CN107794865A - A kind of remote control type parking space lock and its application method - Google Patents

Abstract

The invention discloses a remote-controlled parking lock and its use method. In the present invention, the car stop lever I and the car stop lever II are connected to the base by the corresponding car stop lever mandrel I and the car stop bar mandrel II at the bottom, and the battery is used for driving the motor. Power supply, the motor controller controls the start or stop and steering of the motor according to the instructions issued by the remote control. The motor is connected to the gearbox to control the movement of the gearbox spindle. II rotates, so that when the motor rotates, it drives the car stop lever I and the car stop lever II to rise or fall. The present invention is simple in structure, easy to use, and can be effectively used for remote-controlled car locking; By shrinking the stop bar in the base and having a protective shell at the bottom as a support, the driving motor and transmission device are installed inside the supporting protective shell, which can not only reduce the The space occupancy of the parking lock is improved, and the compression and deformation resistance of the parking lock are enhanced, so that the car bar is not easily deformed and damaged.

Description

A remote control parking lock and its application method

technical field

The invention relates to a remote-controlled parking lock and a using method thereof, belonging to the technical field of parking equipment.

Background technique

Along with the continuous development of social economy, people's living standard improves day by day, and the quantity of private car is also more and more. With the rapid growth of car ownership, the number of parking lots cannot meet the needs of car parking. Therefore, many car owners use parking locks in order to prevent their parking spaces from being encroached upon by others. The process of using the manual parking lock is rather cumbersome. Whether it is parking or picking up the car, the owner needs to get on and off the car to close or open the parking lock. This defect has brought a lot of trouble to the owner.

Contents of the invention

In order to solve the deficiencies of the prior art, the present invention provides a remote-controlled parking lock and its usage method.

The technical solution of the present invention is: a remote-controlled parking lock, comprising a base 1, a car stop lever I4, a motor controller 7, a gearbox 8, a driving motor 9, a battery 10, a car stop bar II11, a gearbox main shaft 17 and a transmission device;

The stop lever I4 and the stop lever II11 are connected to the base 1 by means of the corresponding stop lever mandrel I3 and the car stop lever mandrel II13 at the bottom, the battery 10 is used to supply power to the drive motor 9, and the motor controller 7 is controlled according to the instructions issued by the remote controller. The drive motor 9 starts or stops and turns. The drive motor 9 is connected to the gearbox 8 to control the movement of the gearbox main shaft 17. The gearbox main shaft 17 is connected to the transmission device to drive the rotation of the stop lever mandrel I3 and the car stop bar mandrel II13, thereby realizing When the drive motor 19 rotates, it drives the car stop lever I4 and the car stop lever II11 to rise or fall.

The transmission device includes a driven gear 2, a car bar spindle I3, a transmission shaft 5, a driving gear 6, a car bar mandrel II13, a turbine I14, a worm I15, a bevel gear I16, a bevel gear II18, a turbine II19 and a worm II20;

The gearbox main shaft 17 drives the active bevel gear to move, and the active main gear meshes with the bevel gear I16 and the bevel gear II18 respectively, driving the bevel gear I16 and the bevel gear II18 to rotate, and the bevel gear I16 and the bevel gear II18 respectively connect with the worm I15 by means of couplings. , worm Ⅱ20 connected, worm Ⅰ15 and turbine Ⅰ14 installed on the stop lever mandrel Ⅱ13 mesh with each other, and drive the stop lever mandrel Ⅱ13 on the stop lever Ⅱ11 to rotate; at the same time, worm Ⅱ20 and turbine Ⅱ19 installed on the drive shaft 5 Intermeshing with each other, the driving gear 6 and the driven gear 2 installed on the mandrel shaft I3 of the car bar are rotated under the drive of the transmission shaft 5, thereby driving the car bar I4 installed on the mandrel I3 of the car bar and the mandrel installed on the bar mandrel The stop lever II11 on the II13 does synchronous motion.

Also includes a supporting protective case 12, the supporting protective case 12 is installed inside the base 1 and there is a gap between the two sides of the supporting protective case 12 and the base 1, and the transmission device, the motor controller 7, the gearbox 8, the drive motor 9, the storage battery 10, The gearbox main shaft 17 is installed inside the supporting protective case 12 .

The shape of the base 1 is similar to an isosceles trapezoid, and the left and right ends are guard plates.

The storage battery 10 can be replaced by a dry battery or an external power supply.

