A performance testing device for explosion-proof doors in armory

Abstract

The present invention relates to the technical field of performance detection, specifically to a performance detection device for explosion-proof doors in armories, comprising a door panel body, an assembly frame, a maintenance frame and a high-definition video recording component, wherein the door panel body is inserted and assembled in the middle of the assembly frame, and the maintenance frame cover is assembled on the outside of the middle of the assembly frame, the high-definition video recording component is assembled on the top of the maintenance frame, the left and right sides of the assembly frame are respectively equipped with a left punching component and a right punching component, and the bottom center of the assembly frame is equipped with a lower drive component, the left punching component comprises a left punching rod, the right inner end of the left punching rod abuts against the left outer wall of the door panel body, a left push-pull plate is fixed in the middle of the left punching rod, the left inner side of the left push-pull plate abuts against a left cam, a left drive shaft is fixed inside the left cam, and the right punching component comprises a right punching rod. The present invention facilitates synchronously driving the punching rod to perform repeated impact detection on the outside of the door panel, making the operation detection more convenient.

Description

Technical Field

[0001] The invention relates to the technical field of performance detection, and in particular to a performance detection device for explosion-proof doors of an armory. Background Art

[0002] In the modern military and security fields, the safety of armories is of vital importance. With the continuous development of science and technology and the increasingly severe security situation, the protection requirements for armories are getting higher and higher. Armory explosion-proof doors are a special protective door used in armories. They have multiple functions such as explosion-proof, anti-theft, fireproof, and pressure and impact resistance. They are usually made of high-strength materials. After production, their performance needs to be tested, such as the test of their pressure and impact resistance.

[0003] In this regard, China's patent application number: CN202311148503.9 discloses a door and window compression performance detection device that is easy to use, including a chassis, an upper clamping mechanism, a lower clamping mechanism, a compression performance detection mechanism and a door and window end face adjustment mechanism, the upper clamping mechanism and the lower clamping mechanism are used to clamp the door and window to be tested, the compression performance detection mechanism includes a hydraulic cylinder, a pressure plate installed at the output end of the hydraulic cylinder, and a laser rangefinder for detecting the deformation of the door and window to be tested, the pressure plate is driven to move by the hydraulic cylinder to squeeze the door and window to be tested, the door and window end face adjustment mechanism includes a rotating plate and a second pressure sensor, the detection device is provided with a compression performance detection mechanism and a door and window end face adjustment mechanism, the door and window end face adjustment mechanism is used to adjust the inclination angle of the upper end face of the door and window to be tested, so that the upper end face of the door and window to be tested fits with the pressure plate, the upper end face of the door and window to be tested is evenly stressed, and the accuracy of the detection result is ensured;

[0004] However, the existing performance testing equipment is not convenient for performing repeated impact tests on the door body according to the performance testing requirements of the armory explosion-proof door, which affects the efficiency of operation testing;

[0005] Therefore, in order to solve the above problems, a performance detection device for armory explosion-proof doors is proposed. Summary of the invention

[0006] The purpose of the present invention is to provide a performance testing device for armory explosion-proof doors, so as to solve the problem that the existing performance testing equipment proposed in the above background technology is inconvenient to perform repeated impact tests on the door body according to the detection needs of the armory explosion-proof door performance, thereby affecting the operation detection efficiency.

[0007] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a performance detection device for explosion-proof doors in an armory, comprising a door panel body, an assembly frame, a maintenance frame and a high-definition video recording component, wherein the door panel body is inserted and assembled in the middle of the assembly frame, and the maintenance frame cover is assembled on the outer side of the middle of the assembly frame, the high-definition video recording component is assembled on the top of the maintenance frame, and the left and right sides of the assembly frame are respectively equipped with a left punch assembly and a right punch assembly, and the bottom center of the assembly frame is equipped with a lower drive assembly, the left punch assembly includes a left punch rod, the right inner end of the left punch rod abuts against the left outer wall of the door panel body, a left push-pull plate is fixed in the middle of the left punch rod, and the left push-pull plate is fixed in the middle of the left punch rod. The left inner side of the pull plate abuts against a left cam, a left drive shaft is fixed inside the left cam, the right punch assembly includes a right punching rod, the left inner end of the right punching rod abuts against the right outer wall of the door panel body, a right push-pull plate is fixed to the middle part of the right punching rod, the right inner side of the right push-pull plate abuts against a right cam, a right drive shaft is fixed inside the right cam, the lower drive assembly includes a servo motor and a reducer assembly, a main transmission shaft is fixed inside the reducer assembly, a main transmission wheel is fixed on the outer end of the main transmission shaft, a left auxiliary drive wheel and a right auxiliary drive wheel are connected on both sides of the main transmission wheel through a main belt sleeve, and a left transmission shaft and a right transmission shaft are fixed inside the left auxiliary drive wheel and the right auxiliary drive wheel;

