CN204109974U - Automobile anti-theft lock - Google Patents
Automobile anti-theft lock Download PDFInfo
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- CN204109974U CN204109974U CN201420035924.0U CN201420035924U CN204109974U CN 204109974 U CN204109974 U CN 204109974U CN 201420035924 U CN201420035924 U CN 201420035924U CN 204109974 U CN204109974 U CN 204109974U
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- lock
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/01—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens
- B60R25/02—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens operating on the steering mechanism
- B60R25/021—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens operating on the steering mechanism restraining movement of the steering column or steering wheel hub, e.g. restraining means controlled by ignition switch
- B60R25/0215—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens operating on the steering mechanism restraining movement of the steering column or steering wheel hub, e.g. restraining means controlled by ignition switch using electric means, e.g. electric motors or solenoids
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- Mechanical Engineering (AREA)
- Lock And Its Accessories (AREA)
Abstract
Automobile anti-theft lock, be first equipped with a kind of can in case the spring lock lock control structure of technical unlocking.Tapered end is equipped with a set of cipher mechanism.Then, a joint is stretched out under making lock core.Upper cover one miniature gears.Meanwhile there is a rack structure with lock core axes normal.By miniature gears together with tooth bar abutting joint.Axle under vehicle steering is equipped with a hole.The rack structure of lock control structure can be stretched into wherein.Or the axle of electrical motor is docking together by gear and tooth bar.Electrical motor rotating forward tooth bar is just inserted in the hole of the axle under vehicle steering.Exit in the hole of the axle of electrical motor reversion tooth bar just from vehicle steering.The bidirectional switch controlling electrical motor is controlled by the teleswitch of prior art.The energy of electrical motor is provided by the accumulating system on car.
Description
Technical field
The utility model relates to automobile anti-theft lock.
Background technology
Current automobile burglar is latched in some defects.Not very desirable.
Summary of the invention
In order to overcome the defect of existing automobile anti-theft lock, the utility model provides automobile anti-theft lock, and this automobile anti-theft lock overcomes some defects of existing automobile anti-theft lock, is conducive to people antitheft.
The technical scheme that the utility model provides is: automobile anti-theft lock, arranges a lock control structure exactly on the axle under vehicle steering; Lock control structure on axle under vehicle steering comprises the hole that the axle under vehicle steering is arranged; The parts in hole can be inserted into; And the dependency structure of function unit; Only have after exiting in the hole that the axle of parts from bearing circle is arranged, bearing circle could rotate.
Specific as follows.
First manufacture and design a kind of spring lock lock control structure, tapered end is still made up of lock core, lock body.Tapered end arranges a set of cipher mechanism.Namely a hole is opened at the lock body position of cylinder lock along axis.Some positions in this hole and lock core communicate.Just to 360 degree of the lock core at the position that communicates circumferentially have a pit.Arrange a rod shape thing to insert in the hole.The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit.The position that hole and lock core communicate is arranged on a steel ball or a pellet.Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet.Now lock core just can rotate and be opened by lock.When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core.Now lock core cannot rotate.Spontaneous combustion also just cannot open lock.The termination of rod shape thing outside tapered end is that it has password scale to round pie.When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet.Now lock core can be opened by rotation lock.Or the password scale on the round pie termination of rod shape thing outside tapered end is in a thin pieces.Thin pieces encloses round pie termination.Thin pieces is fixed by screws in the screw hole under round pie termination.Screw hole so has multiple.So password can convert.The termination of rod shape thing in tapered end is fixed wtih by pin.Cannot move outside tapered end.Only have taking-up pin to make rod shape thing move on to outside tapered end, could password be converted.Or password can be fixed inoperative.Even if the pit on rod shape thing is all the time facing to steel ball or pellet.Method arranges a male member on the lock body of the end of rod shape thing in tapered end.Male member there are screw hole or pinhole.Corresponding rod shape thing pit of being taken in just has screw hole or pinhole to when steel ball or pellet.Or screw is cheated, pin hole.With screw or pin, male member and rod shape thing are fixed together.The pit on rod shape thing is made to face toward steel ball and pellet all the time.Password just loses effect.Cipher mechanism so or be equipped with two covers or be equipped with many covers.And the number of being numbered with.So just can effectively open by preventing techniques.
Above spring lock lock control structure also has a technical characteristic, and exactly when a cylinder is pacified at lock core rear portion, lock core can exit from lock body.Change after the pellet in lock core rearranges by a key and pacify again into lock body.So sometimes need not change tapered end has only changed key just.Therefore, a lock should have many key of different tartar.