A method of using a remote-controlled parking lock. Installing a remote-controlled parking lock, when the parking lock needs to be extended into an A/K type, a command is sent through the remote control, and the motor controller 7 controls the start of the drive motor 9 according to the command sent by the remote control. and steering, the motor controller 7 supplies power to the drive motor 9 after receiving the instruction signal, so that the gearbox main shaft 17 drives the active bevel gear to move, and the active main gear meshes with the bevel gear I16 and bevel gear II18 respectively, driving the bevel gear I16, bevel gear The gear Ⅱ18 rotates, the bevel gear Ⅰ16 and the bevel gear Ⅱ18 are respectively connected with the worm Ⅰ15 and the worm Ⅱ20 by means of couplings, and the worm Ⅰ15 meshes with the turbine Ⅰ14 installed on the mandrel shaft Ⅱ13 of the car stop rod, driving the car stop rod core on the car stop rod II11 The shaft II13 rotates; at the same time, the worm II20 meshes with the turbine II19 installed on the transmission shaft 5, and the driving gear 6 and the driven gear 2 installed on the mandrel shaft I3 of the bumper rotate under the drive of the transmission shaft 5, thereby driving The car stop bar Ⅰ4 installed on the car bar mandrel Ⅰ3 and the car bar Ⅱ11 installed on the car bar mandrel Ⅱ13 perform synchronous movement. When the car bar Ⅰ4 and the car bar Ⅱ11 are closed to form an A shape or opened to form a K shape, both can be The stop of the drive motor 9 is controlled by the motor controller 7 according to the instructions sent by the remote controller to realize the locking of the parking space; 17 motions drive the stop bar I 4 and the stop bar II 11 to fall, and the stop of the drive motor 9 is controlled by the motor controller 7 according to the instruction sent by the remote controller, so as to realize the driving position.

The beneficial effects of the present invention are: the present invention is simple in structure, easy to use, and can be effectively used for remote-controlled car locking; by shrinking the stop lever in the base and having a protective shell at the bottom as a support, the driving motor and transmission device are installed in the supporting protective shell This not only reduces the space occupancy of the parking lock, but also enhances the compression and deformation resistance of the parking lock, making the bar difficult to deform and damage.

Description of drawings

Fig. 1 is the structural representation when the present invention is closed;

Fig. 2 is a schematic top view of the system of the present invention;

Fig. 3 is a schematic diagram of the front view system of the A-type extended state of the present invention;

Fig. 4 is the schematic diagram of the front view system of the K-type extended state of the present invention;

Fig. 5 is the top view when the K-shaped extended state of the present invention;

The labels in the figure are: 1-base, 2-driven gear, 3-stop lever mandrel Ⅰ, 4-stop lever Ⅰ, 5-transmission shaft, 6-driving gear, 7-motor controller, 8-gearbox , 9-drive motor, 10-battery, 11-block lever Ⅱ, 12-support protective shell, 13-block lever mandrel Ⅱ, 14-turbine Ⅰ, 15-worm Ⅰ, 16-bevel gear Ⅰ, 17-drive shaft , 18-bevel gear Ⅱ, 19-turbine Ⅱ, 20-worm Ⅱ.

Detailed ways

Embodiment 1: As shown in Figures 1-5, a remote-controlled parking lock includes a base 1, a car stop lever I4, a motor controller 7, a gearbox 8, a drive motor 9, a battery 10, a car stop bar II11, and a gearbox main shaft 17 and transmission;

The stop lever I4 and the stop lever II11 are connected to the base 1 by means of the corresponding stop lever mandrel I3 and the car stop lever mandrel II13 at the bottom, the battery 10 is used to supply power to the drive motor 9, and the motor controller 7 is controlled according to the instructions issued by the remote controller. The drive motor 9 starts or stops and turns. The drive motor 9 is connected to the gearbox 8 to control the movement of the gearbox main shaft 17. The gearbox main shaft 17 is connected to the transmission device to drive the rotation of the stop lever mandrel I3 and the car stop bar mandrel II13, thereby realizing When the drive motor 19 rotates, it drives the car stop lever I4 and the car stop lever II11 to rise or fall.

