CN210483297U - Intelligent door lock constitutes integrated module of control - Google Patents
Intelligent door lock constitutes integrated module of control Download PDFInfo
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- CN210483297U CN210483297U CN201920875681.4U CN201920875681U CN210483297U CN 210483297 U CN210483297 U CN 210483297U CN 201920875681 U CN201920875681 U CN 201920875681U CN 210483297 U CN210483297 U CN 210483297U
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- guide rail
- bolt
- lock cylinder
- intelligent door
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Abstract
The utility model relates to an intelligent lock constitutes collection moulding piece of control. The lock cylinder sleeve is sleeved in the lock cylinder sleeve seat and fixed with the lock cylinder sleeve seat, and the four positions at the top of the lock cylinder sleeve seat are respectively provided with lower crotch-shaped guide rail sheets; inner lock cylinder rings are welded on the outer edge sides of the four upper crotch-shaped guide rail pieces, and outer lock cylinder rings are welded on the outer edge sides of the four lower crotch-shaped guide rail pieces; the utility model adopts the inner lock core ring and the upper crotch-shaped guide rail piece as the clavicle bracket to be installed and fixed at the outer lock installation position; the technical scheme is that a locking piece clack is oppositely fixed on the top of a lock cylinder barrel, and a chip control assembly of an intelligent door lock is fixedly installed on the locking piece clack.
Description
Technical Field
The utility model relates to an intelligent lock constitutes collection moulding piece of control.
Background
The intelligent lock is a lock which is different from a traditional mechanical lock and is more intelligent in the aspects of user identification, safety and manageability, and the intelligent lock is an execution component for locking a door in an access control system. The electronic lock can not be called as an intelligent lock, and the intelligent mark of the intelligent lock is whether the intelligent lock can be remotely controlled by a mobile phone and linked with an intelligent home. Simply put it way: the intelligent lock is structurally characterized in that a mechanical lock rod part, an electronic driving lock part and an electronic control part are adopted. Then, in the research and development field of the intelligent door lock, many enterprises only pay attention to the research of the electric control part, but the electronic control principle of the mechanical part is particularly weak.
Disclosure of Invention
The utility model aims at providing an intelligent lock constitutes collection moulding piece of control.
The utility model provides a following technical scheme is adopted to its foretell technical problem: an intelligent door lock constitutes the integrated module of control, its main structure has: the lock core comprises an inner lock core ring, an outer lock core ring, an upper crotch-shaped guide rail piece, a lower crotch-shaped guide rail piece, a lock core barrel, a lock hole traction wire groove, a lock piece petal, a drawer plate piece, a lock clamping hole, a metal clamp spring, a lock core sleeve seat, a first guide rail piece web plate, a second guide rail piece web plate, a lock tongue guide strip, an outer lock installation position, a traction wire, an inner buckle spring and a lock tongue jumper, wherein the upper crotch-shaped guide rail pieces are welded at four equal parts of the bottom end of the lock core barrel, the lock core barrel is sleeved in the lock core sleeve seat and fixed with the lock core sleeve seat, and the lower crotch-shaped guide rail pieces are arranged at four positions at the top of the lock core sleeve seat; inner lock cylinder rings are welded on the outer edge sides of the four upper crotch-shaped guide rail pieces, and outer lock cylinder rings are welded on the outer edge sides of the four lower crotch-shaped guide rail pieces;
an abdominal cavity is formed in the lock cylinder barrel, and four lock hole traction wire grooves are milled on the inner wall of the abdominal cavity pipeline; a drawer plate is cast and formed on the outer side of the lock cylinder barrel, a locking hole is formed in the drawer plate, and a metal clamp spring is arranged in the locking hole;
the four lockhole traction wire grooves are communicated with the lock clamping holes, traction wires are arranged in the lockhole traction wire grooves, and the tail ends of the four traction wires penetrate through the lock clamping holes and are bound by the metal clamp springs; the initial position of the traction wire is fixed on the inner side of the spring bolt jumper;
a second guide rail sheet web is integrally cast and processed at the upper end of the upper crotch-shaped guide rail sheet; a first guide rail sheet web is integrally cast and processed at the lower end of the lower crotch-shaped guide rail sheet; the four corners of the lock cylinder sleeve seat are provided with lock tongue guide strips which penetrate through the side walls of the lock tongue jumpers; a spring embedding hole channel is arranged between the bolt guide bar and the web plate of the second guide rail piece, and an inner buckle spring is arranged in the spring embedding hole channel;
the upper fork-shaped guide rail sheet in the inner lock cylinder ring is used as a clavicle bracket and is fixedly arranged at the outer lock mounting position; the lock core section of thick bamboo top opposition be fixed with the latch fitting lamella, the latch fitting lamella on the chip control assembly that the installation is fixed with intelligent lock, and its latch fitting lamella is covered with electromagnetic signal shielding screen panel.
