CN204536777U - New Generation of Intelligent compact shelving - Google Patents
New Generation of Intelligent compact shelving Download PDFInfo
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- CN204536777U CN204536777U CN201520194184.XU CN201520194184U CN204536777U CN 204536777 U CN204536777 U CN 204536777U CN 201520194184 U CN201520194184 U CN 201520194184U CN 204536777 U CN204536777 U CN 204536777U
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Abstract
The open New Generation of Intelligent compact shelving of the utility model, comprises intelligent compact shelf detecting system of human body, intelligent compact shelf drive system and maltilevel security protection intelligent compact shelf; Described maltilevel security protection intelligent compact shelf comprises compact shelving support body, intelligent compact frame control system and security protection system, and described security protection system comprises scram button, kicks switch, infrared emission device, stroke/proximity switch, anti-extrusion pressing mold, Temperature Humidity Sensor and smog alarm sensor.The utility model not only can detect and record the turnover of personnel in frame and stop, thus remove the trouble that managerial personnel check by frame from, the personnel in frame that simultaneously avoid are occurred by situation about crushing, but also can guarantee when multiple sensor failure cannot normally work, still can ensure that in frame, personnel can not be crushed.
Description
Technical field
The utility model relates to compact shelving device, particularly a kind of New Generation of Intelligent compact shelving.
Background technology
Compact shelving, also known as coarctation cabinet, is the one of intensive archives container, according to the difference of mode of operation, hand compact shelving, electrodynamic type compact shelving and electronic intelligence compact shelving can be divided into, wherein the most there are market outlook with electronic intelligence compact shelving, also meet development in science and technology trend.But existing electronic intelligence compact shelving is owing to can only carry out at a control end when Driving Scheme imperfection of electronic intelligence compact shelving causes and closes up and open compact shelving, and query and search also can only carry out on main control end, this closes up at operation compact shelving and brings unnecessary trouble when opening not only to managerial personnel, also can cause queuing phenomena when needing the personnel of inquiry more.Once there is queuing phenomena, this phenomenon not only can cause work efficiency low, increases the labour intensity of managerial personnel, also can reduce the service efficiency of material stored.In addition, not only existing electrodynamic type compact shelving there will be the thing crushing personnel in frame, and the thing that compact shelving crushes personnel in frame also can be there is in existing electronic intelligence compact shelving, its reason has two, one is for detect insufficient to personnel in frame, there is undetected situation, its two be existing safeguard function lost efficacy cause the compact shelving of movement cannot stop at once mobile and in the frame that causes personnel crushed.
Utility model content
In view of this; the utility model is that providing a kind of not only can realize inquiring about the New Generation of Intelligent compact shelving moving with control compact shelving and multiple personal safety can be provided to protect to personnel in frame by multi-client; not only can detect and record the turnover of personnel in frame and stop; thus remove the trouble that managerial personnel check by frame from; the personnel in frame that simultaneously avoid are occurred by situation about crushing; but also can guarantee when multiple sensor failure cannot normally work, still can ensure that in frame, personnel can not be crushed.
For solving the problem, the utility model adopts following technical scheme: New Generation of Intelligent compact shelving, comprises intelligent compact shelf detecting system of human body, intelligent compact shelf drive system and maltilevel security protection intelligent compact shelf;
Described maltilevel security protection intelligent compact shelf comprises compact shelving support body, intelligent compact frame control system and security protection system, described security protection system comprises scram button, kicks switch, infrared emission device, stroke/proximity switch, anti-extrusion pressing mold, Temperature Humidity Sensor and smog alarm sensor, and described anti-extrusion module comprises current detection module and current comparing module; Described intelligent compact frame control system respectively with described infrared emission device, described stroke/proximity switch, described current detection module, described current comparing module, described Temperature Humidity Sensor is connected with described smog alarm sensor communication; Described scram button and the described switch that kicks are electrically connected with described intelligent compact frame control system respectively; Described compact shelving control system is arranged on described compact shelving support body, and described compact shelving support body is located on guide rail;
Described intelligent compact shelf drive system comprises server, fixing row subsystem and mobile row subsystem, described fixing row subsystem comprises fixing row central control module, clock control module, fixing row use RS485 interface, communications protocol modular converter, fixing row LCD screen control module and fixing row power-supply system, described fixing row central control module is electrically connected with described fixing row power-supply system, described fixing row central control module respectively with described clock control module, described fixing row RS485 interface, described communications protocol modular converter and described fixing row LCD screen control module communication connection, described mobile train control system comprises mobile row central control module, electric machine control system, mobile row power-supply system, Lighting Control Assembly and mobile row RS485 interface, described mobile row power-supply system is electrically connected with described mobile row central processing module, described electric machine control system and described Lighting Control Assembly respectively, and described center-control place module is connected with RS485 interface communication with described electric machine control system, described Lighting Control Assembly and described mobile arranging respectively, described fixing row central control module is connected with described server communication by described fixing row RS485 interface, and described mobile row central control module is connected with described server communication with RS485 interface by described mobile row, described mobile row central control module is connected with RS485 interface communication with RS485 interface and described fixing arranging by described mobile arranging with described fixing row central control module,
