawer of the utility model bullet cabinet the first embodiment;
Fig. 6 is the scattered bullet storage drawer of the utility model bullet cabinet the second embodiment;
Fig. 7 is the utility model bullet cupboard bullet counting flow chart;
Fig. 8 is that the utility model bullet cabinet monitors flow chart;
Fig. 9 is the utility model bullet cabinet authentication flow chart;
Figure 10 is the utility model bullet cabinet network remote control flow chart;
Figure 11 is the utility model bullet cabinet telephone remote control flow chart;
Figure 12 is the utility model bullet cabinet temperature and humidity monitor module diagram;
Figure 13 is the utility model bullet cabinet temperature and humidity monitor flow chart;
Figure 14 is the camera device of storage drawer and the first embodiment of light reflection device that the utility model passes through the scattered bullet of image detection;
Figure 15 is the camera device of storage drawer and the second embodiment of light reflection device that the utility model passes through the scattered bullet of image detection.
The specific embodiment
In order to make the purpose of this utility model, technical scheme, beneficial effect clearer, below in conjunction with drawings and Examples, the utility model is described in further details.Should be appreciated that specific embodiment described herein is only for explaining the utility model, and be not used in restriction the utility model.
As shown in Figure 1, Figure 2 and Figure 3, bullet cabinet of the present utility model comprises cabinet 1 and cabinet door 2.
Cabinet 1 bottom is provided with the castor 4 for mobile bullet cabinet, and for preventing that bullet cabinet from moving the fixedly leg 3 of 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 leg 3 upwards need to be packed up, as support, very laborsaving during mobile bullet cabinet by castor 4.Described cabinet 1 top is provided with the management system 5 of bullet cabinet being carried out to intelligent management, is also provided with preventing dust static layer 6 in described cabinet 1.Preventing dust static layer 6 is arranged at bullet cabinet cabinet 1 inner lower position.
In bullet cabinet, be provided with temperature sensor 531 and humidity sensor 532, for controlling the temperature control equipment of bullet cabinet internal temperature and for controlling the humidity conditioner of bullet cabinet interior humidity.Described temperature control equipment is the fan 7 of tip position that is arranged on the cabinet 1 of described management system 5 tops, for the gas exchange of bullet cabinet inside and outside, keeps bullet cabinet internal and external temperature consistent, is appreciated that herein and also can adopts other temperature control equipment.Described humidity conditioner is the humidifier (accompanying drawing is not shown) that is arranged on bullet cabinet below.Described bullet cabinet is provided with for humiture and surpasses the audible-visual annunciator that critical value alarm is used.Bullet cabinet can also be provided with the stand-by power supply (accompanying drawing is not shown) that continues as the power supply of bullet cabinet after power-off.Described stand-by power supply can be selected the power storage device of battery or other types.
On cabinet door 2, be 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 add, modification, the demonstration that the inner bullet quantity of bullet cabinet is inquired about, person on duty carries out the demonstration of the access record of bullet, and inspector carries out the inquiry of bullet and the demonstration of query note printing etc.Loudspeaker 22 for reporting to the police, the audio prompt of operating process and receive the phonetic order that senior executive sends.Microphone 23 for monitoring work and realize senior executive and bullet cabinet before operating personnel's distance communicating.Fingerprint recognition window 24 logs in personnel's finger print information for receiving identification.Secondary camera 25 is for obtaining the personnel's of logging in human face image information 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 utility model, input unit 26 is for being arranged on the touch screen PIN PAD in described cabinet door 2 outsides.During Password Input, display screen 21 meeting display password entr screens, alert is carried out touch screen Password Input.
Main camera 27 is for monitoring and shoot with video-corder opening cabinet access bullet process behind the door.Main camera 27 is arranged on described cabinet door medial surface away from the position, upper angle of 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 that 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 in when energising, and described lock core switching mechanism electromagnet moves to operating position and makes that electronic lock cylinder is connected 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 and makes that electronic lock cylinder is separated with locking bolt, mechanical lock is connected with locking bolt.When bullet cabinet generation power-off of the present utility model, 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 suddenly power-off likely can cause the situation of bullet cabinet generation loss of data of the present utility model, therefore bullet cabinet of the present utility model 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, by described cabinet door lock control module 24, controls its energising or power-off, because this partial content has the method for many prior aries, can realize, and does not repeat them here.
