CN210622522U

CN210622522U - Basic station wisdom lock

Info

Publication number: CN210622522U
Application number: CN201921263876.XU
Authority: CN
Inventors: 陈木增
Original assignee: Zhejiang Dongguan Communication Technology Co ltd
Current assignee: Zhejiang Dongguan Communication Technology Co ltd
Priority date: 2019-08-06
Filing date: 2019-08-06
Publication date: 2020-05-26
Anticipated expiration: 2029-08-06

Abstract

The utility model provides a basic station wisdom lock, including actuating mechanism, separation and reunion stop device, the lock core, a drive uni, key and processing module, processing module includes communication circuit board, the control circuit board, near-end APP, distal end APP, high in the clouds database and surveillance center, stop device passes through communication circuit board and surveillance center communication connection, near-end APP passes through communication circuit board remote connection high in the clouds database, remote connection is realized with surveillance center in the clouds database, surveillance center communication connection control circuit board, control circuit board and clutch circuit connection, remote connection is realized with high in the clouds database to distal end APP. The intelligent door lock has the characteristics of multiple subjects and multiple ways of unlocking. The automatic access base station of authorized personnel and the remote monitoring and remote control of unauthorized personnel are realized. The records can be left when the base station enters and exits, and the tracing is convenient. The labor intensity of maintenance personnel in follow-up cooperation is greatly reduced, and meanwhile, a safer base station control means is provided.

Description

Basic station wisdom lock

Technical Field

The invention relates to the technical field of intelligent locks, in particular to an intelligent door lock for a base station.

Background

Along with the technical development of intelligent locks, the existing door lock formed by a lock core and a key with electromechanical double codes provides a higher-safety management and control mode through electromechanical double code matching, but for public equipment management places such as base stations where personnel entering and exiting are high in frequency and low in stability and are easy to replace and overhaul, a simple and flexible unlocking mode is needed while the safety is high.

Disclosure of Invention

The invention aims to solve the defects in the prior art and provides an intelligent door lock for a base station.

In order to achieve the purpose, the invention adopts the following technical scheme: the utility model provides a basic station wisdom lock, including actuating mechanism, separation and reunion stop device, the lock core, drive arrangement, key and processing module, lock core and key phase-match, separation and reunion stop device includes clutch and stop device, key and clutch communication connection, drive arrangement passes through the clutch and drives actuating mechanism drive lock core add/unblock, processing module includes communication circuit board, the control circuit board, near-end APP, distal end APP, high in the clouds database and surveillance center, stop device passes through communication circuit board and surveillance center communication connection, near-end APP passes through communication circuit board remote connection high in the clouds database, remote connection is realized with surveillance center in the high in the clouds database, surveillance center communication connection control circuit board, control circuit board and clutch circuit connection, remote connection is realized with high in the clouds database to distal end APP.

Preferably, the key comprises a signal output circuit for outputting an enabling signal, 8-bit mechanical coding grooves, a 16-bit electronic coding operation chip and a power supply for supplying energy to enable the electronic coding operation and the clutch device, wherein the 8-bit mechanical coding grooves are formed in the plug of the electromechanical double-coding key, and the 16-bit electronic coding operation chip is electrically connected with the signal output circuit.

Preferably, the power source is a button cell.

Preferably, the electromechanical double-coding lock cylinder comprises 8-bit marbles matched with the 8-bit mechanical coding grooves, a key hole and a coding piece, wherein the key hole is arranged close to the end of the 8-bit marbles, and a group of 16-bit electronic codes are arranged in the coding piece.

Preferably, the driving device is a positive and negative rotation motor, and the actuating mechanism is respectively and electrically connected with the lock cylinder and the positive and negative rotation motor through the clutch limiting device.

Preferably, the near-end APP comprises a cloud component, an identification component and a communication component, the identification component is remotely connected with the cloud database through the cloud component to upload identification information, the communication component is respectively in communication connection with the monitoring center and the far-end APP, and the cloud database comprises a storage database and a processing center.

Preferably, the far-end APP comprises a remote control assembly and a management assembly, the remote control assembly is remotely connected with the control circuit board, and the management assembly is connected with the cloud database in a communication mode.

