CN110534363B

CN110534363B - Labyrinth memory anti-theft switch

Info

Publication number: CN110534363B
Application number: CN201810566608.9A
Authority: CN
Inventors: 许亚军
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-27
Filing date: 2018-05-27
Publication date: 2021-07-27
Anticipated expiration: 2038-05-27
Also published as: CN110534363A

Abstract

The invention relates to a power switch, in particular to a labyrinth memory anti-theft switch with unique appearance and switching mode. The device mainly comprises a cylindrical barrel, a concave track groove, a spring plate light touch switch, a solid cylindrical rod, a cuboid hidden hole, a switch movable impact bolt, a return push spring, an operating handle and the like. The method is characterized in that: n concave track grooves with the same width and depth are arranged on the inner wall of the cylindrical barrel and are criss-cross and arranged disorderly, elastic piece tact switches are arranged at a plurality of positions in the grooves, and an elastic piece tact switch is arranged on the circular surface at the top end in the cylindrical barrel and is used as an external circuit switch. A solid cylindrical rod is arranged in the inner cavity of the cylindrical barrel, a cuboid hidden hole is formed in the outer side of the middle end of the solid cylindrical rod, a switch movable impact bolt is arranged in the hole, and a return push spring is arranged at the bottom of the impact bolt. And randomly selecting one elastic sheet in the track groove to touch the switch, and respectively connecting two ends of the switch in series with the power circuit. The labyrinth memory anti-theft switch made by adopting the technical scheme is novel and unique, has good anti-theft performance and is widely practical.

Description

Labyrinth memory anti-theft switch

The technical field is as follows:

the invention relates to an anti-theft switch, in particular to a labyrinth memory anti-theft switch with unique appearance and switch mode.

Background art:

the types of the currently used anti-theft lock switches are many, but most of them are opened and closed by using passwords, fingerprints, eye marks, face recognition, keys, magnetic cards and the like. The key and the magnetic card are frequently lost, stolen or easily copied, the fingerprint, the eye pattern and the face are easily interfered by trauma and are difficult to identify, and particularly, the password is easily supplied.

The invention content is as follows:

the invention aims to provide a labyrinth memory anti-theft switch which does not use passwords, fingerprints, eye marks, face recognition, keys, magnetic cards and the like as switch tools, has simple structure, novel appearance and unique switch mode.

In order to achieve the purpose, the invention adopts the following technical scheme: establish the width all around at a cylinder section of thick bamboo inner wall and equal, N vertically and horizontally staggered of degree of depth is arranged unordered spill orbit groove, is close to cylinder section of thick bamboo inner wall both ends and establishes a plurality of orbit groove entries, and orbit inslot wall both sides are many places and are established the shell fragment and dabble switch, and switch movable contact end one end keeps the horizontality with orbit inslot wall, and one end is higher than orbit inslot face, and a shell fragment dabble switch is established simultaneously to the front end circle in the cylinder section of thick bamboo. The outer diameter is established to a cylinder inner chamber and is equal (including the orbit groove degree of depth) with a cylinder internal diameter, is good at the solid cylinder stick about a cylinder seven centimetres, and the both ends diameter of stick all is less than the mid portion, and a cuboid hidden hole is established to its mid portion outside, and switch activity striking bolt is established to downthehole one end, and the return spring that pushes away is established to striking bolt bottom. An elastic sheet is selected at any one of the inner walls of the track groove to touch the switch, and two ends of the elastic sheet are respectively connected in series with the switch circuit, so that a closed type labyrinth memory anti-theft switch assembly is formed.

The maze memory anti-theft switch made by the technical scheme realizes the purpose of power supply conduction by combining manual operation and memorizing the specific position and the advancing track of the elastic sheet touch switch in the concave track groove on the inner wall of the cylindrical barrel by the brain. Novel and unique, good anti-theft performance and wide application.

Description of the drawings:

fig. 1 is a schematic perspective view of a concave track groove 2, a spring light touch switch 4, a cuboid hidden hole 7 and a switch movable impact bolt 8.

Fig. 2 is a schematic front view of the present invention.

Fig. 3 is a perspective view of the concave track groove 2 of the present invention.