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 preventing dust static layer 6.In the middle of described cabinet 1, be provided with vertical baffle described cabinet is divided into two memory blocks, left and right: bullet memory block and scattered bullet memory block by the gross.Described cabinet 1 also can arrange in centre 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.The concrete memory block of bullet by the gross and the division of scattered bullet memory block can need to be divided according to actual storage.
Described bullet by the gross memory block is divided into a plurality of memory cell of bullet by the gross for storing the bullet of FCL or whole box by upper and lower spaced several dividing plates 12 are set by described bullet by the gross memory block.Described in described dividing plate 12 can be fixed on to up-down adjustment by the gross on the cabinet wall of bullet memory block.On the both sides cabinet wall of described bullet by the gross memory block, be provided with vertical chute (accompanying drawing is not shown), described dividing plate 12 dual-sides extend upward a chimb (accompanying drawing is not shown), on this chimb, be arranged side by side several spaced bar holes (accompanying drawing is not shown), screw is fixed and then described dividing plate 12 is fixed on the cabinet wall of described both sides in described chute and by nut through described bar hole holding.Described dividing plate 12 can and then regulate the height of bullet memory cell by the gross according to the size up-down adjustment of cartridge box.On described cabinet wall, be provided with two parallel vertical chutes (accompanying drawing is not shown).
Described scattered bullet memory block is provided with that several are vertically disposed for depositing the scattered bullet storage drawer 13 of scattered bullet.On two side, described scattered bullet memory block, be also arranged at intervals with the chute (attached not shown) matching with the slide rail of scattered bullet storage drawer 13 both sides, described scattered bullet storage drawer 13 can regulate according to bullet model the height of scattered bullet storage drawer 13.
Described management system rest area is arranged on cabinet 1 inner chamber near the position at top, the bottom of described management system rest area, sidepiece and back sealing, 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, has reduced management system 5 impacts of heating on cabinet 1 internal temperature.Preferably, this ventilating opening is provided with aforesaid fan 7 and makes cabinet 1 internal temperature carry out active convection current higher time; Management system rest area sidepiece and back are equipped with thermal insulation layer further to reduce the heat that is delivered to cabinet 1 inside.Understandable, front portion, described management system rest area, sidepiece and back also can be opened, and just can increase the heat that is delivered to cabinet 1 inside, only need system rest area bottom lock just can avoid heat to be directly delivered on bullet.Described management system 5 is outside equipped with and prevents that management system excess Temperature from causing the explosion-resistant enclosure of blast
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.Described drawer rear wall 139 is also provided with for bullet cabinet and pins the drawer-lock 132 of scattered bullet storage drawer 13.Described drawer panel 131, drawer side wall 138 and the height of drawer rear wall 139 and the length dimension of bullet mate.Described drawer-bottom board 137 also comprises the insulating barrier (accompanying drawing is not shown) for preventing static; Described drawer panel 131 can also be provided with for showing the drawer display screen 1311 of bullet quantity and bullet type; Described drawer panel 131 also can be provided with handle 136; Described drawer side wall 138 outsides also can be provided with drawer sliding rail 1381.
Described drawer-bottom board 137 is provided with a plurality of bullets of putting single bullet and puts device 134, and this bullet is put device 134 and is provided with the through hole 133 for printing opacity.A distance of described drawer-bottom board 137 one sides arranges a light source, and a distance of described drawer-bottom board 137 another sides is provided with light reflection device, on described drawer-bottom board 137 another sides, is also provided with the camera device towards described light reflection device.The described light source that described camera device is reverse shoots with video-corder described light reflection device reflection irradiates described bullet to be put the luminance picture after device 134 and then detects described bullet and put in device 134, whether to put bullet.Described light source irradiates puts device 134 to described bullet, if bullet is put the in-built bullet that is placed with of device 134, the through hole that bullet is put on device 134 will be blocked, and light is just different to be projected away by through hole; If bullet is put in device 134 and do not put bullet, light can be put the through hole projection on device 134 and then in a distance, be formed hot spot by bullet.Described light source irradiates that described bullet puts that luminance picture after device 134 includes the image of several hot spots or without any the image of hot spot.
