CN201704992U

CN201704992U - Solar wireless remote control parking spot lock

Info

Publication number: CN201704992U
Application number: CN2010201209365U
Authority: CN
Inventors: 霍诗琪
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-02-24
Filing date: 2010-02-24
Publication date: 2011-01-12
Anticipated expiration: 2020-02-24

Abstract

A solar wireless remote control parking spot lock is characterized in that a solar cell panel (14) and a direct-current motor (1) are fixedly mounted inside a ground frame (6) of the parking spot lock, a motor output shaft (3) in horizontal symmetry transversely penetrates through the direct-current motor (1); two lead screws (5) with opposite rotational directions are respectively arranged on two sides of the motor output shaft (3); the lead screws (5) are connected with the motor output shaft (3) by the aid of a coupler; a solar cell is connected with two electrodes of a storage battery (17) by the aid of a charging controller on a control circuit board (19); and an output end of a wireless receiving decoder on the control circuit board (19) is connected to a motor control driver. The parking spot lock realizes simultaneously has the functions of wireless remote control, automatic solar power supplying and manual and automatic integration, is opened or locked in a wireless remote control manner without operation of a driver getting off a vehicle, is automatically charged by solar energy without a supplementing power supply, and can be manually opened when no sun is available for a long period of time.

Description

Solar wireless remote-controlled berth lock

Technical field

The utility model relates to berth lock, is a kind of solar wireless remote-controlled berth lock specifically.

Background technology

Along with popularizing of automobile, the outdoor parking space of family expenses formula has generally been included in the property management category of sub-district.Ground, existing outdoor parking space lock generally all is traditional armstrong's patent lock.As car owner during into and out of the parking stall, no matter be bad weather such as snow, it is manually opened all to need the driver to get off, and brings great inconvenience to the car owner.

Summary of the invention

Technical problem to be solved in the utility model provides a kind of need not getting off and unblanks, need not the solar wireless remote-controlled berth lock of additional energy source.

Described solar wireless remote-controlled berth lock, comprise the ground framework, be installed on the lever of ground framework and manual control lock, it is characterized in that: in the framework of ground, be installed with direct current generator, the motor output shaft horizontal symmetrical is crossed in described motor, a screw mandrel that rotation direction is opposite respectively is equipped with by shaft coupling in the both sides of motor output shaft, the supporting respectively nut that the connection connecting rod is arranged on described two screw mandrels, the both sides of nut are provided with travel switch; Its electric control part branch comprise separation Digiplex, be installed on control circuit board in the framework of ground, be located at the ground framework upper and be positioned at solar panel under the solar panels protection framework and the battery of ground framework; described solar cell is connected with the two poles of the earth of battery by the charge controller on the control circuit board; battery is powered to system through Voltage stabilizing module; the output and the travel switch of the wireless receiving decoder on the control circuit board are connected to the Electric Machine Control driver, and the Electric Machine Control output end of driver is electrically connected with motor.

Ground locking device in the utility model parking space has realized having concurrently simultaneously wireless remote control control, solar energy automatic power, manual automatic integrated function, and wireless remote control is opened or locked, and need not driver's operation of getting off; Solar energy charges automatically, need not to replenish power supply; When the long-term no solar time, can open manually; Can be applied to all outdoor parking spaces.

Description of drawings

Fig. 1 is the utility model structural representation,

Fig. 2 is the utility model electrical control block diagram.

Among the figure: 1-motor, 2-manually control lock, 3-motor output shaft; 4-sliding box coupling, 5-screw mandrel, 6-ground framework; 7-fixed support, 8-nut, 9-connecting rod; 10-lever; 11-ball pin, 12-manual key connecting rod, 13-retainingf key; 14-solar panels; 15-solar panels protection framework, 16-travel switch, 17-battery; 18-remote controller; 19-control circuit board, 20-charge controller, 21-Voltage stabilizing module; 22-wireless receiving decoder, 23-Electric Machine Control driver.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is further specified: described solar wireless remote-controlled berth lock, as shown in fig. 1, comprise ground framework 6, be installed on the lever 10 of ground framework and manual control lock 2, this berth lock comprises mechanical part and automatically controlled part:

Its mechanical part has following structure: as shown in fig. 1, in ground framework 6, be installed with direct current generator 1, motor output shaft 3 horizontal symmetrical are crossed in described motor 1, respectively there is a screw mandrel 5 that rotation direction is opposite the both sides of motor output shaft 1, screw mandrel 5 links to each other by sliding box coupling 4 with motor output shaft 3, the supporting respectively nut 8 that connects connecting rod 9 that is equipped with on described two screw mandrels 5, described connecting rod 9 connects lever 10, and described lever 10 passes through a fixed support 7 respectively in ground framework 6.

