CN102383637A

CN102383637A - Energy-storing remote control automobile parking lock

Info

Publication number: CN102383637A
Application number: CN2011102385452A
Authority: CN
Inventors: 马传辉; 李肖; 高少品; 韩双慧; 袁娜
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-08-19
Filing date: 2011-08-19
Publication date: 2012-03-21
Anticipated expiration: 2031-08-19
Also published as: CN102383637B

Abstract

The invention provides an energy-storing remote control automobile parking lock which comprises a base and a baffle; the parking lock is characterized by further comprising a pedal, a front blind pipe, a rear blind pipe, an intermediate lever and a storage battery connected with a controller and stepping motors; two ends of the intermediate lever are inserted in the front blind pipe and the rear blind pipe in a sliding way, and a first spring and a second spring are arranged at the two ends of the intermediate lever; the rear blind pipe is fixed; the baffle is articulated with the intermediate lever; the front blind pipe is articulated with a connecting rod; the other end of the connecting rod is connected with a slipway on the baffle; the pedal is connected with a sliding block through a connecting rod mechanism; the sliding block corresponds to the front blind pipe; the intermediate lever and the front blind pipe are respectively provided with a limit rod; the base is provided with two stepping motors; output shafts of the two stepping motors are provided with two limit baffles correspondingly matched with the two limit rods; the two stepping motors are electrically connected with the controller; and the controller comprises a wireless signal receiving device; each stepping motor on the base is provided with three microswitches, the microswitches are connected with the controller. The invention has the advantages that the trouble caused by operating through getting on and getting off is avoided, and the energy consumption is very low.

Description

Energy storage type remote-control car berth lock

Technical field

The present invention relates to a kind of automobile parking stall locking device.

Background technology

Increasing of Along with people's growth in the living standard, private motor car, parking difficulty have become people's one big major issue.Therefore the random phenomenon that accounts for the parking space has also appearred.Berth lock is a kind of mechanical device, and effect is to prevent that others from taking the automobile parking stall of oneself, lets oneself automobile with to stopping.

Present berth lock mostly adopts manual berth lock, needs the car owner to get on or off the bus and operates, and is very inconvenient and dangerous.

Summary of the invention

In order to overcome the shortcoming that above-mentioned prior art exists, the object of the present invention is to provide a kind of energy storage type remote-control car berth lock, it realizes straighforward operation, avoids the trouble of getting on or off the bus and operating.

In order to address the above problem, the present invention adopts following technical scheme: energy storage type remote-control car berth lock, comprise base, baffle plate, and also comprise pedal, preceding blind pipe, back blind pipe, intermediate bar, first spring, second spring; Said intermediate bar two ends slide respectively be plugged in preceding blind pipe, the back blind pipe and intermediate bar and preceding blind pipe, back blind pipe between first spring, second spring are set respectively; Said back blind pipe is fixed on the base; The bottom of said baffle plate is hinged on the intermediate bar, a hinged connecting rod on the said preceding blind pipe, and the other end connection of this connecting rod is arranged on the slideway on the baffle plate; The slide block that said pedal can move forward and backward through linkage connection one, this slide block is corresponding with the cecum of described preceding blind pipe; On said intermediate bar, the preceding blind pipe gag lever post is set respectively; Two stepper motors are set on the base, and the output shaft of two stepper motors is provided with the postive stop baffle with two gag lever posts difference corresponding matching; Said two stepper motors are electrically connected with a controller; This controller comprises a wireless signal receiving system; At each stepper motor place three microswitches are set on the base, three microswitches comprise a normal open switch, two normally closed switch, said normal open switch and gag lever post corresponding matching, said two normally closed switch and postive stop baffle corresponding matching; Said microswitch all is connected with controller; Also comprise the battery that is connected with described controller, stepper motor.

The invention has the beneficial effects as follows: it realizes straighforward operation; Avoided the getting on or off the bus trouble of operation; In addition, without the up-down of Motor Control baffle plate, lean on the compression of spring and the slip of upholding the preceding blind pipe of drive, intermediate bar to realize the up-down of baffle plate; Only need to use moment minimum electric current to be arranged, thereby reduced energy consumption through realization with the assurance low power consuming at electronic lock.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the present invention is done further explanation:

Fig. 1 is the perspective view of the embodiment of the invention;

Fig. 2 is the vertical view of the embodiment of the invention;

Fig. 3 is the structure principle chart of the embodiment of the invention;

Fig. 4 is the mounting structure sketch map between preceding blind pipe in the embodiment of the invention, intermediate bar, back blind pipe, the baffle plate;

Among the figure: 1 base, 2 baffle plates, 21 slideways, 3 pedals, 4 preceding blind pipes, 5 back blind pipes; 6 intermediate bars, 7 first springs, 8 second springs, 9 connecting rods, 10 linkages, 11 slide blocks; 12 gag lever posts, 13 stepper motors, 14 postive stop baffles, 15 controllers, 16 batteries, 17 microswitches.