Described light source is arranged on a distance of described drawer-bottom board 137 belows, described light reflection device is arranged on a distance of described drawer-bottom board 137 tops, and described camera device is arranged on the upper side of described drawer-bottom board 137 and towards described light reflection device.Be appreciated that, described light source also can be arranged on a distance of described drawer-bottom board 137 tops, described light reflection device is arranged on a distance of described drawer-bottom board 137 belows, and described camera device is arranged on the downside of described drawer-bottom board 137 and towards described light reflection device.The bullet that described light source irradiates on described drawer-bottom board 137 is put the rear formation luminance picture of device 134, the bullet of store projectiles can not form hot spot after putting device 134 and being irradiated by light source, the bullet of store projectiles is put after device 134 is irradiated by light source can not produce hot spot, and the luminance picture that hot spot forms is shot with video-corder and then determine number and the position of scattered bullet by camera device after being reflected by light reflection device.
Described light source comprises all illuminators that can be luminous, can be cold light source, can be also thermal light source etc.Preferably, adopt area source 1312, this area source 1312 is parallel with drawer-bottom board 137, and the light of described area source 1312 is perpendicular to described drawer-bottom board 137.Distance between area source 1312 and drawer-bottom board 137 is preferably 80mm, is appreciated that the distance between area source 1312 and drawer-bottom board 137 is not limited to 80mm, can adjust accordingly according to actual conditions.Area source 1312 can adopt ruddiness area source, white light plane light source, blue light area source or infrared ray area source etc., is appreciated that the concrete color of area source 1312 is unrestricted, as long as can meet emission of light.
Described camera device is preferably camera 1313, and described light reflection device preferably adopts reflective mirror 1314, and the size of described light reflection device meets and can reflect described light source completely and irradiate described bullet and put the whole luminance pictures after device 134.The described area source 1312 of described reflective mirror 1314 reflections of the reverse shooting of described camera 1313 irradiates described bullet puts the luminance picture seeing through after device 134, according to the number of hot spot in luminance picture and position, further determines number and the position of scattered bullet.
On the side plane of drawer-bottom board 137 away from light source, be also provided with the optical film material (accompanying drawing is not shown) that is used to form rescattering, described optical film material is preferably equal permeable membrane.Rescattering and then the larger hot spot of formation by equal permeable membrane are convenient to identification.
Bullet is put device 134 for being arranged on a plurality of bullet groove, the shape of described bullet groove and the form fit of boat tail for the single bullet of vertical placement on described drawer-bottom board 137.Bullet is put on device 134 uneven the so that described light source of described light reflection device reflection of the size of the through hole 133 arranging and is irradiated described bullet to put after device the spot size of luminance picture even.Such as: if when through hole 133 size is the same and described reflective mirror 1314 is arranged at the position under described drawer-bottom board 137, the light spot image reflecting on described reflective mirror can present situation about reducing gradually broad in the middle around, for the light spot image size that makes to reflect on described reflective mirror evenly and then be convenient to identification, middle bullet need to be put to the through hole of device 134 turns down, the through hole that around bullet is put device 134 increases gradually, and then forms uniform light spots.For the ease of the position of identification bullet, on described drawer-bottom board 137, be also provided with several for determining the locating hole (accompanying drawing is not shown) of luminance picture facula position.Quantity and the position of concrete locating hole can specifically be set according to actual needs.
The first embodiment of the utility model camera device and light reflection device as shown in figure 14, described area source 1312 be arranged at described drawer-bottom board 1317 directly over; Described reflective mirror 1314 is arranged under described drawer-bottom board 1317, and described camera 1313 is arranged at the centre position of described drawer-bottom board 1317 downsides and the camera lens of described camera 1313 towards the position of described reflective mirror 1314.The light of area source 1312 can irradiate bullet to be put the rear formation luminance picture of device 134 and is reflected by reflective mirror 1314, and the luminance picture of 1313 pairs of reflections of camera is taken, number and the position of number and location positioning bullet by hot spot in luminance picture.
The second embodiment of the utility model camera device and light reflection device as shown in figure 15, described area source 1312 be arranged at described drawer-bottom board 1317 directly over; Described reflective mirror 1314 is arranged at the position of described drawer-bottom board 1317 below sides and described reflective mirror 1314 minute surfaces are inclined can reflect described area source 1312, irradiates described bullet and put the whole luminance pictures after device through hole, and described camera 1313 is arranged at the camera lens of described another lateral location of drawer-bottom board 1317 downsides and described camera 1313 towards described reflective mirror 1314.The concrete angle tilting of described reflective mirror 1314 is irradiated whole luminance pictures that described bullet puts after device and is as the criterion can reflect described area source.
