CN204627279U - A kind of safety cabinet - Google Patents
A kind of safety cabinet Download PDFInfo
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- CN204627279U CN204627279U CN201520221637.3U CN201520221637U CN204627279U CN 204627279 U CN204627279 U CN 204627279U CN 201520221637 U CN201520221637 U CN 201520221637U CN 204627279 U CN204627279 U CN 204627279U
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Abstract
The utility model embodiment provides a kind of New-type safe, comprises cabinet, Men Ti, automatic control device, unlocking mechanism, door body open-and-close mechanism and starting drive; Cabinet is formed by polylith steel design plate assembling combination; Door body is located at the opening part of cabinet; Door body open-and-close mechanism is located on cabinet; Unlocking mechanism is located at cabinet inside; Automatic control device is located at cabinet inner bottom part; Starting drive is located at cabinet outside; The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling; Achieve water-proof function, make it safer; Achieve some door-opening modes; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
Description
Technical field
The utility model relates to technical field of burglary prevention, particularly relates to a kind of safety cabinet.
Background technology
Existing safety cabinet does not have obvious technological innovation, lifting and improvement so far from utility model, be all by artificial implementing to unblank, the breakdown action such as enabling, door is opened and is only pulled open a kind of form; Door lock is placed in above the fold, is easily destroyed; Cabinet, because carrying out bending, welding or integral casting forming cabinet with steel plate, can not be resolved into some plates and assemble by existing safety cabinet, can not carry, and can not realize water-proof function when safety cabinet maximizes; The coating process such as existing safety cabinet only sprays paint in appearance, plastic-blasting, do not have the improvement of decorative appearance, make safety cabinet have more disguise and in the visual breakthrough of people; The method that existing safety cabinet does not have automatic technology to carry out controlling and operating and form.
Utility model content
Embodiment of the present utility model provides a kind of safety cabinet, realizes automation mechanized operation, appearance investigation, minimizing operation cost.
The utility model provides a kind of safety cabinet, comprises cabinet, Men Ti, automatic control device, unlocking mechanism, door body open-and-close mechanism and starting drive; Described cabinet is formed by polylith steel design plate assembling combination; Described door body is located at the opening part of described cabinet; Described door body open-and-close mechanism is located on described cabinet; It is inner that described unlocking mechanism is located at described cabinet; Described automatic control device is located at described cabinet inner bottom part; It is outside that described starting drive is located at described cabinet.
Further, described starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device; Described starting drive is electrically connected with described automatic control device.
Further, described automatic control device comprises programmable logic controller, inductor, motor driver and low-tension supply; Described inductor, described low-tension supply, described motor driver are all electrically connected with described programmable logic controller; Described automatic control device is electrically connected with described unlocking mechanism, described door body open-and-close mechanism and described starting drive.
Further, described unlocking mechanism is the first unlocking mechanism or the second unlocking mechanism; Described first unlocking mechanism comprises motor of unblanking, slideway of unblanking, first is unblanked draw runner, second unblanks draw runner, the 3rd unblanks draw runner, mobile rack of unblanking, motor gear of unblanking, handspike, handspike head, dead bolt and dead bolt sliding sleeve; Described motor of unblanking, described in unblank slideway and described dead bolt sliding sleeve be located on the inwall of described cabinet respectively; Unblank on the axle of motor described in described motor gear of unblanking is located at; First end and the described motor gear of unblanking of described mobile rack of unblanking engage each other; Described first draw runner, described second draw runner, the described 3rd draw runner of unblanking of unblanking of unblanking is located at respectively and unblanks accordingly on slideway; To unblank described in described second first end of unblanking draw runner connects the second end of mobile rack; Second end of described draw runner of unblanking connects the first end of described handspike; Second end of described handspike connects the first end of described handspike head; Described dead bolt is located in described dead bolt sliding sleeve; The first end of described dead bolt and the second end of described handspike head cooperatively interact, and described dead bolt second end inserts the stomidium on door body; Described motor of unblanking is electrically connected with described automatic control device; Described second unlocking mechanism comprises electromagnetic clutch and installing plate; Described installing plate is located on the inwall of described cabinet; Described electromagnetic clutch is arranged on described installing plate; Described electromagnetic clutch is electrically connected with described automatic control device; The first end of described electromagnetic clutch inserts the stomidium of door body.
Further, described door body open-and-close mechanism at least comprise following in one; Rotary door body open-and-close mechanism, translation rotary door body open-and-close mechanism, overturning door body open-and-close mechanism, overhead door body open-and-close mechanism and cross sliding door body open-and-close mechanism.
Further, described rotary door body open-and-close mechanism comprises hinge and the device that pushes; The first end of described hinge connects the side of described door body, and the second end of described hinge connects described cabinet; The described device that pushes comprises location-plate, the motor that pushes, tooth bar handspike, tooth bar handspike directive wheel, enabling motor and gear; The described device that pushes is located at described cabinet inner top; The described motor that pushes is located on described location-plate; Push described in described gear is located on the axle of motor; First end and the described gear of described tooth bar handspike engage each other; Second end of described tooth bar handspike connects described door body; Described tooth bar handspike directive wheel is located at the both sides of described tooth bar handspike; The described motor that pushes is electrically connected with described automatic control device.