Sliding box coupling 4 drives output shaft 3 rotations with motor with screw mandrel 5, but but relatively the output shaft 3 of motor be in axial sliding.Because the thread rotary orientation of screw mandrel 5 is opposite, when the output shaft 3 of motor rotates, drive screw mandrel 5 and rotate synchronously, the nut 8 of both sides can move laterally simultaneously or the while moves to the inside, drives baffle plate 10 and rises simultaneously or fall.

Described manual control lock 2 is fixed in the medium position of motor output shaft 3, manually connects a pair of key connecting rod 12 on the control lock 2, and the other end of described key connecting rod 12 and sliding box coupling 4 flexibly connect by ball pin 11.Therefore, when key turns, key connecting rod 12 drives sliding box coupling 4 and moves, and rises simultaneously or falls thereby drive baffle plate 10.

As a kind of selection scheme of optimization, can select ground framework and ground lever to be the thick section steel manufacture of 5mm.Lever is long to be 500mm, and the angle of propping with ground is 45 degree.The vertical height H=500*sin45 °=250mm of this moment.The chassis height of general car is about 150mm, meets the demands.The weight of general car is about 1.7 tons, the requirement of strength the when shaped steel that 5mm is thick can bear vehicle and rolls.

As shown in Figure 2; its electric control part branch comprises the Digiplex 18 of separation; be installed on the control circuit board 19 in the ground framework 6; be installed on the travel switch 16 of nut 8 both sides; be located at ground framework 6 tops; and be positioned at the solar panel 14 under the solar panels protections framework 15 and the battery 17 of ground framework 6; described solar cell is connected with the two poles of the earth of battery 17 by the charge controller 20 on the control circuit board 19; to system's power supply, the output and the travel switch 16 of the wireless receiving decoder 22 on the control circuit board 19 are connected to Electric Machine Control driver 23 to battery 17 through Voltage stabilizing module 21.

Give non-maintaining battery 17 chargings with solar energy collecting and by charge controller 20 when solar panel 14 is flat, be full of up to battery 17.Battery can the selection capacity be the 2X20 ampere-hour, can guarantee under the normal condition that 7～10 days no solar times still can provide electric power for motor.

The course of work of control circuit is: when wireless receiving decoder 22 receives the unlocking signal of Digiplex 18, through the just commentaries on classics of decoding and sending signal enabling direct current generator 1 to motor driver, driving screw mandrel 5 by motor output shaft 3 and sliding box coupling 4 rotates, driving ground lever 10 by nut 8 by connecting rod 9 again rotates, lever 10 is set level on ground framework 6, and nut 8 started travel switch 16 control motors simultaneously and stopped operating automatically this moment.Automobile can enter the parking stall.Equally, when remote command was locked, the motor counter-rotating made the ground lever rise.

In order to prevent that long-term rainy weather from causing the power shortage of battery, this device also is provided with manually opened mechanism simultaneously.Artificial key core 2 drives sliding box couplings 4 move left and right on motor shaft 3 by manual key connecting rod 12, thereby drives screw mandrel and nut move left and right together, and then drives the opening and closing that the ground levers are made reciprocally swinging by connecting rod 9.

Claims

1. solar wireless remote-controlled berth lock, comprise ground framework (6), be installed on the lever (10) of ground framework and manual control lock (2), it is characterized in that: in ground framework (6), be installed with direct current generator (1), motor output shaft (3) horizontal symmetrical is crossed in described motor (1), a screw mandrel (5) that rotation direction is opposite respectively is equipped with by shaft coupling in the both sides of motor output shaft (1), the supporting respectively nut (8) that connection connecting rod (9) are arranged on described two screw mandrels (5), the both sides of nut (8) are provided with travel switch (16); Its electric control part branch comprises the Digiplex (18) of separation; be installed on the control circuit board (19) in the ground framework (6); be located at ground framework (6) top; and be positioned at the solar panel (14) under the solar panels protections frameworks (15) and the battery (17) of ground framework (6); described solar cell is connected with the two poles of the earth of battery (17) by the charge controller (20) on the control circuit board (19); battery (17) is powered to system through Voltage stabilizing module (21); the output and the travel switch (16) of the wireless receiving decoder (22) on the control circuit board (19) are connected to Electric Machine Control driver (23), and the output of Electric Machine Control driver (23) is electrically connected with motor (1).