Described drawer rear wall 139 is provided with bullet counting connectivity port 135, described camera device is electrically connected to described bullet counting connectivity port 135, and described bullet counting module 52 is counted connectivity port 135 and followed described camera device to connect to realize signal to transmit by connecting bullet.
The spread pattern of described bullet groove on drawer-bottom board 137 has multiple implementation method.As shown in Figure 5, the rectangular array arrangement of described bullet groove, so arrangement can make between bullet neat.As shown in Figure 6, described bullet groove is staggered arranges, and so arranges between every row's bullet groove and interlocks and make bullet groove 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 utility model 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 and is stolen from scattered bullet storage drawer 13; Described bullet is put device 134 can also adopt the structures such as cartridge-holder except the bullet groove that the utility model embodiment adopts; Described bullet groove can not mate with boat tail, can be designed for the placement bullet that lies low yet, and just can cause the waste of the area of drawer-bottom board 137; Described bullet groove can also select other modes of prior art to arrange, and just can cause the waste of the area of drawer-bottom board 137.
In addition, bullet cabinet of the present utility model 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 utility model 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, monitors module 57, display module 58, voice module 59 and memory module 510.
Described central processing module 50 respectively 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, monitor that module 57, display module 58, voice module 59 are connected with memory module 510 is two-way, for controlling other modules, complete the control instruction that the work of various automation control flow 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 is connected with fingerprint recognition window 24 is two-way, and described fingerprint identification unit 511 is obtained the finger print data that fingerprint recognition window 24 recognizes and compared decision operation personnel identity with the fingerprint correction data of transferring from memory module 510.Finger print data comparison, for prior art, does not repeat them here.
Described face identification unit 512 and secondary two-way connection of camera 25, described face identification unit 512 is transferred secondary camera 25 and is taken, from photographed data, find out people's face data and compare with people's face correction data of transferring from memory module 510, decision operation personnel identity.People's face comparing is prior art, does not repeat them here.
Described password identification unit 513 is connected with input unit 26 is two-way, and described password identification unit 513 receives the code data of input unit 26 inputs, and compares with the password correction data of transferring from memory module 510, decision operation personnel identity.Password comparison, for 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 the camera device of scattered bullet storage drawer 13, described bullet counting module 52 obtains the signal that camera device detects and calculates the bullet quantity and the position data that make new advances and deposits memory module 510 in, is also responsible for the last bullet quantity of storing in new bullet quantity and position data and memory module 510 and position data to compare and calculate 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 humidity conditioner with described temperature control equipment respectively.Described temperature and humidity monitor module 53 is according to the humidity data of the temperature data of the frequency acquisition temperature sensor 531 setting and humidity sensor 532, and compare with temperature critical data and humidity critical data, judge whether in-cabinet temperature and humidity surpass critical data.When in-cabinet temperature and humidity whether surpass critical data to a certain degree after, described temperature and humidity monitor module 53 is controlled described Power supply control device forces power-off to stop the management system 5 generation heat that works on.Described Power supply control device comprises the AC relay that is 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 that is 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 while obtaining the temperature-humidity monitoring data capture unit 531 of the inner humiture data of bullet cabinet, the alarm unit 533 when the inner humiture data of threshold value comparing unit 532, bullet cabinet of the inner humiture data of bullet cabinet and the comparison of humiture critical value are surpassed to critical value and the inner humiture of bullet cabinet over critical value, controls the processing unit 534 that related device or module are carried out corresponding operating; 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.
Also drawer-lock 132 is two-way is connected with each with cabinet door lock 28 for described cabinet door lock control module 54, for sending control instruction, obtain the state of cabinet door lock 28 and each drawer-lock 132 and to central processing module 50 feedbacks according to setpoint frequency to cabinet door lock 28 or each drawer-lock 132 according to the indication of central processing module 50.Understandable, described cabinet door lock control module 54 can also drawer-lock 132 be unidirectional is connected with each with cabinet door lock 28, and cabinet door lock control module 54 is only sent control instruction and do not obtained the state of cabinet door lock 28 and each drawer-lock 132 to cabinet door lock 28 or each drawer-lock 132.