The invention has the beneficial effects that: the intelligent door lock has the functions of unlocking by a key, unlocking by a mobile phone APP, unlocking by a remote-end APP (grid manager) and unlocking by a monitoring center, and personnel can enter and exit the base station in any one of the four modes. The monitoring center has an administrator mode or an authorization mode and has remote control unlocking permission for all base stations or part of appointed base stations; the method comprises the following steps that (1) a gridding member APP is unlocked, a monitoring center is required to be logged in through the APP, and whether the base station is unlocked in a remote control mode or not is autonomously determined under the request of a base station entering and exiting personnel in an authorized range; the key unlocking and locking is that personnel entering and exiting the base station can unlock and lock the base station on site when obtaining a base station key or having APP permission.

The intelligent door lock has the characteristics of multiple subjects and multiple ways of unlocking. The automatic access base station of authorized personnel and the remote monitoring and remote control of unauthorized personnel are realized. The records can be left when the base station enters and exits, and the tracing is convenient. The labor intensity of maintenance personnel in follow-up cooperation is greatly reduced, and meanwhile, a safer base station control means is provided.

Drawings

Fig. 1 is a schematic structural diagram of a base station intelligent door lock according to the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

With reference to the attached figure 1, the base station intelligent door lock comprises an execution mechanism 4, a clutch limiting device 3, a lock cylinder 2, a driving device 5, a key 1 and a processing module, wherein the lock cylinder is matched with the key, the clutch limiting device comprises a clutch and a limiting device, the key is in communication connection with the clutch, the driving device drives the execution mechanism to drive the lock cylinder to be locked or unlocked through the clutch, the processing module comprises a communication circuit board 7, control circuit board 8, near-end APP6, distal end APP11, high in the clouds database 9 and surveillance center 10, stop device passes through communication circuit board and surveillance center communication connection, and near-end APP passes through communication circuit board remote connection high in the clouds database, and high in the clouds database realizes remote connection with surveillance center, surveillance center communication connection control circuit board, control circuit board and clutch circuit connection, and remote connection is realized to distal end APP and high in the clouds database.

The utility model provides a basic station wisdom lock, the key is including the signal output circuit, 8 bit mechanical coding grooves, 16 bit electronic coding operation chips and be used for the power that the energy supply made electronic coding operation and clutch enable for the enabling of enabling signal, and 8 bit mechanical coding grooves are located electromechanical two coding key plugs department, and 16 bit electronic coding operation chips are connected with the signal output circuit electricity, and the built-in button cell of key solves electronic coding operation and clutch enable.

A power supply of the intelligent door lock for the base station is a button battery.

A power supply of the intelligent door lock is a USB rechargeable battery, a plug end far away from a key is provided with a USB opening, and the USB opening is electrically connected with the power supply.

An intelligent door lock features that its electromechanical dual-coding lock core is composed of 8-bit marble matched with 8-bit mechanical coding slot, key hole near 8-bit marble end, and coding plate with 16-bit electronic code in it.

A drive device of the intelligent door lock for a base station is a forward and reverse rotation motor, and an execution mechanism is electrically connected with a lock cylinder and the forward and reverse rotation motor respectively through a clutch limiting device. The key of the intelligent door lock has 8-bit mechanical coding and 16-bit electronic coding functions. When the 8-bit mechanical code is matched with the 8-bit marble of the lock core, the lock core can be rotated in a reciprocating mode, and when the key is matched with the 16-bit electronic code of the lock core, a matching signal is output to control the enabling of a clutch in the clutch limiting device, so that an actuating mechanism is driven to unlock in a positive rotation mode and lock in a reverse rotation mode.

The utility model provides a basic station wisdom lock, still include along the preceding handle of axial equipment, back handle and lock body, the lock body is located between preceding handle and the back handle, fixed mounting has the lock core in the lock body, actuating mechanism, positive and negative rotation motor and separation and reunion stop device, it is continuous through the second clutch module that is used for the front and back handle to open a lock the separation and reunion in the direction of rotating between preceding handle and the back handle, second clutch module and clutch swing joint, it is rotatory to receive the clutch drive, the lock core is in its rotation direction of opening a lock and preceding handle linkage setting. The lock core, the actuating mechanism, the forward and reverse rotating motor and the clutch limiting device are fixedly arranged in the lock body, the panel where the common front and rear handles are located or the lock body installation panel is low in safety and easy to remove, and the lock core, the clutch limiting device and the like are fixed in the lock body, so that the safety of the lock is improved.

