RU16663U1 - ELECTROMECHANICAL LOCK - Google Patents

Abstract

An electromechanical lock comprising a housing, spring-loaded bolts, an internal handle, a mechanism for coupling the internal handle to the bolt, a spring-loaded lock, an internal lock, an electromechanism, a communication device for the electromechanism with the bolts and a control unit, characterized in that it further comprises a remote unlocking device and heaters installed in case and controlled by temperature sensors, while the electromechanism interacts with the bolts through a communication device made in the form of a spring-loaded rod, springs nny lock bolt means cooperates with a spring-loaded latch, and the inner handle is mounted on the housing end.

Description

ELECTROMECHANICAL DEPARTMENT.

Declared as a utility model, the device relates to electromechanical household appliances, in particular to the production of electromechanical door locks of secrecy and can be used in construction for equipment of doors of residential and industrial premises.

The prior art is represented by an electromechanical lock (PROTOTYPE) according to the utility model N 10207 of 08/05/1998, MPK-b: Е05В 49/02, published on 06/16/1999. in bulletin No. 6.

Electromechanical lock - PROTOTYPE contains a housing, a spring-loaded deadbolt, an internal handle, a mechanism for communication between the internal handle and the deadbolt, a spring-loaded lock and an internal lock, the prototype lock is equipped with an electromechanical mechanism with a gearbox, a control unit, an uninterruptible power supply, and the spring-loaded lock is made in the form of a disk and has a cut and bevel.

Common features of the prototype and claimed as a useful model of a technical solution are: the presence of a housing, spring-loaded bolts, an internal handle, a mechanism for connecting the internal handle to the bolt, a spring-loaded lock, an internal latch, an electromechanism, a communication device for the electromechanism with the bolts, and a control unit.

The disadvantages of the prototype include the lack of reliability of the castle during its operation in unheated rooms, as well as the inability to remotely unlock the castle from other rooms.

The purpose of the claimed utility model is to increase the reliability of the lock in various climatic conditions and to provide remote unlocking of the lock from internal premises remote from the door.

MKI-6; ЕВВ 49/02

2000105422

The technical problem is the introduction of a heater lock and a device for remote unlocking of a stutter.

The technical problem is solved by the fact that the heaters installed in the lock housing in the immediate vicinity of the crossbars and incorporating thermal sensors that include heaters when the temperature decreases are introduced into the castle. To ensure remote unlocking of the lock, an electromechanical lock has introduced a device that supplies voltage to the electromechanism when an external signal is received.

The essence of the claimed utility model consists in that the electromechanical lock contains a housing, spring-loaded bolts, an internal handle, a mechanism for coupling the internal handle to the bolts, a spring-loaded lock, a latch, an electromechanism, a communication device for the electromechanism with the bolts, and a control unit, the electromechanical lock additionally comprising a remote control unlocking, and heaters controlled by temperature sensors are installed on the lock case, moreover, the electromechanism interacts with the crossbars through the device connection configured as a spring-loaded rod, and spring loaded lock interacts with spring-loaded bolts through the lock, the internal handle is mounted on the housing end.

To clarify the essence of the claimed design solution and identify significant features of the device, the following drawings are attached:

The drawing of figure 1 presents a General view of the electromechanical lock in the unlocking position of the lock, where:

1- building;

2 - crossbars;

3- blocker;

4-clamp;

5- electromechanism;

6 communication device electromesaiism with crossbars;

7- control unit;

8- remote unlocking device; 11 - heaters.

The drawing of figure 2 shows the design of the electromechanical lock in the locked position, where: 1 - housing;

9- pen; 10 - traction.

The inventive electromechanical lock consists of a housing 1, in which the bolts 2 are installed. When the bolts are made in an amount of three, the middle bolt is unimpanded by protruding under the lock 4. The lock 3 rotates on the axis, with one end of the lock 3 having a protrusion above the front end of the lock, and the opposite the spring-loaded end has a one-sided cut and bevel, which provides an impact on the latch 4 only when the lock 3 is turned in one direction (to close the door). The latch 4 has a pointed end for interacting with the crossbar 2 and a rounded end for interacting with the lock 3. The electromechanical communication device e with the crossbar converts the rotation of the shaft of the electromechanism 5 into the translational movement of the crossbars 2. The electromechanism has 5 outputs connected to the control unit 7 and the remote control device 8. The handle 9 is rigidly connected with the rod 10. Two heaters 11 are installed on the housing I and turn on when the temperature decreases.

The inventive device operates as follows:

To unlock the engine from the outside, a signal is sent from the electronic key to the control unit 7 which supplies power to the electromechanism 5. The rotation of the shaft of the electromechanism 5 is converted by the device 6 into the movement of the crossbars 2. The crossbars 2 are pulled inward inside the lock and engage on the latch 4.

When the door is opened, the lock 3 rotates, while the lock 4 remains in the opposite position and does not unlock the crossbars 2. After opening the door, the lock: 1 by means of the BOv-as spring rotates to its original position,

When the door is locked, the lock 3 rotates in the opposite direction and, acting on the lock 4 with its bevel, turns the lock 4, unlocks the crossbars 2 and the crossbars 2 are pushed out of the lock by means of a spring, locking the door.

Unlocking the lock from the inside is done in two ways

-moving the crossbars 2 by means of the handle 9 and the rod 10. After installing the crossbars 2 on the latch 4, the handle 9 is returned to its original position with the spring;

-moving bolts 2 to the electrode with anism 5, when a signal is sent from the interior to the remote unlocking device of the lock 8, which supplies power to the electromechanism 5.

As can be seen from the description of the prior art, no such combination of a lock, a device for remote unlocking of a lock and heaters was found, which allows us to conclude that the proposed design solution meets the criteria of novelty and industrial applicability.

Claims (1)

An electromechanical lock comprising a housing, spring-loaded bolts, an internal handle, a mechanism for coupling the internal handle to the bolt, a spring-loaded lock, an internal lock, an electromechanism, a communication device for the electromechanism with the bolts and a control unit, characterized in that it further comprises a remote unlocking device and heaters installed in case and controlled by temperature sensors, while the electromechanism interacts with the bolts through a communication device made in the form of a spring-loaded rod, springs nny lock bolt means cooperates with a spring-loaded latch, and the inner handle is mounted on the housing end.