[0008] In this way, it is convenient to perform repeated impact tests on the explosion-proof door body during assembly and use, that is, the left impact assembly and the right impact assembly are synchronously driven by the lower drive assembly to perform testing operations, making the detection operation more convenient and facilitating the performance detection operation of the explosion-proof door body.

[0009] As a further step of this solution, the outer ends of the left transmission shaft and the left drive shaft are fixed with corresponding left transmission wheels and left driven wheels, and the left driven wheels and the left transmission wheels are connected and driven by a left belt sleeve, and the outer ends of the right transmission shaft and the right drive shaft are fixed with corresponding right transmission wheels and right driven wheels, and the right transmission wheels and the right driven wheels are connected and driven by a right belt sleeve, and both ends of the right drive shaft and the left drive shaft are supported and assembled by a left seat bearing sleeve, and both ends of the left transmission shaft, the right transmission shaft and the main transmission shaft are respectively supported and assembled at the bottom of the assembly frame by bearing bracket sleeves, and the reducer assembly and the servo motor are assembled at the center of the bottom of the assembly frame;

[0010] In this way, when the left transmission shaft is driven, the left drive shaft is driven to rotate through the left driven wheel, the left belt and the left transmission wheel. Similarly, through the right transmission shaft, the right drive shaft is driven to rotate with the cooperation of the right driven wheel, the right belt and the right transmission wheel, so that the left cam and the right cam can synchronously push the left push-pull plate and the right push-pull plate, and at the same time, it is convenient to provide stable support for the lower drive assembly, making the transmission drive operation more convenient.

[0011] As a further embodiment of the present invention, the left side of the assembly frame is vertically equipped with a left inner support plate and a left outer support plate, and the left inner support plate is located inside the left outer support plate, and the left punching rod is inserted through the left inner support plate and the left outer support plate, and the right side of the assembly frame is vertically equipped with a right inner support plate and a right outer support plate, and the right inner support plate is located inside the right outer support plate, and the right punching rod is inserted through the right inner support plate and the right outer support plate;

[0012] By this means, it is convenient to provide auxiliary horizontal support for the left punching rod and the right punching rod, making the use more convenient and facilitating the subsequent stable sliding of the left punching rod and the right punching rod.

[0013] As a further feature of this solution, the outer walls of the left punching rod and the right punching rod are respectively sleeved with a left transverse spring and a right transverse spring, the left transverse spring is located between the left push-pull plate and the left outer support plate, the right transverse spring is located between the right push-pull plate and the right outer support plate, the inner ends of the left punching rod and the right punching rod are respectively integrally provided with a left punching head, and the outer ends of the left punching rod and the right punching rod are respectively fixed with a left pull rod cap;

[0014] In this way, when the left push-pull plate and the right push-pull plate move against each other, the left transverse spring and the right transverse spring can be used to elastically resist the left push-pull plate and the right push-pull plate, so that the left push-pull plate and the right push-pull plate drive the left punching rod and the right punching rod to perform an impact operation, making the use and operation detection more convenient.

[0015] As a further improvement of this solution, the left inner support plate and the left outer support plate are provided with impact grooves corresponding to the left punching rod, and the right inner support plate and the right outer support plate are also provided with corresponding impact grooves, and the side walls of the left inner support plate and the right inner support plate are provided with pressure groove windows corresponding to the left inner support plate and the right inner support plate;

[0016] In this way, with the cooperation of the impact slide groove, it is easy to assist the telescopic sliding of the left punching rod and the right punching rod, making subsequent operations more convenient and facilitating stable support for the left punching rod and the right punching rod. At the same time, with the opening of the pressure groove window, it is easy to assist the resistance rotation of the right cam and the left cam, making subsequent operations more convenient.