Described intelligent compact shelf detecting system of human body comprises human body sensing device, and described human body sensing device comprises the first infrared emission end, the first infrared receiver end, the second infrared emission end, the second infrared receiver end, the 3rd infrared emission end and the 3rd infrared receiver end; Described first infrared emission end is located at the first end of mobile row compact shelving support body, described first infrared receiver end is located at the second end of described mobile row compact shelving support body, and described first infrared emission end and described first infrared receiver end are positioned at the same side of described mobile row compact shelving support body; Described second infrared emission end is located at the first end that M arranges mobile row compact shelving support body, described second infrared emission end is located at the first end arranging the adjacent mobile row compact shelving support body of mobile row compact shelving support body with M+1, the side that the side that the described M at described second infrared receiver end place arranges mobile row compact shelving support body and the described M+1 at described second infrared receiver end place arrange mobile row compact shelving support body is adjacent and relative, and M is positive integer; Described 3rd infrared emission end is located at the second end that M arranges mobile row compact shelving support body, described 3rd infrared receiver end is located at the second end arranging the adjacent mobile row compact shelving support body of mobile row compact shelving support body with M+1, and the side that the side that the described M at described 3rd infrared emission end place arranges mobile row compact shelving support body and the described M+1 at described 3rd infrared receiver end place arrange mobile row compact shelving support body is adjacent and relative; Described mobile row compact shelving support body is located on guide rail; Described first infrared emission end, described first infrared receiver end, described second infrared emission end, described second infrared receiver end, described 3rd infrared emission end and described 3rd infrared receiver end communicate to connect with mobile row central control module respectively.
Above-mentioned New Generation of Intelligent compact shelving, described compact shelving support body comprises erecting frame, dividing plate, gear stick and link plate, described erecting frame comprises base, the lid that binds, the first side plate, the second side plate, first row column and second row column, described in bind to cover and be provided with lighting device; Described first row column and described second row column include and are more than or equal to 2 columns, and described column is provided with installation hanging hole; The upper end in described link plate first plate face is provided with the mounting plate perpendicular to described link plate first plate face, the left and right sides closing on the described link plate first plate face of described mounting plate is provided with hook structure, the described link plate closing on described mounting plate is provided with gear stick mounting hole, and the lower end in described link plate second plate face is provided with the bottom plate perpendicular to described link plate second plate face; The the second plate face closing on described first side plate of described first side plate upper end is fixedly connected with the described first end covered that binds, described the second end binding lid is fixedly connected with the first plate face of described second side plate of closed on described second side plate upper end, the the first plate face closing on described second side plate lower end is fixedly connected with described base second end, and described base first end is fixedly connected with the first plate face of described first side plate closing on described first side plate lower end; Described first row column and described second row column are located at the both sides of described base and symmetrical about described base axis respectively along described base length direction, the upper end of described column is fixedly connected with the described lid lower face that binds, and the lower end of described column is fixedly connected with described base upper surface; Described link plate is adjacent with two respectively with described installation hanging hole and be fixedly connected with about the axisymmetric described column of described base by described hook structure, described dividing plate is arranged on described lower saddle, and described gear stick is fixedly connected with described link plate by described gear stick mounting hole.
Above-mentioned New Generation of Intelligent compact shelving, described scram button is located on described column; The described switch that kicks is located at described base bottom; Described security protection system also comprises non-contact type electromagnetic induction switch, and described non-contact type electromagnetic induction switch is located on described first side plate; Described non-contact type electromagnetic induction switch and described intelligent compact frame control system communicate to connect, and described non-contact type electromagnetic induction switch is electrically connected with described intelligent compact frame control system; State the first side plate and be provided with handwheel, charactron box and touch screen; Described stroke/proximity switch is metal sensor.
Above-mentioned New Generation of Intelligent compact shelving, described first infrared emission end, described first infrared receiver end, described second infrared emission end, described second infrared receiver end, described 3rd infrared emission end and the vertical range between described 3rd infrared receiver end and described guide rail are 80cm.
Above-mentioned New Generation of Intelligent compact shelving, described human body sensing device is connected by RS232 interface communication with described mobile row central control module; Mobile row are connected by described RS232 interface communication with described mobile row central control module by LCD control module; Described mobile row LCD control module is electrically connected with 12V direct supply; Described human body sensing device is electrically connected with described 12V direct supply.