Described telephonic communication module 55 is for phone 62 telecommunication of the senior executive with upper level monitor terminal, by telephone audio or short message, to upper level monitor terminal, transmit the various status datas of bullet cabinet, as the remote control commands of authentication information, humiture warning message, cabinet door opening information etc. or reception upper level monitor terminal, telephonic communication module 55 is also responsible for coordinating with voice module 59 senior executive and the operating personnel's before bullet cabinet that realize upper level monitor terminal distance communicating.
Described network communication module 56 is for client 61 telecommunication by network and upper level monitor terminal, by network data transmission, to upper level monitor terminal, transmit the various status datas of bullet cabinet, as authentication information, humiture warning message, cabinet door opening information etc., video monitoring data, as surveillance video etc., or the remote control commands of reception upper level monitor terminal, network communication module 56 is also responsible for coordinating the senior executive and the operating personnel's before bullet cabinet that realize upper level monitor terminal remote video monitoring and/or distance communicating with monitoring module 57 and/or voice module 59.
Described supervision module 57 also with main two-way connection of camera 27, for controlling main camera 27, complete monitoring video work and monitoring video be stored to memory module 510.Monitor the also responsible remote video monitoring of realizing the operating personnel before senior executive and bullet cabinet that coordinates with network communication module 56 of module 57.
Described display module 58 is also connected with the drawer display screen 1311 in each scattered bullet storage drawer with the display screen 21 on cabinet door, completes the demonstration of various bullet cabinet status datas 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 microphone 23 with loudspeaker 22, for control loudspeaker 22, completes warning, audio prompt work, controls microphone 23 and completes monitoring work and monitored data is stored to memory module 510.Voice module 59 is also responsible for coordinating with telephonic communication module 55 or network communication module 56 distance communicating of realizing the operating personnel before senior executive and bullet cabinet.
Described memory module 510, for storing various bullet cabinet data, is transferred for other modules, revises under certain condition or increase data for other modules.
In addition, the management system 5 of bullet cabinet of the present utility model 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 utility model comprises the following steps:
A1: bullet counting module 52 obtains the signal that camera device detects;
A2: bullet counting module 52 calculates shot quantity and position;
A3: bullet counting module 52 is saved to memory module 510 by new bullet incremental data and position data, simultaneously bullet counting module 52 by new bullet incremental data and position data respectively with memory module in the incremental data and shot position data contrast last time preserved, judge whether identical: if difference marking ammunition access change sign; If identical mark is access ammunition sign not;
A4: wait for that bullet incremental data and position data are called.
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: bullet counting module 52 is saved to memory module 510 by new bullet incremental data and position data, simultaneously bullet counting module 52 by new bullet incremental data and position data respectively with memory module 510 in the incremental data and shot position data contrast last time preserved, judge whether identical: marking ammunition access changes sign if not, and calculate the bullet incremental data that makes new advances and position data with respect to the bullet incremental data and the delta data of position data last time of memory module 510 storages by bullet counting module 52, start network communication module 56 and telephonic communication module 55 delta data and operator's information are sent to senior executive, if mark access ammunition sign not.
When sensing that scattered bullet storage drawer 13 is closed or bullet counting module 52 receives after the bullet counting order of central processing module 50, area source 1312 is opened automatically, camera 1313 starts simultaneously, after time delay a period of time, camera 1313 is put bottom of device image by 133 pairs of bullets of through hole and is taken, bullet counting module 52 is counted connectivity port 135 by bullet and is obtained the view data of shooting and it is processed, and then obtains quantity and the position data of bullet.Central processing module 50 obtains after image, closed light source 1312 and camera 1313.
As shown in Figure 8, the supervision method B of bullet cabinet of the present utility model, comprises the following steps:
B1: cabinet door lock control module 54 is obtained the status information of cabinet door lock 28;
B2: cabinet door lock control module 54 is sent to cabinet door lock 28 opening information to monitor module 57 by central processing module 50, monitors that the main camera 27 of module 57 control carries out surveillance video, records the 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: cabinet door lock control module 54 is sent to the closed condition information of cabinet door lock 28 to monitor module 57 by central processing module 50, supervision module 57 is controlled main camera 27 and is closed, and records the cabinet door shut-in time, and main camera 27 enters standby detecting state.
The method that cabinet door lock control module 54 is obtained the state of cabinet door lock 28 and each drawer-lock 132 has numerous embodiments: can be initiatively to be accessed and obtain according to setpoint frequency by cabinet door lock control module 52; Also can be to be passed back according to setpoint frequency by cabinet door lock 28 and each drawer-lock 132.
