WO2016195385A1 - Sunshade usable as umbrella for vehicle - Google Patents

Abstract

The present invention relates to a sunshade usable as an umbrella for a vehicle, comprising: an electric motor integrated with a pinion gear of a rack and pinion gear, or a belt pulley around which one or more belts are capable of being wound, which is formed therein; and one or more awning systems formed to carry out a linear motion using a moving mechanism, such as an electric motor integrated with the belt pulley, wherein the awning systems are moved by means of an awning system moving apparatus formed in the roof panel of the vehicle in order to cover all of the front glass, the rear glass, and the side glass of the vehicle, and the awning is then unfolded to cover all of the front glass, the rear glass, and the side glass of the vehicle.

Description

Car umbrella and sunshade

The present invention relates to a car umbrella and a sunshade as a similar technology, there is a sun visor and the technology of the sunshade tent umbrella and sunshade in a camping car, awning for protecting the entrance of the building from the external environment such as blocking of direct sunlight and rain Systems and the like become the technical field of the present invention.

Background art of the present invention is a linear motion using a linear motor or rack and pinion gear and the like rotation and folding mechanism of a certain angle using an awning system step motor and the like.

Awning

Lightweight awnings made of canvas, aluminum, plastic, etc., installed above windows and entrances.

Car awning tent! Succeeded in developing products applicable to all models

A company that is generating a sensation in the camping industry as it upgrades the auto camping culture, where the hot wind is blowing, is in the spotlight.

Lumaka Technology (CEO Nam Sang-kyu, www.lumacatech.com), a manufacturer of automotive awning tents, is the main player. Located in Cheonan-si, Chungcheongnam-do, the company is developing an awning system , which is a mobile space where you can take 'family love' as a catch phrase and relax in the outdoors.

“Lumaka Technology”, a new concept of auto camping culture, has focused on developing awning tents and inner cells that can be installed anywhere in 5 minutes based on its excellent tent fabric and processing technology.

Therefore, the company has succeeded in developing products that can be applied to all types of cars that can install horizontal bars such as sedans and light cars, which have been installed only on SUVs such as carnivals and Korando.

The company developed the high quality bracket that connects the awning tent to the vehicle roof and obtained international patents. At the KINTEX Fair and Korea Auto Camping Show last spring, the campers took a glance.

On the other hand, the company is a fourth-year student of the Young Entrepreneurship Academy run by the Small and Medium Business Corporation, and cooperates with Motoraf, a high-performance suspension brand for automobiles, and develops technologies.

Nam Sang-kyu, who is busy with a fast-paced schedule during the camping season, said, “Awnings that can create instant cottages are essential equipment for auto-camping that provides safe and comfortable resting places beyond the shade.” As we increase, we will be able to win exports and be recognized for our differentiated competitiveness. ”

Hyundai launches Grand Starex RV

Hyundai Motor Co., Ltd. has newly developed the Grand Starex Motorhome, a multi-purpose auto camper that can be used for daily and camping vehicles, and will be available from Thursday.

The Grand Starex RV is a model that was developed to meet the new demands of customers for camping cars, which are emerging due to the rapid increase in outdoor population and the expansion of auto camping infrastructure. This is a new concept camper.

In particular, it features a variety of camping convenience specifications so that four people from the exterior to the interior can enjoy camping.

'Grand Starex Motorhome' has applied 'Pop Up Loop' with an automatic hydraulic cylinder to the existing Grand Starex roof section to lift the roof and use it as a sleeping space.

The two-person pop-up loop can be lifted through the opening on the ceiling of the first row, and the mattress and ventilation openings allow for comfortable sleeping.

Also, apply the 'language fastening system (Awning System)' passenger side of the vehicle, the direction of the loop to be used as a tent for camping was to increase the usability of outdoor activities.

In addition, a fresh water supply device for supplying the necessary water to the sink and an external power supply device for electricity use were applied, and a separate storage box was installed inside the rear door toward the driver's seat to increase space utilization.

Various convenient specifications have been applied for convenient camping inside the vehicle.

The interior consists of two rows of seats, with sliding and full-flat features on the rear seats, the seat back being pulled forward and the back mattress is laid out. .

The ceiling is hydraulic, so if you raise the ceiling up, you have room to stretch out and stand inside.

In addition, a large refrigerator, a sink, an electric range, and a multi-purpose folding table can be installed for outdoor cooking and dining.

