CN208184433U - The monoblock type lock controller of high safety performance - Google Patents
The monoblock type lock controller of high safety performance Download PDFInfo
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- CN208184433U CN208184433U CN201820291871.7U CN201820291871U CN208184433U CN 208184433 U CN208184433 U CN 208184433U CN 201820291871 U CN201820291871 U CN 201820291871U CN 208184433 U CN208184433 U CN 208184433U
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Abstract
The utility model proposes a kind of monoblock type lock controller of high safety performance, including leading lock control mechanism, the outside of leading lock control mechanism at least integrates an attachment lock control mechanism；Leading lock control mechanism includes toggle, rotary shaft, transmission shaft, inductive switch, electromagnetic valve switch, upper push plate and the lower push-rod that shell is arranged in leading lock shell, attachment lock control mechanism includes the seesaw button being arranged in attachment lock shell, the first pressing plate, the second pressing plate, the first linkage board, the second linkage board and auxiliary unlocking mechanism, upper push plate may pass through in the plug-type lock slots being arranged in the first pressing plate of attachment lock shell, the utility model integrates various lockset switches in one, it is easy to operate, safety is good, and stability is good.
Description
Technical field
The utility model relates to a kind of a kind of controls of the monoblock type lockset of lock controller more particularly to high safety performance
Device.
Background technique
With social development, people increasingly pay attention to vehicle operating comfort, and key is to apply more frequent component,
The angle of key insertion ignition switch decides the comfort that key is rotated when igniting.
Motorcycle recycles key to carry out the unlatching of control switch lockset, no doubt by setting up switch lockset in each equipment
Antitheft or masking function is had reached, still, often all needs to cause using to key when other equipment of secondary unlatching motorcycle
User's is quite not convenient, thus how to allow motorcycle his lockset unlatching more convenientization and current motorcycle
Manufacturer is all in the target of pursuit.
Utility model content
The utility model proposes a kind of monoblock type lock controller of high safety performance regarding to the issue above, integrates various
Lockset is switched in one, and easy to operate, safety is good, and stability is good.
Specific technical solution is as follows:
The monoblock type lock controller of high safety performance, including leading lock control mechanism, the outside of leading lock control mechanism
At least integrate an attachment lock control mechanism；
Leading lock control mechanism include toggle of the shell in leading lock shell is set, rotary shaft, transmission shaft, induction are opened
Pass, electromagnetic valve switch, upper push plate and lower push-rod；
Toggle is set in the top of rotary shaft, reset spring is equipped between toggle at the top of rotary shaft, toggle can be along rotation
The axial direction of axis moves up and down, and rotation toggle can be such that rotary shaft rotates synchronously；
First inductive switch is located at below toggle, and electromagnetic valve switch is electrically connected with the first inductive switch；
Electromagnetic valve switch is equipped with support base, and locking level is rotatably fixed on support base, locking level one end and electromagnetism
The push rod of threshold switch is connected, and the other end of locking level is connected by the first spring with the fixing seat being fixed in leading lock shell
It connects, locking level is equipped with inserting terminal, and inserting terminal mutually agrees with the inserting groove of setting on the rotary shaft；
It is driven the bottom for being fixed on rotary shaft of eccentric shaft, the outer wall of transmission shaft, which is equipped with, stirs protrusion, covers on transmission shaft
If driver plate, driver plate is translatable to be fixed in leading lock shell, and lower push-rod is fixed on driver plate, and rotating drive shaft makes to pass
To keep lower push-rod elastic, lower push-rod drives the lock tongue for the steering lock being firmly connected with it to stretch out or withdraw for movable plate translation；
