CN103883149A

CN103883149A - Parking spot lock

Info

Publication number: CN103883149A
Application number: CN201410155837.3A
Authority: CN
Inventors: 薛旭忠; 许增辉; 钟茂干
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-04-18
Filing date: 2014-04-18
Publication date: 2014-06-25

Abstract

The invention discloses a parking spot lock, and belongs to the technical field of vehicle management equipment. A system is composed of an in-vehicle remote control unit and a remote control parking spot lock body. The parking spot lock is characterized in that when a motor rotates, a support is driven to ascend or descend, and when the support rises, a triangular parking space is formed.

Description

A kind of berth lock

Technical field

A kind of berth lock, belongs to vehicle management equipment technical field.

Background technology

In recent years, along with improving constantly of people's lives, private car is more and more, the thing that dispute occurs because of parking stall is also more and more, and a lot of car owners are in order not occupied by other car the parking stall of protecting oneself, and ground lock has been installed, existing ground lock technology need to be in the time that car sails out of, driver gets off ground lock support is erected, and with locking, support is pinned, and just can leave; When car is sailed carriage return position, get off again, artificially will lock unlatching again, put down support, Che Caineng sails carriage return position, and this technological deficiency and deficiency are brought the trouble in many uses to user.

Summary of the invention

The object of this invention is to provide a kind of technical scheme of berth lock, while use to solve existing ground lock technology, need people to start defect and the deficiency of open and close lock, realize driver just can far distance controlled parking stall support in car propping or putting down.

Technical scheme of the present invention is achieved like this, and system is by remote controller and forming with the electric vehicle position lock of remote-receiver, and electric vehicle position lock comprises that 3 are rotated nodes, two stands, base box, control box, motor, screw mandrel, sliding block, node seat; Described underwater acoustic remote control mode can adopt " bluetooth ", " WIFI " or other existing high frequency wireless control technology; Described electric vehicle position latching segment is made up of control section and operating part, control section sealing is arranged in control box, in box, comprising remote signal receives, signal processing, engine power and battery, on control box, there is a transparent sealing observation port, remote signal Receiver is close on transparent window, or by holding wire, remote signal Receiver is placed on to the place of control box outside; The support 2 of described operating part is connected with node seat by articulated rotation node 1, and node seat is fixed on base box, and in like manner support 7 is also by rotating node connected node seat, and node seat is fixed on again on base box; Bottom in support 7 is fixed with motor, and the output shaft of motor is screw mandrel, and sliding block is installed above screw mandrel, has screw thread and screw mandrel to form and be slidably connected in sliding block; Described sliding block is connected with support 2 by rotating node; Described base box is bolted on the ground of parking spot, when two stands is raised to highest order, forms triangle parking stall.The invention has the beneficial effects as follows, realized the electronic control of berth lock, bring convenience to users, also make the popularization and application of berth lock be achieved.

Accompanying drawing explanation

Accompanying drawing 1 is the operating principle schematic diagram of berth lock.

Accompanying drawing 2 is a kind of example structure figure of berth lock.

In accompanying drawing 1, A, B two carriage release levers, C sliding part, the circle in figure is for rotating node.

In Fig. 2,1 rotates node, 2 supports, and 3 base boxes, 4 control boxes, 5 motors, 6 screw mandrels, 7 supports, 8 sliding blocks, 9 rotate node, and 10 rotate node seat.In figure, arrow is support 1 direction of motion while falling.

The specific embodiment

Accompanying drawing 2 is embodiment that berth lock adopts spandrel frame; System is by remote controller and forming with the electric vehicle position lock of remote-receiver, and berth lock comprises and rotates node 1, support 2, and base box 3, control box 4, motor 5, screw mandrel 6, support 7, sliding block 8, rotates node 9, node seat 10; Underwater acoustic remote control mode can adopt " bluetooth ", " WIFI " or other existing high frequency wireless control technology; Electric vehicle position latching segment is made up of control section and operating part; Control section is installed and is sealed in control box 4, comprises remote signal and receives, signal processing, engine power and battery; On control box, 4 have a transparent sealing observation port, and remote signal Receiver is close on transparent window, or by holding wire, remote signal Receiver are placed on to the place of control box outside; Support 2 is connected with node seat 10 by articulated rotation node 1, and node seat 10 is fixed on base box 3, and in like manner support 7 is also by rotating node connected node seat, and node seat is fixed on again on base box 3; Bottom in support 7 is fixed with low voltage DC motor 5, and the output shaft of motor 5 is screw mandrel 6, and screw mandrel 6 is provided with sliding block 8 above, in sliding block 8, has screw thread, and screw mandrel 6 forms and is slidably matched with sliding block 8; Sliding block 8 is connected with support 2 by rotating node 9; Base box 3 is bolted on the ground of parking spot, and whole device forms four bar linkage.Operating principle of the present invention is shown in Fig. 1, Fig. 1 is typical screw mandrel interlinked mechanism, sliding part C, carriage release lever A, B link together by the rotation node in figure (i.e. circle in figure) respectively, sliding part C can slide on carriage release lever B, in the time that B bar rotates along the direction of arrow in figure, when driving sliding part C to rotate, cause sliding part C to move to A bar bottom direction, until A bar overlaps with B bar, while rotation to counter clockwise direction as B bar, A masthead end will be more and more higher.Same principle, the present invention works as car owner sails out of parking stall by automobile, and while pressing in motor-car the relative keys on remote controller, after the remote control reception head acknowledge(ment) signal of electric vehicle position latching segment, control motor 5 and rotate, motor 5 drives screw mandrel 6 to rotate, because sliding block 8 can not rotate, can only in screw mandrel 6, support 1, move up, and by rotating node 9, support 2 be raised gradually, in the time that support is lifted to certain altitude, motor stops operating; Owing to can not having mutual movement between screw mandrel 6 and sliding block 8, two stands " locked ", forms triangle parking stall again, warns this parking stall existing main, can not stop; In the time that this car is returned and approached parking stall, car owner presses the unlock key on remote controller, the controlled counter-rotation of motor 5, and screw mandrel 6 drives sliding block 8, support to move down, and after two stands is overlapping, motor stops operating, and automobile can drive parking stall into; Motor adopts low voltage DC motor or stepper motor.

Claims

1. a berth lock, berth lock part is made up of control section and operating part; It is characterized in that berth lock comprises that 3 are rotated node, two stands, base box, control box, motor, screw mandrel, sliding block, node seat; Described support 2 is connected with node seat by articulated rotation node 1, and node seat is fixed on base box, and described support 7 is by rotating node connected node seat, and node seat is fixed on again on base box; Bottom in described support 7 is fixed with motor, above the output screw mandrel of motor, sliding block is installed, and the screw thread in sliding block and screw mandrel form and be slidably connected; Described sliding block is connected with support 2 by rotating node; In the time of electric machine rotation, drive support to rise or landing.

2. a kind of berth lock according to claim 1, is characterized in that motor adopts low voltage DC motor or stepper motor.

3. a kind of berth lock according to claim 1, no longer moves between screw mandrel and sliding block while it is characterized in that motor stops operating, and two stands " locked " forms triangle parking stall.