Further, described translation rotary door body open-and-close mechanism comprises a body axis of rotation, push device and door body translating device; The described device that pushes is located at described cabinet inner top; The described device that pushes comprises location-plate, the motor that pushes, tooth bar handspike, tooth bar handspike directive wheel and the motor gear that pushes; The described device that pushes is located at described cabinet inner top; The described motor that pushes is located on described location-plate; Push on the axle of motor described in the described motor gear that pushes is located at; First end and the described gear of described tooth bar handspike engage each other; Second end of described tooth bar handspike connects described door body; Described tooth bar handspike directive wheel is located at the both sides of described tooth bar handspike; The described motor that pushes is electrically connected with described automatic control device; Described door body axis of rotation is located at the side of described door body; Described door body connects described cabinet by described door body axis of rotation; Described door body translating device comprises translation motor, the first translation axis of rotation, the second translation axis of rotation, the first outrigger base, the second outrigger base, door body outrigger base supporting skid rail, translating rack, translating rack slideway, translation axis of rotation gear, translation motor gear; Described translation axis of rotation is located on described door body; Described translation axis of rotation gear is located in the middle of described translation axis of rotation; Described translation motor is located on described door body inwall; Described translation motor geared sleeve is on the axle of described translation motor; Described translating rack slideway is located on described door body inwall; Described translating rack and described translating rack slideway cooperatively interact; Described translation axis of rotation gear and described translating rack engage each other; Described translation motor gear and described translating rack engage each other; Described translation motor is electrically connected with described automatic control device; Described first outrigger base is sleeved on the top of described door body axis of rotation, described first translation axis of rotation and described second translation axis of rotation, and described second outrigger base is sleeved on the bottom of described door body axis of rotation, described first translation axis of rotation and described second translation axis of rotation.
Further, described overturning door body open-and-close mechanism comprises the first traction location-plate, the first traction electric machine, the first wirerope-winding axle, the first wire rope pulley, the second wire rope pulley, the 3rd wire rope pulley, hinge, the first wire rope.; Described first traction location-plate, the first wire rope pulley and the second wire rope pulley is located in described cabinet; Described 3rd wire rope pulley is located on a body; Described first traction electric machine and described first wirerope-winding axle are located on described first traction location-plate; The first end of described first wire rope is wrapped on the first wirerope-winding axle, and the second end of described first wire rope is connected on described 3rd wire rope pulley through described first wire rope pulley and described second wire rope pulley; Described first wirerope-winding axle connects described first traction electric machine; Described hinge is located at the bottom of described door body, and described door body passes through described gemel connection to described cabinet; Described first traction electric machine is electrically connected with described automatic control device.
Further, described overhead door body open-and-close mechanism comprises hoistway, lifting draw runner, the second traction location-plate, the second traction electric machine, the second wirerope-winding axle, the 4th wire rope pulley, the 5th wire rope pulley, the 6th wire rope pulley and the second wire rope; Described hoistway is located at the both sides of described cabinet; Described lifting draw runner is located at the both sides of described door body; Described lifting draw runner and described hoistway cooperatively interact; Described second traction location-plate, the 4th wire rope pulley and the 5th wire rope pulley is located at inside cabinet; Described 6th wire rope pulley is located on described door body; Described second traction electric machine and described second wirerope-winding axle are located at described second and lead on fixed head; The first end of described second wire rope is wrapped on described second wirerope-winding axle, and the second end of described second wire rope is connected on described 6th wire rope pulley through described 4th wire rope pulley and described 5th wire rope pulley; Described second wirerope-winding axle connects described second traction electric machine; Described second traction electric machine is electrically connected with described automatic control device.
Further, described cross sliding door body open-and-close mechanism comprises traversing slideway, traversing draw runner, the 3rd traction electric machine, traction gear and tethered sliding tooth bar; It is inner that described 3rd traction electric machine and described traction gear are located at described cabinet; Described traction gear is connected on described 3rd traction electric machine; The first end of described tethered sliding tooth bar engages with described traction gear, and the second end of described traction rack connects described door body; Described traversing slideway is located at top and the bottom of described cabinet; Described traversing draw runner is connected on described door body and cooperatively interacts with described traversing slideway; Described 3rd traction electric machine is electrically connected with described automatic control device.
Further, be also provided with plug-in decorative panel element outside described cabinet, the material of plug-in decorative panel element is timber or metal.