Furthermore, the inner lock cylinder ring is sleeved on a circular hole position for installing the intelligent door.
Further, the outer lock mounting position is an outer side plate of the door panel.
Furthermore, the outer wall of the bolt jumper is abutted against a lock rod piece arranged in the door.
Furthermore, a wire winding motor is arranged in the lock cylinder, and each traction wire is wound on the inner rotor shaft of the traction wire.
Furthermore, the upper end of the bolt jumper is buckled on the web plate of the first guide rail piece.
Furthermore, the lower end of the bolt jumper is buckled on a web plate of the second guide rail piece.
Furthermore, the horizontal telescopic range of the bolt jumper is 3-5 cm.
The utility model has the advantages that: the internal lock core ring is internally provided with an upper crotch-shaped guide rail piece which is used as a clavicle bracket and is fixedly arranged at an external lock mounting position; the technical scheme is that a locking piece clack is oppositely fixed on the top of a lock cylinder barrel, and a chip control assembly of an intelligent door lock is fixedly installed on the locking piece clack.
Drawings
Fig. 1 is the lock cylinder structure diagram of the integrated module controlled by the intelligent door lock.
Fig. 2 is the utility model relates to an integrated module overlooking structure chart that intelligence lock constitutes control.
Fig. 3 is the utility model relates to an intelligent lock constitutes the whole structure chart of the integrated module of control.
Fig. 4 is the core front view of the intelligent door lock constituting the control integrated module of the present invention.
Fig. 5 is the core structure diagram of the intelligent door lock forming the control integrated module.
In the figure, 1-an inner lock cylinder ring, 2-an outer lock cylinder ring, 3-an upper crotch-shaped guide rail piece, 4-a lower crotch-shaped guide rail piece, 5-a lock cylinder, 51-a lock hole traction thread groove, 6-a lock piece petal, 7-a drawer plate piece, 71-a lock clamping hole, 72-a metal snap spring, 8-a lock cylinder sleeve seat, 81-a first guide rail piece web plate, 82-a second guide rail piece web plate, 83-a lock tongue guide strip, 9-an outer lock installation position, 10-a traction thread, 11-an inner buckle spring and 12-a lock tongue jumper.
Detailed Description
The following description of the present invention will be made in detail with reference to the accompanying drawings 1 to 5.
Example (b): an intelligent door lock constitutes the integrated module of control, its main structure has: the lock core comprises an inner lock core ring 1, an outer lock core ring 2, an upper crotch-shaped guide rail piece 3, a lower crotch-shaped guide rail piece 4, a lock core cylinder 5, a lock hole traction thread groove 51, a lock piece petal 6, a drawer plate 7, a lock clamping hole 71, a metal clamp spring 72, a lock core sleeve seat 8, a first guide rail piece web 81, a second guide rail piece web 82, a lock tongue guide strip 83, an outer lock installation position 9, a traction thread 10, an inner buckle spring 11 and a lock tongue jumper 12, wherein the upper crotch-shaped guide rail piece 3 is welded at four equal-divided positions at the bottom end of the lock core cylinder 5, the lock core cylinder 5 is sleeved in the lock core sleeve seat 8 and fixed with the lock core sleeve seat 8, and the lower crotch-shaped guide rail piece 4 is arranged at four positions at the top of the lock core sleeve seat 8; inner lock cylinder rings 1 are welded on the outer edge sides of the four upper crotch-shaped guide rail pieces 3, and outer lock cylinder rings 2 are welded on the outer edge sides of the four lower crotch-shaped guide rail pieces 4;
an abdominal cavity is formed in the lock cylinder barrel 5, and four lock hole traction wire grooves 51 are milled on the inner wall of the abdominal cavity pipeline; a drawer plate 7 is formed outside the lock cylinder 5 in a pouring mode, a locking hole 71 is formed in the drawer plate 7, and a metal clamp spring 72 is arranged in the locking hole 71;