Then, a joint is stretched out under making lock core.Upper cover one miniature gears.Meanwhile there is a rack structure with lock core axes normal.Rack structure only has rear portion to have tooth.The front portion side of the being bodily form or the flat bodily form or other bodily form.By miniature gears together with tooth bar abutting joint, lock core drives pinion rotation just can control rack structure sway.This lock control structure is arranged on the suitable location of the axle under vehicle steering.Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering.Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole.The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein.So, the bearing circle of automobile is just locked.Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
Or manufacture and design a rack structure.Rack structure only has rear portion to have tooth.The front portion side of the being bodily form or the flat bodily form or other bodily form.An electrical motor is had in addition in the vertical direction of rack structure.The axle of electrical motor is docking together by gear and tooth bar.The square bodily form of rack structure front portion or the flat bodily form or other bodily form are just to the axle under vehicle steering.Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole.The square bodily form of the front portion of rack structure or the flat bodily form or other body structure can be stretched into wherein.Electrical motor rotates forward the square bodily form of front portion of rack structure or the flat bodily form or other body structure and is just inserted in the hole of the axle under vehicle steering.Exit in the square bodily form of front portion of electrical motor reversion rack structure or the hole of the flat bodily form or the axle of other body structure just from vehicle steering.The bidirectional switch controlling electrical motor is controlled by the teleswitch of prior art.The energy of electrical motor is provided by the accumulating system on car.
The beneficial effects of the utility model are, owing to there being another modern automobile anti-theft column lock, people antitheft many again recruit.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Accompanying drawing 1 is another modern automobile anti-theft column lock schematic diagram in the utility model embodiment one.
In figure: the miniature gears that the joint that 1, lock core stretches out above overlaps.2, there is the part of tooth at rack structure rear portion.3, the square bodily form of rack structure front portion or the flat bodily form or other bodily form.
Detailed description of the invention
Embodiment one, automobile anti-theft lock, arrange a lock control structure exactly on the axle under vehicle steering; Lock control structure on axle under vehicle steering comprises the hole that the axle under vehicle steering is arranged; The parts in hole can be inserted into; And the dependency structure of function unit; Only have after exiting in the hole that the axle of parts from bearing circle is arranged, bearing circle could rotate.
Specific as follows.
First manufacture and design a kind of spring lock lock control structure, tapered end is still made up of lock core, lock body.Tapered end arranges a set of cipher mechanism.Namely a hole is opened at the lock body position of cylinder lock along axis.Some positions in this hole and lock core communicate.Just to 360 degree of the lock core at the position that communicates circumferentially have a pit.Arrange a rod shape thing to insert in the hole.The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit.The position that hole and lock core communicate is arranged on a steel ball or a pellet.Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet.Now lock core just can rotate and be opened by lock.When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core.Now lock core cannot rotate.Spontaneous combustion also just cannot open lock.The termination of rod shape thing outside tapered end is that it has password scale to round pie.When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet.Now lock core can be opened by rotation lock.The termination of rod shape thing in tapered end is fixed wtih by pin.Cannot move outside tapered end.Cipher mechanism so or be equipped with two covers or be equipped with many covers.And the number of being numbered with.So just can effectively open by preventing techniques.
Then, a joint is stretched out under making lock core.Upper cover one miniature gears.Meanwhile there is a rack structure with lock core axes normal.Rack structure only has rear portion to have tooth.The front portion side of the being bodily form or the flat bodily form or other bodily form.By miniature gears together with tooth bar abutting joint, see accompanying drawing 1.Lock core drives pinion rotation just can control rack structure sway.This lock control structure is arranged on the suitable location of the axle under vehicle steering.Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering.Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole.The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein.So, the bearing circle of automobile is just locked.Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
Embodiment two, on the basis of embodiment one, or the password scale on the round pie termination of rod shape thing outside tapered end is in a thin pieces.Thin pieces encloses round pie termination.Thin pieces is fixed by screws in the screw hole under round pie termination.Screw hole so has multiple.So password can convert.The termination of rod shape thing in tapered end is fixed wtih by pin.Cannot move outside tapered end.Only have taking-up pin to make rod shape thing move on to outside tapered end, could password be converted.
Embodiment three, on the basis of embodiment one, or password can be fixed inoperative.Even if the pit on rod shape thing is all the time facing to steel ball or pellet.Method arranges a male member on the lock body of the end of rod shape thing in tapered end.Male member there are screw hole or pinhole.Corresponding rod shape thing pit of being taken in just has screw hole or pinhole to when steel ball or pellet.Or screw is cheated, pin hole.With screw or pin, male member and rod shape thing are fixed together.The pit on rod shape thing is made to face toward steel ball and pellet all the time.Password just loses effect.