[0017] As a further improvement of this solution, a left slide is fixed between the left inner support plate and the left outer support plate, and the left slide is inserted through the corners around the left push-pull plate, a right slide is fixed between the right inner support plate and the right outer support plate, and the right slide is inserted through the corners around the right push-pull plate, and limited sliding grooves are correspondingly provided at the corners around the right push-pull plate and the left push-pull plate;

[0018] In this way, with the cooperation of the left slide and the right slide, it is convenient to assist the limited sliding support of the right push-pull plate and the left push-pull plate, so that the sliding and pushing of the right push-pull plate and the left push-pull plate are more stable.

[0019] As a further embodiment of the present invention, the assembly frame includes frame columns, the frame columns are vertically assembled around the assembly frame, frame beams are assembled between the frame columns, a support frame corresponding to the door panel body is arranged in the middle of the assembly frame, an assembly skylight corresponding to the door panel body is arranged on the top of the maintenance frame, and the high-definition video recording component is assembled at the inner corner of the assembly skylight;

[0020] In this way, with the horizontal and vertical assembly of the frame columns and frame beams, a relatively stable frame structure can be formed. At the same time, with the assembly of the supporting frame, it is easy to insert and assemble the door panel body, making subsequent operations more convenient. At the same time, when assembling the skylight, it is easy to assemble the door panel body while recording through the high-definition recording component, which is convenient for subsequent observation and comparison.

[0021] As a further embodiment of the present invention, an outer card frame is integrally provided on the outer side of the support frame, and the outer card frame is clamped inside the assembly frame, the door panel body is inserted into the support frame from above, and an upper limit strip is assembled on the top of the support frame by self-tapping screws;

[0022] In this way, it is easy to cooperate with the support frame to insert and assemble the door panel body and limit the top, making the operation and assembly more convenient, and also facilitating the subsequent disassembly and replacement of corresponding materials.

[0023] As a further embodiment of the present invention, the maintenance frame includes maintenance vertical frames installed on the front and rear sides of the middle part of the assembly frame, and a supporting top plate is fixed on the top of the maintenance vertical frame, and maintenance baffles are installed on the front and rear sides of the maintenance vertical frame through hinge shaft hinges, and hollow glass is installed inside the maintenance baffles;

[0024] In this way, it is convenient to assemble the cover in the middle of the assembly frame and the outside of the door panel body, and to maintain the outside of the door panel body during testing. At the same time, with the cooperation of the maintenance baffle and the insulating glass, it is convenient to block relative impact to avoid accidental splashing. At the same time, with the cooperation of the insulating glass, it is also convenient to observe the internal impact test situation.

[0025] As a further step of this solution, an auxiliary base is integrally provided on the front side of the bottom of the maintenance frame, a limit pin is inserted inside the auxiliary base, the upper part of the limit pin abuts against the lower part of the outer side of the maintenance baffle, and a limit hole corresponding to the limit pin is opened inside the auxiliary base;

[0026] In this way, with the cooperation of the auxiliary base and the limit latch, it is convenient to limit the lower part of the maintenance baffle, making the opening and closing operations of the maintenance baffle more convenient.

[0027] Compared with the prior art, the present invention has the following beneficial effects:

[0028] 1. By setting the left punch assembly and the right punch assembly, the left push-pull plate and the right push-pull plate are assembled under the cooperation of the left punch rod and the right punch rod, and the left push-pull plate and the right push-pull plate are pressed by the rotation of the left cam and the right cam. The left push-pull plate and the right push-pull plate are convenient to assist in repeated pressing and pushing through the continuous rotation of the left cam and the right cam, so that the left push-pull plate and the right push-pull plate drive the left punch rod and the right punch rod to repeatedly pull and impact, so that the inner ends of the left punch rod and the right punch rod impact and press against the outer wall of the door panel body, making the operation more convenient, facilitating the impact and pressure test operation on the outer wall of the door panel body, making the use and detection more convenient, and through this design, it is beneficial to the performance detection of the explosion-proof door of the armory;

[0029] 2. By setting the lower drive assembly, with the cooperation of the servo motor and the reducer assembly, it is convenient to assist in the output of strong and stable power. Then, with the cooperation of the main drive shaft and the main drive wheel, the left drive shaft and the right drive shaft are driven to rotate through the main belt, the left auxiliary drive wheel and the right auxiliary drive wheel. Therefore, with the cooperation of the left driven wheel, the left belt and the left drive wheel, and the right driven wheel, the right belt and the right drive wheel, the left drive shaft and the right drive shaft are driven to rotate synchronously, so that the left cam and the right cam are driven to rotate synchronously, making the operation detection more convenient, so that the two sides of the door panel body are repeatedly impacted left and right, making the detection operation more convenient. Through this design, it is beneficial to the performance detection of the explosion-proof door of the armory;

