阅读说明：本技术 一种轨道交通应急门锁机构 (Emergent lock mechanism of track traffic ) 是由 李虹 于 2021-01-23 设计创作，主要内容包括：本发明公开一种轨道交通应急门锁机构,包括主体门模块、电子锁模块、密码锁模块、手动锁模块,主体门模块的主要作用是用来支撑电子锁模块、密码锁模块、手动锁模块的同时还提供简单手动锁功能和门板连接功能,电子锁模块的主要作用是用来提供电子锁的功能,密码锁模块的主要作用是用来提供密码锁功能,手动锁模块的主要作用是用来提供手动应急锁功能,本发明一共有四道锁,只有当全部打开时,才能打开门,相反的,在紧急情况下,只要有一道锁能够成功的锁上,就能够确保门不能够打开。本发明安全性极高,适用于轨道交通应急使用。(The invention discloses a rail transit emergency door lock mechanism which comprises a main body door module, an electronic lock module, a coded lock module and a manual lock module, wherein the main body door module is mainly used for supporting the electronic lock module, the coded lock module and the manual lock module and also provides a simple manual lock function and a door plate connecting function, the electronic lock module is mainly used for providing the electronic lock function, the coded lock module is mainly used for providing the coded lock function, and the manual lock module is mainly used for providing the manual emergency lock function. The invention has extremely high safety and is suitable for rail transit emergency use.)

1. The utility model provides a rail transit emergency door lock mechanism, includes main part door module (1), electronic lock module (2), trick lock module (3), manual lock module (4), its characterized in that:

the main body door module 1 comprises a main body door module main board (101) and a main body door module auxiliary board (102);

the electronic lock module (2) comprises a main body door module motor (201), a main body door module top shaft (209), a main body door module roller swing shaft (207), a main body door module left small shaft (215), a main body door module limiting frame support (224) and a main body door module rotating shaft (227);

the coded lock module (3) comprises an electronic lock module support plate (301), an electronic lock module fulcrum support (307), an electronic lock module sliding shaft (312), an electronic lock module moving block (315) moving slide rail and an electronic lock module top support (318);

the manual lock module (4) comprises a manual lock module left main shaft (401), a manual lock module right main shaft (418), a manual lock module fulcrum shaft (419) and a manual lock module limiting shaft (413);

the door lock is characterized in that a main body door module main board (101) in a main body door module (1) and a main body door module motor (201), a main body door module top shaft (209), a main body door module left small shaft (215) and a main body door module rotating shaft (227) in an electronic lock module (2) are fixedly installed, a main body door module auxiliary board (102) and a main body door module limiting frame support (224) are fixedly installed, the main body door module main board (101) in the main body door module (1) and an electronic lock module support board (301) in a password lock module (3), an electronic lock module fulcrum support (307), an electronic lock module sliding shaft 312 and an electronic lock module moving block (315) are fixedly installed by moving a sliding rail, the main body door module auxiliary board (102) and the electronic lock module top support (318) are fixedly installed, and the main body door module main board (101) and a manual lock module left main shaft (401) in the manual lock module (4), The right main shaft (418) of the manual lock module and the fulcrum shaft (419) of the manual lock module are fixedly installed, and the main body door module auxiliary plate (102) and the limiting shaft (413) of the manual lock module are fixedly installed.

2. The rail transit emergency door lock mechanism according to claim 1, wherein: the main body door module (1) further comprises a main body door module plug (103), a main body door module sliding plate (104), a main body door module sliding sleeve (105) and a main body door module handle (106), the main body door module main plate (101) and the main body door module sliding sleeve (105) are fixedly installed, the main body door module sliding sleeve (105) and the main body door module sliding plate (104) are slidably installed, the main body door module sliding plate (104) and the main body door module handle (106) are fixedly installed, the main body door module sliding plate (104) and the main body door module plug (103) are slidably installed, and the main body door module plug (103) and the main body door module auxiliary plate (102) are fixedly installed.

