CN208000517U - Knob controller for key lockset - Google Patents

Abstract

The utility model proposes a kind of knob controllers for key lockset, including knob assembly, locked component, inductive switch component and circuit board, knob assembly includes rotary shaft and the knob that is set at the top of rotary shaft, knob can be moved up and down along the axial direction of rotary shaft, turn knob can be such that rotary shaft rotates synchronously, locked component includes the first inductive switch and locking mechanism by electrical connection, inductive switch component includes several second inductive switches, each second inductive switch is respectively used to open or lock corresponding ignition switch gear, cushion lock, tank cap lock or storage box lock, turn knob opens corresponding second inductive switch to different gears;First inductive switch, the second inductive switch, electromagnetic valve switch are connected with circuit board, and the utility model is simple in structure, easy to operate, have not only improved the convenience of lockset unlatching, but also improve security performance, ensure the reliability of product.

Description

Knob controller for key lockset

Technical field

The utility model is related to a kind of knob controller for key lockset, more particularly to it is a kind of for motorcycle, The knob controller of the key lockset of electric vehicle.

Background technology

Motorcycle is since it is with speed and sensitivity, therefore in the vehicles of short-circuit journey, and people are liked the most, The control of motorcycle is typically all that a lock on switch is arranged in the front of motorcycle, which is controlled using a key, The lock on switch of motorcycle is equipped with an instruction disk in its periphery, and the printed words such as ON, OFF, LOCK are labeled with respectively on the instruction disk, In order to operate, it is known that motorcycle lock on switch, be by key be inserted into lock on switch lockhole in, then pass through rotate key It drives the core of lock on switch to rotate synchronously, and the direction rotation that in accordance with the instructions disk is indicated, is order when going to ON at The power supply of motorcycle is connected, and to motor vehicle, when going to LOCK, then the steering lock of motorcycle can be enabled at locking condition, When going to OFF, the steering lock of motorcycle is released from locking shape, but the power supply of motorcycle is the state being not turned on.Work as motorcycle It when seat cushion to be opened, is inserted into, is set in the cushion lock below seat cushion, to open seat cushion, therefore, motorcycle also with key Miscellaneous equipment (such as seat cushion, fuel tank cap), if anti-theft to be had, be all in the manner described above, pass through be arranged switch lock Tool, and the action for making to open is opened using key.

Motorcycle recycles key to control the unlatching of switch lockset, no doubt by setting up switch lockset in each equipment Have reached antitheft or masking function still often all needs to use key, cause when the miscellaneous 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.

Invention content

The utility model proposes a kind of knob controller for key lockset regarding to the issue above, simple in structure, It is easy to operate, the convenience of lockset unlatching was not only improved, but also improve security performance, and had ensured the reliability of product.

Specific technical solution is as follows:

For the knob controller of key lockset, including knob assembly, locked component, inductive switch component and circuit Plate;

Knob assembly includes rotary shaft and the knob that is set at the top of rotary shaft, and knob can be carried out along the axial direction of rotary shaft Lower movement, turn knob can be such that rotary shaft rotates synchronously;

Locked component includes the first inductive switch and locking mechanism by electrical connection, and the first inductive switch is located at knob Lower section, knob, which moves down, touches the first inductive switch, for controlling locking mechanism locking and opening rotary shaft;

Locking mechanism includes the locking push rod of driver and connection on a drive, and driver pushes locking push rod to lock Rotary shaft, driver include motor or electromagnetic valve switch;

Inductive switch component includes several second inductive switches, and each second inductive switch is respectively used to open or lock corresponding Ignition switch gear, cushion lock, tank cap lock or storage box lock, turn knob opened to different gears it is corresponding second sense Inductive switch;

First inductive switch, the second inductive switch, locking mechanism are connected with circuit board.

The above-mentioned knob controller for key lockset, wherein controller further includes electron key, is set on electron key Functional button, function button are wirelessly connected with circuit board.

The above-mentioned knob controller for key lockset, wherein the function key in electron key includes solving locking key, car locking Key and start button.

The above-mentioned knob controller for key lockset, wherein be equipped with induction chip in electron key, collect on circuit board At signal receiver corresponding thereto.