In addition, the rear large storage box, camping chair storage box and two-row seat storage box have been applied to enhance the space utilization, and various indoor lights have been applied to prevent inconvenience in indoor activities.

In addition, Hyundai Motor has applied various options for outdoor activities such as long width awning system, privacy room tent, outdoor table, front and rear mosquito net and full curtain, charger, auxiliary battery, and city heater in package form for more convenient outdoor activities. I had to enjoy.

An official from Hyundai said, “As the domestic camping equipment market is growing rapidly and auto camping sites are continuously expanding around the metropolitan area, customers' demand for camping cars is growing.” “Grand Starex, which can be used for both daily and camping purposes RVs will create new demand from existing rental-oriented expensive camper vehicles. ”

The Grand Starex Motorhome, which uses an automatic transmission, costs 4,802 million won.

Linear motor

[linear motor]

The induction motor has a structure similar to that developed on a plane cut along an axis, and is composed of a stator and a reaction rail to generate a linear driving force in the rail direction.

Maglev trains mount one side of the stator and reaction rails to the body and the other to the ground.

Since the adhesive force of the wheel is not required for power transmission, high speed operation can be performed by slightly floating the wheel by magnetic force or the like on the rail.

The rack and pinion gear is a device that converts the rotational motion of the pinion gear into the linear motion of the rack gear.

Servomotor [servomotor]

An operating unit of a servo mechanism that drives a load by a control signal.

Depending on the power source of the servomotor, there are electric (servo motor), pneumatic (air servomotor), hydraulic (hydraulic motor) and so on. In general, a servomotor is often referred to as a servomotor.

Servo motor is a control motor with fast response and wide speed control. It is classified into DC servo motor and AC servo motor according to its power source. Most of AC servomotors are three-phase servomotors.

Since these operations are repeated such as stopping, starting, reversing, and the like, they are considered in design so as to improve the heat dissipation effect or to speed up the change of the operation. The servomotor is operated according to the control signal. To do this, a device that receives the control signal and amplifies it and drives the servomotor is called a servo amplifier.

Servo Mechanism [servomechanism,-機構]

Automatic control system that allows the control amount to be in mechanical position. That is, it is a feedback control system configured to follow an arbitrary change of a target value such as the position, orientation, and posture of an object, and is a device that moves a machine as a command.

"Transparency of the windows, change my way" ETRI develops smart optical shutter

Discoloration possible in 0.1 second… Creation of new application fields such as automotive glass and heat resistant windows

"Transparency of the windows, change my way" ETRI Develops Smart Optical Shutter

Domestic researchers succeeded in developing core technology to change the transparency of the glass window. The glass windows, which were simply transparent, can be controlled and the information can be displayed on the glass windows, which will have a considerable impact on related industries such as automobiles and construction.

ETRI (Korea Electronics and Telecommunications Research Institute) announced on the 11th that it succeeded in developing 'electrochromic technology' that can change the transparency by adjusting the transmittance of sunlight when attaching a certain substance to glass window and applying electricity.

The electrochromic technology developed by ETRI is made of nanoparticle structures of 8 nanometers in size.

Nanoparticle structure has a small specific surface area of the particles constituting the structure has a large specific surface area can attach a lot of discoloration material on the surface. Electrochromic technology using nanostructures has a fast discoloration rate because of the short distance of ions required for discoloration.

The discoloration speed of the technology developed by ETRI is only 0.1 second. The time required for existing commercial products to reach from seconds to seconds has been dramatically reduced. Transparency can be darkened up to 90%.

ETRI explained that the technology could be used to prevent glare in future rearview mirrors.

In other words, if the rear car turns on the high beam and the glare is severe, the color of the mirror may be darkly discolored to eliminate the glare. The fast 0.1 seconds of electrochromic change is also very useful when the vehicle suddenly passes through the tunnel.

The researchers believe the technique will replace the summer or winter blinds. In other words, when the sunlight shines intensely, it changes the transparency of the window to lower the rate of external heat coming in. This will enable efficient heating and cooling, which will greatly help in saving energy, the researchers explained.

In addition, the display market is expected to change. By applying electrochromic technology, it is possible to change the window to be visible or invisible when necessary, so that it can be used as a light shutter for a transparent display.

Currently, the researchers are focusing on black and blue systems as optical shutters for displays, and plan to expand to red and green systems in the future.

The researchers believe that by the end of 2016, the technology will be able to display information by inserting text into windows.