Further, the transmission device can be set to include driven gear 2, car bar mandrel I3, transmission shaft 5, driving gear 6, car bar mandrel II13, worm gear I14, worm I15, bevel gear I16, bevel gear II18, worm gear Ⅱ19 and worm Ⅱ20;

The gearbox main shaft 17 drives the active bevel gear to move, and the active main gear meshes with the bevel gear I16 and the bevel gear II18 respectively, driving the bevel gear I16 and the bevel gear II18 to rotate, and the bevel gear I16 and the bevel gear II18 respectively connect with the worm I15 by means of couplings. , worm Ⅱ20 connected, worm Ⅰ15 and turbine Ⅰ14 installed on the stop lever mandrel Ⅱ13 mesh with each other, and drive the stop lever mandrel Ⅱ13 on the stop lever Ⅱ11 to rotate; at the same time, worm Ⅱ20 and turbine Ⅱ19 installed on the drive shaft 5 Intermeshing with each other, the driving gear 6 and the driven gear 2 installed on the mandrel shaft I3 of the car bar are rotated under the drive of the transmission shaft 5, thereby driving the car bar I4 installed on the mandrel I3 of the car bar and the mandrel installed on the bar mandrel The stop lever II11 on the II13 does synchronous motion.

Further, it may be provided that a supporting protective case 12 is also included, the supporting protective case 12 is installed inside the base 1 and there is a gap between the two sides of the supporting protective case 12 and the base 1, and the transmission device, the motor controller 7, the gearbox 8, and the drive motor 9. The battery 10 and the gearbox main shaft 17 are installed inside the supporting protective shell 12 (if the supporting protective shell 12 is U-shaped, cover the above-mentioned parts under the supporting protective shell 12).

Further, the shape of the base 1 can be set to be similar to an isosceles trapezoid, and the left and right ends are protective plates, which can improve the stability of the parking lock; the protective plates avoid sharp corners and can protect the wheels.

Further, it can be set that the storage battery 10 can be replaced by a dry battery or an external power supply.

A method of using a remote-controlled parking lock. Installing a remote-controlled parking lock, when the parking lock needs to be extended into an A/K type, a command is sent through the remote control, and the motor controller 7 controls the start of the drive motor 9 according to the command sent by the remote control. and steering, the motor controller 7 supplies power to the drive motor 9 after receiving the instruction signal, so that the gearbox main shaft 17 drives the active bevel gear to move, and the active main gear meshes with the bevel gear I16 and bevel gear II18 respectively, driving the bevel gear I16, bevel gear The gear Ⅱ18 rotates, the bevel gear Ⅰ16 and the bevel gear Ⅱ18 are respectively connected with the worm Ⅰ15 and the worm Ⅱ20 by means of couplings, and the worm Ⅰ15 meshes with the turbine Ⅰ14 installed on the mandrel shaft Ⅱ13 of the car stop rod, driving the car stop rod core on the car stop rod II11 The shaft II13 rotates; at the same time, the worm II20 meshes with the turbine II19 installed on the transmission shaft 5, and the driving gear 6 and the driven gear 2 installed on the mandrel shaft I3 of the bumper rotate under the drive of the transmission shaft 5, thereby driving The car stop bar Ⅰ4 installed on the car bar mandrel Ⅰ3 and the car bar Ⅱ11 installed on the car bar mandrel Ⅱ13 perform synchronous movement. When the car bar Ⅰ4 and the car bar Ⅱ11 are closed to form an A shape or opened to form a K shape, both can be The stop of the drive motor 9 is controlled by the motor controller 7 according to the instructions sent by the remote controller to realize the locking of the parking space; 17 The movement drives the stop lever Ⅰ 4 and the stop lever Ⅱ 11 to fall down, and the motor controller 7 controls the stop of the driving motor 9 according to the instructions sent by the remote controller, so as to realize the parking space (that is, the parking space can be parked normally, as shown in Figure 1, the In this state, it is possible to shrink the stop bar I4 and the car stop bar II11 into the base 1, and the inner surfaces of the car stop bar I4 and the car stop bar II11 cooperate with the outer surface of the supporting protective shell 12). As shown in Figure 3, it shows an A-shape when closed; as shown in Figure 4, it shows a K-shape when it is opened; as shown in Figure 5, it shows a K-shape when it is opened.

The specific implementation of the present invention has been described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above-mentioned implementation, within the knowledge of those of ordinary skill in the art, it can also be made without departing from the gist of the present invention. Variations.

