TWM561119U - Magnetic lock structure of cremated ash cabinet door plate - Google Patents

Abstract

The utility model relates to a nano-locking door panel magnetic lock structure, which comprises a lock core, a fixed lock core fixing seat, a rotation stop device, a combined rotation stopper, a spring sliding shaft and a magnetic key capable of driving the movement of the lock core. One end of the lock cylinder is provided with a receiving chamber equipped with a magnet group and a recess adjacent to the receiving chamber to combine the rotation stopper or form an interference blocking state with the rotation stopper, and the other end is provided with a locking portion; the fixing seat is provided with a track. The sliding shaft is installed and the sliding shaft is allowed to move freely. And, the rotator has a specific magnetic pole arrangement, the specific magnetic pole (or magnetic field) arrangement only corresponds to the magnetic key, and the magnetic key is allowed to drive the rotation stop to release the blocking state to open and close the bone cabinet, and improve the practice Knowing the skill of the lock is not ideal.

Description

Nano bone door magnetic lock structure

The present invention relates to a magnetic lock structure for a nano-door panel, and particularly relates to a structure for opening and closing a door panel using a specific magnetic key with a lock cylinder, a sliding shaft and a rotation stop.

The utility model relates to a mechanical lock and anti-theft structure of a nano-bone cabinet, and a keyhole is usually arranged on the door panel of the nano-bone for the key to be inserted into the opening and closing mechanism of the rotary operation door panel. In some cases of use, in response to the different keyhole structure of the door panel, the operator often needs to carry a plurality of or a large number of keys to correspond to the different keyhole structures described above, thereby causing troublesome carrying and operation. Moreover, in the overall design of the nano-bone cabinet structure, considering the religious and aesthetic issues, a special pattern, totem or similar pattern is usually arranged on the door panel. Therefore, the keyhole is set on the door panel, which will affect and destroy the integrity and aesthetics of the overall design of the nanobar cabinet.

In order to improve the above situation, the old method discloses a type in which a magnetic lock structure is mounted on a nano-sleeve cabinet. The magnetic lock structure includes a lock core, a lock core seat for accommodating the lock core, and a magnetic key. The lock core seat is internally provided with a plurality of fixing portions and a strong magnet group, and the magnetic key is internally provided with a corresponding lock core seat The magnet of the magnetic pole (or magnetic field) generated by the powerful magnet group, when the magnetic key is close to the lock core seat, the strong magnet group inside the lock core seat is attracted by the magnetic key, and the lock core is deregulated, and the nano-barrel cabinet is unlocked.

As is known, the magnetic lock-locking structure uses magnetic induction to achieve the opening and closing state of the nano-bone cabinet. The magnetic induction does not require two magnetic poles to touch, and there is a magnetic induction phenomenon to remove the lock of the nano-body cabinet (door panel). State; therefore, it can provide a smooth and smooth surface of the nano-slab, and can have a complete and beautiful overall design when designing the nano-slab.

However, as those familiar with the art know, the old method allows the non-related personnel to operate any non-specific magnetic body in order to have the convenience of operation, and can open the nano-bone cabinet, and it is easy to obtain the bone. The placement of articles inside the cabinet creates a problem of insufficient safety of the magnetic lock structure of the nano-bone cabinet.

In view of the inconvenience of the prior art, the main purpose of the present invention is to provide a nano-locking door magnetic lock structure, comprising a lock core, a fixed lock core fixing seat, a rotation stop, and a combination rotation stop, The sliding shaft of the spring and the magnetic key that can drive the movement of the lock cylinder. One end of the lock cylinder is provided with a receiving chamber equipped with a magnet group and a recess adjacent to the receiving chamber to combine the rotation stopper or form an interference blocking state with the rotation stopper, and the other end is provided with a locking portion; the fixing seat is provided with a track. The sliding shaft is installed and the sliding shaft is allowed to move freely. And, the rotator has a specific magnetic pole arrangement, the specific magnetic pole (or magnetic field) arrangement only corresponds to the magnetic key, and the magnetic key is allowed to drive the rotation stop to release the blocking state to open and close the bone cabinet, and improve the practice Knowing the skill of the lock is not ideal.