3. The rail transit emergency door lock mechanism according to claim 1, wherein: the electronic lock module 2 further comprises a main body door module cam (202), a main body door module roller (203), a main body door module roller left connecting rod (204), a main body door module roller right connecting rod (205), a main body door module roller shaft (206), a main body door module swing connecting rod (208), a main body door module top connecting rod (210), a main body door module pull shaft (211), a main body door module pull connecting rod (212), a main body door module driven shaft (213), a main body door module left small connecting rod (214), a main body door module lower long connecting rod (216), a main body door module pull intermediate shaft (217), a main body door module pull lower connecting rod (218), a main body door module lower short shaft (219), a main body door module lower short connecting rod (220), a main body door module corner shaft (221), a main body door module clamping block (222), a main body door module limiting frame (223), a main body door module connecting intermediate shaft (225), A main body door module central shaft (226), a main body door module slide rail (228), a main body door module motor (201) and a main body door module cam (202) are fixedly installed, the main body door module cam (202) and a main body door module roller (203) are slidably installed, a main body door module roller right connecting rod (205) and a main body door module roller left connecting rod (204) are fixedly installed, a main body door module roller shaft (206) and a main body door module roller (203), the main body door module roller left connecting rod (204), the main body door module roller right connecting rod (205) are rotatably installed, a main body door module roller swing shaft (207) and a main body door module roller left connecting rod (204), a main body door module swing connecting rod (208) are rotatably installed, the main body door module swing connecting rod (208) and the main body door module roller left connecting rod (204) are fixedly installed, the main body door module pull shaft (211) and the main body door module pull shaft (211, A main body door module pulling connecting rod (212) is rotatably installed, a main body door module driven shaft (213) is rotatably installed with the main body door module pulling connecting rod (212), a main body door module left small connecting rod (214), a main body door module connecting middle shaft (225) is rotatably installed, the main body door module connecting middle shaft (225) is fixedly installed with the main body door module left small connecting rod (214), a main body door module lower long connecting rod (216) is fixedly installed with the main body door module left small connecting rod (214), a main body door module left small shaft (215) is rotatably installed with the main body door module lower long connecting rod (216), the main body door module left small connecting rod (214), a main body door module central shaft (226) is connected with the main body door module middle shaft (225), the main body door module lower long connecting rod (216), a main body door module clamping block (222) is rotatably installed, the main body door module clamping block (222) is slidably installed with a main body door module limiting frame (223), the main body door module limiting frame (223) is fixedly installed with, short axis (219) under main part door module and short connecting rod (220) under the main part door module, connecting rod (218) rotation mount under the main part door module pulling, connecting rod (218) under main part door module pulling jackshaft (217) and the main part door module pulling, main part door module top connecting rod (210) rotation mount, main part door module apical axis (209) and main part door module top connecting rod (210) rotation mount, main part door module fixture block (222) and main part door module slide rail (228) sliding installation, main part door module slide rail (228) and main part door module rotation axis (227) rotation mount.

4. The rail transit emergency door lock mechanism according to claim 1, wherein: the coded lock module (3) further comprises an electronic lock module support shaft (302), an electronic lock module limiting plate (303), an electronic lock module notch wafer (304), an electronic lock module pressing shaft (305), an electronic lock module pressing connecting rod (306), an electronic lock module fulcrum tripod (308), an electronic lock module fulcrum shaft (309), an electronic lock module driven shaft (310), a small electronic lock module connecting rod (311), an electronic lock module sliding block (313), an electronic lock module moving block (315), an electronic lock module moving connecting rod (316), an electronic lock module moving connecting rod shaft (317), an electronic lock module limiting head (319), an electronic lock module clamping block (320) and an electronic lock module moving thin rod (321), wherein the electronic lock module support shaft (302), the electronic lock module limiting plate (303) and the electronic lock module notch wafer (304) are fixedly arranged, and the electronic lock module pressing shaft (305) and the electronic lock module pressing connecting rod (306), An electronic lock module fulcrum shaft (309) and an electronic lock module driven shaft (310) are rotatably mounted, the electronic lock module fulcrum shaft (309) and an electronic lock module fulcrum tripod (308) are rotatably mounted, the electronic lock module fulcrum tripod (308) and an electronic lock module fulcrum support (307) are fixedly mounted, the electronic lock module driven shaft (310) and a small connecting rod (311) in an electronic lock module are rotatably mounted, an electronic lock module sliding block (313) and an electronic lock module sliding shaft (312) are slidably mounted, an electronic lock module moving connecting rod shaft (317), an electronic lock module sliding block (313) and an electronic lock module moving connecting rod (316) are rotatably mounted, the electronic lock module moving connecting rod (316) and an electronic lock module moving block (315) are rotatably mounted, the electronic lock module moving block (315) and an electronic lock module moving block (315) are slidably mounted by moving a sliding rail, the electronic lock module moving thin rod (321) and the electronic lock module moving block (315) are rotatably mounted, the electronic lock module sliding shaft (312) is fixedly installed with the electronic lock module clamping block (320), and the electronic lock module clamping block (320) is slidably installed with the electronic lock module limiting head (319).