Above-mentioned New Generation of Intelligent compact shelving, described fixing row subsystem also comprises RFID read-write module, and described RFID read-write module and described fixing row central control module communicate to connect.
Above-mentioned New Generation of Intelligent compact shelving, described fixing row LCD control module is communicated to connect by RS232 interface and fixing row LCD touch screen; Described mobile row LCD control module is communicated to connect by RS232 interface and mobile row LCD touch screen.
Above-mentioned New Generation of Intelligent compact shelving, described fixing row LCD control module comprises fixing row touch screen control module and fixing row display screen control module, described fixing row touch screen control module and described fixing row display screen control module communicate to connect with described fixing row central control module respectively, and described fixing row LCD touch screen communicates to connect respectively by described RS232 interface and described fixing row touch screen control module and described fixing row display screen control module; Described mobile row LCD control module comprises mobile row touch screen control module and mobile row display screen control module, described mobile row touch screen control module and described mobile row display screen control module communicate to connect with described mobile row central control module respectively, and described mobile row LCD touch screen communicates to connect respectively by described RS232 interface and described mobile row touch screen control module and described mobile row display screen control module.
Above-mentioned New Generation of Intelligent compact shelving, described fixing row subsystem also comprises fixing row voice module, and described fixing row voice module and described fixing row central control module communicate to connect.
Above-mentioned New Generation of Intelligent compact shelving, described mobile row subsystem also comprises mobile row voice module, and described mobile row voice module and described mobile row central control module communicate to connect.
The beneficial effects of the utility model are:
1. the utility model can to passing in and out between compact shelving and the personal information stopped between compact shelving, and these information can be fed back to managerial personnel by described intelligent compact frame control system, be conducive to guaranteeing there are not stop personnel in compact shelving, thus guarantee to avoid personnel in frame to be crushed, also reduce the labour intensity of managerial personnel simultaneously, improve work efficiency.
2. pass through the utility model, data management personnel can realize the control of mobile row by fixing row subsystem and mobile row subsystem, thus make data management personnel without the need to returning the movement of master control system (referring to fixing row subsystem in the utility model) position and all mobile row of controllable, thus reduce the labor capacity of data management personnel, improve the query and researches speed of data simultaneously.
3. multiple security setting of the present utility model, multiple choices mode can be provided for personnel in frame stop mobile row compact shelving to move, but also can when all switching mechanisms lost efficacy, control system is made a response mobile row compact shelving is stopped by pushing compact shelving support body.
Accompanying drawing explanation
Fig. 1 is the principle of work block diagram of the maltilevel security protection system of the utility model New Generation of Intelligent compact shelving;
Fig. 2 is the structural representation of the maltilevel security protection intelligent compact shelf of the utility model New Generation of Intelligent compact shelving;
Fig. 3 be the utility model New Generation of Intelligent compact shelving maltilevel security protection intelligent compact shelf base lower surface upward time structural representation;
Fig. 4 is the structural representation of the link plate of the maltilevel security protection intelligent compact shelf of the utility model New Generation of Intelligent compact shelving;
Fig. 5 is the structural representation of the column of the maltilevel security protection intelligent compact shelf of the utility model New Generation of Intelligent compact shelving;
Fig. 6 is the fundamental diagram of the intelligent compact shelf drive system of the utility model New Generation of Intelligent compact shelving;
Fig. 7 is the principle of work block diagram of the intelligent compact shelf detecting system of human body of the utility model New Generation of Intelligent compact shelving;
The mounting structure schematic diagram of intelligent compact shelf detecting system of human body on mobile row compact shelving support body of Fig. 8 the utility model New Generation of Intelligent compact shelving;
The intelligent compact shelf detecting system of human body of Fig. 9 the utility model New Generation of Intelligent compact shelving on mobile row compact shelving support body away from the mounting structure schematic diagram of the first infrared emission end side.
In figure: 1-guide rail, 2-first side plate, 3-second side plate, 4-binds lid, 5-base, 6-lighting device, 7-dividing plate, 8-link plate, 9-gear stick, 10-handle, 11-touch screen, 12-nixie tube box, 13-first infrared emission end, 13-1-second infrared emission end, 13-2 the 3rd infrared emission end, 14-first infrared receiver end, 14-1-second infrared receiver end, 14-2-the 3rd infrared emission end, 15-stroke/proximity switch, 16-column, 18-kicks switch, 19-scram button, 20-hook structure, 21-bottom plate, 22-mounting plate, 23-gear stick mounting hole, 24-installs hanging hole.