Claims (6)

1. A kind of 1. remote control type parking space lock, it is characterised in that：Including base（1）, car stopping rod I（4）, electric machine controller（7）, gearbox （8）, motor（9）, battery（10）, car stopping rod II（11）, transmission main shaft（17）And transmission device；

   The car stopping rod I（4）, car stopping rod II（11）By car stopping rod mandrel I corresponding to bottom（3）, car stopping rod mandrel II（13） With base（1）It is connected, battery（10）For to motor（9）Power supply, electric machine controller（7）The finger sent according to remote control Order control motor（9）Start or stop and turn to, motor（9）With gearbox（8）It is connected to control speed change Case main shaft（17）Motion, transmission main shaft（17）Connect transmission device and drive car stopping rod mandrel I（3）, car stopping rod mandrel II（13） Rotation, so as to realize motor（19）Car stopping rod I is driven during rotation（4）, car stopping rod II（11）Rise or landing.
2. 2. remote control type parking space lock according to claim 1, it is characterised in that：The transmission device includes driven gear（2）、 Car stopping rod mandrel I（3）, power transmission shaft（5）, driving gear（6）, car stopping rod mandrel II（13）, turbine I（14）, worm screw I（15）, cone Gear I（16）, bevel gear II（18）, turbine II（19）With worm screw II（20）；

   Transmission main shaft（17）Drive drive bevel gear motion, active master gear respectively with bevel gear I（16）, bevel gear II（18） Intermeshing, band dynamic bevel gear I（16）, bevel gear II（18）Rotate, bevel gear I（16）, bevel gear II（18）By shaft coupling Respectively with worm screw I（15）, worm screw II（20）It is connected, worm screw I（15）With installed in car stopping rod mandrel II（13）On turbine I（14） Intermeshing, drive car stopping rod II（11）On car stopping rod mandrel II（13）Rotate；At the same time worm screw II（20）With installed in Power transmission shaft（5）On turbine II（19）Intermeshing, installed in car stopping rod mandrel I（3）On driving gear（6）, driven gear （2）In power transmission shaft（5）Driving under rotation, so as to drive installed in car stopping rod mandrel I（3）On car stopping rod I（4）With installed in Car stopping rod mandrel II（13）On car stopping rod II（11）It is synchronized with the movement.
3. 3. remote control type parking space lock according to claim 1, it is characterised in that：Also include support containment vessel（12）, support guarantor Protective case（12）Installed in base（1）Internal and support containment vessel（12）Both sides and base（1）Gap is left, by transmission device, electricity Machine controller（7）, gearbox（8）, motor（9）, battery（10）, transmission main shaft（17）Installed in support containment vessel （12）It is internal.
4. 4. remote control type parking space lock according to claim 1, it is characterised in that：The base（1）Shape similar to isosceles trapezoid, Left and right ends are backplate.
5. 5. remote control type parking space lock according to claim 1, it is characterised in that：The battery（10）Dry cell can be replaced with Or external power supply.
6. A kind of 6. application method of remote control type parking space lock, it is characterised in that：Remote control type parking space lock is installed, stretched when needing berth lock During into A/K types, order, electric machine controller are sent by remote control（7）The instruction sent according to remote control controls motor（9） Startup and steering, electric machine controller（7）Receive after command signal to motor（9）Power supply, makes transmission main shaft（17）Band Dynamic drive bevel gear motion, active master gear respectively with bevel gear I（16）, bevel gear II（18）Intermeshing, band dynamic bevel gear I （16）, bevel gear II（18）Rotate, bevel gear I（16）, bevel gear II（18）By shaft coupling respectively with worm screw I（15）, worm screw Ⅱ（20）It is connected, worm screw I（15）With installed in car stopping rod mandrel II（13）On turbine I（14）Intermeshing, drive car stopping rod Ⅱ（11）On car stopping rod mandrel II（13）Rotate；At the same time worm screw II（20）With installed in power transmission shaft（5）On turbine II （19）Intermeshing, installed in car stopping rod mandrel I（3）On driving gear（6）, driven gear（2）In power transmission shaft（5）Drive Lower rotation, so as to drive installed in car stopping rod mandrel I（3）On car stopping rod I（4）With installed in car stopping rod mandrel II（13）On Car stopping rod II（11）It is synchronized with the movement, when car stopping rod I（4）, car stopping rod II（11）It is in K-type to close in A types/opening, can all be passed through Electric machine controller（7）The instruction sent according to remote control controls motor（9）Stopping, realizing car locking position；When needing to stop When, electric machine controller（7）The instruction sent according to remote control controls motor（9）Startup and steering, make transmission main shaft （17）Motion drives car stopping rod I（4）, car stopping rod II（11）Fall down, pass through electric machine controller（7）The instruction sent according to remote control Control motor（9）Stopping, realizing driving position.