The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment be automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling; Achieve water-proof function, make it safer; Achieve some door-opening modes; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
The aspect that the utility model is additional and advantage will part provide in the following description, and these will become obvious from the following description, or be recognized by practice of the present utility model.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The side structure schematic diagram of a kind of safety cabinet that Fig. 1 provides for the utility model embodiment one and embodiment two;
The plan structure schematic diagram of a kind of safety cabinet that Fig. 2 provides for the utility model embodiment one;
The plan structure schematic diagram of a kind of safety cabinet that Fig. 3 provides for the utility model embodiment two;
The Facad structure schematic diagram of a kind of safety cabinet that Fig. 4 provides for the utility model embodiment two;
The side structure schematic diagram of a kind of safety cabinet that Fig. 5 provides for the utility model embodiment three;
The plan structure schematic diagram of a kind of safety cabinet that Fig. 6 provides for the utility model embodiment three;
The side structure schematic diagram of a kind of safety cabinet that Fig. 7 provides for the utility model embodiment four;
The Facad structure schematic diagram of a kind of safety cabinet that Fig. 8 provides for the utility model embodiment four;
The side structure schematic diagram of a kind of safety cabinet that Fig. 9 provides for the utility model embodiment five;
The Facad structure schematic diagram of a kind of safety cabinet that Figure 10 provides for the utility model embodiment one;
Figure 11 is the automatic control device structured flowchart of a kind of safety cabinet of the utility model.
Detailed description of the invention
Be described below in detail embodiment of the present utility model, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining the utility model, and can not being interpreted as restriction of the present utility model.
Those skilled in the art of the present technique are appreciated that unless expressly stated, and singulative used herein " ", " one ", " described " and " being somebody's turn to do " also can comprise plural form.Should be further understood that, the wording used in manual of the present utility model " comprises " and refers to there is described feature, integer, step, operation, element and/or assembly, but does not get rid of and exist or add other features one or more, integer, step, operation, element, assembly and/or their group.Should be appreciated that, when we claim element to be " connected " or " coupling " to another element time, it can be directly connected or coupled to other elements, or also can there is intermediary element.In addition, " connection " used herein or " coupling " can comprise wireless connections or couple.Wording "and/or" used herein comprises one or more arbitrary unit listing item be associated and all combinations.
Those skilled in the art of the present technique are appreciated that unless otherwise defined, and all terms used herein (comprising technical term and scientific terminology) have the meaning identical with the general understanding of the those of ordinary skill in field belonging to the utility model.Should also be understood that those terms defined in such as general dictionary should be understood to have the meaning consistent with the meaning in the context of prior art, unless and define as here, can not explain by idealized or too formal implication.
For ease of the understanding to the utility model embodiment, be further explained explanation below in conjunction with accompanying drawing for several specific embodiment, and each embodiment does not form the restriction to the utility model embodiment.
Embodiment one
In order to solve the shortcoming of above-mentioned prior art, the utility model embodiment devises a kind of safety cabinet, the structure chart of safety cabinet as depicted in figs. 1 and 2, comprises cabinet 1, door body 2, automatic control device 3, first unlocking mechanism, rotary door body open-and-close mechanism and starting drive; Cabinet 1 is formed by polylith steel design plate assembling combination; Door body 2 is located at the opening part of cabinet 1; Rotary door body open-and-close mechanism is located on cabinet 1; It is inner that unlocking mechanism is located at cabinet 1; Automatic control device 3 is located at cabinet 1 inner bottom part; It is outside that starting drive is located at cabinet 1;
First unlocking mechanism comprises motor 101 of unblanking, draw runner 103 unblanked by slideway 102 of unblanking, first, the second draw runner 104, the 3rd of unblanking is unblanked draw runner 105, mobile rack 106 of unblanking, motor gear 107 of unblanking, handspike 108, handspike head 109, dead bolt 110 and dead bolt sliding sleeve 111; Unblank motor 101, unblank slideway 102 and dead bolt sliding sleeve 111 is located on the inwall of cabinet 1 respectively; Motor gear 107 of unblanking is located at and unblanks on the axle of motor 101; The unblank first end of mobile rack 106 engages each other with motor gear 107 of unblanking; First draw runner 103, second draw runner 104, the 3rd draw runner 105 of unblanking of unblanking of unblanking is located at respectively and unblanks on slideway 102 accordingly; Second first end of unblanking draw runner 104 connects the second end of mobile rack 106 of unblanking; Unblank the second end of draw runner connects the first end of handspike 108; Second end of handspike 108 connects the first end of handspike head 109; Dead bolt 110 is located in dead bolt sliding sleeve 111; The first end of dead bolt 110 and the second end of handspike head 109 cooperatively interact, and dead bolt 110 second end inserts the stomidium on door body 2; Motor 101 of unblanking is electrically connected with automatic control device;
Rotary door body open-and-close mechanism comprises hinge 207 and the device that pushes; The side of the first end connection door body 2 of hinge 207, the second end of hinge 207 connects cabinet 1; The device that pushes comprises location-plate 201, the motor 202 that pushes, tooth bar handspike 203, tooth bar handspike directive wheel 204 and the motor gear 206 that pushes; The device that pushes is located at cabinet 1 inner top; The motor 202 that pushes is located on location-plate 201; The motor gear 206 that pushes is located at and pushes on the axle of motor 202; The first end of tooth bar handspike 203 engages each other with the motor gear 206 that pushes; Second end connection door body 2 of tooth bar handspike 203; Tooth bar handspike directive wheel 204 is located at the both sides of tooth bar handspike 203; The motor 202 that pushes is electrically connected with automatic control device 3.
In a preferred approach, starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device; Starting drive is electrically connected with automatic control device 3, and starting drive can be located on cabinet 1 or be located at other places near cabinet, by wired or wireless connection.