5. The rail transit emergency door lock mechanism according to claim 1, wherein: the manual lock module (4) further comprises a manual lock module left small connecting rod (402), a manual lock module left pull connecting rod (403), a manual lock module left lower shaft (404), a manual lock module middle long connecting rod (405), a manual lock module central shaft (406), a manual lock module right long connecting rod (407), a manual lock module long connecting rod lower shaft (408), a manual lock module lower short connecting rod (409), a manual lock module support shaft (410), a manual lock module support plate (411), a manual lock module clamping plate (412), a manual lock module pull short connecting rod (414), a manual lock module pull short connecting rod shaft (415), a manual lock module transition shaft (416), a manual lock module lever connecting rod (417), a manual lock module protective sleeve (420), a manual lock module left lower small shaft (421) and a manual lock module left lower small connecting rod (422), wherein the manual lock module left main shaft (401) and the manual lock module left small connecting rod (402) are rotatably installed, a manual lock module left lower shaft (404), a manual lock module left small connecting rod (402), a manual lock module left pull connecting rod (403), a manual lock module middle long connecting rod (405) are rotatably installed, a manual lock module right main shaft (418) and a manual lock module right long connecting rod (407) are rotatably installed, a manual lock module central shaft (406), a manual lock module middle long connecting rod (405), a manual lock module right long connecting rod (407) are rotatably installed, a manual lock module long connecting rod lower shaft (408), a manual lock module right long connecting rod (407), a manual lock module lower short connecting rod (409) are rotatably installed, a manual lock module support shaft (410), a manual lock module support plate (411), a manual lock module lower short connecting rod (409), a manual lock module support plate (411), a manual lock module clamping plate (412), a manual lock module short connecting rod shaft (415), a manual lock module clamping plate (412), The manual lock module pulling short connecting rod (414) is rotatably installed, the manual lock module transition shaft (416) is rotatably installed with the manual lock module pulling short connecting rod (414) and the manual lock module lever connecting rod (417), the manual lock module fulcrum shaft (419) is rotatably installed with the manual lock module lever connecting rod (417) and the manual lock module left lower small connecting rod (422), the manual lock module protective sleeve (420) is fixedly installed with the manual lock module fulcrum shaft 419, and the manual lock module left lower small shaft (421) is rotatably installed with the manual lock module left lower small connecting rod 422 and the manual lock module left pulling connecting rod (403).

6. The rail transit emergency door lock mechanism according to claim 1, wherein: the electronic lock module support plate (301) and the electronic lock module support shaft (302) are rotatably mounted.

7. The rail transit emergency door lock mechanism according to claim 1, wherein: and the small connecting rod (311) in the electronic lock module is rotatably arranged with the electronic lock module sliding block (313).

8. The rail transit emergency door lock mechanism according to claim 1, wherein: the main body door module corner shaft (221) is rotatably installed with the main body door module lower short connecting rod (220) and the main body door module clamping block (222).

Technical Field

The invention relates to the technical field of rail transit, in particular to an emergency door lock mechanism for rail transit.

Background

In modern society, with the development of more and more modernization, various traffic systems are in the hundreds of flowers, and one important traffic system suitable for long distance is a rail traffic system. The urban rail transit system is a transit system which uses vehicles to run on fixed guide rails in cities and is mainly used for urban passenger transportation. The most important thing for rail transit is the emergency, and once the emergency happens, the consequences are not reasonable. To solve such a problem, application No.: CN202030007371.9 discloses a latch (for rail transit seats) which can secure the seat but cannot secure the car connection.

Disclosure of Invention

Aiming at the technical problems, the invention provides the rail transit emergency door lock mechanism which can effectively solve the technical problems and has the advantages of simple structure, low cost, high efficiency and high automation degree.

In order to solve the technical problems, the technical scheme adopted by the invention is as follows: a rail transit emergency door lock mechanism comprises a main body door module, an electronic lock module, a coded lock module and a manual lock module, wherein the main body door module comprises a main body door module main board and a main body door module auxiliary board; the electronic lock module comprises a main body door module motor, a main body door module top shaft, a main body door module roller swing shaft, a main body door module left small shaft, a main body door module limiting frame support and a main body door module rotating shaft; the coded lock module comprises an electronic lock module support plate, an electronic lock module fulcrum support, an electronic lock module sliding shaft, an electronic lock module moving block moving slide rail and an electronic lock module top support; the manual lock module comprises a manual lock module left main shaft, a manual lock module right main shaft, a manual lock module fulcrum shaft and a manual lock module limiting shaft; the main body door module main board in the main body door module and the main body door module motor in the electronic lock module, the main body door module apical axis, the left small shaft of the main body door module, the main body door module rotation axis fixed mounting, the main body door module subplate and the spacing frame bracket fixed mounting of the main body door module, the main body door module main board in the main body door module and the electronic lock module mounting board in the coded lock module, the electronic lock module fulcrum bracket, the electronic lock module sliding shaft, the electronic lock module moving block moving slide rail fixed mounting, the main body door module subplate and the electronic lock module apical bracket fixed mounting, the main body door module main board and the manual lock module left main shaft in the manual lock module, the manual lock module right main shaft, the manual lock module fulcrum shaft fixed mounting, the main body door module subplate and the spacing shaft fixed mounting of the manual lock module.