Attachment lock control mechanism includes the seesaw button being arranged in attachment lock shell, the first pressing plate, the second pressing plate, first
Linkage board, the second linkage board and auxiliary unlocking mechanism；
The lower section of first pressing plate is equipped with the first briquetting, and the lower section of the second pressing plate is equipped with the second briquetting, the first pressing plate and second
Briquetting is bonded to each other and passes through first rotating shaft and is rotatably fixed in attachment lock shell, and the first briquetting and the second briquetting distinguish position
In the two sides of first rotating shaft；
Seesaw button is rotatably fixed in attachment lock shell, and is located at the top of the first pressing plate and the second pressing plate, is stuck up
Two press-sides of plate button are in contact with the first pressing plate and the second pressing plate respectively；
First linkage board and the second linkage board it is arranged in a crossed manner and by the second shaft rotatably it is fixed in the housing, the
One linkage board and the second linkage board are located at the lower section of the first pressing plate and the second pressing plate, and first on the first briquetting and the first linkage board
Bearing plate is correspondingly arranged, and the second briquetting is correspondingly arranged with the second bearing plate on the second linkage board；
Assisting unlocking mechanism includes fixed plate, turning handle and auxiliary key；
Fixed plate is fixed on shell, and the outside of fixed plate is equipped with boss, and turning handle is spindle rotationally arranged on boss, boss
In be equipped with several open-topped first lock grooves, the equipped with several bottom openings corresponding with the first lock groove on turning handle
Two lock grooves are equipped with the 4th spring in the first lock groove, fix the first magnet on the 4th spring, the first magnet can be in the first locking
Moved between slot and the second lock groove, turning handle be equipped with auxiliary shifting block, auxiliary shifting block pass through shell and can with the first linkage board or
Second linkage board is in contact；
Shift plate fixing groove is equipped on the outside of turning handle, shift plate fixing groove is polygonized structure, and the dismountable grafting of auxiliary key is solid
It is scheduled in shift plate fixing groove, the inserted terminal of auxiliary key is equipped with third lock chamber corresponding with the second lock groove, third lock
Only intracavitary to be equipped with the second magnet, the second magnet is identical as the opposite end polarity of the first magnet；
Upper push plate is translatable to be fixed in leading lock shell, and the outer wall of rotary shaft is equipped with boss corresponding thereto,
In rotary shaft rotation process, boss pushes upper push plate to be moved, and upper push plate may pass through the plug-type setting of attachment lock shell and exist
In lock slots in first pressing plate.
Further, turning handle is equipped with guiding terminal, and guiding terminal is movably disposed in the guide groove in fixed plate.
Further, third spring is equipped between the second shaft and the second pressing plate.
Further, the first linkage board and the second linkage board can control the unlatching and locking of attachment lock respectively.
Further, the first linkage board and the second linkage board connect its unlatching of control with attachment locking phase by drawstring and lock
It is fixed.
Further, attachment lock includes tank cap lock, cushion lock or storage box lock.
Further, reducing sleeve is equipped between toggle and rotary shaft, the outer wall of reducing sleeve is equipped with several first convexes
The inner wall of item, reducing sleeve is equipped with a driving groove, and reducing sleeve is fixed by snap in toggle, the first positioning convex strip plug-in type
The first positioning groove being arranged on toggle inner wall in；The setting of rotary shaft clearance fit is set in rotary shaft in reducing sleeve
There is a regulating tank, be equipped with inserted block by the way that second spring is telescopic in regulating tank, inserted block mutually agrees with driving groove, inserted block insertable
Setting in driving groove, when inserted block is located in driving groove, rotation toggle drives rotary shaft rotation, required for spring deformation
Power is greater than power required for inserted block drives rotary shaft to rotate.