Embodiment
For clearly demonstrating the scheme in the utility model, providing preferred embodiment below and being described with reference to the accompanying drawings.
As Fig. 1 ~ 9 show, the utility model New Generation of Intelligent compact shelving, comprises intelligent compact shelf detecting system of human body, intelligent compact shelf drive system and maltilevel security protection intelligent compact shelf.
Wherein, as shown in Fig. 1 ~ 5, described maltilevel security protection intelligent compact shelf comprises compact shelving support body, intelligent compact frame control system and security protection system, described security protection system comprises scram button 19, kicks switch 18, infrared emission device, stroke/proximity switch 15, anti-extrusion pressing mold, Temperature Humidity Sensor and smog alarm sensor, and described anti-extrusion module comprises current detection module and current comparing module; Described intelligent compact frame control system respectively with described infrared emission device, described stroke/proximity switch 15, described current detection module, described current comparing module, described Temperature Humidity Sensor is connected with described smog alarm sensor communication; Described scram button 19 and the described switch 18 that kicks are electrically connected with described intelligent compact frame control system respectively; Described compact shelving control system is arranged on described compact shelving support body, and described compact shelving support body is located on guide rail 1; As shown in Figure 2, described compact shelving support body comprises erecting frame, dividing plate 7, gear stick 9 and link plate 8, and described erecting frame comprises base 5, bind lid 4, first side plate 2, second side plate 3, first row column and second row column, described in the lid 4 that binds be provided with lighting device 6; Described first row column and described second row column include and are more than or equal to 2 columns 16, and described column 16 is provided with installs hanging hole 24; The upper end in described link plate 8 first plate face is provided with the mounting plate 22 perpendicular to described link plate 8 first plate face, the left and right sides closing on the described link plate 8 first plate face of described mounting plate 22 is provided with hook structure 20, the described link plate 8 closing on described mounting plate 22 is provided with gear stick mounting hole 23, and the lower end in described link plate 8 second plate face is provided with the bottom plate 21 perpendicular to described link plate 8 second plate face; The the second plate face closing on described first side plate 2 of described first side plate 2 upper end is fixedly connected with the described first end binding lid 4, second end of the described lid 4 that binds is fixedly connected with the first plate face of described second side plate 3 of closed on described second side plate 3 upper end, the the first plate face closing on described second side plate 3 lower end is fixedly connected with described base 5 second end, and described base 5 first end is fixedly connected with the first plate face of described first side plate 2 closing on described first side plate 2 lower end; Described first row column and described second row column respectively along described base 5 length direction be located at described base 5 both sides and about described base 5 axisymmetrical, the upper end of described column 16 is fixedly connected with described lid 4 lower face that binds, and the lower end of described column 16 is fixedly connected with described base 5 upper surface; Described link plate 8 is adjacent with two respectively with described installation hanging hole 24 and be fixedly connected with about the axisymmetric described column 16 of described base 5 by described hook structure 20, described dividing plate 7 is arranged on described lower saddle 21, and described gear stick 9 is fixedly connected with described link plate 8 by described gear stick mounting hole 23.Described scram button 19 is located on described column 16, described in kick switch 18 and be located at bottom described base 5.In addition, described first side plate is provided with handwheel 10, charactron box 12 and touch screen 11.Mobile row material stored keeper can be opened when power-off or close up by described handwheel 10.
As shown in Figure 6, described intelligent compact shelf drive system comprises server, fixing row subsystem and mobile row subsystem, described fixing row subsystem comprises fixing row central control module, clock control module, fixing row use RS485 interface, communications protocol modular converter, fixing row LCD screen control module and fixing row power-supply system, described fixing row central control module is electrically connected with described fixing row power-supply system, described fixing row central control module respectively with described clock control module, described fixing row RS485 interface, described communications protocol modular converter and described fixing row LCD screen control module communication connection, described mobile train control system comprises mobile row central control module, electric machine control system, mobile row power-supply system, Lighting Control Assembly and mobile row RS485 interface, described mobile row power-supply system is electrically connected with described mobile row central processing module, described electric machine control system and described Lighting Control Assembly respectively, and described center-control place module is connected with RS485 interface communication with described electric machine control system, described Lighting Control Assembly and described mobile arranging respectively, described fixing row central control module is connected with described server communication by described fixing row RS485 interface, and described mobile row central control module is connected with described server communication with RS485 interface by described mobile row, described mobile row central control module is connected with RS485 interface communication with RS485 interface and described fixing arranging by described mobile arranging with described fixing row central control module, in order to data management personnel or borrow deposit reference librarians, to give back or borrow data of depositing convenient, conveniently deposit the management of data simultaneously, described fixing row subsystem also comprises RFID read-write module, and described RFID read-write module and described fixing row central control module communicate to connect.