In a preferred approach, automatic control device 3 comprises programmable logic controller 700, inductor 701, motor driver 702 and low-tension supply 703;
Inductor 701, low-tension supply 703, motor driver 702 are all connected with programmable logic controller electricity 700;
Automatic control device 3 is electrically connected with unlocking mechanism, door body 2 open-and-close mechanism and starting drive.
In a preferred approach, be also provided with plug-in decorative panel element outside cabinet 1, the material of plug-in decorative panel element is timber or metal.
The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment be automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling; Make it safer; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
Embodiment two
In order to solve the shortcoming of above-mentioned prior art, the utility model embodiment devises a kind of safety cabinet, the structure chart of safety cabinet as shown in Figure 1, Figure 3 and Figure 4 shown in, comprise cabinet 1, door body 2, automatic control device 3, first unlocking mechanism, translation rotary door body open-and-close mechanism and starting drive; Cabinet 1 is formed by polylith steel design plate assembling combination; Door body 2 is located at the opening part of cabinet 1; Translation rotary door body open-and-close mechanism is located on cabinet 1; It is inner that unlocking mechanism is located at cabinet 1; Automatic control device 3 is located at cabinet 1 inner bottom part; It is outside that starting drive is located at cabinet 1;
First unlocking mechanism comprises motor 101 of unblanking, draw runner 103 unblanked by slideway 102 of unblanking, first, the second draw runner 104, the 3rd of unblanking is unblanked draw runner 105, mobile rack 106 of unblanking, motor gear 107 of unblanking, handspike 108, handspike head 109, dead bolt 110 and dead bolt sliding sleeve 111; Unblank motor 101, unblank slideway 102 and dead bolt sliding sleeve 111 is located on the inwall of cabinet 1 respectively; Motor gear 107 of unblanking is located at and unblanks on the axle of motor 101; The unblank first end of mobile rack 106 engages each other with motor gear 107 of unblanking; First draw runner 103, second draw runner 104, the 3rd draw runner 105 of unblanking of unblanking of unblanking is located at respectively and unblanks on slideway 102 accordingly; Second first end of unblanking draw runner 104 connects the second end of mobile rack 106 of unblanking; Unblank the second end of draw runner connects the first end of handspike 108; Second end of handspike 108 connects the first end of handspike head 109; Dead bolt 110 is located in dead bolt sliding sleeve 111; The first end of dead bolt 110 and the second end of handspike head 109 cooperatively interact, and dead bolt 110 second end inserts the stomidium on door body 2; Motor 101 of unblanking is electrically connected with automatic control device;
Translation rotary door body open-and-close mechanism comprises a body axis of rotation 301, push device and door body translating device; The device that pushes is located at cabinet 1 inner top; The device that pushes comprises location-plate 201, the motor 202 that pushes, tooth bar handspike 203, tooth bar handspike directive wheel 204 and the motor gear 206 that pushes; The device that pushes is located at cabinet 1 inner top; The motor 202 that pushes is located on location-plate 201; The motor gear 206 that pushes is located at and pushes on the axle of motor 202; The first end of tooth bar handspike 203 engages each other with the motor gear 206 that pushes; Second end connection door body 2 of tooth bar handspike 203; Tooth bar handspike directive wheel 204 is located at the both sides of tooth bar handspike 203; The motor 202 that pushes is electrically connected with automatic control device 3; Door body axis of rotation 301 is located at the side of a body 2; Door body 2 connects cabinet 1 by door body axis of rotation 301; Door body translating device comprises translation motor 302, first translation axis of rotation 303, second translation axis of rotation 304, first outrigger base 305, second outrigger base 306, door body outrigger base supporting skid rail 307, translating rack 308, translating rack slideway 309, translation axis of rotation gear 310, translation motor gear 311; First translation axis of rotation 303 and the second translation axis of rotation 304 are all located on a body 2 inwall; Translation axis of rotation gear 310 is located at the centre of the first translation axis of rotation 303 and the second translation axis of rotation 304; Translation motor 302 is located on a body 2 inwall; Translation motor gear 311 is enclosed within the axle of translation motor 302; Translating rack slideway 309 is located on a body 2 inwall; Translating rack 308 and translating rack slideway 309 cooperatively interact; Translation axis of rotation gear 310 and translating rack 308 engage each other; Translation motor gear 311 and translating rack 308 engage each other; Translation motor 302 is electrically connected with automatic control device 3; First outrigger base 305 is sleeved on the top of a body axis of rotation 301, first translation axis of rotation 303 and the second translation axis of rotation 304, and the second outrigger base 306 is sleeved on the bottom of a body axis of rotation 301, first translation axis of rotation 303 and the second translation axis of rotation 304.
In a preferred approach, starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device; Starting drive is electrically connected with automatic control device 3, and starting drive can be located on cabinet 1 or be located at other places near cabinet, by wired or wireless connection.
In a preferred approach, automatic control device 3 comprises programmable logic controller 700, inductor 701, motor driver 702 and low-tension supply 703;
Inductor 701, low-tension supply 703, motor driver 702 are all connected with programmable logic controller electricity 700;
Automatic control device 3 is electrically connected with unlocking mechanism, door body 2 open-and-close mechanism and starting drive.