The above-mentioned knob controller for key lockset, wherein knob assembly is equipped with free-wheeling mechanism, free-wheeling mechanism packet Reducing sleeve is included, the outer wall of reducing sleeve is equipped with several first positioning convex strips, is set on the inner wall of reducing sleeve there are one driving groove, transferred Cover it is fixed by snap in knob, in plug-type the first positioning groove being arranged on knob inner wall of the first positioning convex strip; In reducing sleeve, rotary shaft is equipped with regulating tank, is set in regulating tank by the way that spring is telescopic for the setting of rotary shaft clearance fit There is inserted block, inserted block mutually agrees with driving groove, the setting of inserted block insertable is in driving groove, when inserted block is located in driving groove, Turn knob drives rotary shaft rotation, the required power of spring deformation to be more than inserted block and rotary shaft is driven to rotate required power.

The above-mentioned knob controller for key lockset, wherein the first inductive switch and the second inductive switch are to touch Switch or close switch.

The above-mentioned knob controller for key lockset, wherein the control method of controller is as follows:

(1) online control

1. when electron key distance controller is in setpoint distance and knob is in car locking gear, pressing knob 1 time, Electron key and lockset successful connection, rotary shaft unlock at this time, and system is on line state;

2. when electron key distance controller is in setpoint distance and knob is in car locking gear, press on electron key Solving locking key, electron key and lockset successful connection, rotary shaft unlocks, and system is on line state;

3. when system is on line state, the releasing of head lock, the unlatching of ignition switch gear, seat cushion, oil can be carried out The opening operation of case lid;

3. online

(2) off line controls

1. when knob is rotated to off line gear, knob is pressed 1 time, system off-line;

2. when knob is rotated to off line gear, the attonity in setting time, the automatic off line of system;

3. when knob is rotated to off line gear, the car locking key on electron key, system off-line are pressed;

4. when off-line state, knob is only capable of by pressing rotation to car locking gear, in place after, then press, cannot be returned to de- Machine gear, unclamps toggle, and toggle is free to rotate;

5. under off-line state, knob is free to rotate, when opening next time, after obtaining electron key inductive signal, only The action pushed could be completed after knob rotates to both car locking gears, carry out relevant operation;

6. when knob is rotated to when disconnecting gear, vehicle is flame-out, but system not will produce off line;

(3) lockset controls

1. under on line state, and when knob is in car locking gear, once, head lock releases pressing knob;

2. under on line state, and when knob is in car locking gear, knob is turned into cushion and opens gear, circuit board control Cushion lock is opened;

3. under on line state, when knob, which is in, disconnects gear, knob is turned into mailbox and opens gear, circuit board control Tank cap lock is opened;

4. under on line state, when knob is in car locking gear or disconnects gear, the start button 1 on electron key is pressed It is secondary, the unlatching of cushion lock is carried out, presses start button 2 times, carries out the unlatching of tank cap lock;

5. when knob is in off line gear, within the time that the automatic off line of system does not complete, above-mentioned lockset can be still carried out Control operation.

The above-mentioned knob controller for key lockset, wherein step (1) 1. with step (1) 2. in setpoint distance For 0.5-15m.

The above-mentioned knob controller for key lockset, wherein step (2) 2. in system automatic off line setting time For 10-14s.

The beneficial effects of the utility model are:

The utility model is simple in structure, and double control is carried out using electron key and knob controller, easy to operate, both carries The convenience that high lockset is opened, and security performance is improved, ensure the reliability of product;

Meanwhile the setting of free-wheeling mechanism, controller can be effectively prevent by artificial destruction, further to carry in offline state High security performance.

Description of the drawings

Fig. 1 is one structure chart of the utility model embodiment.

Fig. 2 is two upward view of the utility model embodiment.

Fig. 3 is three electromagnetic valve switch part-structure figure of embodiment.

Fig. 4 is example IV electromagnetic valve switch part-structure figure.

Fig. 5 mechanism sectional views in order to control.

Fig. 6 is the utility model electrical control connection figure.

Specific implementation mode

It is clear to make the technical solution of the utility model be more clear, below in conjunction with the accompanying drawings to the utility model into advancing one Step description, any technical characteristic to 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.

Reference numeral

Rotary shaft 1, knob 2, the first inductive switch 3, locking mechanism 4, the second inductive switch 5, circuit board 6, electron key 7, reducing sleeve 8, the first positioning convex strip 9, driving groove 10, buckle 11, regulating tank 12, spring 13, inserted block 14, the first push rod 15, the Two push rods 16, third push rod 17, buckling groove 18, the 4th push rod 19.