Further, the main body door module further comprises a main body door module plug, a main body door module sliding plate, a main body door module sliding sleeve and a main body door module handle, the main body door module main plate is fixedly installed with the main body door module sliding sleeve, the main body door module sliding sleeve is slidably installed with the main body door module sliding plate, the main body door module sliding plate is fixedly installed with the main body door module handle, the main body door module sliding plate is slidably installed with the main body door module plug, and the main body door module plug is fixedly installed with the main body door module auxiliary plate.

Further, the electronic lock module further comprises a main body door module cam, a main body door module roller left connecting rod, a main body door module roller right connecting rod, a main body door module roller shaft, a main body door module swing connecting rod, a main body door module top connecting rod, a main body door module pull shaft, a main body door module pull connecting rod, a main body door module driven shaft, a main body door module left small connecting rod, a main body door module lower long connecting rod, a main body door module pull intermediate shaft, a main body door module pull lower connecting rod, a main body door module lower short shaft, a main body door module lower short connecting rod, a main body door module corner shaft, a main body door module clamping block, a main body door module limiting frame, a main body door module connecting middle shaft, a main body door module center shaft, a main body door module slide rail, a main body door module motor fixedly installed with the main body door module cam, the main, the main body door module roller right connecting rod and the main body door module roller left connecting rod are fixedly installed, the main body door module roller shaft and the main body door module roller, the main body door module roller left connecting rod, the main body door module roller right connecting rod is rotatably installed, the main body door module roller swing shaft and the main body door module roller left connecting rod, the main body door module swing connecting rod is rotatably installed, the main body door module swing connecting rod and the main body door module roller left connecting rod are fixedly installed, the main body door module pull shaft and the main body door module pull connecting rod are rotatably installed, the main body door module driven shaft and the main body door module pull connecting rod, the main body door module left small connecting rod, the main body door module connecting middle shaft is rotatably installed, the main body door module connecting middle shaft and the main body door module left small connecting rod are fixedly installed, the main body door module lower long connecting rod and the main body door module left small connecting rod are fixedly installed, the main body door module, The main body door module comprises a main body door module left small connecting rod, a main body door module center shaft and a main body door module connecting center shaft, a main body door module lower long connecting rod, a main body door module clamping block and a main body door module limiting frame sliding installation, a main body door module limiting frame and a main body door module limiting frame support fixed installation, a main body door module lower short shaft and a main body door module lower short connecting rod, a main body door module pulling lower connecting rod rotating installation, a main body door module pulling intermediate shaft and a main body door module pulling lower connecting rod, a main body door module top connecting rod rotating installation, a main body door module top shaft and a main body door module top connecting rod rotating installation, a main body door module clamping block and a main body door module sliding rail sliding installation, and a main body door module sliding rail.

Further, the coded lock module also comprises an electronic lock module support shaft, an electronic lock module limiting plate, an electronic lock module notch disc, an electronic lock module pressing shaft, an electronic lock module pressing connecting rod, an electronic lock module fulcrum tripod, an electronic lock module fulcrum shaft, an electronic lock module driven shaft, a small and medium electronic lock module connecting rod, an electronic lock module sliding block, an electronic lock module moving connecting rod shaft, an electronic lock module limiting head, an electronic lock module clamping block and an electronic lock module moving thin rod, wherein the electronic lock module support shaft, the electronic lock module limiting plate and the electronic lock module notch disc are fixedly arranged, the electronic lock module pressing shaft, the electronic lock module pressing connecting rod, the electronic lock module fulcrum shaft and the electronic lock module driven shaft are rotatably arranged, and the electronic lock module fulcrum shaft and the electronic lock module tripod are rotatably arranged, the electronic lock module comprises an electronic lock module supporting point tripod and an electronic lock module supporting point support, wherein an electronic lock module driven shaft and a small connecting rod in an electronic lock module are rotatably installed, an electronic lock module sliding block and an electronic lock module sliding shaft are slidably installed, an electronic lock module moving connecting rod shaft and an electronic lock module sliding block as well as an electronic lock module moving connecting rod are rotatably installed, an electronic lock module moving connecting rod and an electronic lock module moving block are rotatably installed, an electronic lock module moving block and an electronic lock module moving block moving slide rail are slidably installed, an electronic lock module moving thin rod and an electronic lock module moving block are rotatably installed, an electronic lock module sliding shaft and an electronic lock module clamping block are fixedly installed, and an electronic lock module clamping block and an electronic lock module limiting head are slidably installed.