Utility model works principle is as follows:
(1) working principle of attachment lock: when upper push plate is not inserted into lock slots, that presses seesaw button is located at the first pressure
The press-side of plate side, during the first pressing plate rotates down, the first pressing plate is pushed down the first bearing plate and is moved, and makes first
Movable plate is rotated up, and is opened to control corresponding attachment lock；
When upper push plate is not inserted into lock slots, the press-side positioned at the second pressing plate side of seesaw button, the second pressure are pressed
During plate rotates down, the second pressing plate is pushed down the second bearing plate and is moved, and is rotated up the second linkage board, to control
Corresponding attachment lock is made to open；
When not operating, auxiliary key is not inserted into shift plate fixing groove, at this point, the first magnet position under the action of four springs
Between the second lock groove and the second lock groove, turning handle is in the lock state；
When needing opening operation, auxiliary key is inserted into shift plate fixing groove, since identical charges repel each other, the first magnet is second
It is moved under the impetus of magnet in the first lock groove, turning handle is rotatable, rotates auxiliary key, drives the by auxiliary shifting block
One linkage board or the second linkage board are rotated up, and are opened to control corresponding attachment lock；
(2) working principle of steering lock
It pushes toggle and touches the unlatching of the first inductive switch, the first inductive switch controls electromagnetic valve switch starting, makes solenoid valve
The push rod of switch moves down, and the inserting terminal on locking level leaves inserting groove, keeps rotary shaft in the open state, is rotated further by and dials
Button can control the unlatching or locking of steering lock lock tongue to corresponding position, while can also control and be integrated in leading lock control
The locking of attachment lock on the outside of mechanism；
At the same time, when fixture block is not inserted into card slot, rotary shaft in the open state, as required for spring deformation
Power is greater than power required for inserted block drives rotary shaft to rotate, and rotation toggle drives rotary shaft rotation；
In fixture block insertion card slot, when rotary shaft is in the lock state, toggle is rotated, inserted block retracts in regulating tank, toggle
Idle running；Controller can be effectively prevent by artificial destruction, to further improve security performance in offline state；
In conclusion the utility model is easy to operate, there is double control mode, safety is good, and stability is good.
Detailed description of the invention
Fig. 1 is the utility model structure chart.
Fig. 2 is the utility model faucet lock control mechanism internal structure chart (1).
Fig. 3 is the utility model faucet lock control mechanism internal structure chart (2).
Fig. 4 is part A enlarged drawing in Fig. 2.
Fig. 5 is part B enlarged drawing in Fig. 3
Fig. 6 is rotary shaft and toggle cross-sectional view.
Fig. 7 the utility model attachment lock control mechanism internal structure chart (1).
Fig. 8 the utility model attachment lock control mechanism internal structure chart (2)
Fig. 9 is the left view of Fig. 8.
Figure 10 is auxiliary unlocking mechanism cross-sectional view.
Figure 11 is C portion enlarged drawing in Figure 10.
Specific embodiment
It is clear to be more clear the technical solution of the utility model, the utility model is carried out into one with reference to the accompanying drawing
Step description, the technical characteristic of any pair of technical solutions of the utility model carry out the scheme that equivalencing is obtained with conventional reasoning and fall
Enter scope of protection of the utility model.
Appended drawing reference
Leading lock control mechanism 1, attachment lock control mechanism 2, toggle 11, rotary shaft 12, transmission shaft 13, inductive switch 14,
Electromagnetic valve switch 15, upper push plate 16, lower push-rod 17, support base 18, locking level 19, the first spring 110, fixing seat 111, inserted terminal
Son 112, inserting groove 113 stir protrusion 114, driver plate 115, lock tongue 117, reducing sleeve 118, the first positioning convex strip 119, transmission
Slot 120, buckle 121, regulating tank 122, second spring 123, inserted block 124, seesaw button 21, the first pressing plate 22, the second pressing plate 23,
First linkage board 24, the second linkage board 25, the first briquetting 26, the second briquetting 27, first rotating shaft 28, the second shaft 29, first are held
Pressing plate 210, fixed plate 212, turning handle 213, auxiliary key 214, auxiliary shifting block 215, lock slots 217, is led at second bearing plate 211
To terminal 218, guide groove 219, third spring 220, boss 221, the first lock groove 222, the second lock groove 223, the first spring
224, the first magnet 225, shift plate fixing groove 226, third lock chamber 227, the second magnet 228.