As Fig. 7 ~ 9, described intelligent compact shelf detecting system of human body comprises human body sensing device, and described human body sensing device comprises the first infrared emission end 13, first infrared receiver end 14, second infrared emission end 13-1, the second infrared receiver end 14-1, three infrared emission end 13-2 and the 3rd infrared receiver end 14-2; Described first infrared emission end 13 is located at the first end of mobile row compact shelving support body, described first infrared receiver end 14 is located at the second end of described mobile row compact shelving support body, and described first infrared emission end 13 and described first infrared receiver end 14 are positioned at the same side of described mobile row compact shelving support body; Described second infrared emission end 13-1 is located at the first end that M arranges mobile row compact shelving support body, described second infrared emission end 13-1 is located at the first end arranging the adjacent mobile row compact shelving support body of mobile row compact shelving support body with M+1, the side that the side that the described M at described second infrared receiver end 14-1 place arranges mobile row compact shelving support body and the described M+1 at described second infrared receiver end 14-1 place arrange mobile row compact shelving support body is adjacent and relative, and M is positive integer; Described 3rd infrared emission end 13-2 is located at the second end that M arranges mobile row compact shelving support body, described 3rd infrared receiver end 14-2 is located at the second end arranging the adjacent mobile row compact shelving support body of mobile row compact shelving support body with M+1, and the side that the side that the described M at described 3rd infrared emission end 13-2 place arranges mobile row compact shelving support body and the described M+1 at described 3rd infrared receiver end 14-2 place arrange mobile row compact shelving support body is adjacent and relative; Described mobile row compact shelving support body is located on guide rail 1; Described first infrared emission end 13, described first infrared receiver end 14, described second infrared emission end 13-1, described second infrared receiver end 14-1, described 3rd infrared emission end 13-2 and described 3rd infrared receiver end 14-2 communicate to connect with mobile row central control module respectively.Wherein, the vertical range between described infrared emission end and described guide rail 1 is 80cm; Vertical range between described infrared receiver end and described guide rail 1 is 80cm.
As shown in Figure 1, described anti-extrusion module comprises current detection module and current comparing module; The current output terminal of motor is electrically connected with the current input terminal of described current detection module, the signal output part of described current detection module and the signal input part of described intelligent compact frame control system communicate to connect, and described intelligent compact frame control system and described current comparing module communicate to connect.When mobile row are mobile, in frame, personnel push this and move row, because this moves, row are mobile to be obstructed, this motor moved in row need provide larger driving force to recover mobile to make this move row, now input current of electric can increase, and now detected size of current can be converted into electric signal and send described intelligent compact frame control system to by described current detection module, this electric signal is sent to described current comparing module and is processed this electric signal by described current comparing module by described intelligent compact frame control system, described current comparing module judges that the size of current measured by described current detection module exceedes preset security current value, result is sent to described intelligent compact frame control system by described current comparing module, described intelligent compact frame control system sends order makes motor shut down, thus prevent personnel in frame from being crushed.
In order to improve the security of institute's material stored on compact shelving, in order to avoid institute's material stored is impaired because making moist, as archives paper makes moist mouldy, fire monitoring is carried out to compact shelving simultaneously, described security protection system also comprises Temperature Humidity Sensor and smog alarm sensor, and described Temperature Humidity Sensor and described smog alarm sensor communicate to connect with described intelligent compact frame control system respectively.In addition, in order to ensure personnel in frame at the described scram button 19 of triggering or kick mobile row after switch 18 and stop mobile completely, and simultaneously in order to ensure that mobile row cannot movement suddenly, described security protection system also comprises non-contact type electromagnetic induction switch, and described non-contact type electromagnetic induction switch is located on described first side plate 2; Described non-contact type electromagnetic induction switch and described intelligent compact frame control system communicate to connect, and described non-contact type electromagnetic induction switch is electrically connected with described intelligent compact frame control system.