In a preferred approach, be also provided with plug-in decorative panel element outside cabinet 1, the material of plug-in decorative panel element is timber or metal.
The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment be automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling, make it safer, the door-opening mode rotated again after achieving translation, and achieve water-proof function; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
Embodiment three
In order to solve the shortcoming of above-mentioned prior art, the utility model embodiment devises a kind of safety cabinet, the structure chart of safety cabinet as shown in Figure 5 and Figure 6, comprises cabinet 1, door body 2, automatic control device 3, first unlocking mechanism, overturning door body open-and-close mechanism and starting drive; Cabinet 1 is formed by polylith steel design plate assembling combination; Door body 2 is located at the opening part of cabinet 1; Overturning door body open-and-close mechanism is located on cabinet 1; It is inner that unlocking mechanism is located at cabinet 1; Automatic control device 3 is located at cabinet 1 inner bottom part; It is outside that starting drive is located at cabinet 1.
First unlocking mechanism comprises motor 101 of unblanking, draw runner 103 unblanked by slideway 102 of unblanking, first, the second draw runner 104, the 3rd of unblanking is unblanked draw runner 105, mobile rack 106 of unblanking, motor gear 107 of unblanking, handspike 108, handspike head 109, dead bolt 110 and dead bolt sliding sleeve 111; Unblank motor 101, unblank slideway 102 and dead bolt sliding sleeve 111 is located on the inwall of cabinet 1 respectively; Motor gear 107 of unblanking is located at and unblanks on the axle of motor 101; The unblank first end of mobile rack 106 engages each other with motor gear 107 of unblanking; First draw runner 103, second draw runner 104, the 3rd draw runner 105 of unblanking of unblanking of unblanking is located at respectively and unblanks on slideway 102 accordingly; Second first end of unblanking draw runner 104 connects the second end of mobile rack 106 of unblanking; Unblank the second end of draw runner connects the first end of handspike 108; Second end of handspike 108 connects the first end of handspike head 109; Dead bolt 110 is located in dead bolt sliding sleeve 111; The first end of dead bolt 110 and the second end of handspike head 109 cooperatively interact, and dead bolt 110 second end inserts the stomidium on door body 2; Motor 101 of unblanking is electrically connected with automatic control device.
Overturning door body open-and-close mechanism comprises the first traction location-plate 401, first traction electric machine 402, first wirerope-winding axle 403, first wire rope pulley 404, second wire rope pulley 405, the 3rd wire rope pulley 406 and the first wire rope 407; First traction location-plate 401, first wire rope pulley 404 and the second wire rope pulley 405 are located in cabinet 1; 3rd wire rope pulley 406 is located on a body 2; First traction electric machine 402 and the first wirerope-winding axle 403 are located on the first traction location-plate 401; The first end of the first wire rope 407 is wrapped on the first wirerope-winding axle 403, and the second end of the first wire rope 407 is connected on the 3rd wire rope pulley 406 through the first wire rope pulley 404 and the second wire rope pulley 405; First wirerope-winding axle 403 connects the first traction electric machine 402; Hinge is located at the bottom of a body 2, door body 2 by gemel connection to cabinet 1; First traction electric machine 402 is electrically connected with automatic control device.
In a preferred approach, starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device; Starting drive is electrically connected with automatic control device 3, and starting drive can be located on cabinet 1 or be located at other places near cabinet, by wired or wireless connection.
In a preferred approach, automatic control device 3 comprises programmable logic controller 700, inductor 701, motor driver 702 and low-tension supply 703;
Inductor 701, low-tension supply 703, motor driver 702 are all connected with programmable logic controller electricity 700;
Automatic control device 3 is electrically connected with unlocking mechanism, door body 2 open-and-close mechanism and starting drive.
In a preferred approach, be also provided with plug-in decorative panel element outside cabinet 1, the material of plug-in decorative panel element is timber or metal.
The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment be automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling, make it safer, achieve the door-opening mode of overturning folding; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
Embodiment four
In order to solve the shortcoming of above-mentioned prior art, the utility model embodiment devises a kind of safety cabinet, the structure chart of safety cabinet as shown in Figure 7 and Figure 8, comprises cabinet 1, door body 2, automatic control device 3, second unlocking mechanism, overhead door body open-and-close mechanism and starting drive; Cabinet 1 is formed by polylith steel design plate assembling combination; Door body 2 is located at the opening part of cabinet 1; Overhead door body open-and-close mechanism is located on cabinet 1; It is inner that unlocking mechanism is located at cabinet 1; Automatic control device 3 is located at cabinet 1 inner bottom part; It is outside that starting drive is located at cabinet 1.
Second unlocking mechanism comprises electromagnetic clutch 112 and installing plate 113; Installing plate 113 is located on the inwall of cabinet 1; Electromagnetic clutch 112 is arranged on installing plate 113; Electromagnetic clutch 112 is electrically connected with automatic control device 3; The first end of electromagnetic clutch 112 inserts the stomidium of door body 2.