[0030] 3. While designing the above structure, a corresponding frame structure is formed by assembling the frame under the setting of frame columns and frame beams. At the same time, with the cooperation of the supporting frame and the upper limit bar, it is convenient to assist in the insertion and assembly of the door panel body, making the detection operation more convenient. At the same time, during the detection, the maintenance frame and high-definition recording components installed on the outside are used to facilitate auxiliary maintenance and recording during the detection operation, making the operation detection more convenient and safe. This design is beneficial to the performance detection of the armory explosion-proof door. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0032] Figure 1 It is a front view cross-sectional perspective schematic diagram of the structure of the present invention;

[0033] Figure 2 It is a top view cross-sectional perspective schematic diagram of the structure of the present invention;

[0034] Figure 3It is a front view stereoscopic schematic diagram of the overall structure of the present invention;

[0035] Figure 4 It is a bottom-up stereoscopic schematic diagram of the overall structure of the present invention;

[0036] Figure 5 This is a frontal perspective schematic diagram of the overall structure when the present invention is opened;

[0037] Figure 6 It is a side cross-sectional perspective schematic diagram of the structure of the present invention;

[0038] Figure 7 It is a side cross-sectional perspective schematic diagram of the local structure of the left punch assembly of the present invention;

[0039] Figure 8 It is a side perspective schematic diagram of the transmission structure of the present invention;

[0040] Fig. 9 It is a side perspective schematic diagram of the partial structure of the door panel main body of the present invention.

[0041] In the figure: 100, door panel body; 101, support frame; 102, outer card frame; 103, upper limit bar; 104, assembly skylight; 110, assembly frame; 111, frame column; 112, frame crossbeam; 120, maintenance frame; 121, maintenance frame; 122, support top plate; 123, maintenance baffle; 124, insulating glass; 125, auxiliary base; 126, limit pin; 127, limit jack; 130, high-definition recording component; 200, left punch component; 210, left punch rod; 211, left transverse spring; 212, left punch head; 213, left pull rod cap; 220, left push-pull plate; 230, left cam; 231, left drive shaft; 232, left driven wheel; 233, left belt; 234, left transmission wheel; 235, left belt 1. Seat bearing; 240. Left inner support plate; 241. Pressure groove window; 242. Impact slide; 250. Left outer support plate; 260. Left slide; 261. Limit slide; 300. Right punch assembly; 310. Right punch rod; 311. Right transverse spring; 320. Right push-pull plate; 330. Right cam; 331. Right drive shaft; 332. Right driven wheel; 333. Right belt; 334. Right transmission wheel; 340. Right inner support plate; 350. Right outer support plate; 360. Right slide; 400. Lower drive assembly; 410. servo motor; 420. Reducer assembly; 430. Main transmission shaft; 440. Main transmission wheel; 441. Main belt; 442. Left auxiliary drive wheel; 443. Right auxiliary drive wheel; 450. Left transmission shaft; 451. Support with bearing; 460. Right transmission shaft. DETAILED DESCRIPTION

[0042] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0043] See also Figure 1-Figure 9 The present invention provides an embodiment: a performance detection device for explosion-proof doors in armories, comprising a door panel body 100, an assembly frame 110, a maintenance frame 120 and a high-definition video recording component 130, wherein the door panel body 100 is inserted and assembled in the middle of the assembly frame 110, and the maintenance frame 120 is covered and assembled on the outer side of the middle of the assembly frame 110, and the high-definition video recording component 130 is assembled on the top of the maintenance frame 120, and the left and right sides of the assembly frame 110 are respectively equipped with a left punch component 200 and a right punch component 201. The assembly 300 is provided with a lower drive assembly 400 at the bottom center of the assembly frame 110. The left punch assembly 200 includes a left punch rod 210. The right inner end of the left punch rod 210 abuts against the left outer wall of the door panel body 100. A left push-pull plate 220 is fixed to the middle of the left punch rod 210. The left inner side of the left push-pull plate 220 abuts against the left cam 230. A left drive shaft 231 is fixed inside the left cam 230. The right punch assembly 300 includes a right punch rod 310. The left inner end of the right punch rod 310 abuts against the door panel. The right outer wall of the main body 100 and the middle part of the right punching rod 310 are fixed with a right push-pull plate 320, the right inner side of the right push-pull plate 320 abuts against a right cam 330, a right drive shaft 331 is fixed inside the right cam 330, the lower drive assembly 400 includes a servo motor 410 and a reducer assembly 420, a main transmission shaft 430 is fixed inside the reducer assembly 420, a main transmission wheel 440 is fixed at the outer end of the main transmission shaft 430, and both sides of the main transmission wheel 440 are connected to the left auxiliary drive wheel through the main belt 441 442 and the right auxiliary drive wheel 443, the left auxiliary drive wheel 442 and the right auxiliary drive wheel 443 are internally fixed with a left transmission shaft 450 and a right transmission shaft 460. During operation inspection, the door panel body 100 is assembled between the assembly frames 110, and then the left punch assembly 200 and the right punch assembly 300 are driven to work synchronously through the driving rotation of the lower drive assembly 400, that is, the impact and pressure on the outside of the door panel body 100 are exerted by pulling the left punch rod 210 and the right punch rod 310, making the inspection operation more convenient.