A kind of monoblock type lock controller of high safety performance as shown in the figure, including leading lock control mechanism 1, leading lock control
The outside of mechanism processed at least integrates an attachment lock control mechanism 2；
Leading lock control mechanism includes leading lock shell, and be arranged in leading lock shell toggle 11, rotary shaft 12, pass
Moving axis 13, the first inductive switch 14, electromagnetic valve switch 15, upper push plate 16 and lower push-rod 17；
Toggle is set in the top of rotary shaft, reset spring is equipped between toggle at the top of rotary shaft, toggle can be along rotation
The axial direction of axis moves up and down, and rotation toggle can be such that rotary shaft rotates synchronously；
First inductive switch is located at below toggle, and electromagnetic valve switch is electrically connected with the first inductive switch；
Electromagnetic valve switch is equipped with support base 18, and locking level 19 is rotatably fixed on support base, locking level one end with
The push rod of electromagnetic valve switch is connected, and the other end of locking level passes through the first spring 110 and is fixed on consolidating in leading lock shell
Reservation 111 is connected, and locking level is equipped with inserting terminal 112, inserting groove 113 phase contract of the inserting terminal with setting on the rotary shaft
It closes；
Toggle, which moves down, touches the unlatching of the first inductive switch, and the first inductive switch controls electromagnetic valve switch starting, makes electricity
The push rod of magnet valve switch moves down, and the inserting terminal on locking level leaves inserting groove, and rotary shaft is in the open state；
When needing to lock rotary shaft, the push rod of electromagnetic valve switch is moved up, and inserting terminal is multiple under the action of the spring
In position insertion inserting groove, rotary shaft is locked；
It is driven the bottom for being fixed on rotary shaft of eccentric shaft, the outer wall of transmission shaft, which is equipped with, stirs protrusion 114, on transmission shaft
It is arranged driver plate 115, driver plate is translatable to be fixed in leading lock shell, and lower push-rod is fixed on driver plate, rotation transmission
Axis makes driver plate translation to keep lower push-rod elastic, and lower push-rod drives the lock tongue 117 for the steering lock being firmly connected with it to stretch
Out or withdraw.
Reducing sleeve 118 is equipped between toggle and rotary shaft, the outer wall of reducing sleeve is equipped with several first positioning convex strips 119,
The inner wall of reducing sleeve is equipped with a driving groove 120, and reducing sleeve is fixed in toggle by buckle 121, and the first positioning convex strip is inserted
Enter in the first positioning groove of formula being arranged on toggle inner wall；The setting of rotary shaft clearance fit is in reducing sleeve, rotary shaft
It is equipped with regulating tank 122, it is telescopic equipped with inserted block 124, inserted block and driving groove phase contract to pass through second spring 123 in regulating tank
Conjunction, the setting of inserted block insertable are in driving groove, and when inserted block is located in driving groove, rotation toggle drives rotary shaft rotation,
Power required for spring deformation is greater than power required for inserted block drives rotary shaft to rotate；
Attachment lock control mechanism includes attachment lock shell, and seesaw button 21, the first pressing plate 22, the are equipped in attachment lock shell
Two pressing plates 23, the first linkage board 24, the second linkage board 25 and auxiliary unlocking mechanism；
The lower section of first pressing plate is equipped with the first briquetting 26, and the lower section of the second pressing plate is equipped with the second briquetting 27, the first pressing plate and
Second briquetting is bonded to each other and passes through first rotating shaft 28 and is rotatably fixed in attachment lock shell, the first briquetting and the second briquetting
It is located at the two sides of first rotating shaft；
Seesaw button is rotatably fixed in attachment lock shell, and is located at the top of the first pressing plate and the second pressing plate, is stuck up
Two press-sides of plate button are in contact with the first pressing plate and the second pressing plate respectively；
First linkage board and the second linkage board are arranged in a crossed manner and be rotatably fixed on attachment lock housing by the second shaft 29
In body, the first linkage board and the second linkage board are located at the lower section of the first pressing plate and the second pressing plate, the first briquetting and the first linkage board
On the first bearing plate 210 be correspondingly arranged, the second briquetting is correspondingly arranged with the second bearing plate 211 on the second linkage board；
Assisting unlocking mechanism includes fixed plate 212, turning handle 213 and auxiliary key 214；
Fixed plate is fixed on shell, and the outside of fixed plate is equipped with boss 221, and turning handle is spindle rotationally arranged on boss,
Several open-topped first lock grooves 222 are equipped in boss, it is corresponding with the first lock groove on turning handle to be equipped with several bottoms
Second lock groove 223 of opening is equipped with the first spring 224 in the first lock groove, fixes the first magnet 225 on the first spring, the
One magnet can move between the first lock groove and the second lock groove, and turning handle is equipped with auxiliary shifting block 215, and auxiliary shifting block passes through shell
It body and can be in contact with the first linkage board or the second linkage board；
Shift plate fixing groove 226 is equipped on the outside of turning handle, shift plate fixing groove is polygonized structure, the dismountable grafting of auxiliary key
It being fixed in shift plate fixing groove, the inserted terminal of auxiliary key is equipped with third lock chamber 227 corresponding with the second lock groove, the
The second magnet 228 is equipped in three lock chambers, the second magnet is identical as the opposite end polarity of the first magnet.