Overhead door body open-and-close mechanism comprises hoistway 501, lifting draw runner 502, second draws location-plate 503, second traction electric machine 504, second wirerope-winding axle 505, the 4th wire rope pulley 506, the 5th wire rope pulley 507, the 6th wire rope pulley 508 and the second wire rope 509; Hoistway 501 is located at the both sides of cabinet 1; Lifting draw runner 502 is located at the both sides of a body 2; Lifting draw runner 502 cooperatively interacts with hoistway 501; Second traction location-plate 503, the 4th wire rope pulley 506 and the 5th wire rope pulley 507 is located at inside cabinet 1; 6th wire rope pulley 508 is located on a body 2; Second traction electric machine 504 and the second wirerope-winding axle 505 are located at second and lead on fixed head 503; The first end of the second wire rope 509 is wrapped on the second wirerope-winding axle 505, and the second end of the second wire rope 509 is connected on the 6th wire rope pulley through the 4th wire rope pulley 506 and the 5th wire rope pulley 507; Second wirerope-winding axle 505 connects the second traction electric machine 504; Second traction electric machine 504 is electrically connected with automatic control device 3.
In a preferred approach, starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device; Starting drive is electrically connected with automatic control device 3, and starting drive can be located on cabinet 1 or be located at other places near cabinet, by wired or wireless connection.
In a preferred approach, automatic control device 3 comprises programmable logic controller 700, inductor 701, motor driver 702 and low-tension supply 703;
Inductor 701, low-tension supply 703, motor driver 702 are all connected with programmable logic controller electricity 700;
Automatic control device 3 is electrically connected with unlocking mechanism, door body 2 open-and-close mechanism and starting drive.
In a preferred approach, be also provided with plug-in decorative panel element outside cabinet 1, the material of plug-in decorative panel element is timber or metal.
The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment be automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling, make it safer, achieve the door-opening mode of lifting folding; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
Embodiment five
In order to solve the shortcoming of above-mentioned prior art, the utility model embodiment devises a kind of safety cabinet, the structure chart of safety cabinet as shown in Figure 9 and Figure 10, comprises cabinet 1, door body 2, automatic control device 3, second unlocking mechanism, cross sliding door body open-and-close mechanism and starting drive; Cabinet 1 is formed by polylith steel design plate assembling combination; Door body 2 is located at the opening part of cabinet 1; Cross sliding door body open-and-close mechanism is located on cabinet 1; It is inner that unlocking mechanism is located at cabinet 1; Automatic control device 3 is located at cabinet 1 inner bottom part; It is outside that starting drive is located at cabinet 1.
Second unlocking mechanism comprises electromagnetic clutch 112 and installing plate 113; Installing plate 113 is located on the inwall of cabinet 1; Electromagnetic clutch 112 is arranged on installing plate 113; Electromagnetic clutch 112 is electrically connected with automatic control device 3; The first end of electromagnetic clutch 112 inserts the stomidium of door body 2.
Cross sliding door body open-and-close mechanism comprises traversing slideway 601, traversing draw runner 602, the 3rd traction electric machine 603, traction gear 604 and tethered sliding tooth bar 605; It is inner that 3rd traction electric machine 603 and traction gear 604 are located at cabinet 1; Traction gear 604 is connected on the 3rd traction electric machine 603; The first end of tethered sliding tooth bar 605 engages with traction gear 604, the second end connection door body 2 of traction rack; Traversing slideway 601 is located at top and the bottom of cabinet 1; Traversing draw runner 602 is connected on a body 2 and cooperatively interacts with traversing slideway 601; 3rd traction electric machine 603 is electrically connected with automatic control device 3.
In a preferred approach, starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device; Starting drive is electrically connected with automatic control device 3, and starting drive can be located on cabinet 1 or be located at other places near cabinet, by wired or wireless connection.
In a preferred approach, automatic control device 3 comprises programmable logic controller 700, inductor 701, motor driver 702 and low-tension supply 703;
Inductor 701, low-tension supply 703, motor driver 702 are all connected with programmable logic controller electricity 700;
Automatic control device 3 is electrically connected with unlocking mechanism, door body 2 open-and-close mechanism and starting drive.
In a preferred approach, be also provided with plug-in decorative panel element outside cabinet 1, the material of plug-in decorative panel element is timber or metal.
The technical scheme provided as can be seen from above-mentioned embodiment of the present utility model, the utility model embodiment be automatically completed by Automated condtrol and operation unblank, the opening and closing movement such as enabling, make it safer, achieve the door-opening mode of traversing folding; Opening switch of the present utility model is placed in concealed position, safer, makes safety cabinet have more inveterate covering property outside cabinet after mounting decorative panel.
Those skilled in the art will be understood that Fig. 1 only safety cabinet illustrated for simplicity's sake, but this omission beyond doubt with can not affect to utility model embodiment carry out clear, be disclosed as prerequisite fully.
