阅读说明：本技术 自动收放收卷智能车载式车库 (Automatic receive and release rolling intelligence vehicular garage ) 是由 吉世彤 王永佳 韩东涛 于 2020-07-30 设计创作，主要内容包括：本发明公开了一种自动收放收卷智能车载式车库,具有冬季保温、夏季调温的功能,包括车库展开回收机构、车库电气控制系统、车库存储机构、动力电源组件、辅助机构五大部分。车库展开回收机构安装于车库存储机构中,车库存储机构安装于汽车车辆顶部,主要用于存储车库及其收放传动机构。存储机构为箱式结构,是基础件,可保证具有足够的强度和刚度,其尺寸不超过安装汽车顶部水平面积。动力电源组件安装于汽车后备箱中,由一组高启动蓄电池、汽油发电机及其安全报警监测机构组成。通过位于后备箱中的车库电气控制系统中控制系统ECU按预先编辑的程序控制车库展开回收机构完成车库的自动降落,覆盖车身动作及车库自动收起,完成车库自动收起回收到车库存储机构的动作。通过动力电池组件中的温度调节机构完成冬季制热、夏季调温的功能。(The invention discloses an intelligent vehicle-mounted garage capable of automatically winding and unwinding, which has the functions of heat preservation in winter and temperature regulation in summer and comprises five parts, namely a garage unfolding and recycling mechanism, a garage electrical control system, a garage storage mechanism, a power supply assembly and an auxiliary mechanism. The garage unfolding and recycling mechanism is arranged in the garage storage mechanism, and the garage storage mechanism is arranged at the top of an automobile and is mainly used for storing the garage and the folding and unfolding transmission mechanism thereof. The storage mechanism is of a box-type structure and is a basic part, so that the storage mechanism can ensure enough strength and rigidity, and the size of the storage mechanism does not exceed the horizontal area of the top of an installed automobile. The power supply component is arranged in the automobile trunk and consists of a group of high-starting storage batteries, a gasoline generator and a safety alarm monitoring mechanism thereof. The control system ECU in the garage electrical control system in the trunk controls the garage unfolding and recycling mechanism to complete automatic landing of the garage according to a pre-edited program, cover the vehicle body and automatically pack the garage, and complete the action of automatically packing the garage and recycling the garage to the garage storage mechanism. The functions of heating in winter and temperature regulation in summer are completed through a temperature regulating mechanism in the power battery assembly.)

1. The utility model provides an automatic intelligent vehicular garage of rolling of receive and release that can expand automatically, retrieve car, the garage includes that the garage expands, retrieves mechanism, garage electrical control system, storage mechanism, power supply module, complementary unit five major parts (see figure 1).

2. The automatic unfolding mechanism according to claim 1, wherein the automatic unfolding mechanism is composed of a longitudinal screw rod, a longitudinal guide rod, a transverse telescopic rod, a vertical rod and a hinged support, and can form a rectangular garage-like frame mechanism after being unfolded to cover the whole outer surface of the automobile.

3. The automatic retrieval mechanism of claim 1, wherein the automatic retrieval mechanism is collapsible and retrievable into a storage mechanism after retrieval.

4. The storage mechanism of claim 1, wherein said storage mechanism comprises a storage case, a solar panel exterior to the storage case.

5. The power supply assembly according to claim 1, wherein the power battery assembly comprises a temperature adjusting mechanism, a power source and an auxiliary mechanism thereof, wherein the temperature adjusting mechanism comprises a small air conditioner, a radiator and a connecting circuit thereof, the temperature increasing and decreasing adjustment is completed, and the power source comprises a storage battery, a generator and a temperature alarm monitoring system.

6. The assist mechanism of claim 1, wherein the assist mechanism comprises a car wash pump, battery assisted reverse charging, a vacuum cleaner, an inflator pump, an electric wrench.

7. The automatic unfolding mechanism of claim 2, wherein the automatic unfolding mechanism comprises a transverse telescopic rod, a vertical rod, a longitudinal lead screw and a longitudinal guide rod, and the transverse telescopic rod is stretched to perform unfolding motion along the transverse line direction of the automobile; the vertical beam extends to do rotary unfolding motion along the direction of the automobile vertical to the ground; the longitudinal screw rod extends to push the vertical rod to perform unfolding motion along the longitudinal line direction of the automobile; the working engineering is as follows: firstly, after a top plate of the storage mechanism is lifted upwards to a proper position, the automatic unfolding mechanism adopts a telescopic rod unfolding structure, firstly, four transverse telescopic rods respectively extend from the side surface of the storage mechanism to two sides, after two transverse telescopic rods extend from each side, the two sides of the transverse folding plate at the tail end of the folding plate extend out (see figure 3), the vertical rod arranged on the folding plate continuously extends downwards to the two sides to a position to form the vertical rod vertical to the ground (see figure 7), under the push of the screw rods at the front end and the rear end of the storage box, the vertical rod moves to the front direction and the rear direction along the longitudinal line direction of the automobile along the direction of the longitudinal guide rod until the vertical rod is pushed in place, namely, a rectangular shed type frame structure along the longitudinal line direction of the automobile is formed, finally, the front and rear curtain rolling door type structures push the rolling curtain downwards along the vertical rod at the farthest ends in the front and rear direction to be put down, so that the front and rear closure is realized, and the automatic unfolding mechanism forms a totally-enclosed shed type rectangular garage (see attached figure 6).