According to the magnetic lock structure of the nano-door panel of the present invention, the nano-bone cabinet is composed of a body and a door panel mounted on the body; the lock cylinder of the lock core is provided with a lock tongue, and the storage chamber and the lock portion are A first space and a second space are respectively defined between the accommodating chamber and the locking tongue, and the two spaces are rotated by rotating the locking portion to form an open and closed state of the nano-barrel cabinet.

According to the present invention, the sliding door is provided with a regulating end, a head end, a waist connected between the regulating end and the head end; the regulating end is pivotally connected to the rotation stop, and the waist passes through a spring. The spring provides a reciprocating motion of the sliding shaft, and the auxiliary regulating end drives the rotation stop to return to the initial position or the original position of the notch.

Referring to Figures 1, 2 and 3, the present invention provides a nano-locking door panel magnetic lock structure, which is composed of a body 91 and a door panel 90 connecting the body 91. The magnetic lock structure is disposed on the door panel 90. The nano-lock door magnetic lock structure includes a lock core 30, a fixed seat 40 of the combined lock cylinder 30, a rotation stop 50, and a combination of the rotation stop 50 and the spring 54. The sliding shaft 70 and the magnetic key 10 that can drive the movement of the lock cylinder 30; the magnetic key 10 is internally provided with a magnet group 22.

The magnet group 22 is formed by a combination of magnets of a specific number or magnetic poles (N, S poles) to form a specially arranged magnetic field (or magnetic pole) distribution, and the device is formed in the magnetic key 10 to have a specific magnetic field (or magnetic pole). The key of the distribution, the magnet group 22 is capable of attracting a magnetic group 21 and a rotation stop 50 disposed opposite to the magnetic field of the magnet group 22; the magnetic group 21 is disposed in the lock cylinder 30 and is made of metal (iron, cobalt or Nickel), magnets or other materials that can be attracted by magnetic forces.

The lock cylinder 30 has a connecting surface 31 , a locking portion 32 , and a receiving chamber 35 interposed between the connecting surface 31 and the locking portion 32 . The accommodating chamber 35 is provided with a fixing portion 37 to which the magnetic group 21 is fitted. The lock cylinder 30 is provided with a notch 33 that is connected to the connecting surface 31. The lock portion 32 is formed with a locking tongue 38. The locking portion 32 defines a first space 36 on one side, and the locking portion 32 is in the receiving chamber 35 and the locking tongue. Between 38, a second space 39 is formed.

The fixing base 40 has a plate body 48. The plate body 48 includes a receiving hole 46, a fixing hole 47 formed on both sides of the receiving hole 46, and a rail 44 formed by the adjacent receiving hole 46. The rail 44 is a hollow arc-shaped column structure protruding from the plate body 48, and the lock cylinder 30 can be received in the receiving hole 46. It is also shown that a coupler 60 is threaded into the fixing hole 47 to fix the fixing seat 40 to the door panel 90. The coupler 60 can be a screw, a rivet, or a bolt or the like.

In the embodiment taken, the rotation stop 50 has a through hole 52, and the through hole 52 is provided with an internal thread structure. The rotation stop 50 is formed by a combination of magnets of a specific magnetic pole to form a magnetic field distribution of a specific configuration. The through hole 52 is connected or pivoted to the sliding shaft 70 in a ring structure configuration with respect to a specific magnetic field (or magnetic pole) distribution of the magnetic key 10.