Embodiment four, on the basis of embodiment one, spring lock lock control structure also has a technical characteristic, and exactly when a cylinder is pacified at lock core rear portion, lock core can exit from lock body.Change after the pellet in lock core rearranges by a key and pacify again into lock body.So sometimes need not change tapered end has only changed key just.Therefore, a lock should have many key of different tartar.
Embodiment five, automobile anti-theft lock, arrange a lock control structure exactly on the axle under vehicle steering; Lock control structure on axle under vehicle steering comprises the hole that the axle under vehicle steering is arranged; The parts in hole can be inserted into; And the dependency structure of function unit; Only have after exiting in the hole that the axle of parts from bearing circle is arranged, bearing circle could rotate.
Specific as follows.
Manufacture and design a rack structure.Rack structure only has rear portion to have tooth.The front portion side of the being bodily form or the flat bodily form or other bodily form.An electrical motor is had in addition in the vertical direction of rack structure.The axle of electrical motor is docking together by gear and tooth bar.See accompanying drawing 1.The square bodily form of rack structure front portion or the flat bodily form or other bodily form are just to the axle under vehicle steering.Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole.The square bodily form of the front portion of rack structure or the flat bodily form or other body structure can be stretched into wherein.Electrical motor rotates forward the square bodily form of front portion of rack structure or the flat bodily form or other body structure and is just inserted in the hole of the axle under vehicle steering.Exit in the square bodily form of front portion of electrical motor reversion rack structure or the hole of the flat bodily form or the axle of other body structure just from vehicle steering.The bidirectional switch controlling electrical motor is controlled by the teleswitch of prior art.The energy of electrical motor is provided by the accumulating system on car.
Claims (10)
1. automobile anti-theft lock, is characterized in that: on the axle under vehicle steering, arrange a lock control structure exactly; Lock control structure on axle under vehicle steering comprises the hole that the axle under vehicle steering is arranged; The parts in hole can be inserted into; And the dependency structure of function unit; Only have after exiting in the hole that the axle of parts from bearing circle is arranged, bearing circle could rotate.
2. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; The termination of rod shape thing outside tapered end is that it has password scale to round pie; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
3. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; The termination of rod shape thing outside tapered end is that it has password scale to round pie; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Spring lock lock control structure also has a technical characteristic, exactly when a cylinder is pacified at lock core rear portion, lock core can exit from lock body, change after the pellet in lock core rearranges by a key and pacify again into lock body, so sometimes need not change tapered end has only changed key just, therefore, a lock should have many key of different tartar; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
4. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; Password scale on the round pie termination of rod shape thing outside tapered end is in a thin pieces; Thin pieces encloses round pie termination; Thin pieces is fixed by screws in the screw hole under round pie termination; Screw hole so has multiple; So password can convert; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Taking-up pin is only had to make rod shape thing move on to tapered end; Password could be converted; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
5. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; Password scale on the round pie termination of rod shape thing outside tapered end is in a thin pieces; Thin pieces encloses round pie termination; Thin pieces is fixed by screws in the screw hole under round pie termination; Screw hole so has multiple; So password can convert; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; The termination of rod shape thing in tapered end is fixed wtih by pin; Cannot move outside tapered end; Taking-up pin is only had to make rod shape thing move on to tapered end; Password could be converted; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Spring lock lock control structure also has a technical characteristic, exactly when a cylinder is pacified at lock core rear portion, lock core can exit from lock body, change after the pellet in lock core rearranges by a key and pacify again into lock body, so sometimes need not change tapered end has only changed key just, therefore, a lock should have many key of different tartar; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
6. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; The termination of rod shape thing outside tapered end is that it has password scale to round pie; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; Or password can be fixed inoperative, even if the pit on rod shape thing is all the time facing to steel ball or pellet; Method arranges a male member on the lock body of the end of rod shape thing in tapered end; Male member there are screw hole or pinhole; Corresponding rod shape thing pit of being taken in just has screw hole or pinhole to when steel ball or pellet; Or screw is cheated, pin hole; With screw or pin, male member and rod shape thing are fixed together; Make the pit on rod shape thing face toward steel ball and pellet all the time, password just loses effect; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
7. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; The termination of rod shape thing outside tapered end is that it has password scale to round pie; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; Or password can be fixed inoperative, even if the pit on rod shape thing is all the time facing to steel ball or pellet; Method arranges a male member on the lock body of the end of rod shape thing in tapered end; Male member there are screw hole or pinhole; Corresponding rod shape thing pit of being taken in just has screw hole or pinhole to when steel ball or pellet; Or screw is cheated, pin hole; With screw or pin, male member and rod shape thing are fixed together; Make the pit on rod shape thing face toward steel ball and pellet all the time, password just loses effect; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Spring lock lock control structure also has a technical characteristic, exactly when a cylinder is pacified at lock core rear portion, lock core can exit from lock body, change after the pellet in lock core rearranges by a key and pacify again into lock body, so sometimes need not change tapered end has only changed key just, therefore, a lock should have many key of different tartar; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
8. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; Password scale on the round pie termination of rod shape thing outside tapered end is in a thin pieces; Thin pieces encloses round pie termination; Thin pieces is fixed by screws in the screw hole under round pie termination; Screw hole so has multiple; So password can convert; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Only have taking-up pin to make rod shape thing move on to outside tapered end, could password be converted; Or password can be fixed inoperative, even if the pit on rod shape thing is all the time facing to steel ball or pellet; Method arranges a male member on the lock body of the end of rod shape thing in tapered end; Male member there are screw hole or pinhole; Corresponding rod shape thing pit of being taken in just has screw hole or pinhole to when steel ball or pellet; Or screw is cheated, pin hole; With screw or pin, male member and rod shape thing are fixed together; Make the pit on rod shape thing face toward steel ball and pellet all the time, password just loses effect; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
9. automobile anti-theft lock according to claim 1, is characterized in that: first manufacture and design a kind of spring lock lock control structure; Tapered end is still made up of lock core, lock body; Tapered end arranges a set of cipher mechanism; Namely a hole is opened at the lock body position of cylinder lock along axis; Some positions in this hole and lock core communicate; Just to 360 degree of the lock core at the position that communicates circumferentially have a pit; Arrange a rod shape thing to insert in the hole; The rod shape thing inserted in the hole just to 360 degree of the position that communicates circumferentially also have a pit; The position that hole and lock core communicate is arranged on a steel ball or a pellet; Require that a part for steel ball or pellet can arrive this pit when the pit on rod shape thing aims at steel ball or pellet, now lock core just can rotate and be opened by lock; When the pit on rod shape thing not facing steel ball or pellet, a part for steel ball or pellet is inevitable in the pit of lock core, and now lock core cannot rotate, and spontaneous combustion also just cannot open lock; Password scale on the round pie termination of rod shape thing outside tapered end is in a thin pieces; Thin pieces encloses round pie termination; Thin pieces is fixed by screws in the screw hole under round pie termination; Screw hole so has multiple; So password can convert; When some scales aim at the mark in plug face, show that the pit on rod shape thing faces steel ball or pellet, now lock core can be opened by rotation lock; The termination of rod shape thing in tapered end is fixed wtih by pin, cannot move outside tapered end; Only have taking-up pin to make rod shape thing move on to outside tapered end, could password be converted; Or password can be fixed inoperative, even if the pit on rod shape thing is all the time facing to steel ball or pellet; Method arranges a male member on the lock body of the end of rod shape thing in tapered end; Male member there are screw hole or pinhole; Corresponding rod shape thing pit of being taken in just has screw hole or pinhole to when steel ball or pellet; Or screw is cheated, pin hole; With screw or pin, male member and rod shape thing are fixed together; Make the pit on rod shape thing face toward steel ball and pellet all the time, password just loses effect; Cipher mechanism so or be equipped with two covers or be equipped with many covers, and the number of being numbered with, so just can effectively open by preventing techniques; Spring lock lock control structure also has a technical characteristic, exactly when a cylinder is pacified at lock core rear portion, lock core can exit from lock body, change after the pellet in lock core rearranges by a key and pacify again into lock body, so sometimes need not change tapered end has only changed key just, therefore, a lock should have many key of different tartar; Then, a joint is stretched out under making lock core; Upper cover one miniature gears; Meanwhile there is a rack structure with lock core axes normal; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; By miniature gears together with tooth bar abutting joint; Lock core drives pinion rotation just can control rack structure sway; This lock control structure is arranged on the suitable location of the axle under vehicle steering; Make the square bodily form of rack structure front portion or the flat bodily form or other bodily form just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure can be stretched into wherein, and so, the bearing circle of automobile is just locked; Make the bearing circle energy flexible rotating of automobile, must lock be opened, make the square bodily form of the front portion of the rack structure of lock control structure or the flat bodily form or other body structure, exit in the hole on the axle from vehicle steering, the bearing circle energy flexible rotating of automobile.