Upper push plate is translatable to be fixed in leading lock shell, and the outer wall of rotary shaft is equipped with boss corresponding thereto,
In rotary shaft rotation process, boss pushes upper push plate to be moved, and upper push plate may pass through the plug-type setting of attachment lock shell and exist
In lock slots 217 in first pressing plate；
Turning handle is equipped with guiding terminal 218, and guiding terminal is movably disposed in the guide groove 219 in fixed plate.
Third spring 220 is equipped between second shaft and the second pressing plate.
First linkage board and the second linkage board can control the unlatching and locking of tank cap lock, cushion lock or storage box lock respectively.
First linkage board and the second linkage board connect its unlatching of control with attachment locking phase by drawstring and lock.
Attachment lock includes tank cap lock, cushion lock or storage box lock.
Claims (7)
1. the monoblock type lock controller of high safety performance, it is characterized in that, including leading lock control mechanism, leading lock control mechanism
Outside at least integrate an attachment lock control mechanism；
Leading lock control mechanism includes toggle, rotary shaft, transmission shaft, inductive switch, the electricity that shell is arranged in leading lock shell
Magnet valve switch, upper push plate and lower push-rod；
Toggle is set in the top of rotary shaft, reset spring is equipped between toggle at the top of rotary shaft, toggle can be along rotary shaft
It axially moves up and down, rotation toggle can be such that rotary shaft rotates synchronously；
First inductive switch is located at below toggle, and electromagnetic valve switch is electrically connected with the first inductive switch；
Electromagnetic valve switch is equipped with support base, and locking level is rotatably fixed on support base, and locking level one end is opened with solenoid valve
The push rod of pass is connected, and the other end of locking level is connected by the first spring with the fixing seat being fixed in leading lock shell,
Locking level is equipped with inserting terminal, and inserting terminal mutually agrees with the inserting groove of setting on the rotary shaft；
It is driven the bottom for being fixed on rotary shaft of eccentric shaft, the outer wall of transmission shaft, which is equipped with, stirs protrusion, and biography is arranged on transmission shaft
Movable plate, driver plate is translatable to be fixed in leading lock shell, and lower push-rod is fixed on driver plate, and rotating drive shaft makes driver plate
To keep lower push-rod elastic, lower push-rod drives the lock tongue for the steering lock being firmly connected with it to stretch out or withdraw for translation；
Attachment lock control mechanism includes the seesaw button being arranged in attachment lock shell, the first pressing plate, the second pressing plate, the first linkage
Plate, the second linkage board and auxiliary unlocking mechanism；
The lower section of first pressing plate is equipped with the first briquetting, and the lower section of the second pressing plate is equipped with the second briquetting, the first pressing plate and the second briquetting
It is bonded to each other and passes through first rotating shaft and be rotatably fixed in attachment lock shell, the first briquetting and the second briquetting are located at
The two sides of one shaft；
Seesaw button is rotatably fixed in attachment lock shell, and is located at the top of the first pressing plate and the second pressing plate, and wraping plate is pressed
Two press-sides of button are in contact with the first pressing plate and the second pressing plate respectively；
First linkage board and the second linkage board it is arranged in a crossed manner and by the second shaft rotatably it is fixed in the housing, first
Movable plate and the second linkage board are located at the lower section of the first pressing plate and the second pressing plate, the first pressure-bearing on the first briquetting and the first linkage board
Plate is correspondingly arranged, and the second briquetting is correspondingly arranged with the second bearing plate on the second linkage board；
Assisting unlocking mechanism includes fixed plate, turning handle and auxiliary key；
Fixed plate is fixed on shell, and the outside of fixed plate is equipped with boss, and turning handle is spindle rotationally arranged on boss, sets in boss
There are several open-topped first lock grooves, the second lock equipped with several bottom openings corresponding with the first lock groove on turning handle