[0044] As a more detailed description of the present embodiment, the left side of the assembly frame 110 is vertically equipped with a left inner support plate 240 and a left outer support plate 250, and the left inner support plate 240 is located on the inner side of the left outer support plate 250, and the left punching rod 210 is inserted through the left inner support plate 240 and the left outer support plate 250, and the right side of the assembly frame 110 is vertically equipped with a right inner support plate 340 and a right outer support plate 350, and the right inner support plate 340 is located on the inner side of the right outer support plate 350, and the right punching rod 310 is inserted through the right inner support plate 340 and the right outer support plate 350, and the outer end of the left transmission shaft 450 and the outer end of the left drive shaft 231 are fixed with corresponding left transmission wheels 234 and left driven wheels 232, and the left driven wheels 232 and the left transmission wheels 234 are connected and driven by the left belt 233, and the outer end of the right transmission shaft 460 The right transmission wheel 334 and the right driven wheel 332 are fixed to the outer end of the right drive shaft 331, and the right transmission wheel 334 and the right driven wheel 332 are connected and transmitted by the right belt 333. Both ends of the right drive shaft 331 and the left drive shaft 231 are supported and assembled by the left belt seat bearing 235. Both ends of the left transmission shaft 450, the right transmission shaft 460 and the main transmission shaft 430 are supported and assembled at the bottom of the assembly frame 110 by the bearing bracket 451. The reducer assembly 420 and the servo motor 410 are assembled at the bottom center of the assembly frame 110. During operation, the left drive shaft 231 and the right drive shaft 331 are driven to rotate synchronously by the synchronization of the left transmission shaft 450 and the right transmission shaft 460, so that the left cam 230 and the right cam 330 are easy to rotate synchronously, making the operation more convenient.

[0045] As a more detailed example of this embodiment, the outer walls of the left punching rod 210 and the right punching rod 310 are respectively sleeved with a left transverse spring 211 and a right transverse spring 311, the left transverse spring 211 is located between the left push-pull plate 220 and the left outer support plate 250, and the right transverse spring 311 is located between the right push-pull plate 320 and the right outer support plate 350. The inner ends of the left punching rod 210 and the right punching rod 310 are respectively integrally provided with a left punching head 212, and the outer ends of the left punching rod 210 and the right punching rod 310 are respectively fixed with a left The pull rod cap 213, the left inner support plate 240 and the left outer support plate 250 are both provided with an impact slide groove 242 corresponding to the left punching rod 210, and the right inner support plate 340 and the right outer support plate 350 are also provided with corresponding impact slide grooves 242, and the side walls of the left inner support plate 240 and the right inner support plate 340 are both provided with a pressure groove window 241 corresponding to the left inner support plate 240 and the right inner support plate 340, and a left slide 260 is fixed between the left inner support plate 240 and the left outer support plate 250, and the left slide The right slide 360 ​​is inserted through the corners of the left push-pull plate 220, and the right slide 360 ​​is fixed between the right inner support plate 340 and the right outer support plate 350. The right slide 360 ​​is inserted through the corners of the right push-pull plate 320, and the right push-pull plate 320 and the left push-pull plate 220 are provided with limited position slide grooves 261 at the corners of the right push-pull plate 320 and the left push-pull plate 220. During the operation and detection, the left slide 260 and the right slide 360 ​​are supported to facilitate the movement and sliding support of the right push-pull plate 320 and the left push-pull plate 220, so that the right The stable sliding of the push-pull plate 320 and the left push-pull plate 220 makes it easier for the left cam 230 and the right cam 330 to resist the movement of the left push-pull plate 220 and the right push-pull plate 320, making the operation detection more stable. At the same time, after the push and push, the elastic force of the left transverse spring 211 and the right transverse spring 311 facilitates enhanced recovery, so that the left punching rod 210 and the right punching rod 310 are easy to perform impact detection operations on the outside of the door panel body 100 under the elastic force, making the operation and use more convenient.