The sliding shaft 70 is provided with a regulating end 71, a head end 72, and a waist portion 73 between the regulating end 71 and the head end 72. The head end 72 has a radius larger than the regulating end 71, and the regulating end 71 is provided with an external thread, and the regulating end 71 The external threads are engageable with the internal threads of the rotator bore 52; the waist 73 is in series with the spring 54 to allow the spring 54 to reciprocate between the rotator 50 and the head end 72.

Referring to FIG. 3, the sliding shaft 70 is mounted in the rail 44. The spring 54 is disposed on the waist portion 73 of the sliding shaft 70. The sliding shaft 70 can be pressed by the spring 54 or release the pressurized energy in the accumulating spring. The slide shaft 70 is moved in the rail 44, and the rotation stopper 50 is fitted into the recess 33, and the recess 33 combines the rotation stopper 50 or forms an interference with the rotation stopper 50 to block the lock cylinder 30; It is disposed in the receiving hole 46 to form a magnetic lock structure.

Referring to FIG. 4, when the magnetic key 10 is close to the lock cylinder 30, the magnetic group 21 and the stopper 50 inside the housing chamber 35 are attracted by the magnet group 22 of the special magnetic pole (or magnetic field) inside the magnetic key 10. Moving toward the magnetic key 10, the sliding shaft 70 that drives the connection of the rotation stop 50 moves toward the magnetic key 10, and the rotation stopper 50 is disengaged from the notch 33, thereby releasing the above-mentioned interference or blocking state, and the lock cylinder 30 is freely formed. The situation of rotation.

Referring to Figures 5 and 6, at this time, the lock tongue 38 of the lock cylinder 30 cooperates with the second space 39, and still locks the bone body 91; by rotating the specific magnetic key 10, the lock portion 32 of the lock core 30 and the lock The tongue 38 also rotates, moving the second space 39 away from the nano-body cabinet 91, causing the magnetic lock structure to become unlocked from latching; for example, the situation depicted in Figures 7 and 8.

FIG. 8 particularly shows the case where the nano-door panel 90 is opened; that is, the magnetic key 10 rotates the lock cylinder 30 so that the body 91 is located in the first space 36, and the door panel 90 and the body 91 are separated from the lock tongue 38 to enable the door. The board 90 is opened.

Typically, the nano-lock door panel magnetic lock structure is different from the old method in that the rotation stop 50 cooperates with the design of the specific magnetic key 10; its structural design has the following characteristics with respect to the prior art; Conditions and advantages to be considered: 1. The magnetic lock structure does not need to be additionally provided with a keyhole to unlock. The magnetic key 10 can be unlocked by magnetic induction, and the overall structure design of the nano-door panel 90 can be more perfect and beautiful. 2. By the magnet group 21 of the specific magnetic field (or magnetic pole) distributed in the magnetic key 10, the corresponding magnetic field of the stopper 50 and the magnetic group 21, the specific magnetic key 10 is required to be opened to open the corresponding magnetic lock structure. Moreover, it can provide more complete security than conventional techniques, and at the same time improve the troubles of conventional operations.

Therefore, this creation department provides an effective nano-locking door panel magnetic lock structure improvement, its safety is quite different from the conventional type, and has the advantages unmatched in the old method, showing a considerable progress.

10‧‧‧ magnetic key

21‧‧‧Magnetic group

22‧‧‧ Magnet group

30‧‧‧Lock core

31‧‧‧ Connection surface

32‧‧‧Lock Department

33‧‧‧ Notch

35‧‧‧ accommodating room

36‧‧‧First space

37‧‧‧ Fixed Department

38‧‧‧Lock tongue

39‧‧‧Second space

40‧‧‧ Fixed seat

44‧‧‧ Track

46‧‧‧ accommodating holes

47‧‧‧Fixed holes

48‧‧‧ board

50‧‧‧ rotator

52‧‧‧through hole

54‧‧‧ Spring

60‧‧‧ combiner

70‧‧‧Sliding shaft

71‧‧‧Control side

72‧‧‧ head end

73‧‧‧ waist

90‧‧‧ Door panel

91‧‧‧Ontology

The first figure is a schematic diagram of the exploded structure of the creation, and describes the components of the magnetic lock structure of the nano-door panel.