In order to make senior executive can receive bullet cabinet opening information, further bullet cabinet is carried out to remote monitoring, after described step B3, also insert following steps: cabinet door lock control module 54 sends to senior executive the cabinet information of opening by described telephonic communication module 55 and described network communication module 56.
In order to know, monitor operating personnel people's face information, get bullet process and make monitor data take less memory space, described cabinet door lock control module 54 is passed to described supervision module 57 and then is controlled described main camera 27 and open shooting by described central processing module 50 after described cabinet door lock 28 opening informations being detected, when cabinet door is closed, main camera, in holding state, stops shooting.
In order to ensure security, before opening bullet cabinet cabinet door taking-up bullet, need through strict authentication, after the personnel that are defined as authorizing through multifactor authentication, just can open cabinet door and take out bullet.As shown in Figure 9, the personal identification method C of bullet cabinet of the present utility model, comprises the following steps:
C1: start face identification unit 512, control the human face image information that secondary camera 25 obtains the personnel of logging in, the human face image information that 512 pairs of secondary cameras 25 of control of face identification unit obtain calculates face features data; Face identification unit 512 is mated face features data with the face features data that are pre-stored in memory module 510, whether examine the personnel of logging in is authorized person;
C2: prompting login personnel is by fingerprint recognition window 24 input finger print informations, and fingerprint identification unit 511 is compared the finger print information obtaining and the finger print information being pre-stored in described memory module 510, and whether examine is authorized person's fingerprint;
C3: prompting login personnel is by input unit 26 input passwords, and the code data obtaining and the code data being pre-stored in described memory module 510 are compared in password identification unit 513, judge that whether login password is correct.
Preferably, in step C1, further comprise following steps: if the failure of face features Data Matching, prompter's face recognition failures, re-starts recognition of face after the distance of adjustment and cabinet 1; 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 surpasses 3 times, recognition of face failure, the human face image information that face identification unit 512 is opened failed information by described network communication module 56 or telephonic communication module 55 by bullet cabinet cabinet door 2 and logged in personnel sends to higher level's monitor terminal.
Preferably, in step C2, further comprise following steps: if fingerprint comparison failure, finger print information is re-entered in prompting, whether the input number of times that judges finger print information is greater than 3 times, if be not greater than 3 times, re-enter finger print information, if be greater than 3 times, point out fingerprint not to be inconsistent, the human face image information that fingerprint identification unit 511 is opened failed information by described network communication module 56 or telephonic communication module 55 by bullet cabinet cabinet door 2 and logged in personnel sends to higher level's monitor terminal.
Preferably, in step C3, further comprise following steps: if password bad, password is re-entered in prompting, whether the number of times of judgement input password is greater than 3 times, if be not greater than 3 times, re-enter encrypted message, if be greater than 3 times, prompt cipher input error, the human face image information that password identification unit 513 is opened failed information by described network communication module 56 or telephonic communication module 55 by bullet cabinet cabinet door 2 and logged in personnel sends to higher level's monitor terminal.
After recognition of face, fingerprint authentication and password authentification, drawer-lock 132 corresponding to cabinet door lock control module 54 switch board door locks 28 and authority opened automatically, authorized person can take out bullet or carry out the operation in authority from bullet cabinet, as the modification of bullet access quantity, bullet type by the gross, inquiry of the transferring of user add, monitoring video, bullet access record etc.
The management system 5 of bullet cabinet of the present utility model can be carried out remote monitoring D by network and phone for senior executive, 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 is connected with client, receives face-image photograph and/or password;
D1-2: network communication module 56 sends to identification module 51 by face-image photo and/or password, carries out identification and judges whether to possess network remote monitoring authority by identification module 51: if client can be carried out the operation in authority; Disconnect if not;
D1-3: process ends also records start-up time and the end time of operating personnel's information, operation note, remote monitoring.
By network remote monitoring, can carry out the modification of bullet access quantity, bullet type by the gross, user add, the 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 in real time artificial supervision.
Preferably, wherein step D1-1 is afterwards further comprising the steps of:
D1-1-1: network communication module 56 sends to authorize and puts question to client, after client return authorization is putd question to answer, whether judgement is authorized and is putd question to answer correct: if enter next step; If not and errors number be less than or equal to 3 times and repeat this step; If not and errors number be greater than 3 times and disconnect.