Only slot is equipped with the 4th spring in the first lock groove, fixes the first magnet on the 4th spring, the first magnet can the first lock groove with
It is moved between second lock groove, turning handle is equipped with auxiliary shifting block, and auxiliary shifting block passes through shell and can be with the first linkage board or second
Linkage board is in contact；
Shift plate fixing groove is equipped on the outside of turning handle, shift plate fixing groove is polygonized structure, and auxiliary key is removably plugged and fixed
In shift plate fixing groove, the inserted terminal of auxiliary key is equipped with third lock chamber corresponding with the second lock groove, third lock chamber
It is inside equipped with the second magnet, the second magnet is identical as the opposite end polarity of the first magnet；
Upper push plate is translatable to be fixed in leading lock shell, and the outer wall of rotary shaft is equipped with boss corresponding thereto, rotation
In axis rotation process, boss pushes upper push plate to be moved, and upper push plate may pass through the plug-type setting of attachment lock shell first
In lock slots in pressing plate.
2. the monoblock type lock controller of high safety performance as described in claim 1, it is characterized in that, turning handle is equipped with guide end
Son, guiding terminal are movably disposed in the guide groove in fixed plate.
3. the monoblock type lock controller of high safety performance as described in claim 1, it is characterized in that, the second shaft and the second pressure
Third spring is equipped between plate.
4. the monoblock type lock controller of high safety performance as described in claim 1, it is characterized in that, the first linkage board and second
Linkage board can control the unlatching and locking of attachment lock respectively.
5. the monoblock type lock controller of high safety performance as described in claim 1, it is characterized in that, the first linkage board and second
Linkage board connect its unlatching of control and locking with attachment locking phase by drawstring.
6. the monoblock type lock controller of high safety performance as described in claim 4 or 5, it is characterized in that, attachment lock includes oil
Case lock, cushion lock or storage box lock.
7. the monoblock type lock controller of high safety performance as described in claim 1, it is characterized in that, between toggle and rotary shaft
Equipped with reducing sleeve, the outer wall of reducing sleeve is equipped with several first positioning convex strips, and the inner wall of reducing sleeve is equipped with a driving groove, turns
Female connector is fixed by snap in toggle, plug-type the first positioning groove being arranged on toggle inner wall of the first positioning convex strip
In；In reducing sleeve, rotary shaft is equipped with regulating tank for the setting of rotary shaft clearance fit, can be stretched in regulating tank by second spring
Contracting is equipped with inserted block, and inserted block mutually agrees with driving groove, the setting of inserted block insertable is in driving groove, when inserted block is located at driving groove
When middle, rotation toggle drives rotary shaft rotation, and power required for spring deformation is greater than inserted block and drives required for rotary shaft rotation
Power.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820291871.7U CN208184433U (en) | 2018-03-02 | 2018-03-02 | The monoblock type lock controller of high safety performance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820291871.7U CN208184433U (en) | 2018-03-02 | 2018-03-02 | The monoblock type lock controller of high safety performance |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208184433U true CN208184433U (en) | 2018-12-04 |
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ID=64440311
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820291871.7U Active CN208184433U (en) | 2018-03-02 | 2018-03-02 | The monoblock type lock controller of high safety performance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208184433U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112918606A (en) * | 2021-03-10 | 2021-06-08 | 浙江赢路智能科技有限公司 | Indicate to dial brake and accelerate integrative controlling device based on scooter |
-
2018
- 2018-03-02 CN CN201820291871.7U patent/CN208184433U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112918606A (en) * | 2021-03-10 | 2021-06-08 | 浙江赢路智能科技有限公司 | Indicate to dial brake and accelerate integrative controlling device based on scooter |
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