10. automobile anti-theft lock according to claim 1, is characterized in that: be exactly manufacture and design a rack structure; Rack structure only has rear portion to have tooth; The front portion side of the being bodily form or the flat bodily form or other bodily form; An electrical motor is had in addition in the vertical direction of rack structure; The axle of electrical motor is docking together by gear and tooth bar; The square bodily form of rack structure front portion or the flat bodily form or other bodily form are just to the axle under vehicle steering; Meanwhile, vehicle steering is turned certain angle, the position of the square bodily form of rack structure front portion or the flat bodily form or the just right axle of other bodily form is arranged a hole; The square bodily form of the front portion of rack structure or the flat bodily form or other body structure can be stretched into wherein; Electrical motor rotates forward the square bodily form of front portion of rack structure or the flat bodily form or other body structure and is just inserted in the hole of the axle under vehicle steering; Exit in the square bodily form of front portion of electrical motor reversion rack structure or the hole of the flat bodily form or the axle of other body structure just from vehicle steering; The bidirectional switch controlling electrical motor is controlled by the teleswitch of prior art; The energy of electrical motor is provided by the accumulating system on car.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420035924.0U CN204109974U (en) | 2013-02-25 | 2014-01-20 | Automobile anti-theft lock |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320083372.6 | 2013-02-25 | ||
| CN201320083372 | 2013-02-25 | ||
| CN201420035924.0U CN204109974U (en) | 2013-02-25 | 2014-01-20 | Automobile anti-theft lock |
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| Publication Number | Publication Date |
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| CN204109974U true CN204109974U (en) | 2015-01-21 |
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| CN201420035924.0U Expired - Fee Related CN204109974U (en) | 2013-02-25 | 2014-01-20 | Automobile anti-theft lock |
| CN201410025418.8A Pending CN104260690A (en) | 2013-02-25 | 2014-01-20 | Automobile anti-theft lock |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201410025418.8A Pending CN104260690A (en) | 2013-02-25 | 2014-01-20 | Automobile anti-theft lock |
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| CN (2) | CN204109974U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104260690A (en) * | 2013-02-25 | 2015-01-07 | 赵彦杰 | Automobile anti-theft lock |
| CN105353154A (en) * | 2015-11-18 | 2016-02-24 | 浙江工商职业技术学院 | Informationized health examination system |
| CN105445448A (en) * | 2015-11-18 | 2016-03-30 | 浙江工商职业技术学院 | Informational physical examination system |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1133934A (en) * | 1995-04-18 | 1996-10-23 | 赵彦杰 | Method for making super-long multi-pellet theft-proof cylinder lock |
| CN201152071Y (en) * | 2006-10-23 | 2008-11-19 | 赵彦杰 | Final marble anti-theft lock and final theftproof system |
| CN202139911U (en) * | 2010-06-04 | 2012-02-08 | 牟光灵 | Novel antitheft lock cylinder |
| JP5600623B2 (en) * | 2011-03-17 | 2014-10-01 | 株式会社東海理化電機製作所 | Electric steering lock device |
| CN201970964U (en) * | 2011-03-31 | 2011-09-14 | 王英俊 | Anti-theft device for steering wheel of vehicle |
| CN202557659U (en) * | 2012-02-18 | 2012-11-28 | 赵彦杰 | Antitheft device for independent front-wheel vehicle |
| CN202745518U (en) * | 2012-02-18 | 2013-02-20 | 赵彦杰 | Novel marble anti-theft lock |
| CN204109974U (en) * | 2013-02-25 | 2015-01-21 | 赵彦杰 | Automobile anti-theft lock |
-
2014
- 2014-01-20 CN CN201420035924.0U patent/CN204109974U/en not_active Expired - Fee Related
- 2014-01-20 CN CN201410025418.8A patent/CN104260690A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104260690A (en) * | 2013-02-25 | 2015-01-07 | 赵彦杰 | Automobile anti-theft lock |
| CN105353154A (en) * | 2015-11-18 | 2016-02-24 | 浙江工商职业技术学院 | Informationized health examination system |
| CN105445448A (en) * | 2015-11-18 | 2016-03-30 | 浙江工商职业技术学院 | Informational physical examination system |
| CN105353154B (en) * | 2015-11-18 | 2017-07-25 | 浙江工商职业技术学院 | Information-based health check system |
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| Publication number | Publication date |
|---|---|
| CN104260690A (en) | 2015-01-07 |
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| CF01 | Termination of patent right due to non-payment of annual fee |