Refer to Figure 11, telephone remote monitoring D2 comprises the following steps:
D2-1: telephonic communication module 55 is received the caller that phone sends, whether telephonic communication module 55 checking calling telephone numbers are senior executive's telephone number: if connect phone; 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 phone can carry out the operation in extent of competence; If not and errors number be less than or equal to 3 times and repeat this step; If not and errors number be greater than 3 times and hang up the telephone;
D2-4: process ends also records start-up time and the end time of operating personnel's information, operation note, remote monitoring.
By telephone remote, monitored and can be carried out the modification of bullet access quantity by the gross, the inquiry of bullet access record, opens the operations such as the front operator of voice channel and bullet cabinet converses.
Bullet cabinet of the present utility model 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 inductions, and sends humiture data to threshold value comparing unit 532;
Whether E2: threshold value comparing unit 532 compares humiture data and predefined humiture critical value, calculate humiture value in scope out of control;
E3: if the humiture value of calculating in described scope out of control, alarm unit 533 and processing unit 534 are reported to the police accordingly and are processed operation, otherwise return to step e 1.
Understandable, temperature-humidity monitoring data capture unit 531 obtains humiture data mode numerous embodiments, can according to certain frequency access temperature sensor 531 and humidity sensor 532, read humiture data for temperature-humidity monitoring data capture unit 531; Also can according to certain frequency, humiture data 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 that described processing unit 534 is controlled fan 7 work when bullet in-cabinet temperature is greater than 27 degree; When in bullet cabinet, humidity is less than 30%, described processing unit 534 controlled humidity control device carry out work;
E3-2: when bullet in-cabinet temperature is greater than 29.5 while spending, 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 while spending, described processing unit 534 is controlled power supply control apparatus force disconnect bullet cabinet power supplys.
The blocking management method F that bullet cabinet of the present utility model also relates to, comprises the following steps:
F1: described identification module 51 sends to described cabinet door lock control module 54 by the identity identification information obtaining by described central processing module 50;
F2: according to identity identification information, described cabinet door lock control module 54 is transferred drawer-lock authority information corresponding to identity identification information prestoring 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 of transferring and specific drawer-lock 132.
The method for managing power supply G of the utility model bullet cabinet, comprises the following steps:
G1: during bullet cabinet generation power-off, start stand-by power supply;
G2: when the voltage of stand-by power supply is when setting critical value, described cabinet door lock control module 24 is controlled the power-off of lock core switching mechanism;
G3: when the voltage of stand-by power supply is when setting critical value or while restoring electricity, described cabinet door lock control module 24 is controlled the energising of lock core switching mechanisms.
So can when power-off, reduce the consumption of stand-by power supply.
Preferably, step G2, G3 can also replace with lower content:
G2: when the voltage of stand-by power supply is when setting critical value, described cabinet door lock control module 24 switch board lock core switching mechanisms and the power-off of scattered bullet storage drawer lock core switching mechanism;
G3: when the voltage of stand-by power supply is when setting critical value or while restoring electricity, described cabinet door lock control module 24 switch board lock core switching mechanisms and the energising of scattered bullet storage drawer lock core switching mechanism.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (11)
1. one kind is passed through the storage drawer of the scattered bullet of image detection, comprise a drawer-bottom board (137), described drawer-bottom board (137) is provided with a plurality of bullets of putting single bullet and puts device (134), this bullet is put device (134) and is provided with the through hole (133) for printing opacity, a distance of described drawer-bottom board (137) one side arranges a light source, it is characterized in that: a distance of described drawer-bottom board (137) another side is provided with light reflection device, on described drawer-bottom board (137) another side, be also provided with the camera device towards described light reflection device, the reverse described light source of shooting with video-corder described light reflection device reflection of described camera device irradiates described bullet to be put the luminance picture after device (134) and then detects described bullet and put in device (134) whether put bullet.
2. according to claim 1 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described light source is arranged on a distance of described drawer-bottom board (137) below, described light reflection device is arranged on a distance of described drawer-bottom board (137) top, and described camera device is arranged on the upper side of described drawer-bottom board (137) and towards described light reflection device.
3. according to claim 1 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described light source is arranged on a distance of described drawer-bottom board (137) top, described light reflection device is arranged on a distance of described drawer-bottom board (137) below, and described camera device is arranged on the downside of described drawer-bottom board (137) and towards described light reflection device.