Crushed to prevent personnel in frame, the utility model adopts described scram button 19, describedly kick switch 18, the maltilevel security safeguard measure that described anti-extrusion module and described non-contact type electromagnetic induction switch combine, thus enable personnel in frame can trigger rapidly when mobile row carry out closing up mobile described scram button 19 or described in kick switch 18 or described anti-extrusion module, thus make the motor of mobile row out of service, Shi Yidong row stop mobile, thus guarantee the safety of personnel in frame, in addition described non-contact type electromagnetic induction switch is coordinated, can guarantee that motor starts suddenly lower mobile row and still can not move, and then provide a safer personal safety protection for personnel in frame.On this basis, described intelligent compact shelf detecting system of human body can provide the situation of the turnover compact shelving of personnel in frame, its principle is: when the personnel inquiring about or take document enter in mobile row compact shelving from the first end of described mobile row compact shelving support body, people knows from experience the infrared induction stopped between described second infrared emission end 13-1 and described second infrared receiver end 14-1, at this time described mobile row central control module can record this and moves in row compact shelving and have people to enter, and when personnel in frame from the first end of mobile row compact shelving support body go out leave these row mobile row compact shelving time, human body also can stop that people knows from experience the infrared induction stopped between described second infrared emission end 13-1 and described second infrared receiver end 14-1, now, described mobile row central control module can record this and move in row compact shelving and have people to leave, described mobile row central control module also eliminates this turnover record, until there is no personnel in frame in the mobile row compact shelving of these row, in the frame of the mobile row compact shelving of these row, personnel record will be totally emptied, and when personnel in frame stop in the mobile row compact shelving of these row and browse the material that compact shelving is deposited time, human body will stop the infrared induction between described first infrared emission end 13 and described first infrared receiver end 14, now described row central control module will keep the state having personnel in frame in the mobile row compact shelving of these row, and the mark number of falling out.So just can ensure that the personnel no matter inquiring about or take document enter in mobile row compact shelving from which end of mobile row compact shelving support body, capital is detected by the utility model intelligent compact shelf detecting system of human body, thus avoid undetected, and then the thing crushing personnel in frame when closing up mobile row compact shelving is avoided to occur.
Simultaneously in order on the basis ensureing Whole Equipment function, simplify circuit, reduce circuit energy consumption, reduce circuit thermal value, raising equipment electrical safety, described human body sensing device is connected by RS232 interface communication with described mobile row central control module, and mobile row are connected by described RS232 interface communication with described mobile row central control module with LCD control module, and described movement row LCD control module and described human body sensing device are electrically connected with 12V direct supply respectively.
But for depositing for data management personnel, understand quickly and easily deposit data state be its thing the most pleased, thus in the utility model, described fixing row subsystem and described mobile row subsystem are all equipped with LCD touch screen, in view of described fixing row LCD control module comprises fixing row touch screen control module and fixing row display screen control module, described fixing row touch screen control module and described fixing row display screen control module communicate to connect with described fixing row central control module respectively, then fixing row LCD touch screen communicates to connect respectively by described RS232 interface and described fixing row touch screen control module and described fixing row display screen control module.In addition, in view of described mobile row LCD control module comprises mobile row touch screen control module and mobile row display screen control module, described mobile row touch screen control module and described mobile row display screen control module communicate to connect with described mobile row central control module respectively, and mobile row LCD touch screen communicates to connect respectively by described RS232 interface and described mobile row touch screen control module and described mobile row display screen control module.By described LCD touch screen (comprising fixing row LCD touch screen and mobile row LCD touch screen), deposit data management personnel and/or deposit the data personnel of borrowing can easily query and search in the situation of the data of depositing, a large amount of time can be saved for depositing data management personnel and depositing the data personnel of borrowing, thus improve its work efficiency and deposit the utilization rate of data, correspondingly reduce the labor capacity depositing data management personnel.
Simultaneously for the ease of using the utility model to the management of depositing data, described fixing row subsystem also comprises fixing row voice module, described fixing row voice module and described fixing row central control module communicate to connect, and described mobile row subsystem also comprises mobile row voice module, described mobile row voice module and described mobile row central control module communicate to connect.Like this when using the utility model to carry out drived control to compact shelving, can voice message be obtained, thus avoid the accident that the collimation error causes and occur.
Because described fixing row subsystem is connected with RS485 interface communication with described mobile row by described fixing row RS485 interface with described mobile row subsystem; thus achieve from multiple client control compact shelving; make to deposit data management personnel to manipulate needing the described compact shelving support body closing up or open in any client; thus reduce and deposit the labor capacity of data management personnel when operating described compact shelving support body, improve the work efficiency depositing data management personnel.
In addition, the utility model can also be connected with computing machine by fixing row RS485 interface, thus can realize consulting and retrieval in localized network, thus has saved the time of depositing data borrower, and raising is deposited data and borrowed task efficiency.
Above-described embodiment is only for clearly illustrating that the utility model creates example, and not the utility model is created to the restriction of embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All within spirit of the present utility model and principle any apparent change of extending out or variation be still in the utility model and create among the protection domain of claim.