[0046] As a more detailed example of the present embodiment, the assembly frame 110 includes frame columns 111, which are vertically assembled around the assembly frame 110, and frame crossbeams 112 are assembled between the frame columns 111, and a support frame 101 corresponding to the door panel body 100 is arranged in the middle of the assembly frame 110, an assembly skylight 104 corresponding to the door panel body 100 is opened on the top of the maintenance frame 120, and the high-definition video recording component 130 is assembled at the inner corner of the assembly skylight 104, and an outer outer side of the support frame 101 is integrally provided with an outer The card strip frame 102, and the outer card strip frame 102 is clamped inside the assembly frame 110, the door panel body 100 is inserted into the support frame 101 from above, and the top of the support frame 101 is equipped with an upper limit strip 103 by self-tapping screws. During operation, the door panel body 100 is inserted into it through the setting of the support frame 101, and then it is assembled by limiting the upper limit strip 103. Under the limitation of the assembly frame 110 and the outer card strip frame 102, it is convenient to assist the stable placement of the door panel body 100, making operation and use more convenient.

[0047] As a more detailed example of the present embodiment, the maintenance frame 120 includes a maintenance frame 121 mounted on both sides of the front and rear of the middle of the assembly frame 110, and a support top plate 122 is fixed to the top of the maintenance frame 121, and maintenance baffles 123 are mounted on both sides of the maintenance frame 121 through hinges, and hollow glass 124 is mounted inside the maintenance baffle 123, and an auxiliary base 125 is integrally arranged on the front side of the bottom of the maintenance frame 121, and a limit pin 126 is inserted inside the auxiliary base 125, and the upper part of the limit pin 126 abuts against the maintenance baffle. At the lower outer part of the plate 123, a limiting hole 127 corresponding to the limiting pin 126 is opened inside the auxiliary base 125. During operation, the limiting pin 126 is inserted to facilitate the limiting of the maintenance baffle 123, so that the maintenance baffle 123 is convenient for the blocking maintenance of the assembly frame 110 and the door panel body 100. At the same time, when the hollow glass 124 is assembled, it is also convenient to observe the interior. At the same time, auxiliary recording can be performed with the cooperation of the high-definition recording component 130, making the operation more convenient and safe.

[0048] Working principle: When it is necessary to test the performance of the armory explosion-proof door, the produced door panel is assembled with the cooperation of the skylight 104 and the support frame 101, and then the upper limit bar 103 is used for auxiliary assembly, so as to facilitate the stable support of the door panel body 100, so that the subsequent operation and detection are more stable. Furthermore, under the drive of the servo motor 410 and the reducer assembly 420, it is convenient to provide a corresponding stable and strong driving force, and then under the cooperation of the main transmission shaft 430 and the main transmission wheel 440, the left auxiliary drive wheel 442 and the right auxiliary drive wheel 440 are driven by the main belt 441. 3 is synchronously driven, thereby synchronously driving the rotation of the left transmission shaft 450 and the right transmission shaft 460, so that the left transmission shaft 450 synchronously drives the left drive shaft 231 and the left cam 230 to rotate under the cooperation of the left transmission wheel 234, the left belt 233 and the left driven wheel 232. Similarly, under the rotation of the right transmission shaft 460, the right drive shaft 331 and the right cam 330 are synchronously driven through the cooperation of the right transmission wheel 334, the right belt 333 and the right driven wheel 332, so that the right cam 330 and the left cam 230 are convenient to rotate synchronously. Under the support of the support plate 340 and the right outer support plate 350, it is convenient to support the left punching rod 210 and the right punching rod 310, and then under the support of the left slide 260 and the right slide 360, it is convenient to support the auxiliary limit support of the left push-pull plate 220 and the right push-pull plate 320, so that the left punching rod 210 and the left push-pull plate 220 and the right punching rod 310 and the right push-pull plate 320 can be pushed and pulled stably, that is, the left cam 230 and the right cam 330 can assist the left push-pull plate 220 and the right push-pull plate 320 to resist the left punching rod 210 and the right punching rod The left and right push plates 220 and 320 are supported and pushed by the left and right push plates 220, 320, and the left and right push plates 220 are supported and pushed by the left and right push plates 220, 310, and the left and right push plates 220 are supported and pushed by the left and right push plates 220, 310, and the left and right push plates 220 are supported and pushed by the left and right push plates 210, 310, and the left and right push plates 210, 310 are supported and pushed by the left and right push plates 21 ... are supported and pushed by the left and right push plates 210, 310 are supported and pushed by the left and right push plates 210, 310 are supported and pushed by the left and right push plates 210, 310 are supported and pushed by the left and right push plates 210, 310 are supported and pushed by the left and right push plates 21