Further, the manual lock module also comprises a manual lock module left small connecting rod, a manual lock module left pull connecting rod, a manual lock module left lower shaft, a manual lock module middle long connecting rod, a manual lock module central shaft, a manual lock module right long connecting rod, a manual lock module long connecting rod lower shaft, a manual lock module lower short connecting rod, a manual lock module bracket shaft, a manual lock module bracket plate, a manual lock module clamping plate, a manual lock module pull short connecting rod shaft, a manual lock module transition shaft, a manual lock module lever connecting rod, a manual lock module protective sleeve, a manual lock module left lower small shaft and a manual lock module left lower small connecting rod, wherein the manual lock module left main shaft is rotatably installed with the manual lock module left small connecting rod, the manual lock module left lower shaft is rotatably installed with the manual lock module left small connecting rod, the manual lock module left pull connecting rod and the manual lock module middle long connecting rod, a manual lock module right main shaft and a manual lock module right long connecting rod are rotatably installed, a manual lock module central shaft and a manual lock module middle long connecting rod and a manual lock module right long connecting rod are rotatably installed, a manual lock module long connecting rod lower shaft and a manual lock module right long connecting rod and a manual lock module lower short connecting rod are rotatably installed, a manual lock module support shaft and a manual lock module support plate and a manual lock module lower short connecting rod are rotatably installed, a manual lock module support plate and a manual lock module clamping plate are fixedly installed, a manual lock module pulling short connecting rod shaft and a manual lock module clamping plate and a manual lock module pulling short connecting rod are rotatably installed, a manual lock module transition shaft and a manual lock module pulling short connecting rod and a manual lock module lever connecting rod are rotatably installed, a manual lock module fulcrum shaft and a manual lock module lever connecting rod and a manual lock module left lower small connecting rod are rotatably installed, a manual lock module protective sleeve and a manual lock module fulcrum shaft are fixedly installed, the left lower small shaft of the manual lock module is rotatably installed with the left lower small connecting rod of the manual lock module and the left pulling connecting rod of the manual lock module.

Furthermore, the electronic lock module support plate and the electronic lock module support shaft are rotatably installed.

Furthermore, the small connecting rod in the electronic lock module and the electronic lock module sliding block are rotatably arranged.

Furthermore, the main body door module corner shaft, the lower short connecting rod of the main body door module and the main body door module clamping block are rotatably installed.

Compared with the prior art, the invention has the beneficial effects that:

(1) the manual emergency lock mechanism is arranged, so that the door can be manually locked in an emergency, and accidents are prevented.

(2) The invention is provided with the password lock mechanism, and can use the password to lock and close the door, thereby preventing passengers from moving randomly.

(3) The electronic lock mechanism is arranged, door opening and locking operations can be performed through remote control, and the electronic lock mechanism is very convenient to use.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

FIG. 2 is a schematic view of the main door module according to the present invention.

FIG. 3 is a schematic diagram of an electronic mode-locking block according to the present invention.

FIG. 4 is a schematic diagram of a cipher locking module according to the present invention.

FIG. 5 is a schematic diagram of the structure of the manual lock module of the present invention.

Reference numerals: 1-a body door module; 2-an electronic lock module; 3-a coded lock module; 4-a manual lock module; 101-a body door module main board; 102-a body door module sub-panel; 103-body door module plug; 104-body door module sliding panel; 105-a body door module sliding sleeve; 106-body door module handle; 201-body door module motor; 202-body door module cam; 203-body door module roller; 204-main body door module roller left link; 205-body door module roller right link; 206-body door module roller shaft; 207-body door module roller swing shaft; 208-body door module swing link; 209-body door module top shaft; 210-a body door module top link; 211-body door module pull shaft; 212-body door module pull link; 213-body door module passive shaft; 214-main body door module left small link; 215-main body door module left small shaft; 216-main body door module lower long link; 217-the body door module pulls the intermediate shaft; 218-the body door module pulls the lower link; 219-body door module lower stub shaft; 220-lower short link of main body door module; 221-body door module corner shaft; 222-body door module cartridge; 223-a main body door module limit frame; 224-main body door module stop frame support; 225-the body door module is connected with the middle shaft; 226-body door module central axis; 227-body door module rotation axis; 228-body door module slide rail; 301-electronic lock module mounting plate; 302-electronic lock module support shaft; 303-electronic lock module limiting plate; 304-electronic lock module notched wafer; 305-electronic lock module down shaft; 306-the electronic lock module presses down on the connecting rod; 307-electronic lock module fulcrum mount; 308-electronic lock module fulcrum tripod; 309-electronic lock module fulcrum shaft; 310-electronic lock module passive shaft; 311-small connecting rods in the electronic lock module; 312-electronic lock module slide shaft; 313-an electronic lock module slide; 314-moving the sliding rail by the electronic lock module moving block; 315-electronic lock module moving block; 316-electronic lock module moving link; 317-electronic lock module moving link shaft; 318-electronic lock module top mount; 319-electronic lock module restraining head; 320-electronic lock module fixture block; 321-moving the thin rod by the electronic lock module; 401-manually locking the left spindle of the module; 402-manually locking the left small connecting rod of the module; 403-the left pull link of the manual lock module; 404-manual lock module left lower shaft; 405-a long connecting rod in the manual locking module; 406-manual lock module central shaft; 407-manual lock module right long link; 408-a lower shaft of a long connecting rod of the manual mode locking block; 409-a lower short connecting rod of the manual lock module; 410-manual lock module bracket shaft; 411-manual lock module bracket plate; 412-manual lock module position clamping plate; 413-a manual lock module limiting shaft; 414-the manual lock module pulls the short link; 415-the manual lock module pulls the short connecting rod shaft; 416-manual lock module transition axis; 417-manual lock module lever link; 418-manually locking the right main shaft of the module; 419-manual lock module fulcrum shaft; 420-manual lock module protective sleeve; 421-manually locking the left lower small shaft of the module; 422-manual locking module left lower small connecting rod.

Detailed Description

The present invention will be further described with reference to specific examples, which are illustrative of the invention and are not to be construed as limiting the invention.

Example (b): fig. 1 is a schematic view of the overall structure of the present invention, which includes a main body door module 1, an electronic lock module 2, a combination lock module 3, and a manual lock module 4, wherein the main body door module 1 includes a main body door module main board 101 and a main body door module auxiliary board 102; the electronic lock module 2 comprises a main body door module motor 201, a main body door module top shaft 209, a main body door module roller swing shaft 207, a main body door module left small shaft 215, a main body door module limit frame support 224 and a main body door module rotating shaft 227; the coded lock module 3 comprises an electronic lock module support plate 301, an electronic lock module fulcrum support 307, an electronic lock module sliding shaft 312, an electronic lock module moving block 315 moving slide rail and an electronic lock module top support 318; the manual lock module 4 comprises a manual lock module left main shaft 401, a manual lock module right main shaft 418, a manual lock module fulcrum shaft 419 and a manual lock module limiting shaft 413; a main body door module main board 101 in the main body door module 1, a main body door module motor 201, a main body door module top shaft 209, a main body door module left small shaft 215 and a main body door module rotating shaft 227 in the electronic lock module 2 are fixedly arranged, the main body door module auxiliary plate 102 and the main body door module limit frame support 224 are fixedly installed, the main body door module main plate 101 in the main body door module 1 and the electronic lock module support plate 301, the electronic lock module fulcrum support 307, the electronic lock module sliding shaft 312 and the electronic lock module moving block 315 in the coded lock module 3 are fixedly installed by moving a sliding rail, the main body door module auxiliary plate 102 and the electronic lock module top support 318 are fixedly installed, the main body door module main plate 101 and the manual lock module left main shaft 401, the manual lock module right main shaft 418 and the manual lock module fulcrum shaft 419 in the manual lock module 4 are fixedly installed, and the main body door module auxiliary plate 102 and the manual lock module limit shaft 413 are fixedly installed.

The main body door module 1 further comprises a main body door module plug 103, a main body door module sliding plate 104, a main body door module sliding sleeve 105, a main body door module handle 106, a main body door module main plate 101 and the main body door module sliding sleeve 105 are fixedly mounted, the main body door module sliding sleeve 105 and the main body door module sliding plate 104 are slidably mounted, the main body door module sliding plate 104 and the main body door module handle 106 are fixedly mounted, the main body door module sliding plate 104 and the main body door module plug 103 are slidably mounted, and the main body door module plug 103 and the main body door module auxiliary plate 102 are fixedly mounted. The main function of the module is to support the electronic lock module 2, the coded lock module 3 and the manual lock module 4 and simultaneously provide a simple manual lock function and a door panel connection function, firstly, the main body door module main board 101 is connected with a door, the main body door module auxiliary board 102 is connected with a door frame, and at the moment, the door can be locked by sliding the main body door module handle 106.

The electronic lock module 2 further includes a body door module cam 202, a body door module roller 203, a body door module roller left link 204, a body door module roller right link 205, a body door module roller shaft 206, a body door module swing link 208, a body door module top link 210, a body door module pull shaft 211, a body door module pull link 212, a body door module passive shaft 213, a body door module left small link 214, a body door module lower long link 216, a body door module pull intermediate shaft 217, a body door module pull lower link 218, a body door module lower short shaft 219, a body door module lower short link 220, a body door module corner shaft 221, a body door module latch 222, a body door module retainer frame 223, a body door module connecting intermediate shaft 225, a body door module central shaft 226, a body door module slide rail 228, a body door module motor 201 fixedly mounted to the body door module cam 202, a main body door module cam 202 and a main body door module roller 203 are slidably mounted, a main body door module roller right connecting rod 205 and a main body door module roller left connecting rod 204 are fixedly mounted, a main body door module roller shaft 206 and a main body door module roller 203, a main body door module roller left connecting rod 204 and a main body door module roller right connecting rod 205 are rotatably mounted, a main body door module roller swing shaft 207 and a main body door module roller left connecting rod 204 and a main body door module swing connecting rod 208 are rotatably mounted, a main body door module swing connecting rod 208 and a main body door module roller left connecting rod 204 are fixedly mounted, a main body door module pull shaft 211 and a main body door module pull connecting rod 212 are rotatably mounted, a main body door module driven shaft 213 and a main body door module pull connecting rod 212, a main body door module left small connecting rod 214 and a main body door module connecting middle shaft 225 are rotatably mounted, a main body door module middle shaft connecting rod 225 and a main body door module left small, the main body door module lower long connecting rod 216 is fixedly installed with the main body door module left small connecting rod 214, the main body door module left small shaft 215 is rotatably installed with the main body door module lower long connecting rod 216 and the main body door module left small connecting rod 214, the main body door module central shaft 226 is rotatably installed with the main body door module connecting central shaft 225, the main body door module lower long connecting rod 216 and the main body door module clamping block 222, the main body door module clamping block 222 is slidably installed with the main body door module limiting frame 223, the main body door module limiting frame 223 is fixedly installed with the main body door module limiting frame bracket 224, the main body door module lower short shaft 219 is rotatably installed with the main body door module lower short connecting rod 220 and the main body door module pulling lower connecting rod 218, the main body door module pulling intermediate shaft 217 is rotatably installed with the main body door module pulling lower connecting rod 218, the main body door module top connecting rod 210 is rotatably installed, the main body door module top shaft 209 is rotatably installed with the main body door module top, the body door module slide rail 228 is rotatably mounted with the body door module rotation shaft 227. The main effect of this module is the function that is used for providing the electronic lock, it unlocks to lock the door by electric drive, at first main part door module motor 201 work drives main part door module cam 202 and rotates, this moment because main part door module cam 202, the effect of main part door module gyro wheel 203, main part door module gyro wheel left side connecting rod 204 constantly swings, main part door module rocking connecting rod 208 constantly swings this moment, main part door module pulling connecting rod 212 pulls main part door module driven shaft 213 upwards afterwards, main part door module cam 202 slides in main part door module rocking connecting rod 208 this moment, main part door module slide rail 228 rotates around main part door module rotation axis 227 this moment, main part door module fixture block 222 deviates from main part door module spacing frame 223, accomplish the operation of unblanking this moment.

The coded lock module 3 further comprises an electronic lock module support shaft 302, an electronic lock module limit plate 303, an electronic lock module notch disc 304, an electronic lock module hold-down shaft 305, an electronic lock module hold-down link 306, an electronic lock module pivot tripod 308, an electronic lock module pivot shaft 309, an electronic lock module driven shaft 310, an electronic lock module small link 311, an electronic lock module slider 313, an electronic lock module moving block 315, an electronic lock module moving link 316, an electronic lock module moving link shaft 317, an electronic lock module limit head 319, an electronic lock module clamping block 320, an electronic lock module moving pin 321, an electronic lock module support shaft 302, an electronic lock module limit plate 303 and an electronic lock module notch disc 304 which are fixedly arranged, the electronic lock module hold-down shaft 305, the electronic lock module hold-down link 306, the electronic lock module pivot shaft 309 and the electronic lock module driven shaft 310 are rotatably arranged, the electronic lock module pivot shaft 309 and the electronic lock module pivot tripod 308 are rotatably arranged, an electronic lock module fulcrum tripod 308 is fixedly installed with an electronic lock module fulcrum support 307, an electronic lock module driven shaft 310 is rotatably installed with an electronic lock module middle small connecting rod 311, an electronic lock module sliding block 313 is slidably installed with an electronic lock module sliding shaft 312, an electronic lock module moving connecting rod shaft 317 is rotatably installed with the electronic lock module sliding block 313 and an electronic lock module moving connecting rod 316, the electronic lock module moving connecting rod 316 is rotatably installed with an electronic lock module moving block 315, the electronic lock module moving block 315 is slidably installed with an electronic lock module moving block 315, the electronic lock module moving thin rod 321 is rotatably installed with the electronic lock module moving block 315, the electronic lock module sliding shaft 312 is fixedly installed with an electronic lock module clamping block 320, and the electronic lock module clamping block 320 is slidably installed with an electronic lock module limiting head 319. The module has the main functions of providing a password lock function, firstly, the electronic lock module notch wafer 304 is rotated to ensure that the notch is correct when the notch is on the same straight line, at the moment, the electronic lock module pressing shaft 305 is pressed down to enter from the notch, at the moment, the small connecting rod 311 in the electronic lock module is tilted, at the moment, the electronic lock module sliding block 313 moves upwards, at the moment, the electronic lock module moving block 315 slides on the moving sliding rail of the electronic lock module moving block 315, at the moment, the electronic lock module moving thin rod 321 and the electronic lock module moving thin rod 321 contract inwards, the electronic lock module clamping block 320 slides out of the electronic lock module limiting head 319, and unlocking is completed.

The manual lock module 4 further comprises a manual lock module left small link 402, a manual lock module left pulling link 403, a manual lock module left lower shaft 404, a manual lock module middle long link 405, a manual lock module center shaft 406, a manual lock module right long link 407, a manual lock module long link lower shaft 408, a manual lock module lower short link 409, a manual lock module support shaft 410, a manual lock module support plate 411, a manual lock module clamping plate 412, a manual lock module pulling short link 414, a manual lock module pulling short link shaft 415, a manual lock module transition shaft 416, a manual lock module lever link 417, a manual lock module protective sleeve 420, a manual lock module left lower small shaft 421, a manual lock module left lower small link 422, wherein the manual lock module left main shaft 401 and the manual lock module left small link 402 are rotatably mounted, the manual lock module left lower shaft 404 and the manual lock module left small link 402, the manual lock module left pulling link 403, a manual lock module left lower shaft 403, a manual lock module left small link 417, a manual lock module left locking module, A long connecting rod 405 in the manual lock module is rotatably installed, a right main shaft 418 of the manual lock module is rotatably installed with a right long connecting rod 407 of the manual lock module, a central shaft 406 of the manual lock module is rotatably installed with the long connecting rod 405 in the manual lock module and the right long connecting rod 407 of the manual lock module, a lower shaft 408 of the long connecting rod of the manual lock module is rotatably installed with the right long connecting rod 407 of the manual lock module and the lower short connecting rod 409 of the manual lock module, a bracket shaft 410 of the manual lock module is rotatably installed with a bracket plate 411 of the manual lock module and the lower short connecting rod 409 of the manual lock module, a bracket plate 411 of the manual lock module is fixedly installed with a clamping plate 412 of the manual lock module, a pulling short connecting rod 415 of the manual lock module is rotatably installed with the clamping plate 412 of the manual lock module and the pulling short connecting rod 414 of the manual lock module, an excessive shaft 416 of the manual lock module is rotatably installed with the pulling short connecting rod 414 of the manual lock, The manual lock module left lower small connecting rod 422 is rotatably installed, the manual lock module protective sleeve 420 is fixedly installed with the manual lock module fulcrum shaft 419, and the manual lock module left lower small shaft 421 is rotatably installed with the manual lock module left lower small connecting rod 422 and the manual lock module left pulling connecting rod 403. The module is mainly used for providing a manual emergency lock function, firstly, the manual lock module protective sleeve 420 is pulled downwards, then, the manual lock module is pulled to tilt the short connecting rod shaft 415 through the manual lock module fulcrum shaft 419, at the moment, the manual lock module clamping plate 412 is far away from the manual lock module limiting shaft 413, at the moment, the manual lock module limiting shaft 413 can be separated from the lower part of the manual lock module clamping plate 412 to finish unlocking, and the short connecting rod 409, the manual lock module right long connecting rod 407, the manual lock module left small connecting rod 402 and the manual lock module middle and long connecting rod 405 are used for enabling the movement to be more stable.

The electronic lock module support plate 301 is rotatably mounted with the electronic lock module support shaft 302. The small connecting rod 311 in the electronic lock module is rotatably mounted with the electronic lock module sliding block 313. The main body door module corner shaft 221 is rotatably mounted with the main body door module lower short connecting rod 220 and the main body door module fixture block 222.