Claims (10)
1. New Generation of Intelligent compact shelving, is characterized in that, comprises intelligent compact shelf detecting system of human body, intelligent compact shelf drive system and maltilevel security protection intelligent compact shelf;
Described maltilevel security protection intelligent compact shelf comprises compact shelving support body, intelligent compact frame control system and security protection system, described security protection system comprises scram button (19), kicks switch (18), infrared emission device, stroke/proximity switch (15), anti-extrusion pressing mold, Temperature Humidity Sensor and smog alarm sensor, and described anti-extrusion module comprises current detection module and current comparing module; Described intelligent compact frame control system respectively with described infrared emission device, described stroke/proximity switch (15), described current detection module, described current comparing module, described Temperature Humidity Sensor is connected with described smog alarm sensor communication; Described scram button (19) and the described switch (18) that kicks are electrically connected with described intelligent compact frame control system respectively; Described compact shelving control system is arranged on described compact shelving support body, and described compact shelving support body is located on guide rail (1);
Described intelligent compact shelf drive system comprises server, fixing row subsystem and mobile row subsystem, described fixing row subsystem comprises fixing row central control module, clock control module, fixing row use RS485 interface, communications protocol modular converter, fixing row LCD screen control module and fixing row power-supply system, described fixing row central control module is electrically connected with described fixing row power-supply system, described fixing row central control module respectively with described clock control module, described fixing row RS485 interface, described communications protocol modular converter and described fixing row LCD screen control module communication connection, described mobile train control system comprises mobile row central control module, electric machine control system, mobile row power-supply system, Lighting Control Assembly and mobile row RS485 interface, described mobile row power-supply system is electrically connected with described mobile row central processing module, described electric machine control system and described Lighting Control Assembly respectively, and described center-control place module is connected with RS485 interface communication with described electric machine control system, described Lighting Control Assembly and described mobile arranging respectively, described fixing row central control module is connected with described server communication by described fixing row RS485 interface, and described mobile row central control module is connected with described server communication with RS485 interface by described mobile row, described mobile row central control module is connected with RS485 interface communication with RS485 interface and described fixing arranging by described mobile arranging with described fixing row central control module,
Described intelligent compact shelf detecting system of human body comprises human body sensing device, and described human body sensing device comprises the first infrared emission end (13), the first infrared receiver end (14), the second infrared emission end (13-1), the second infrared receiver end (14-1), the 3rd infrared emission end (13-2) and the 3rd infrared receiver end (14-2); Described first infrared emission end (13) is located at the first end of mobile row compact shelving support body, described first infrared receiver end (14) is located at the second end of described mobile row compact shelving support body, and described first infrared emission end (13) and described first infrared receiver end (14) are positioned at the same side of described mobile row compact shelving support body; Described second infrared emission end (13-1) is located at the first end that M arranges mobile row compact shelving support body, described second infrared emission end (13-1) is located at the first end arranging the adjacent mobile row compact shelving support body of mobile row compact shelving support body with M+1, the side that the side that the described M at described second infrared receiver end (14-1) place arranges mobile row compact shelving support body and the described M+1 at described second infrared receiver end (14-1) place arrange mobile row compact shelving support body is adjacent and relative, and M is positive integer; Described 3rd infrared emission end (13-2) is located at the second end that M arranges mobile row compact shelving support body, described 3rd infrared receiver end (14-2) is located at the second end arranging the adjacent mobile row compact shelving support body of mobile row compact shelving support body with M+1, and the side that the side that the described M at described 3rd infrared emission end (13-2) place arranges mobile row compact shelving support body and the described M+1 at described 3rd infrared receiver end (14-2) place arrange mobile row compact shelving support body is adjacent and relative; Described mobile row compact shelving support body is located on guide rail (1); Described first infrared emission end (13), described first infrared receiver end (14), described second infrared emission end (13-1), described second infrared receiver end (14-1), described 3rd infrared emission end (13-2) and described 3rd infrared receiver end (14-2) communicate to connect with mobile row central control module respectively.