[0049] During operation and inspection, by opening the limit hole 127 and inserting the limit pin 126, it is convenient to use the limit pin 126 and the auxiliary base 125 to perform auxiliary limit blocking support on the lower part of the maintenance baffle 123, so as to facilitate the closing of the maintenance baffle 123, so that the maintenance baffle 123 is convenient for the limit maintenance between the assembly frame 110 and the door panel body 100, and avoids accidental damage and splashing during inspection, making the operation safer. At the same time, when the hollow glass 124 is assembled, it is also convenient to directly observe its interior, and then when the high-definition recording component 130 is broken, it is convenient to assist in recording, making the operation more convenient. The operation ends here.

[0050] The above description is only a preferred embodiment of the present invention and does not limit the present invention in any form. Any ordinary technician in the industry can smoothly implement the present invention as shown in the drawings and described above. However, any equivalent changes, modifications and evolutions made by technicians familiar with the profession without departing from the scope of the technical solution of the present invention using the technical content disclosed above are all equivalent embodiments of the present invention. At the same time, any equivalent changes, modifications and evolutions made to the above embodiments based on the essential technology of the present invention are still within the protection scope of the technical solution of the present invention.

Claims

1. A performance testing device for an armory explosion-proof door, comprising a door panel body (100), an assembly frame (110), a maintenance frame (120) and a high-definition recording component (130), characterized in that: The door panel body (100) is inserted and assembled in the middle of the assembly frame (110), and the maintenance frame (120) is covered and assembled on the outside of the middle of the assembly frame (110). The high-definition recording component (130) is assembled on the top of the maintenance frame (120). The left and right sides of the assembly frame (110) are respectively equipped with a left punch component (200) and a right punch component (300), and the bottom center of the assembly frame (110) is equipped with a lower drive component (400). The left punch component (200) includes a left punch rod (210), the right inner end of the left punch rod (210) abuts against the left outer wall of the door panel body (100), a left push-pull plate (220) is fixed in the middle of the left punch rod (210), the left inner side of the left push-pull plate (220) abuts against a left cam (230), and a left drive shaft (231) is fixed inside the left cam (230). The right punch component (300) includes a right A punching rod (310), wherein the left inner end of the right punching rod (310) abuts against the right outer wall of the door panel body (100), a right push-pull plate (320) is fixed to the middle of the right punching rod (310), the right inner side of the right push-pull plate (320) abuts against a right cam (330), a right drive shaft (331) is fixed inside the right cam (330), and the lower drive assembly (400) comprises a servo motor (410) and a reducer assembly (420). ), a main transmission shaft (430) is fixed inside the reducer assembly (420), a main transmission wheel (440) is fixed at the outer end of the main transmission shaft (430), a left auxiliary drive wheel (442) and a right auxiliary drive wheel (443) are sleeved and connected on both sides of the main transmission wheel (440) through a main belt (441), and a left transmission shaft (450) and a right transmission shaft (460) are fixed inside the left auxiliary drive wheel (442) and the right auxiliary drive wheel (443).

2. The performance detection device for armory explosion-proof door according to claim 1 is characterized in that: The outer ends of the left transmission shaft (450) and the left drive shaft (231) are fixed with corresponding left transmission wheels (234) and left driven wheels (232); the left driven wheels (232) and the left transmission wheels (234) are connected and transmitted via a left belt (233); the outer ends of the right transmission shaft (460) and the right drive shaft (331) are fixed with corresponding right transmission wheels (334) and right driven wheels (332); the right transmission wheels (334) and the right driven wheels (332) are connected and transmitted via a left belt (233). The right belt (333) is sleeved for connection and transmission; both ends of the right drive shaft (331) and the left drive shaft (231) are sleeved and supported by the left seat bearing (235); both ends of the left transmission shaft (450) and the right transmission shaft (460) and the main transmission shaft (430) are sleeved and supported by the bearing bracket (451) and assembled at the bottom of the assembly frame (110); and the reducer assembly (420) and the servo motor (410) are assembled at the center of the bottom of the assembly frame (110).