Embodiment one

A kind of knob controller for key lockset as shown in the figure, including knob assembly, locked component, inductive switch Component and circuit board;

Knob assembly includes rotary shaft 1 and the knob 2 that is set at the top of rotary shaft, is equipped between knob at the top of rotary shaft Resetting spring, knob can be moved up and down along the axial direction of rotary shaft, and turn knob can be such that rotary shaft rotates synchronously;

Locked component includes the first inductive switch 3 and locking mechanism 4 by electrical connection, and the first inductive switch is located at knob Lower section, knob move down touch the first inductive switch, for control locking mechanism locking and open rotary shaft;

Inductive switch component includes several second inductive switches 5, and each second inductive switch is respectively used to open or lock phase Ignition switch gear, cushion lock, tank cap lock or storage box lock, the turn knob answered open corresponding second to different gears Inductive switch;

Driver in first inductive switch, the second inductive switch, locking mechanism is connected with circuit board 6.

Controller further includes electron key 7, and electron key is equipped with function button, and function button wirelessly connects with circuit board It connects.

Function key in electron key includes solving locking key, car locking key and start button.

It is equipped with induction chip in electron key, signal receiver corresponding thereto is integrated on circuit board.

Knob assembly is equipped with free-wheeling mechanism, and free-wheeling mechanism includes reducing sleeve 8, and the outer wall of reducing sleeve is equipped with several first Positioning convex strip 9 is set on the inner wall of reducing sleeve there are one driving groove 10, and reducing sleeve is fixed on by buckle 11 in knob, and first is fixed In plug-type the first positioning groove being arranged on knob inner wall of raised line of position;The setting of rotary shaft clearance fit is in reducing sleeve In, rotary shaft is equipped with regulating tank 12, is equipped with inserted block 14, inserted block and driving groove phase by the way that spring 13 is telescopic in regulating tank Agree with, the setting of inserted block insertable is in driving groove, when inserted block is located in driving groove, when rotary shaft is in the open state When, turn knob drives rotary shaft rotation, the required power of spring deformation to be more than inserted block and rotary shaft is driven to rotate required power, When rotary shaft is in the lock state, turn knob, in inserted block retraction regulating tank, knob idle running.

First inductive switch and the second inductive switch are touch-switch or close switch.

As the specific implementation form of the present embodiment, the side wall of rotary shaft is equipped with several second push rods 16, the second push rod It is staggered on vertical direction in the horizontal direction, and the setting accordingly of the second inductive switch is led in different height and direction The rotation for crossing rotary shaft makes the second push rod directly open corresponding second inductive switch or pushes third push rod 17 to the second induction Switch is mobile to realize its unlatching.

Embodiment two

With a kind of knob controller for key lockset described in embodiment one, the difference is that, in this reality In the implementation form for applying example, the second inductive switch is located in same level, the second inductive switch by with the first push rod 15 Contact, which is realized, opens, and the first push rod is movably disposed at the outside of rotary shaft, and the outer wall of rotary shaft is equipped with and the first push rod Corresponding first pushing block makes the first pushing block that first the second inductive switch of push rod phase be pushed to be moved by the rotation of rotary shaft It is dynamic, to realize the unlatching of the second inductive switch.

Embodiment three

With a kind of knob controller for key lockset described in embodiment one, the difference is that, in this reality In the implementation form for applying example, locking mechanism is electromagnetic valve switch, and electromagnetic valve switch is directly caught in the buckling groove 18 of rotary shaft real Now lock.

Example IV

With a kind of knob controller for key lockset described in embodiment one, the difference is that, in this reality In the implementation form for applying example, locking mechanism is electromagnetic valve switch, and electromagnetic valve switch pushes the card of the translation of the 4th push rod 19 or rotation Enter and realizes locking in buckling groove.

Embodiment five

With a kind of knob controller for key lockset described in embodiment one, the difference is that, in this reality In the implementation form for applying example, the locking form of the electromagnetic valve switch in embodiment three is also used.

Embodiment six

With a kind of knob controller for key lockset described in embodiment one, the difference is that, in this reality In the implementation form for applying example, the locking form of the electromagnetic valve switch in example IV is also used.

Embodiment seven

With a kind of knob controller for key lockset described in embodiment two, the difference is that, in this reality In the implementation form for applying example, the locking form of the electromagnetic valve switch in embodiment three is also used.

Embodiment eight

With a kind of knob controller for key lockset described in embodiment two, the difference is that, in this reality In the implementation form for applying example, the locking form of the electromagnetic valve switch in example IV is also used.