8. The automatic retraction mechanism according to claim 3, wherein the automatic retraction mechanism performs the reverse sequence of actions of the automatic deployment mechanism of claim 7 to retract the garage frame mechanism (see fig. 3).

9. The storage mechanism of claim 4, wherein the storage mechanism is located above the outside of the roof of the automobile, wherein the transverse telescopic rod, the vertical rod and the attached garage are stored therein, the solar cell panel is attached to the outer surface of the top plate of the storage mechanism, the top plate solar cell panel needs to move vertically upwards before the unfolding mechanism works, and after the automatic recovery mechanism works, the top plate of the automatic recovery mechanism moves vertically downwards, so that the top plate of the automatic recovery mechanism is a basic part of the unfolding mechanism and the recovery mechanism (see figure 4).

10. The temperature regulating mechanism according to claim 5, characterized in that it comprises a winter heating mechanism and a summer cooling mechanism, wherein the winter heating mechanism comprises a storage battery, a generator and a radiator, the storage battery and the generator can provide electric energy in an interactive manner, the radiator can dissipate heat to ensure that the formed warm air heats the vehicle cab and the engine compartment, and the summer cooling mechanism adopts an external air conditioner to regulate the temperature inside the vehicle cab.

11. The auxiliary mechanism as claimed in claim 6, wherein the power part of the temperature adjustment mechanism is configured to provide power for the car washer, the vacuum cleaner, the inflator and the electric wrench, and therefore the auxiliary mechanism is configured with tools such as the car washer, the vacuum cleaner, the inflator and the electric wrench.

Technical Field

The invention relates to an automatic winding and unwinding intelligent vehicle-mounted garage capable of automatically unfolding and retracting. The automatic unfolding mechanism can be used for automatically unfolding the garage to buckle the automobile, the frame is unfolded by the unfolding mechanism to buckle the garage outside the automobile, the temperature in the cockpit and the engine compartment is adjusted by the temperature adjusting mechanism, meanwhile, the garage can be automatically recovered, and the recovered garage is stored in the storage mechanism on the upper part of the outer side of the top of the automobile cab.

Background

The temperature is cold in winter in northern China, the heating period is long, the outdoor average temperature can reach about-50 ℃, and the duration time is long. With the increase of the owned quantity of automobiles and the limitation of limited quantity and high price of indoor warm-keeping garages, part of the automobiles need to be stored outdoors in low-temperature environments in winter, and the low temperature has great influence on the service performance, the service life and the like of main parts such as automobile engines, suspensions, tires and the like. Meanwhile, as the temperature in summer in south China is increased, the temperature in the cab is higher after an automobile is parked, the temperature of the driving environment is higher, and the driving safety of a driver is influenced. The temperature in the cockpit is adjusted in summer, so that the ambient temperature in the cockpit is appropriate, and the cockpit has the effect of adjusting and cooling in summer.

Disclosure of Invention

The invention aims to provide an intelligent vehicle-mounted garage capable of automatically winding and unwinding outdoor vehicles in winter and summer. The dual functions of vehicle heat preservation in winter and cooling in summer are realized.

The purpose of the invention is realized by the following technical scheme:

the invention discloses an automatic winding and unwinding intelligent vehicle-mounted garage which is characterized by comprising five parts, namely a garage unfolding and recycling mechanism, a garage electrical control system, a storage mechanism, a power supply assembly and an auxiliary mechanism. Except for the power supply component and the auxiliary mechanism, other mechanisms can realize automatic expansion and recovery of the garage by means of driving and connecting modes such as a driving motor, hinge connection and the like.

The garage unfolding and recycling mechanism comprises a transverse telescopic rod, a vertical beam and a longitudinal lead screw, wherein the longitudinal guide rod and the transverse telescopic rod are connected with a box fixing hinge in a mode that the transverse telescopic rod is connected with the vertical rod through a transverse folding plate, and the transverse telescopic rod is connected with the transverse folding plate and the vertical rod is connected with the transverse folding plate through hinges. The vertical rods are connected by the vertical rod connecting fork, so that the vertical rods can move along the longitudinal guide rod under the pushing of the longitudinal lead screw, namely the vehicle can be unfolded and retracted along the longitudinal line direction. The garage is unfolded and recovered. The garage forms 5 mmx 2.5m rectangle frame shed structure after accomplishing to expand, forms complete frame, guarantees that garage shed structure has sufficient torsional rigidity and intensity, can detain the cover in the inside completely with the standard parking stall to accomplish and detain the cover vehicle, realize outdoor garage's protection and temperature regulation function.