4. according to claim 3 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described light source adopts area source (1312), this area source (1312) is parallel with described drawer-bottom board (137), and the light of described area source (1312) is perpendicular to described drawer-bottom board (137).
5. according to claim 4 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described camera device adopts camera (1313), described light reflection device adopts reflective mirror (1314), the described area source (1312) of the described reflective mirror of the reverse shooting of described camera (1313) (1314) reflection irradiates described bullet puts the luminance picture after device (134), according to the number of hot spot in luminance picture and position, further determines number and the position of scattered bullet.
6. according to claim 5 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described area source (1312) be arranged at described drawer-bottom board (1317) directly over; Described reflective mirror (1314) is arranged under described drawer-bottom board (1317), and described camera (1313) is arranged at the centre position of described drawer-bottom board (1317) downside and the camera lens of described camera (1313) towards the position of described reflective mirror (1314).
7. according to claim 5 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described area source (1312) be arranged at described drawer-bottom board (1317) directly over; Described reflective mirror (1314) is arranged at the position of described drawer-bottom board (1317) below side and described reflective mirror (1314) minute surface is inclined can reflect described area source (1312), irradiates described bullet and put the whole luminance pictures after device, and described camera (1313) is arranged at the camera lens of described drawer-bottom board (1317) another lateral location of downside and described camera (1313) towards described reflective mirror.
8. according to claim 1 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described drawer-bottom board (137) is provided with away from a side plane of light source the optical film material that is used to form rescattering.
9. according to claim 1 by the storage drawer of the scattered bullet of image detection, it is characterized in that: described bullet put the uneven so that described light reflection device reflection of the size of the upper through hole (133) arranging of device (134) luminance picture in spot size even.
10. according to claim 1 by the storage drawer of the scattered bullet of image detection, it is characterized in that: on described drawer-bottom board (137), be also provided with several for determining the locating hole of luminance picture facula position.
11. 1 kinds of bullet cabinets, comprise cabinet (1) and cabinet door (2), it is characterized in that: in described cabinet (1), be provided with the storage drawer of passing through the scattered bullet of image detection described in claim 1 to 10 any one;
Described bullet cabinet is provided with the management system (5) that can realize scattered bullet management through figures, and described management system (5) comprises bullet counting module (51), central processing module (50), memory module (510), telephonic communication module (55), network communication module (56) and display module (58);
Described central processing module (50) respectively with bullet counting module (51), memory module (510), telephonic communication module (55) and two-way connection of network communication module (56), for controlling bullet counting module (51), memory module (510), telephonic communication module (55) and network communication module (56), finish the work;
Described bullet counting module (52) is also connected with described camera device, described bullet counting module (52) obtains shooting with video-corder signal and calculate bullet quantity and the position data make new advances and depositing memory module (510) in of described camera device, is also responsible for the last bullet quantity of storing in new bullet quantity and position data and memory module (510) and position data to compare and calculate bullet quantity and change in location data;
Described memory module (510) is for storing bullet quantity and position data;
Described telephonic communication module (55) is for the phone with senior executive (62) telecommunication;
Described network communication module (56) is for the client by network and senior executive (61) telecommunication;
Described display module (58) is also connected with drawer display screen (1311), completes the demonstration of bullet incremental data for controlling drawer display screen (1311).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320846470.0U CN203981036U (en) | 2013-12-20 | 2013-12-20 | A kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320846470.0U CN203981036U (en) | 2013-12-20 | 2013-12-20 | A kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection |
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| CN203981036U true CN203981036U (en) | 2014-12-03 |
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| CN201320846470.0U Withdrawn - After Issue CN203981036U (en) | 2013-12-20 | 2013-12-20 | A kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection |
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| CN (1) | CN203981036U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104729366A (en) * | 2013-12-20 | 2015-06-24 | 于净 | Image-based scattered bullets detection storage drawer and bullet cabinet |
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2013
- 2013-12-20 CN CN201320846470.0U patent/CN203981036U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104729366A (en) * | 2013-12-20 | 2015-06-24 | 于净 | Image-based scattered bullets detection storage drawer and bullet cabinet |
| CN104729366B (en) * | 2013-12-20 | 2016-06-08 | 于净 | A kind of by storage drawer and the bullet cabinet of the scattered bullet of image detection |
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Granted publication date: 20141203 Effective date of abandoning: 20160608 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |