CN218029605U - Safe deposit box lock linkage structure - Google Patents

Abstract

The utility model provides a safe door lock linkage structure, which comprises a door body plate, a linkage plate, a side bolt connecting plate, an upper bolt connecting rod, a lower bolt connecting rod, a mechanical lock plectrum, an emergency lock linkage frame, an electromagnetic lock and an electromagnetic lock plectrum, wherein the bottom end of the side bolt connecting plate is connected with the inner side of the linkage plate by an inclined strut; the linkage plate is in linkage state with the electromagnetic lock plectrum, the side bolt connecting plate, the upper bolt connecting rod and the lower bolt connecting rod, the mechanical lock is only in linkage with the mechanical lock plectrum, and when the mechanical lock plectrum is in an opening state, the linkage plate can normally move. The utility model discloses can select exclusive use electronic lock, or electronic lock and mechanical lock to use the switching of control cabinet door simultaneously as required, have the advantage that the structure is firm, the transmission is smooth, convenient operation.

Description

Safe deposit box lock linkage structure

Technical Field

The utility model relates to a tool to lock technical field especially relates to a safe deposit box lock linkage structure.

Background

Along with the development of the society and the continuous progress of science and technology, the application of the intelligent electronic safe is more and more popularized, and people put forward higher and higher requirements on the safety and the reliability of a door lock of the intelligent electronic safe. The door lock of the intelligent electronic safe can be unlocked by using methods such as passwords, fingerprints, face recognition and the like, and the intelligent electronic safe is simple to operate, convenient to use and popular with people. In some special occasions, in order to improve the safety of the safe, the intelligent electronic safe is provided with a mechanical lock for synchronous use besides an intelligent electronic lock which is necessary to be matched. In the prior art, a door lock of an intelligent electronic safe with a mechanical lock is connected with the electronic lock and the mechanical lock by using a linkage plate at the same time, so that the problem that the electronic lock cannot be normally used to open or close a cabinet door when the mechanical lock is not used exists, and the requirement of a user on a free combination unlocking mode cannot be met; in addition, the problems of unsmooth transmission, poor structural stability and the like exist. Therefore, there is a need to provide a new safe door lock linkage structure to solve the above technical problems.

Disclosure of Invention

The utility model provides a technical problem that solve provides a safe deposit box lock linkage structure, this linkage structure is applicable to the electronic intelligence safe deposit box that has the mechanical lock, can select exclusive use electronic lock as required, or electronic lock and mechanical lock use switch board door switching simultaneously, has the advantage that the structure is firm, the transmission is smooth, convenient operation.

In order to solve the technical problem, the utility model adopts the following technical scheme:

the utility model provides a safe deposit box lock linkage structure which characterized in that: the linkage device comprises a door body plate, a linkage plate, a side bolt connecting plate, an upper bolt connecting rod, a lower bolt connecting rod, a mechanical lock shifting piece, an emergency lock linkage frame, an electromagnetic lock and an electromagnetic lock shifting piece, wherein two supporting guide posts are welded on the door body plate; the side bolting plates are vertically distributed close to the vertical edges on the outer side of the door body plate, and the side bolting plates are fixedly connected with the linkage plate to move synchronously; the linkage plate is provided with a riveting shaft, the upper bolt connecting rod and the lower bolt connecting rod are provided with inclined chutes corresponding to the positions of the riveting shaft, the riveting shaft penetrates through the inclined chutes to connect the linkage plate with the upper bolt connecting rod and the lower bolt connecting rod together, the linkage plate moves left and right to drive the riveting shaft to move left and right, and the riveting shaft drives the upper bolt connecting rod and the lower bolt connecting rod to move up and down through the inclined chutes; the electromagnetic lock shifting piece and the linkage plate are fixedly connected and move synchronously, the electromagnetic lock, the emergency lock and the mechanical lock are arranged on the door body plate, the electromagnetic lock is positioned on the side of the electromagnetic lock shifting piece, and the electromagnetic lock shifting piece cannot slide after a lock bolt of the electromagnetic lock extends out; the emergency lock is positioned above the electromagnetic lock, and the emergency lock controls the locking bolt of the electromagnetic lock to open and close through the emergency lock linkage frame; the mechanical lock is positioned on the inner side of the side bolt connecting plate, a lock cylinder of the mechanical lock is connected with the mechanical lock shifting piece, the lock cylinder of the mechanical lock is rotated to drive the mechanical lock shifting piece to rotate, and the mechanical lock shifting piece can control the movement of the side bolt connecting plate.

Furthermore, the bottom end of the side bolt connecting plate is connected with the inner side of the linkage plate through an inclined stay bar.

Furthermore, the mechanical lock plectrum is in a strip shape, when the mechanical lock plectrum rotates to be vertical to the side bolt connecting plate, the mechanical lock plectrum is in a closed state, the side bolt connecting plate cannot move inwards, and the safe door cannot be opened; when the mechanical lock plectrum rotates to and side bolt link plate parallel state, the mechanical lock plectrum is the open mode, and side bolt link plate can move to the inboard, and the safe door can be opened.

Further, the number of the mechanical locks and the mechanical lock plectrums is one or more.

The utility model discloses establish linkage board and electromagnetic lock plectrum, side bolt even board, upper bolt connecting rod, lower bolt connecting rod into the linkage state, mechanical lock only links with mechanical lock plectrum, and when mechanical lock plectrum was in the open mode, linkage board normal removal. Use under the lower environment of safety protection rank, can rotate mechanical lock to the open position, then stop use mechanical lock, the switching of safe door can normally be controlled to the exclusive use electromagnetic lock, and the electromagnetic lock is connected the back with the intelligent control panel of door plant outside, can realize intelligent modes such as password, fingerprint, face identification and unblank, and is easy and simple to handle swift. The mechanical lock is used in an environment with a higher safety protection level, the mechanical lock poking sheet can limit the opening of the side bolt connecting plate, the mechanical lock and the electromagnetic lock simultaneously control the movement of the side bolt connecting plate, the mechanical lock and the mechanical lock poking sheet can be set to be a single group or multiple groups according to the safety protection requirement, the multi-person common management is realized, and the safety performance of the safety box is improved. The utility model discloses utilize the diagonal brace to connect between side bolt link plate and linkage plate, the linkage structure that makes linkage plate and other structures constitute is firm more stable. The supporting guide post is matched with the riveting shaft, so that the linkage plate can more smoothly drive the side bolt connecting plate, the upper bolt connecting rod and the lower bolt connecting rod to synchronously move.

Drawings

Fig. 1 is a schematic structural view of the inner side surface of the present invention.

Fig. 2 is a schematic structural view of the outer side surface of the present invention.

Fig. 3 is a schematic structural view of the mechanical lock striking plate of the present invention when rotating to the closed state.

The corresponding part names in the figure are: 1, a door body plate; 2, a linkage plate; 3, side bolt connecting plates; 4, connecting rods are tied up; 5, a lower bolt connecting rod; 6, mechanical locking; 7 mechanical lock pick; 8, an emergency lock; 9, an emergency lock linkage frame; 10, an electromagnetic lock; 11 electromagnetic lock pick; 12 supporting the guide post; 13 a guide chute; 14 a handle; 15 a pendulum shaft; 16 riveting a shaft; 17, an inclined chute; 18 diagonal brace bars.

Detailed Description

In order to clearly understand the technical features, objects, and effects of the present invention, the following detailed description of the embodiments, structures, and features of the present invention will be made with reference to the accompanying drawings and preferred embodiments. The drawings, however, are for reference and illustration purposes only and are not intended to limit the invention.

Referring to fig. 1 to 3, a safe door lock linkage structure comprises a door body plate 1, a linkage plate 2, a side bolt connecting plate 3, an upper bolt connecting rod 4, a lower bolt connecting rod 5, a mechanical lock 6, a mechanical lock shifting sheet 7, an emergency lock 8, an emergency lock linkage frame 9, an electromagnetic lock 10 and an electromagnetic lock shifting sheet 11, wherein the door body plate is welded with two support guide posts 12, the linkage plate is provided with guide sliding chutes 13 corresponding to the support guide posts 12, the guide sliding chutes 13 are distributed in a long strip shape along the horizontal direction, the support guide posts penetrate through the guide sliding chutes to install the linkage plate 2 on the door body plate 1, the door body plate is provided with a handle 14, the handle 14 is connected with the linkage plate 2 through a swing shaft 15, and the handle 14 is rotated to drive the swing shaft 15 to swing so as to drive the linkage plate 2 to slide left along the movement track of the guide sliding chutes 13; the side bolting plates 3 are vertically distributed close to the vertical edges of the outer sides of the door body plates 1, and the side bolting plates 3 and the side edges of the linkage plates 3 are fixedly connected and move synchronously; a riveting shaft 16 is arranged on the linkage plate 2, an inclined chute 17 corresponding to the position of the riveting shaft 16 is arranged on the upper bolt connecting rod 4 and the lower bolt connecting rod 5, the riveting shaft 16 penetrates through the inclined chute 17 to connect the linkage plate 2 with the upper bolt connecting rod 4 and the lower bolt connecting rod 5 together, the linkage plate 2 moves left and right to drive the riveting shaft 16 to move left and right, and the riveting shaft 16 drives the upper bolt connecting rod 4 and the lower bolt connecting rod 5 to move up and down through the inclined chute 17; the electromagnetic lock shifting piece 11 is fixedly connected with the linkage plate 2 to move synchronously, the electromagnetic lock 10, the emergency lock 8 and the mechanical lock 6 are installed on the door body plate 1, the electromagnetic lock 10 is located on the side of the electromagnetic lock shifting piece 11, and the electromagnetic lock shifting piece 11 cannot slide after a lock bolt of the electromagnetic lock 10 extends out; the emergency lock 8 is positioned above the electromagnetic lock 10, and the emergency lock 8 controls the locking bolt of the electromagnetic lock 10 to open and close through the emergency lock linkage frame 9; the mechanical lock 6 is positioned on the inner side of the side bolt connecting plate 3, a lock cylinder of the mechanical lock 6 is connected with a mechanical lock shifting piece 7, the lock cylinder of the mechanical lock 6 is rotated to drive the mechanical lock shifting piece 7 to rotate, and the mechanical lock shifting piece 7 can control the movement of the side bolt connecting plate. The bottom end of the side bolt connecting plate 3 is connected with the inner side of the linkage plate 2 by an inclined strut 18. Mechanical lock plectrum 7 is rectangular form, when mechanical lock plectrum 7 rotate to with side bolt link board 3 vertical state, mechanical lock plectrum 7 is the closed condition, and side bolt link board 3 can not move to the inboard, and the safe door can not be opened, when mechanical lock plectrum 7 rotate to with side bolt link board 3 parallel state, mechanical lock plectrum 7 is the open mode, and side bolt link board 3 can move to the inboard, and the safe door can be opened. According to the requirement of safety protection level, the mechanical lock 6 and the mechanical lock plectrum 7 can be provided with a plurality of covers, and each mechanical lock 6 is matched with one mechanical lock plectrum 7.

The utility model discloses establish linkage board 2 and electromagnetic lock plectrum 11, side bolt even board 3, go up bolt even board 4, bolt connecting rod 5 down to the linkage state, mechanical lock 6 only links with mechanical lock plectrum 7, and side bolt even board 3 drives the set bar of safe door side, goes up bolt even board 4 and drives the set bar above the safe door, bolts the set bar of connecting rod 5 drive safe door bottom surface down. When the intelligent linkage plate is used, the electromagnetic lock 10 is connected with an intelligent control panel outside the door plate, if the intelligent linkage plate is used in an environment with a lower safety protection level, a mechanical lock is not needed, only the intelligent electronic lock is used, the mechanical lock can be rotated, the mechanical lock plectrum is in an open state, and at the moment, the movement of the linkage plate is only controlled by the electromagnetic lock. The intelligent control panel of electromagnetic lock and door body board outside is connected and can be realized that intelligent modes such as password, fingerprint, face identification unblank, and is easy and simple to handle swift. Use under the higher environment of safety protection level, rotatable mechanical lock is in the closed condition with mechanical lock plectrum, and mechanical lock plectrum supports the side bolt and links the board, and the spring bolt of electromagnetic lock blocks electromagnetic lock plectrum 11 simultaneously, and twist grip will unable drive linkage board 2 and remove, and the safe door is controlled by mechanical lock 6 and electromagnetic lock 10 simultaneously this moment. If the safety protection level needs to be further improved, a plurality of people manage the safety box together, the number of the mechanical locks and the mechanical lock shifting pieces can be increased, the plurality of people respectively hold different mechanical lock keys, the common management of the plurality of people is realized, and the safety performance of the safety box is improved. The utility model discloses utilize diagonal brace 18 to connect between side bolt even board 3 and linkage board 2, make linkage board and side bolt even board constitute more firm stable linkage structure, the linkage board removes more smoothly. The supporting guide post 12 is matched with the riveting shaft 16, so that the linkage plate 2 can more smoothly drive the side bolt connecting plate 3, the upper bolt connecting rod 4 and the lower bolt connecting rod 5 to synchronously move.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to the above-described embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (4)

1. The utility model provides a safe deposit box lock linkage structure which characterized in that: the linkage plate comprises a door body plate, a linkage plate, a side bolt connecting plate, an upper bolt connecting rod, a lower bolt connecting rod, a mechanical lock shifting piece, an emergency lock linkage frame, an electromagnetic lock and an electromagnetic lock shifting piece, wherein two supporting guide posts are welded on the door body plate; the side bolting plates are vertically distributed close to the vertical edges on the outer side of the door body plate, and the side bolting plates are fixedly connected with the linkage plate to move synchronously; the linkage plate is provided with a riveting shaft, the upper bolt connecting rod and the lower bolt connecting rod are provided with inclined chutes corresponding to the positions of the riveting shaft, the riveting shaft penetrates through the inclined chutes to connect the linkage plate with the upper bolt connecting rod and the lower bolt connecting rod together, the linkage plate moves left and right to drive the riveting shaft to move left and right, and the riveting shaft drives the upper bolt connecting rod and the lower bolt connecting rod to move up and down through the inclined chutes; the electromagnetic lock shifting piece and the linkage plate are fixedly connected and move synchronously, the electromagnetic lock, the emergency lock and the mechanical lock are arranged on the door body plate, the electromagnetic lock is positioned on the side of the electromagnetic lock shifting piece, and the electromagnetic lock shifting piece cannot slide after a lock bolt of the electromagnetic lock extends out; the emergency lock is positioned above the electromagnetic lock, and the emergency lock controls the locking bolt of the electromagnetic lock to open and close through the emergency lock linkage frame; the mechanical lock is positioned on the inner side of the side bolt connecting plate, a lock cylinder of the mechanical lock is connected with the mechanical lock shifting piece, the lock cylinder of the mechanical lock is rotated to drive the mechanical lock shifting piece to rotate, and the mechanical lock shifting piece can control the movement of the side bolt connecting plate.

2. The safe door lock linkage structure according to claim 1, characterized in that: the bottom end of the side bolt connecting plate is connected with the inner side of the linkage plate through an inclined strut.

3. The safe door lock linkage structure according to claim 1, characterized in that: the mechanical lock shifting piece is in a long strip shape, when the mechanical lock shifting piece rotates to be perpendicular to the side bolt connecting plate, the mechanical lock shifting piece is in a closed state, the side bolt connecting plate cannot move inwards, and the safe door cannot be opened; when the mechanical lock plectrum rotates to and side bolt link plate parallel state, the mechanical lock plectrum is the open mode, and side bolt link plate can move to the inboard, and the safe door can be opened.

4. The safe door lock linkage structure according to claim 1, characterized in that: the number of the mechanical lock and the mechanical lock plectrum is one or more.

Images