The unfolding mechanism is mainly completed by a driving motor, and the unfolding motion sequence of the motion rod piece is that a transverse telescopic rod, a transverse folding plate, a vertical rod, a longitudinal screw rod pushes the vertical rod, and a front roller shutter and a rear roller shutter are sequentially arranged. The recovery motion sequence of the motion components is sequentially front and back roller shutters, vertical rods pushed by longitudinal lead screws, vertical rods, transverse folding plates and transverse telescopic rods (see fig. 3, 5, 6 and 7).

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present invention

FIG. 2 is a general structural component of the present invention;

FIG. 3 is a schematic view of the deployment mechanism of the present invention;

FIG. 4 is a schematic view of a storage mechanism of the present invention

FIG. 5 is a schematic view of the longitudinal deployment mechanism of the present invention

FIG. 6 is a schematic view of a garage frame structure according to the present invention

FIGS. 7a-7c are schematic views of the operation of the lateral deployment mechanism of the present invention

Detailed Description

The invention will now be described in further detail with reference to the accompanying drawings, in which:

the invention relates to an intelligent vehicle-mounted garage capable of automatically winding, unwinding and winding, which is a garage type device capable of realizing automatic unfolding and automatic recycling through a control system. The four-point supporting device is arranged above the outer side of a cab ceiling of a vehicle, and is connected with the cab ceiling in a four-point uniform supporting mode. The storage mechanism is of a thin-wall box-type structure, a storage mechanism top plate is arranged above the storage mechanism, a solar cell panel is arranged on the outer surface of the storage mechanism, and the interior of the box body is used for storing an automatic unfolding and automatic recovery mechanism, an auxiliary garage and the like. Is the base piece of the whole device (see figure 2). The implementation process of the vehicle-mounted garage capable of automatically winding and unwinding comprises

First, the garage is unfolded

1. When the device is electrified, the top plate lifting rod 5 lifts upwards to move the top plate 1 of the storage mechanism upwards, and the top plate of the storage mechanism is opened (see the attached figure 4).

2. The transverse unfolding mechanism in the automatic unfolding mechanism works firstly, namely, the four transverse telescopic rods 4 respectively extend out to two sides in place, and simultaneously push the left transverse folding plate and the right transverse folding plate out of the storage box together (see attached figure 3).

3. After the transverse folding plate is pushed out to the right, the right rocker 3 and the left rocker 5 (see the attached figure 7 a) of the vertical rod which are connected by the fixed hinge do rotating and stretching movement (see the attached figure 7 b) to the direction vertical to the ground around the hinge point under the drive of the driving motor respectively until the left and right vertical rods are completely unfolded and form a state vertical to the ground (see the attached figure 7 c).

4. After the transverse unfolding mechanism works in place, the longitudinal unfolding mechanism starts to work, and under the drive of the motor, the front lead screw 5 and the rear lead screw 5 push the front roller shutter beam device 2 and the rear roller shutter beam device 4 along the longitudinal guide rod 3

And the vertical rod after the transverse unfolding mechanism is unfolded moves forwards and backwards respectively (see the attached figure 5).

5. The longitudinal spreading mechanism is spread longitudinally to form a rectangular frame type cover-shaped structure. And the vertical rods are connected by vertical rod connecting forks 5 to form a frame shed type structure, and meanwhile, the front roller shutter mechanism 3 and the rear roller shutter mechanism 6 respectively put down the roller shutters downwards to realize front and rear sealing, thereby completing the frame shed type garage unfolding process (see attached figure 6).

6. The storage battery and the generator in the vehicle-mounted power supply assembly work, the temperature of an engine compartment, the interior of a cab and the temperature of a vehicle body are adjusted through an air conditioning system in winter and summer, and meanwhile, vehicle tires are heated in winter and cooled in summer. The effects of vehicle-mounted temperature regulation, garage heat preservation and cooling are achieved.

7. The process is as follows in sequence: the transverse unfolding mechanism, the longitudinal unfolding mechanism, the front and rear roller shutter mechanisms fall, and the temperature adjusting mechanism starts to work.

Second, garage recovery process

The process is opposite to the process of the garage unfolding mechanism, namely the temperature adjusting mechanism stops working, the front and rear roller shutter mechanisms ascend, the longitudinal unfolding mechanism recovers, the transverse unfolding mechanism recovers, and the longitudinal unfolding mechanism recovers to the storage mechanism.

Third, the auxiliary mechanism works

The vehicle-mounted vehicle washing pump, the dust collector, the inflator pump, the electric wrench and the like can use the electric energy provided by the vehicle-mounted power supply assembly to wash and remove dust of the vehicle and work by the inflator pump and the electric wrench.