In controller described in the utility model embodiment one to embodiment eight, the control method of controller is as follows:

(1) online control

1. when electron key distance controller is in setpoint distance and knob is in car locking gear, pressing knob 1 time, Electron key and lockset successful connection, rotary shaft unlock at this time, and system is on line state;

2. when electron key distance controller is in setpoint distance and knob is in car locking gear, press on electron key Solving locking key, electron key and lockset successful connection, rotary shaft unlocks, and system is on line state;

3. when system is on line state, the releasing of head lock, the unlatching of ignition switch gear, seat cushion, oil can be carried out The opening operation of case lid;

3. online

(2) off line controls

1. when knob is rotated to off line gear, knob is pressed 1 time, system off-line;

2. when knob is rotated to off line gear, the attonity in setting time, the automatic off line of system;

3. when knob is rotated to off line gear, the car locking key on electron key, system off-line are pressed;

4. when off-line state, knob is only capable of by pressing rotation to car locking gear, in place after, then press, cannot be returned to de- Machine gear, unclamps toggle, and toggle is free to rotate;

5. under off-line state, knob is free to rotate, when opening next time, after obtaining electron key inductive signal, only The action pushed could be completed after knob rotates to both car locking gears, carry out relevant operation;

6. when knob is rotated to when disconnecting gear, vehicle is flame-out, but system not will produce off line;

(3) lockset controls

1. under on line state, and when knob is in car locking gear, once, head lock releases pressing knob;

2. under on line state, and when knob is in car locking gear, knob is turned into cushion and opens gear, circuit board control Cushion lock is opened;

3. under on line state, when knob, which is in, disconnects gear, knob is turned into mailbox and opens gear, circuit board control Tank cap lock is opened;

4. under on line state, when knob is in car locking gear or disconnects gear, the start button 1 on electron key is pressed It is secondary, the unlatching of cushion lock is carried out, presses start button 2 times, carries out the unlatching of tank cap lock;

5. when knob is in off line gear, within the time that the automatic off line of system does not complete, above-mentioned lockset can be still carried out Control operation.

Step (1) 1. with step (1) 2. in setpoint distance be 0.5-15m.

Step (2) 2. in the setting time of system automatic off line be 10-14s.

Claims (7)

1. for the knob controller of key lockset, it is characterized in that, including knob assembly, locked component, inductive switch component And circuit board;

Knob assembly includes rotary shaft and the knob that is set at the top of rotary shaft, and knob along the axial direction of rotary shaft can move down Dynamic, turn knob can be such that rotary shaft rotates synchronously;

Locked component includes the first inductive switch and locking mechanism by electrical connection, and the first inductive switch is located under knob Side, knob, which moves down, touches the first inductive switch, for controlling locking mechanism locking and opening rotary shaft;

Inductive switch component includes several second inductive switches, and each second inductive switch is respectively used to open or lock corresponding point Fiery switch position, cushion lock, tank cap lock or storage box lock, turn knob are opened corresponding second induction to different gears and are opened It closes;

First inductive switch, the second inductive switch, electromagnetic valve switch are connected with circuit board.

2. it is used for the knob controller of key lockset as described in claim 1, it is characterized in that, controller further includes electronics key Spoon, electron key are equipped with function button, and function button is wirelessly connected with circuit board.

3. it is used for the knob controller of key lockset as described in claim 1, it is characterized in that, the function key in electron key Including solving locking key, car locking key and start button.

4. it is used for the knob controller of key lockset as described in claim 1, it is characterized in that, induction is equipped in electron key Chip integrates signal receiver corresponding thereto on circuit board.

5. it is used for the knob controller of key lockset as described in claim 1, it is characterized in that, knob assembly is equipped with idle running Mechanism, free-wheeling mechanism include reducing sleeve, and the outer wall of reducing sleeve is equipped with several first positioning convex strips, and the inner wall of reducing sleeve is equipped with One driving groove, reducing sleeve is fixed by snap in knob, and the first positioning convex strip is plug-type to be arranged on knob inner wall In first positioning groove;In reducing sleeve, rotary shaft is equipped with regulating tank, passes through in regulating tank for the setting of rotary shaft clearance fit Spring is telescopic to be 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 position When in driving groove, turn knob drives rotary shaft rotation, the required power of spring deformation to be more than inserted block and drive rotary shaft rotation Required power.

6. it is used for the knob controller of key lockset as described in claim 1, it is characterized in that, the first inductive switch and second Inductive switch is touch-switch or close switch.

7. it is used for the knob controller of key lockset as described in claim 1, it is characterized in that, locking mechanism includes driver With the locking push rod of connection on a drive, driver pushes locking push rod to lock rotary shaft, and driver includes motor or electricity Magnet valve switchs.