Figure 2 is a combination of the creations, describing the combination of the magnetic lock structure of the nano-door panel.

Figure 3 is a schematic cross-sectional view of the present embodiment, showing the internal bonding of the nano-lock door magnetic lock structure.

Figure 4 is a dynamic simulation of one of the creations, showing the movement of the magnet set and the stop when the magnetic key is close to the nano-lock door magnetic lock structure.

Figure 5 is a schematic view showing the use of the creative embodiment, showing that the magnetic lock structure is rotated by the magnetic key to achieve the unlocking state.

Figure 6 is a schematic cross-sectional view of the creation, depicting the situation of latching.

Figure 7 is a schematic cross-sectional view showing one embodiment of the present operation operation, illustrating the case of unlocking.

Figure 8 is a schematic perspective view of one embodiment of the present operation.

Claims (23)

The utility model relates to a nano-lock door magnetic lock structure, which comprises a lock core, the lock core has a connecting surface, a locking portion, a receiving chamber between the connecting surface and the locking portion, and a magnetic group is arranged inside the receiving chamber a lock body is provided with a lock tongue; a fixed seat has a plate body, the plate body comprises a receiving hole, a fixing hole and a track, the lock core is received in the receiving hole; a magnetic key, a magnetic key is arranged inside the magnetic key a sliding shaft that is mounted in the track of the fixed seat; and a rotation stop that is coupled to the sliding shaft. A nano-door panel magnetic lock structure according to claim 1, wherein at least one of the magnet group, the rotation stop and the magnetic group forms a specific magnetic pole distribution. The nano-lock door panel magnetic lock structure according to claim 1 or 2, wherein the lock cylinder is provided with a notch that is connected to the connecting surface, and the rotation stopper has a movable fitting recess. The nano-lock door panel magnetic lock structure according to claim 1 or 2, wherein the sliding shaft is provided with a regulating end, a head end, a connecting control end and a waist end of the head end, and the waist combined spring is installed in the rail . The nano-lock door panel magnetic lock structure according to claim 3, wherein the sliding shaft is provided with a regulating end, a head end, a waist connecting the regulating end and the head end, and the waist combining spring is installed in the rail. The nano-lock door panel magnetic lock structure according to claim 4, wherein the stopper is provided with a through hole, and the regulating end is combined with the through hole. The nano-lock door panel magnetic lock structure according to claim 5, wherein the stopper is provided with a through hole, and the regulating end is combined with the through hole. The nano-lock door panel magnetic lock structure according to claim 1 or 2, wherein the inside of the accommodating chamber is provided with a fixing portion, and the magnetic group is fitted in the fixing portion. The nano-lock door panel magnetic lock structure according to claim 3, wherein the inside of the accommodating chamber is provided with a fixing portion, and the magnetic group is fitted in the fixing portion. The nano-lock door panel magnetic lock structure according to the fourth aspect of the invention, wherein the inside of the accommodating chamber is provided with a fixing portion, and the magnetic group is fitted in the fixing portion. The nano-lock door panel magnetic lock structure according to claim 5, wherein the inside of the accommodating chamber is provided with a fixing portion, and the magnetic group is fitted in the fixing portion. The nano-lock door panel magnetic lock structure according to claim 6, wherein the inside of the accommodating chamber is provided with a fixing portion, and the magnetic group is fitted in the fixing portion. The nano-lock door panel magnetic lock structure according to claim 1 or 2, wherein the lock portion defines a first space on one side, and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 3, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 4, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 5, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 6, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 7, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 8, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 9, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 10, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 11, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue. The nano-lock door panel magnetic lock structure according to claim 12, wherein the first space formed by the accommodating chamber and the lock portion forms a second space between the accommodating chamber and the lock tongue.