The specific implementation scheme is as follows:

as shown in fig. 1, 2 and 3, the inner wall of the cylinder 1 is provided with N criss-cross grooves with equal width and consistent depth (1 kilometer), disordered concave track grooves 2 are arranged, a plurality of concave track groove inlets 3 are arranged at positions 1.5 centimeters close to the two ends of the cylinder 1, a plurality of elastic piece tact switches 4 are arranged at positions on the two side walls of the concave track grooves 2, one end of a movable contact end of each elastic piece tact switch 4 is horizontally tangent to the wall surface of the concave track groove 2, the other end of the movable contact end is slightly higher than the wall surface of the track groove 2, and an elastic piece tact switch 5 is simultaneously arranged on the circular surface of the top end in the cylinder 1. Establish the external diameter in the cylinder 1 and equal with cylinder 1 internal diameter (including orbit groove depth 1 centimetre), be longer than the solid cylinder stick 6 of cylinder 1, 6 both ends diameter all is less than the mid portion, be equipped with operating handle 10 simultaneously, an auxiliary memory little dot is established to the edge part of 10, establish a cuboid hidden hole 7 in the mid portion outside of solid cylinder stick 6, switch activity striking bolt 8 is established to 7 one end, 8 and the auxiliary little dot on operating handle 10 are on a horizontal straight line, 8 the bottom is fixed in on the front end both sides pore wall of cuboid hidden hole 7 with a cylinder round pin, push back spring 9 is established to switch activity striking bolt 8's bottom. And randomly selecting one elastic sheet in the track groove 2 to touch the switch 4, and respectively connecting two ends of the switch in series with the switch circuit.

When the memory is started, any elastic piece in the concave track groove 2 is selected to lightly touch the switch 4, the specific position and the closing direction of the switch 4 in the concave track groove are remembered, the correct direction and the advancing track of the switch movable impact bolt 8 leading to the elastic piece light touch switch 4 are remembered, and meanwhile, the accurate direction of an auxiliary memory small dot on the operating handle 10 in the set state is remembered. When the switch is opened, a concave track groove inlet 3 and a moving track reaching the first elastic piece light touch switch 4 are automatically selected, the solid cylindrical rod 6 is pulled back towards the chest by holding the operating handle 9 with a hand (or pushed back left or right), so that the switch movable striking bolt 8 smoothly reaches the upper part of the elastic piece at the movable contact end of the selected first elastic piece light touch switch 4, or lightly clicks left or right, or forwards or backwards, and the switch movable striking bolt is switched on a switch power supply. The solid cylindrical rod 6 is pushed forwards, the switch movable impact bolt 8 can lie back in the cuboid hidden hole 7 on the side face of the solid cylindrical rod 6 under the action of the resistance of the concave track groove 2 (the inner diameter of the cylindrical barrel), and the top circular face of the middle part of the solid cylindrical rod 6 can simultaneously impact the circular face elastic sheet on the top end in the cylindrical barrel 1 to lightly touch the switch 5 to start an external turn-off circuit.

The labyrinth memory anti-theft switch made by adopting the technical scheme has novel appearance, unique switching mode and good anti-theft performance, and can widely replace the current various anti-theft lockset switching circuit units.

Claims

1. A labyrinth memory anti-theft switch mainly comprises a cylindrical barrel (1), a concave track groove (2), a concave track groove inlet (3), a first elastic sheet tact switch (4), a second elastic sheet tact switch (5), a solid cylindrical rod (6), a cuboid hidden hole (7), a switch movable impacting bolt (8), a return pushing spring (9) and an operating handle (10), and is characterized in that the periphery of the inner wall of the cylindrical barrel (1) is provided with N criss-cross and disorderly arranged concave track grooves (2) with equal width, a plurality of concave track groove inlets (3) are arranged at 1.5 cm positions close to two ends of the cylindrical barrel (1), a plurality of positions on two side walls of the concave track grooves (2) are provided with the first elastic sheet tact switches (4), a second elastic sheet tact switch (5) is arranged on the circular face of the top end in the cylindrical barrel (1), the inner cavity of the cylindrical barrel (1) is provided with the solid cylindrical rod (6), the middle part outside of solid cylindric stick (6) is established cuboid hidden hole (7), and switch activity striker (8) are established to the one end in cuboid hidden hole (7), and on the bottom of switch activity striker (8) was fixed in the front end both sides pore wall in cuboid hidden hole (7) by a cylinder round pin, the bottom of switch activity striker (8) was equipped with back and pushes away spring (9).