Above; be only the utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (11)
1. a safety cabinet, is characterized in that,
Comprise cabinet, Men Ti, automatic control device, unlocking mechanism, door body open-and-close mechanism and starting drive;
Described cabinet is formed by polylith steel design plate assembling combination;
Described door body is located at the opening part of described cabinet;
Described door body open-and-close mechanism is located on described cabinet;
It is inner that described unlocking mechanism is located at described cabinet;
Described automatic control device is located at described cabinet inner bottom part;
It is outside that described starting drive is located at described cabinet.
2. safety cabinet according to claim 1, is characterized in that,
Described starting drive control at least comprise following in one; Button, fingerprint identification device, apparatus for security code recognition and face identification device;
Described starting drive is electrically connected with described automatic control device.
3. safety cabinet according to claim 2, is characterized in that,
Described automatic control device comprises programmable logic controller, inductor, motor driver and low-tension supply;
Described inductor, described low-tension supply, described motor driver are all electrically connected with described programmable logic controller;
Described automatic control device is electrically connected with described unlocking mechanism, described door body open-and-close mechanism and described starting drive.
4. safety cabinet according to claim 3, is characterized in that,
Described unlocking mechanism is the first unlocking mechanism or the second unlocking mechanism;
Described first unlocking mechanism comprises motor of unblanking, slideway of unblanking, first is unblanked draw runner, second unblanks draw runner, the 3rd unblanks draw runner, mobile rack of unblanking, motor gear of unblanking, handspike, handspike head, dead bolt and dead bolt sliding sleeve;
Described motor of unblanking, described in unblank slideway and described dead bolt sliding sleeve be located on the inwall of described cabinet respectively;
Unblank on the axle of motor described in described motor gear of unblanking is located at;
First end and the described motor gear of unblanking of described mobile rack of unblanking engage each other;
Described first draw runner, described second draw runner, the described 3rd draw runner of unblanking of unblanking of unblanking is located at respectively and unblanks accordingly on slideway;
To unblank described in described second first end of unblanking draw runner connects the second end of mobile rack;
Second end of described draw runner of unblanking connects the first end of described handspike;
Second end of described handspike connects the first end of described handspike head;
Described dead bolt is located in described dead bolt sliding sleeve;
The first end of described dead bolt and the second end of described handspike head cooperatively interact, and described dead bolt second end inserts the stomidium on door body;
Described motor of unblanking is electrically connected with described automatic control device;
Described second unlocking mechanism comprises electromagnetic clutch and installing plate;
Described installing plate is located on the inwall of described cabinet;
Described electromagnetic clutch is arranged on described installing plate;
Described electromagnetic clutch is electrically connected with described automatic control device;
The first end of described electromagnetic clutch inserts the stomidium of door body.
5. safety cabinet according to claim 4, is characterized in that,
Described door body open-and-close mechanism at least comprise following in one; Rotary door body open-and-close mechanism, translation rotary door body open-and-close mechanism, overturning door body open-and-close mechanism, overhead door body open-and-close mechanism and cross sliding door body open-and-close mechanism.
6. safety cabinet according to claim 5, is characterized in that,
Described rotary door body open-and-close mechanism comprises hinge and the device that pushes;
The first end of described hinge connects the side of described door body, and the second end of described hinge connects described cabinet;
The described device that pushes comprises location-plate, the motor that pushes, tooth bar handspike, tooth bar handspike directive wheel, enabling motor and gear;
The described device that pushes is located at described cabinet inner top;
The described motor that pushes is located on described location-plate;
Push described in described gear is located on the axle of motor;
First end and the described gear of described tooth bar handspike engage each other;
Second end of described tooth bar handspike connects described door body;
Described tooth bar handspike directive wheel is located at the both sides of described tooth bar handspike;
The described motor that pushes is electrically connected with described automatic control device.
7. safety cabinet according to claim 5, is characterized in that,
Described translation rotary door body open-and-close mechanism comprises a body axis of rotation, push device and door body translating device;
The described device that pushes is located at described cabinet inner top;
The described device that pushes comprises location-plate, the motor that pushes, tooth bar handspike, tooth bar handspike directive wheel and the motor gear that pushes;
The described device that pushes is located at described cabinet inner top;
The described motor that pushes is located on described location-plate;
Push on the axle of motor described in the described motor gear that pushes is located at;
First end and the described gear of described tooth bar handspike engage each other;
Second end of described tooth bar handspike connects described door body;
Described tooth bar handspike directive wheel is located at the both sides of described tooth bar handspike;
The described motor that pushes is electrically connected with described automatic control device;
Described door body axis of rotation is located at the side of described door body; Described door body connects described cabinet by described door body axis of rotation;
Described door body translating device comprises translation motor, the first translation axis of rotation, the second translation axis of rotation, the first outrigger base, the second outrigger base, door body outrigger base supporting skid rail, translating rack, translating rack slideway, translation axis of rotation gear, translation motor gear;
Described translation axis of rotation is located on described door body;
Described translation axis of rotation gear is located in the middle of described translation axis of rotation;
Described translation motor is located on described door body inwall;
Described translation motor geared sleeve is on the axle of described translation motor;
Described translating rack slideway is located on described door body inwall;
Described translating rack and described translating rack slideway cooperatively interact;
Described translation axis of rotation gear and described translating rack engage each other;
Described translation motor gear and described translating rack engage each other;
Described translation motor is electrically connected with described automatic control device;
Described first outrigger base is sleeved on the top of described door body axis of rotation, described first translation axis of rotation and described second translation axis of rotation, and described second outrigger base is sleeved on the bottom of described door body axis of rotation, described first translation axis of rotation and described second translation axis of rotation.