3. The performance detection device for armory explosion-proof door according to claim 1 is characterized in that: The left side of the assembly frame (110) is vertically equipped with a left inner support plate (240) and a left outer support plate (250), and the left inner support plate (240) is located inside the left outer support plate (250), and the left punching rod (210) is inserted through the left inner support plate (240) and the left outer support plate (250). The right side of the assembly frame (110) is vertically equipped with a right inner support plate (340) and a right outer support plate (350), and the right inner support plate (340) is located inside the right outer support plate (350), and the right punching rod (310) is inserted through the right inner support plate (340) and the right outer support plate (350).

4. The performance detection device for armory explosion-proof door according to claim 3 is characterized in that: The outer walls of the left punching rod (210) and the right punching rod (310) are respectively sleeved with a left transverse spring (211) and a right transverse spring (311); the left transverse spring (211) is located between the left push-pull plate (220) and the left outer support plate (250); the right transverse spring (311) is located between the right push-pull plate (320) and the right outer support plate (350); the inner ends of the left punching rod (210) and the right punching rod (310) are respectively integrally provided with a left punching head (212); and the outer ends of the left punching rod (210) and the right punching rod (310) are respectively fixedly provided with a left pull rod cap (213).

5. The performance detection device for armory explosion-proof door according to claim 3 is characterized in that: The left inner support plate (240) and the left outer support plate (250) are both provided with an impact groove (242) corresponding to the left punching rod (210), and the right inner support plate (340) and the right outer support plate (350) are also provided with a corresponding impact groove (242). The side walls of the left inner support plate (240) and the right inner support plate (340) are both provided with a pressure groove window (241) corresponding to the left inner support plate (240) and the right inner support plate (340).

6. The performance detection device for armory explosion-proof door according to claim 5, characterized in that: A left slide (260) is fixed between the left inner support plate (240) and the left outer support plate (250), and the left slide (260) is inserted through the corners around the left push-pull plate (220). A right slide (360) is fixed between the right inner support plate (340) and the right outer support plate (350), and the right slide (360) is inserted through the corners around the right push-pull plate (320). Limiting slide grooves (261) are correspondingly provided at the corners around the right push-pull plate (320) and the left push-pull plate (220).

7. The performance detection device for armory explosion-proof door according to claim 1 is characterized in that: The assembly frame (110) comprises frame columns (111), the frame columns (111) are vertically mounted around the assembly frame (110), frame crossbeams (112) are mounted between the frame columns (111), a support frame (101) corresponding to the door panel body (100) is mounted in the middle of the assembly frame (110), an assembly skylight (104) corresponding to the door panel body (100) is opened at the top of the maintenance frame (120), and a high-definition recording component (130) is mounted at the inner corner of the assembly skylight (104).

8. The performance detection device for armory explosion-proof door according to claim 7 is characterized in that: An outer clamping frame (102) is integrally provided on the outer side of the support frame (101), and the outer clamping frame (102) is clamped inside the assembly frame (110); the door panel body (100) is inserted into the support frame (101) from above, and an upper limit strip (103) is assembled on the top of the support frame (101) by means of self-tapping screws.

9. The performance detection device for armory explosion-proof door according to claim 1, characterized in that: The maintenance frame (120) comprises a maintenance vertical frame (121) mounted on the front and rear sides of the middle of the assembly frame (110), and a supporting top plate (122) is fixed on the top of the maintenance vertical frame (121). The front and rear sides of the maintenance vertical frame (121) are equipped with maintenance baffles (123) via hinge shaft hinges, and hollow glass (124) is mounted inside the maintenance baffles (123).

10. The performance detection device for armory explosion-proof door according to claim 9, characterized in that: An auxiliary base (125) is integrally provided at the front side of the bottom of the maintenance frame (121), a limit pin (126) is inserted into the auxiliary base (125), the upper portion of the limit pin (126) abuts against the lower portion of the outer side of the maintenance baffle (123), and a limit plug hole (127) corresponding to the limit pin (126) is provided in the auxiliary base (125).

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