the four lockhole traction wire drawing grooves 51 are communicated with the locking and clamping holes 71, traction wires 10 are arranged in the lockhole traction wire drawing grooves 51, and the tail ends of the four traction wires 10 penetrate into the locking and clamping holes 71 and are bound by metal clamp springs 72; the initial position of the traction wire 10 is fixed on the inner side of the bolt jumper 12;
a second guide rail web plate 82 is integrally cast and processed at the upper end of the upper crotch-shaped guide rail piece 3; a first guide rail sheet web plate 81 is integrally cast and processed at the lower end of the lower crotch-shaped guide rail sheet 4; the four corners of the lock cylinder sleeve seat 8 are provided with bolt guide strips 83, and the bolt guide strips 83 penetrate through the side walls of the bolt jumpers 12; a spring embedding hole is arranged between the bolt guide strip 83 and the second guide rail web 82, and an inner buckle spring 11 is arranged in the spring embedding hole;
the inner lock cylinder ring 1 is internally provided with an upper crotch-shaped guide rail piece 3 as a clavicle bracket which is fixedly arranged at an outer lock mounting position 9; 5 tops of a lock core section of thick bamboo 5 opposite be fixed with locking piece lamella 6, locking piece lamella 6 on the installation be fixed with the chip control assembly of intelligent lock, and its locking piece lamella 6 is covered with electromagnetic signal shielding screen panel.
Further, the inner lock cylinder ring 1 is sleeved on a circular hole position for installing the intelligent door.
Further, the outer lock installation position 9 is an outer side plate of the door panel.
Furthermore, the outer wall of the bolt jumper 12 is pressed against a lock rod piece arranged in the door.
Further, a wire winding motor is arranged in the lock cylinder 5, and each traction wire 10 is wound on the inner rotor shaft.
Further, the upper end of the tongue catcher 12 is buckled on the first guide rail web 81.
Further, the lower end of the tongue catcher 12 is buckled on the second guide rail web 82.
Furthermore, the horizontal extension range of the bolt jumper 12 is 3-5 cm.
The utility model discloses an application of the integrated part of skeleton control of electronic intelligence lock, its principle structure has following several characteristics: firstly, the lock rod control of the intelligent door adopts a collision mode instead of direct contact; the direct contact piece of the driving lock rod is a bolt jumper 12, the telescopic control of the bolt jumper 12 is realized through a traction wire 10, the design of the traction wire 10 is ingenious, the design of the traction wire is designed to be concealed in a lock cylinder barrel 5, and the design can prevent some illegal persons from directly opening the bolt traction wire 10 by inserting a small steel wire.
Secondly, the design that the silk motor of rolling up of design is same built-in to be protected in lock cylinder 5, and the most central automatically controlled part original paper of this intelligence lock: the chip control assembly of intelligence lock has then been installed in locking piece lamella 6, and its locking piece lamella 6 is covered with electromagnetic signal shielding screen panel. Through electromagnetic signal shielding screen panel, can resist the violent electromagnetic interference of lawless persons and open. Of course, the external signal transceiver of the chip control assembly of the intelligent door lock is externally arranged between the inner lock cylinder ring 1 and the outer lock cylinder ring 2.
The principle that a chip control assembly of the intelligent door lock is not controlled is not developed, and the key point of the protection of the scheme is that most of the control principle of a chip circuit part in the current market can be matched with the structure of a mechanical part of the intelligent door lock, so that the core of the protection of the scheme is a part combined by parts under the electronic control principle of the intelligent door lock.