2. New Generation of Intelligent compact shelving according to claim 1, it is characterized in that, described compact shelving support body comprises erecting frame, dividing plate (7), gear stick (9) and link plate (8), described erecting frame comprises base (5), the lid (4) that binds, the first side plate (2), the second side plate (3), first row column and second row column, described in the lid (4) that binds be provided with lighting device (6), described first row column and described second row column include and are more than or equal to 2 columns (16), and described column (16) is provided with installs hanging hole (24), the upper end in described link plate (8) first plate face is provided with the mounting plate (22) perpendicular to described link plate (8) first plate face, the left and right sides closing on described link plate (8) the first plate face of described mounting plate (22) is provided with hook structure (20), the described link plate (8) closing on described mounting plate (22) is provided with gear stick mounting hole (23), and the lower end in described link plate (8) second plate face is provided with the bottom plate (21) perpendicular to described link plate (8) second plate face, the the second plate face closing on described first side plate (2) of described first side plate (2) upper end is fixedly connected with the described first end covering (4) that binds, second end of the described lid (4) that binds is fixedly connected with the first plate face of described second side plate (3) of closed on described second side plate (3) upper end, the the first plate face closing on described second side plate (3) lower end is fixedly connected with described base (5) second end, described base (5) first end is fixedly connected with the first plate face of described first side plate (2) of closing on described first side plate (2) lower end, described first row column and described second row column respectively along described base (5) length direction be located at described base (5) both sides and about described base (5) axisymmetrical, the upper end of described column (16) is covered (4) lower face be fixedly connected with described being bound, and the lower end of described column (16) is fixedly connected with described base (5) upper surface, described link plate (8) is adjacent with two respectively with described installation hanging hole (24) and be fixedly connected with about the axisymmetric described column (16) of described base (5) by described hook structure (20), described dividing plate (7) is arranged on described lower saddle (21), and described gear stick (9) is fixedly connected with described link plate (8) by described gear stick mounting hole (23).
3. New Generation of Intelligent compact shelving according to claim 2, is characterized in that, described scram button (19) is located on described column (16); The described switch (18) that kicks is located at described base (5) bottom; Described security protection system also comprises non-contact type electromagnetic induction switch, and described non-contact type electromagnetic induction switch is located on described first side plate (2); Described non-contact type electromagnetic induction switch and described intelligent compact frame control system communicate to connect, and described non-contact type electromagnetic induction switch is electrically connected with described intelligent compact frame control system; State the first side plate and be provided with handwheel (10), charactron box (12) and touch screen (11); Described stroke/proximity switch (15) is metal sensor.
4. New Generation of Intelligent compact shelving according to claim 1, it is characterized in that, described first infrared emission end (13), described first infrared receiver end (14), described second infrared emission end (13-1), described second infrared receiver end (14-1), described 3rd infrared emission end (13-2) and the vertical range between described 3rd infrared receiver end (14-2) and described guide rail (1) are 80cm.
5. New Generation of Intelligent compact shelving according to claim 4, is characterized in that, described human body sensing device is connected by RS232 interface communication with described mobile row central control module; Mobile row are connected by described RS232 interface communication with described mobile row central control module by LCD control module; Described mobile row LCD control module is electrically connected with 12V direct supply; Described human body sensing device is electrically connected with described 12V direct supply.
6. New Generation of Intelligent compact shelving according to claim 1, is characterized in that, described fixing row subsystem also comprises RFID read-write module, and described RFID read-write module and described fixing row central control module communicate to connect.
7. New Generation of Intelligent compact shelving according to claim 6, is characterized in that, described fixing row LCD control module is communicated to connect by RS232 interface and fixing row LCD touch screen; Described mobile row LCD control module is communicated to connect by RS232 interface and mobile row LCD touch screen.
8. New Generation of Intelligent compact shelving according to claim 6, it is characterized in that, described fixing row LCD control module comprises fixing row touch screen control module and fixing row display screen control module, described fixing row touch screen control module and described fixing row display screen control module communicate to connect with described fixing row central control module respectively, and described fixing row LCD touch screen communicates to connect respectively by described RS232 interface and described fixing row touch screen control module and described fixing row display screen control module; Described mobile row LCD control module comprises mobile row touch screen control module and mobile row display screen control module, described mobile row touch screen control module and described mobile row display screen control module communicate to connect with described mobile row central control module respectively, and described mobile row LCD touch screen communicates to connect respectively by described RS232 interface and described mobile row touch screen control module and described mobile row display screen control module.
9., according to the arbitrary described New Generation of Intelligent compact shelving of claim 1 ~ 8, it is characterized in that, described fixing row subsystem also comprises fixing row voice module, and described fixing row voice module and described fixing row central control module communicate to connect.
10., according to the arbitrary described New Generation of Intelligent compact shelving of claim 1 ~ 8, it is characterized in that, described mobile row subsystem also comprises mobile row voice module, and described mobile row voice module and described mobile row central control module communicate to connect.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107703866A (en) * | 2017-08-31 | 2018-02-16 | 南京理工大学 | A kind of intelligent compact frame control system and method based on PLC |
| CN111685494A (en) * | 2020-06-16 | 2020-09-22 | 江西阳光安全设备集团有限公司 | Fingerprint unblock is closed intelligent intensive regularly |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107703866A (en) * | 2017-08-31 | 2018-02-16 | 南京理工大学 | A kind of intelligent compact frame control system and method based on PLC |
| CN111685494A (en) * | 2020-06-16 | 2020-09-22 | 江西阳光安全设备集团有限公司 | Fingerprint unblock is closed intelligent intensive regularly |
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