The utility model provides a basic station wisdom lock, near-end APP includes cloud subassembly, identification component and communication subassembly, and identification component realizes remote connection through cloud subassembly and high in the clouds database and uploads identification information, and communication component respectively with surveillance center, distal end APP communication connection, and high in the clouds database includes storage database and processing center.

Further, go up the cloud subassembly and be BLUETOOTH or WIFI, identification information is the people's face, one or more in sound wave or the fingerprint information, near-end APP passes through BLUETOOTH or WIFI through the communication circuit board cloud, when people's face or the face data of prestoring in face storehouse or the fingerprint storehouse in fingerprint characteristic and the storage database, sound wave or fingerprint data match, APP separate, the shutting function is opened, and then just, reverse motor and separation and reunion stop device are controlled through control circuit board, both drive actuating mechanism and realize separating the shutting. The limiting device has the limiting function on one hand, and can inform the monitoring center of feedback of unlocking and locking on the other hand. When the near-end APP holder does not have unlocking and locking right, the near-end APP holder can be associated with a base station door lock grid manager, and the grid manager is requested to unlock the corresponding base station after logging in a cloud service account through the far-end APP. Or the monitoring center can be associated to ask for solving and locking. After the correlation, the information such as the relevant biological characteristics, the arrival starting and stopping time and the like of the base station personnel are used for storing and going to the cloud, so that the statistics and the tracing in the future are facilitated.

The utility model provides a basic station wisdom lock, distal end APP includes remote control subassembly and management subassembly, and remote control subassembly realizes remote connection with control circuit board, and the management subassembly links to each other with high in the clouds database communication. The remote APP held by the grid administrator can unlock and lock the base station in a remote control mode, and the state of the access control of the base station can be inquired. The entrance guard work information of the administered base station can be counted and analyzed.

A base station intelligent door lock, a manager account in a monitoring center can have all functions of the base station access control management. The general staff account performs all or part of functions according to the pre-assigned account. The remote unlocking and locking, authorization and authorization unlocking operation can be conveniently realized, and the access of monitoring management maintenance personnel is facilitated.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.

Claims

1. The utility model provides a basic station wisdom lock, includes actuating mechanism, separation and reunion stop device, lock core, drive arrangement, key and processing module, its characterized in that: lock core and key phase-match, separation and reunion stop device includes clutch and stop device, key and clutch communication connection, drive arrangement passes through the clutch and drives actuating mechanism drive lock core add/unblock, processing module includes communication circuit board, control circuit board, near-end APP, distal end APP, high in the clouds database and surveillance center, stop device passes through communication circuit board and surveillance center communication connection, near-end APP passes through communication circuit board remote connection high in the clouds database, remote connection is realized with surveillance center in the clouds database, surveillance center communication connection control circuit board, control circuit board and clutch circuit connection, remote connection is realized with high in the clouds database to distal end APP.

2. The base station intelligent door lock of claim 1, wherein the key comprises a signal output circuit for outputting an enable signal, 8-bit mechanical coding grooves, a 16-bit electronic coding operation chip and a power supply for supplying power to enable the electronic coding operation and the clutch device, the 8-bit mechanical coding grooves are arranged at the plug of the electromechanical double-coding key, and the 16-bit electronic coding operation chip is electrically connected with the signal output circuit.

3. The base station intelligent door lock of claim 2, wherein the power source is a button cell.

4. The base station intelligent door lock of claim 2, wherein the electromechanical double-coded lock cylinder comprises 8-bit pins matched with 8-bit mechanical coding grooves, a key hole and a coding piece, wherein the key hole is arranged near the end of the 8-bit pins, and a group of 16-bit electronic codes is arranged in the coding piece.

5. The intelligent door lock of claim 1, wherein the driving device is a positive and negative rotation motor, and the actuator is electrically connected to the lock cylinder and the positive and negative rotation motor through a clutch limiting device.

6. The base station smart door lock of claim 1, wherein the near-end APP comprises a cloud component, an identification component and a communication component, the identification component is remotely connected with the cloud database through the cloud component to upload identification information, the communication component is respectively in communication connection with the monitoring center and the far-end APP, and the cloud database comprises a storage database and a processing center.

7. The base station intelligent door lock is characterized in that the remote APP comprises a remote control component and a management component, the remote control component is remotely connected with the control circuit board, and the management component is in communication connection with the cloud database.