8. safety cabinet according to claim 5, is characterized in that,
Described overturning door body open-and-close mechanism comprises the first traction location-plate, the first traction electric machine, the first wirerope-winding axle, the first wire rope pulley, the second wire rope pulley, the 3rd wire rope pulley, hinge, the first wire rope;
Described first traction location-plate, the first wire rope pulley and the second wire rope pulley is located in described cabinet;
Described 3rd wire rope pulley is located on a body;
Described first traction electric machine and described first wirerope-winding axle are located on described first traction location-plate;
The first end of described first wire rope is wrapped on the first wirerope-winding axle, and the second end of described first wire rope is connected on described 3rd wire rope pulley through described first wire rope pulley and described second wire rope pulley; Described first wirerope-winding axle connects described first traction electric machine;
Described hinge is located at the bottom of described door body, and described door body passes through described gemel connection to described cabinet;
Described first traction electric machine is electrically connected with described automatic control device.
9. safety cabinet according to claim 5, is characterized in that,
Described overhead door body open-and-close mechanism comprises hoistway, lifting draw runner, the second traction location-plate, the second traction electric machine, the second wirerope-winding axle, the 4th wire rope pulley, the 5th wire rope pulley, the 6th wire rope pulley and the second wire rope;
Described hoistway is located at the both sides of described cabinet;
Described lifting draw runner is located at the both sides of described door body;
Described lifting draw runner and described hoistway cooperatively interact;
Described second traction location-plate, the 4th wire rope pulley and the 5th wire rope pulley is located at inside cabinet;
Described 6th wire rope pulley is located on described door body;
Described second traction electric machine and described second wirerope-winding axle are located at described second and lead on fixed head;
The first end of described second wire rope is wrapped on described second wirerope-winding axle, and the second end of described second wire rope is connected on described 6th wire rope pulley through described 4th wire rope pulley and described 5th wire rope pulley;
Described second wirerope-winding axle connects described second traction electric machine;
Described second traction electric machine is electrically connected with described automatic control device.
10. safety cabinet according to claim 5, is characterized in that,
Described cross sliding door body open-and-close mechanism comprises traversing slideway, traversing draw runner, the 3rd traction electric machine, traction gear and tethered sliding tooth bar;
It is inner that described 3rd traction electric machine and described traction gear are located at described cabinet;
Described traction gear is connected on described 3rd traction electric machine;
The first end of described tethered sliding tooth bar engages with described traction gear, and the second end of described traction rack connects described door body;
Described traversing slideway is located at top and the bottom of described cabinet;
Described traversing draw runner is connected on described door body and cooperatively interacts with described traversing slideway;
Described 3rd traction electric machine is electrically connected with described automatic control device.
11., according to the safety cabinet described in claim 1-10 any one, is characterized in that,
Also be provided with plug-in decorative panel element outside described cabinet, the material of plug-in decorative panel element is timber or metal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520221637.3U CN204627279U (en) | 2015-04-14 | 2015-04-14 | A kind of safety cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520221637.3U CN204627279U (en) | 2015-04-14 | 2015-04-14 | A kind of safety cabinet |
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| Publication Number | Publication Date |
|---|---|
| CN204627279U true CN204627279U (en) | 2015-09-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520221637.3U Active CN204627279U (en) | 2015-04-14 | 2015-04-14 | A kind of safety cabinet |
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| CN (1) | CN204627279U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104775708A (en) * | 2015-04-14 | 2015-07-15 | 沈建明 | Safe case |
| CN105507678A (en) * | 2016-01-08 | 2016-04-20 | 蔡和柱 | Flexible-linkage and lock-hole-free intelligent frame lock with double motors |
| CN105952281A (en) * | 2016-07-01 | 2016-09-21 | 佛山市业鹏机械有限公司 | Opening-closing anchor for supergiant double open steel door |
| CN111997449A (en) * | 2020-08-27 | 2020-11-27 | 温州雪尚电子科技有限公司 | Face recognition automatic door |
-
2015
- 2015-04-14 CN CN201520221637.3U patent/CN204627279U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104775708A (en) * | 2015-04-14 | 2015-07-15 | 沈建明 | Safe case |
| CN104775708B (en) * | 2015-04-14 | 2017-04-05 | 沈建明 | A kind of safety cabinet |
| CN105507678A (en) * | 2016-01-08 | 2016-04-20 | 蔡和柱 | Flexible-linkage and lock-hole-free intelligent frame lock with double motors |
| CN105952281A (en) * | 2016-07-01 | 2016-09-21 | 佛山市业鹏机械有限公司 | Opening-closing anchor for supergiant double open steel door |
| CN111997449A (en) * | 2020-08-27 | 2020-11-27 | 温州雪尚电子科技有限公司 | Face recognition automatic door |
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