The specific embodiment

Like Fig. 1,2,3, shown in 4, this energy storage type remote-control car berth lock comprises base 1, baffle plate 2, also comprises pedal 3, preceding blind pipe 4, back blind pipe 5, intermediate bar 6, first spring 7, second spring 8.

Before sliding respectively and be plugged in said intermediate bar 6 two ends in blind pipe 4, the back blind pipe 5 and intermediate bar 6 with preceding blind pipe 4, afterwards first spring 7, second spring 8 be set respectively between the blind pipe 5.Back blind pipe 5 is fixed on the base 1.The bottom of said baffle plate 2 is hinged on the intermediate bar 6, a hinged connecting rod 9 on the said preceding blind pipe 4, and the other end connection of this connecting rod 9 is arranged on the slideway 21 on the baffle plate 2.The slide block 11 that said pedal 3 can move forward and backward through a linkage 10 connections one, this slide block 11 is corresponding with the cecum of preceding blind pipe 4.

On said intermediate bar 6, the preceding blind pipe 4 gag lever post 12 is set respectively; The output shaft that two stepper motor 13, two stepper motors 13 are set on the base 1 is provided with the postive stop baffle 14 of distinguishing corresponding matching with two gag lever posts 12; Said two stepper motors 13 are electrically connected with a controller 15; This controller 15 comprises a wireless signal receiving system.At each stepper motor place 17, three microswitches of three microswitches are set on the base and comprise a normal open switch, two normally closed switch, said normal open switch and gag lever post corresponding matching, said two normally closed switch and postive stop baffle corresponding matching; Said microswitch all is electrically connected with controller 15.

This energy storage type remote-control car berth lock also comprises the battery 16 that is connected with described controller 15, stepper motor 13.

Operating principle is following:

1. when the car owner returned, the car owner sent remote signal, and baffle plate 2 falls; Automobile gets into parking stall while wheel and presses pedal 3, and pedal 3 promotes slide blocks 11 and further promotes 7 compressions of preceding blind pipe 4, the first springs; Two gag lever posts 12 move with preceding blind pipe 4, intermediate bar 6 backward, and gag lever post 12 contacts each self-corresponding normal open switch respectively, and normal open switch is closed; The energising of two stepper motors 13 is rotated, and turns over behind the certain angle a corresponding normally closed switch of contact respectively, and normally closed switch breaks off; Stepper motor 13 stalls, the postive stop baffle 14 on the stepper motor output shaft blocks gag lever post 12, keeps the compression of first spring 7, second spring 8.

2. working as automobile leaves; After the car owner leaves the parking space with car; Send remote signal again, controller 15 control is rotated with the corresponding stepper motor of gag lever post on the preceding blind pipe 4 in the opposite direction, turns over normally closed switch of its correspondence of shake-up behind the certain angle; This normally closed switch breaks off, this step motor stop.This moment first, spring 7 can extend, and baffle plate 2 can become vertical state.

3. when the car owner returned once more, the car owner sent remote signal, and controller 15 control is rotated with the corresponding stepper motor of gag lever post on the intermediate bar 6 in the opposite direction; Its corresponding normally closed switch of back shake-up turns an angle; This normally closed switch breaks off, this step motor stop, 8 elongations of second spring; Baffle plate 2 falls down, and automobile gets into.

More than be exactly the circulation of berth lock in whole use.

Without the up-down of Motor Control baffle plate 2, lean on the compression and the up-down of upholding the slip realization baffle plate 2 that drives intervalve 6, preceding blind pipe 4 of two springs.Only need to use moment minimum electric current to be arranged through realization with the assurance low power consuming at electronic lock.

Claims

1. energy storage type remote-control car berth lock comprises base, baffle plate, it is characterized in that: also comprise pedal, preceding blind pipe, back blind pipe, intermediate bar, first spring, second spring; Said intermediate bar two ends slide respectively be plugged in preceding blind pipe, the back blind pipe and intermediate bar and preceding blind pipe, back blind pipe between first spring, second spring are set respectively; Said back blind pipe is fixed on the base; The bottom of said baffle plate is hinged on the intermediate bar, a hinged connecting rod on the said preceding blind pipe, and the other end connection of this connecting rod is arranged on the slideway on the baffle plate; The slide block that said pedal can move forward and backward through linkage connection one, this slide block is corresponding with the cecum of described preceding blind pipe; On said intermediate bar, the preceding blind pipe gag lever post is set respectively; Two stepper motors are set on the base, and the output shaft of two stepper motors is provided with the postive stop baffle with two gag lever posts difference corresponding matching; Said two stepper motors are electrically connected with a controller; This controller comprises a wireless signal receiving system; At each stepper motor place three microswitches are set on the base, three microswitches comprise a normal open switch, two normally closed switch, said normal open switch and gag lever post corresponding matching, said two normally closed switch and postive stop baffle corresponding matching; Said microswitch all is connected with controller; Also comprise the battery that is connected with described controller, stepper motor.