Claims (8)
1. An intelligent door lock constitutes the integrated module of control, its main structure has: interior lock core ring (1), outer lock core ring (2), upper portion crotch form guide rail piece (3), lower part crotch form guide rail piece (4), a lock core section of thick bamboo (5), the lockhole is pull and is pull silk groove (51), locking piece lamella (6), steamer tray plate spare (7), jam hole (71), metal jump ring (72), lock core cover seat (8), first guide rail piece web (81), second guide rail piece web (82), spring bolt gib block (83), outer lock installation position (9), traction wire (10), interior jump ring (11), spring bolt jump (12), its characterized in that: the four equal positions at the bottom end of the lock cylinder barrel (5) are welded with upper crotch-shaped guide rail sheets (3), the lock cylinder barrel (5) is sleeved in the lock cylinder sleeve seat (8) and fixed with the lock cylinder sleeve seat, and the four positions at the top of the lock cylinder sleeve seat (8) are provided with lower crotch-shaped guide rail sheets (4); inner lock core rings (1) are welded on the outer edge sides of the four upper crotch-shaped guide rail pieces (3), and outer lock core rings (2) are welded on the outer edge sides of the four lower crotch-shaped guide rail pieces (4);
an abdominal cavity is arranged in the lock cylinder barrel (5), and four lock hole traction wire grooves (51) are milled on the inner wall of the abdominal cavity pipeline; a drawer plate (7) is formed on the outer side of the lock cylinder barrel (5) in a pouring mode, a locking hole (71) is formed in the drawer plate (7), and a metal clamp spring (72) is arranged in the locking hole (71);
the four lockhole traction wire grooves (51) are communicated with the locking and clamping holes (71), traction wires (10) are arranged in the lockhole traction wire grooves (51), and the tail ends of the four traction wires (10) penetrate into the locking and clamping holes (71) and are bound by metal clamp springs (72); the initial position of the traction wire (10) is fixed on the inner side of the bolt jumper (12);
a second guide rail piece web plate (82) is integrally cast and processed at the upper end of the upper fork-shaped guide rail piece (3); the lower end of the lower fork-shaped guide rail piece (4) is integrally cast and processed with a first guide rail piece web plate (81); the four corners of the lock cylinder sleeve seat (8) are provided with bolt guide strips (83), and the bolt guide strips (83) penetrate through the side walls of the bolt jumpers (12); a spring embedding hole is arranged between the bolt guide strip (83) and the second guide rail web plate (82), and an inner buckle spring (11) is arranged in the spring embedding hole;
the inner lock cylinder ring (1) is internally provided with an upper crotch-shaped guide rail piece (3) as a clavicle bracket which is fixedly arranged at an outer lock mounting position (9); a lock core section of thick bamboo (5) top opposition be fixed with latch fitting lamella (6), latch fitting lamella (6) on the chip control assembly that the installation is fixed with intelligent lock, and its latch fitting lamella (6) are covered with electromagnetic signal shielding screen panel.
2. The intelligent door lock forming control integrated module according to claim 1, wherein the inner lock cylinder ring (1) is sleeved on a circular hole site for installing the intelligent door.
3. An intelligent door lock forming control integrated module according to claim 1, characterized in that the outer lock mounting position (9) is an outer panel of a door panel.
4. The intelligent door lock forming control integrated module according to claim 1, characterized in that the outer wall of the bolt jumper (12) is abutted against a lock rod piece arranged in the door.
5. An integrated module of an intelligent door lock forming control according to claim 1, characterized in that the cylinder (5) is provided with a wire winding motor inside, and each of the traction wires (10) is wound on the inner rotor shaft.
6. The integrated module for constituting the control of the intelligent door lock according to claim 1, wherein the upper end of the bolt jumper (12) is buckled on the first guide rail piece web plate (81).
7. The intelligent door lock forming control integrated module as claimed in claim 1, wherein the lower end of the bolt jumper (12) is buckled on the second guide rail piece web plate (82).
8. The intelligent door lock forming control integrated module as claimed in claim 1, wherein the horizontal extension range of the bolt jumper (12) is 3-5 cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920875681.4U CN210483297U (en) | 2019-06-12 | 2019-06-12 | Intelligent door lock constitutes integrated module of control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920875681.4U CN210483297U (en) | 2019-06-12 | 2019-06-12 | Intelligent door lock constitutes integrated module of control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210483297U true CN210483297U (en) | 2020-05-08 |
Family
ID=70513516
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920875681.4U Active CN210483297U (en) | 2019-06-12 | 2019-06-12 | Intelligent door lock constitutes integrated module of control |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210483297U (en) |
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2019
- 2019-06-12 CN CN201920875681.4U patent/CN210483297U/en active Active
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