阅读说明：本技术 一种基于电磁锁与弹子锁的组合门锁系统的实现方法 (Method for realizing combined door lock system based on electromagnetic lock and spring lock ) 是由 刘洋 邹强 于 2019-03-11 设计创作，主要内容包括：本发明公开了一种基于电磁锁与弹子锁的组合门锁系统的实现方法。本发明包括T型材料一、T型材料二、电磁锁锁具、弹子锁锁具和磁性钥匙；所述电磁锁锁具为嵌入式电磁锁,电子锁的锁体内置于门体中,位于门体边缘,吸盘安装于门框上对应位置；电磁锁控制电路为电磁锁锁具的控制器,控制电路具有两个控制开关；所述磁性钥匙上在与弹子锁锁具对应的T型材料一1的弹子处具有磁性所述弹子锁锁具与电磁锁控制电路连接。本发明利用电磁锁与弹子锁的组合且不仅仅是简单的双重锁,利用本发明实现同时触发电磁锁和弹子锁才可开启门锁,进一步加强了锁的安全性。(The invention discloses a realization method of a combined door lock system based on an electromagnetic lock and a spring lock. The invention comprises a first T-shaped material, a second T-shaped material, an electromagnetic lock lockset, a spring lock lockset and a magnetic key; the electromagnetic lock is an embedded electromagnetic lock, a lock body of the electronic lock is arranged in the door body and positioned at the edge of the door body, and the sucking discs are arranged at corresponding positions on the door frame; the electromagnetic lock control circuit is a controller of an electromagnetic lock lockset and is provided with two control switches; the magnetic key is provided with a magnetic marble lock lockset at a marble of a T-shaped material I1 corresponding to the marble lock lockset, and the marble lock lockset is connected with an electromagnetic lock control circuit. The invention utilizes the combination of the electromagnetic lock and the spring lock, not only is a simple double lock, but also realizes that the electromagnetic lock and the spring lock are triggered simultaneously to open the door lock, thereby further enhancing the safety of the lock.)

1. An implementation method of a combined door lock system based on an electromagnetic lock and a spring lock is characterized by comprising a T-shaped material I, a T-shaped material II, an electromagnetic lock lockset, a spring lock lockset and a magnetic key;

the T-shaped material I consists of a base I and a cylindrical body structure I, wherein the top of the cylindrical body structure I is made of a conductive material, the middle of the cylindrical body structure I is made of an insulating material, the base I is made of a strong magnet material, the upper end of the base I is an S pole, and the lower end of the base I is an N pole;

the T-shaped material II consists of a second base and a second cylindrical structure, the top of the second cylindrical structure is made of an insulating material, the middle of the second cylindrical structure is made of a conductive material, the second base is made of a strong magnet material, the upper end of the second base is an S pole, and the lower end of the second base is an N pole;

the electromagnetic lock is an embedded electromagnetic lock, a lock body of the electronic lock is arranged in the door body and positioned at the edge of the door body, and the sucking discs are arranged at corresponding positions on the door frame; the electromagnetic lock control circuit is a controller of an electromagnetic lock lockset and is provided with two control switches;

the spring lock lockset is connected with the electromagnetic lock control circuit, the spring lock lockset contains two upper springs with different cavities with narrow upper parts and wide lower parts, a first T-shaped material and a second T-shaped material are respectively placed in the two cavities, the upper parts of the first T-shaped material and the second T-shaped material are higher than the upper surface of the upper springs until the top ends of the spring holes, the top ends of the two spring holes are respectively provided with an opening with the radius consistent with that of the first T-shaped material and the second T-shaped material, and two control switches of the control circuit are both positioned in the switch control box;

the magnetic key is provided with magnetism at a marble of a T-shaped material I1 corresponding to the spring lock.

Technical Field

The invention relates to the field of locks, in particular to a realization method of a combined door lock system based on an electromagnetic lock and a spring lock.

Background

Disclosure of Invention

In view of the above problems, the present invention aims to overcome the defects of the prior art, and provides a door lock system based on an electromagnetic lock and a spring lock.

The technical scheme of the invention is as follows:

the T-shaped material I1 is composed of a base I and a cylindrical body structure I, wherein the top of the cylindrical body structure I is made of a conductive material, the middle of the cylindrical body structure I is made of an insulating material, the base I is made of a strong magnet material, and the upper end of the base I is an S pole while the lower end of the base I is an N pole.

The T-shaped material II 2 consists of a second base and a second cylindrical structure, the top of the second cylindrical structure is made of insulating materials, the middle of the second cylindrical structure is made of conducting materials, the second base is made of strong magnet materials, and the upper end of the second base is an S pole while the lower end of the second base is an N pole.

The electromagnetic lock lockset is an embedded electromagnetic lock, the lock body of the electronic lock is arranged in the door body and is positioned at the edge of the door body, and the sucker 6 is arranged at the corresponding position on the door frame.

The electromagnetic lock control circuit 3 is a controller of an electromagnetic lock lockset, the control circuit is provided with a switch to control the open circuit and the closed circuit of the electromagnetic lock lockset, the electromagnetic lock loses magnetism and does not have adsorption force when the circuit is opened, current generated when the circuit is closed has strong adsorption property, and the control circuit is provided with two control switches.

The spring lock lockset 4 is connected with an electromagnetic lock control circuit, the spring lock lockset 4 contains two upper springs with cavities with different upper narrow and lower wide radiuses, a T-shaped material I1 and a T-shaped material II 2 are respectively placed in the two cavities, the upper parts of the T-shaped material I1 and the T-shaped material II 2 are higher than the upper surface of the upper springs until the top ends of the spring holes, the top ends of the two spring holes are respectively provided with an opening with the radius consistent with that of the T-shaped material I1 and the T-shaped material II 2, the two openings are respectively control switches of the control circuit 3, the lock body T-shaped material 1 or 2 can move up and down in the cavity, and in a static state, the first switch of the electromagnetic lock control circuit 3 outside the opening at the top of the spring hole is in contact with the conductive material at the upper end of the T-shaped material I1, and; the second switch of the electromagnetic lock control circuit 3 outside the opening at the top of the other pin hole is in contact with the insulating material at the upper end of the second T-shaped material 2, and the two control switches are both arranged in the switch control box 7 in an off state.

The magnetic key 5 has magnetism at the position of a marble which has a T-shaped material I1 with the marble lock lockset 4, and the magnetic key 5 is used for unlocking the marble lock.

By adopting the technical scheme, the invention has the following advantages:

(1) the invention realizes that the electromagnetic lock and the spring lock are triggered simultaneously to open the door lock by utilizing the combination of the electromagnetic lock and the spring lock and not only a simple double lock, thereby further enhancing the safety of the lock.

(2) The copying is difficult, the door lock can be opened only when the magnetic key has magnetism at a specific position, and the copying difficulty is increased.

Drawings

FIG. 1 is a schematic view of a combination door lock system based on an electromagnetic lock and a cylinder lock;

FIG. 2 is a schematic diagram of the circuitry in the switch control box;

fig. 3 is a design of the latch portion of the present system.

Detailed Description

The patent is further described below with reference to the drawings and examples.

As shown in fig. 1, the combination of door lock system: the electromagnetic lock body is installed at the edge part of a door body, the sucking disc 6 is arranged at the corresponding position of a door frame, the lock body is connected with an electromagnetic lock control circuit, the door locking state is realized by adsorption through the closing of the control circuit, the open circuit of the control circuit is an electromagnetic lock adsorption failure state, the control circuit is provided with two parallel circuit switches as shown in figure 2, the two circuit switches are attached to the upper part of a spring lock and are respectively positioned at two spring holes with holes, the open circuit and the passage of the circuit are realized through the contact with an insulating part and a conductive part of a T-shaped material respectively, the power failure occurs when the two parallel circuits are in contact with the insulating material, the door opening can be realized, and the switch-on circuit is in.

As shown in fig. 3, a cylinder lock lockset 4 is connected with an electromagnetic lock control circuit, the cylinder lock lockset 4 contains two upper cylinders with different cavities with narrow upper parts and wide lower parts, a first T-shaped material 1 and a second T-shaped material 2 are respectively placed in the two cavities, the upper parts of the first T-shaped material 1 and the second T-shaped material 2 are higher than the upper surface of the upper cylinder to the top end of a cylinder hole, the top ends of the two cylinder holes are respectively provided with an opening with the radius consistent with the radius of the first T-shaped material 1 and the second T-shaped material 2, the two openings are respectively control switches of the control circuit 3, the T-shaped material 1 or 2 of the lock body can move up and down in the cavity, and in a static state, the first switch of the electromagnetic lock control circuit 3 outside the opening at the top end of the cylinder hole is in contact with the conductive material at the upper end of the first T; the second switch of the electromagnetic lock control circuit 3 outside the opening at the top of the other pin hole is in contact with the insulating material at the upper end of the second T-shaped material 2, and the two control switches are both arranged in the switch control box 7 in an off state.

The magnetic key 5 has magnetism at the position of a marble which has a T-shaped material I1 with the marble lock lockset 4, and the magnetic key 5 is used for unlocking the marble lock.

Use of the door lock system:

(1) the magnetic key with partial magnetism and the shape matched with the lock core of the door lock is inserted into the lock to be matched in physical shape, the magnetic area of the matched magnetic key and the marble with the T-shaped material 1 are positioned on the same straight line, the marble is pushed to a proper height by the matched key, and then the lock core of the marble can be twisted. At the moment, the upper conductive material of the material 1 is in contact with a switch of a control circuit of the electromagnetic lock, the circuit is on, and the electromagnetic lock is not unlocked.

(2) The cylinder lock rotating to a proper angle realizes physical unlocking, the N pole of the magnetic key is opposite to the N pole of the base magnetic pole of the T-shaped material in the cavity, the T-shaped material 1 is pushed upwards under the action of the repulsion of the magnetic poles with the same polarity, the middle insulating material is contacted with the control circuit switch of the electromagnetic lock, the circuit is broken, the electromagnetic lock loses the magnetism generated by current, and the cylinder lock is unlocked.

(3) If a certain whole section of magnetic fake key is used for unlocking, the step (1) normally unlocks the spring lock, after the spring lock is rotated, the whole section of magnetic key enables the T-shaped material 1 and the T-shaped material 2 in the cavity to be pushed upwards under the action of like magnetic poles which repel each other, the switch 1 is disconnected, the switch 2 is closed, and the whole circuit is still in a closed state due to the fact that the circuits are connected in parallel, and the electromagnetic lock cannot be unlocked.