Ryu Ho-joon, head of ETRI's Natural Simulation I / O Interface Lab, said, “The technology developed this time has excellent bistability that maintains information even when the power is turned off, and consumes almost no power at around 3V (volts).” The transparency is also very good and does not interfere with the transparency of the existing window. ”

ETRI expects that this technology will create a new high value-added convergence new industry that combines IT and emotional technologies with traditional industries. In addition, energy-saving optical shutters (curtains), which provide new convergence services, will not only contribute to energy savings in buildings, but also can be applied to automobile windows, aircraft, and ships.

The technical problem of the present invention is to open the door of the car in the rain when it is raining and want to rest while watching the rain in the summer when the temperature rises to 60 degrees Celsius inside the car when you leave the lighter indoors It is a technical problem to be solved because there is a possibility of explosion, and it is also possible to prevent the chair from being placed under the awning by the awning system when camping.

The technical solution of the present invention is a linear motion using a linear motor or a rack and pinion gear, and a number of awning systems (about 4) are formed by the linear motion, and the awning system itself is applied to the awning system moving device formed on the roof panel of the vehicle. By moving the cover to cover both the windshield, rear glass and side glass of the car and then spread the awning to cover both the windshield, rear glass and side glass of the car.

Also, when it rains, it is possible to prevent rain by moving the position of the awning so that only the necessary part is prevented.

Even when the awning is unfolded in order to eat outside the vehicle at the time of camping, it is a solution to unfold and move the position of the awning only to a necessary portion.

In other words, the moving system of the awning system using a plurality of awning and linear motor or rack and pinion gear,

If there are fabrics made of springs and fibers, and the springs are unfolded, the fabrics made of all fibers are unfolded, forming a box into which the fasteners and fabrics made of springs and fibers are placed on the roof panel of the car. One side of the roof panel of the spring to form a coupling fixture that is fixed to the roof panel by combining the fabric formed of fibers, etc.

Form a two-stage or three-stage umbrella that can cover the roof panel of the car, but form a box on one side of the roof panel of the car so that the umbrella can be folded and laid down with a fixed position. The technical solution of the problem of the present invention is to form a fixture so that it is possible to stand up and lay down with a servomotor or to open and fold an umbrella with a servomotor.

The effect of the present invention is to open the door of the car in the rain when it is raining and wants to rest while watching the rain in the summer when the temperature rises to 60 degrees Celsius inside the car and puts the lighter indoors There is a possibility to prevent this, and it is effective to rest the chair under the awning with the awning system when camping.

1 is a perspective view of the present invention.

2 is another perspective view of the present invention.

3 is another perspective view of the present invention.

4 is another perspective view of the present invention.

5 is another perspective view of the present invention.

6 is another perspective view of the present invention.

7 is another perspective view of the present invention.

8 is another perspective view of the present invention.

9 is another perspective view of the present invention.

10 is another perspective view of the present invention.

11 is another perspective view of the present invention.

12 is another perspective view of the present invention.

13 is another perspective view of the present invention.

14 is another perspective view of the present invention.

15 is another perspective view of the present invention.

16 is another perspective view of the present invention.

17 is another perspective view of the present invention.

18 is another perspective view of the present invention.

19 is another perspective view of the present invention.

20 is another perspective view of the present invention.

21 is another perspective view of the present invention.

22 is another perspective view of the present invention.

23 is another perspective view of the present invention.

       <Explanation of Codes>

20: rack gear 21: pinion gear

22: motor 50: roof panel

51: wheel 52: attachment hole

100: front frame 110: main frame

120: first fixing part 130: single arm joint

130a: single arm 140: arm holding

150: winding drum 160: sunshade membrane

170: medial protrusion arm 180: lateral protrusion arm

190: winding drum frame

The present invention relates to a vehicle umbrella and mass-produced by using a moving mechanism such as an electric motor integrated with a belt pulley is formed in the rack and pinion gear is formed an electric motor integrated with the pinion gear or a belt pulley that can be hung one or more belts. Linear motion and one or more awning systems are formed by this linear motion, and the awning system itself is moved by the awning system moving device formed on the roof panel of the car to cover both the front glass, the rear glass and the side glass of the car. Unfold it so that it covers both the windshield, the rear windshield and the side windshield of the car.

Referring to the form for carrying out the present invention in detail with reference to the drawings Figure 1 is a perspective view of the present invention to form a cloth formed of a spring or fiber or vinyl, such that when the spring is unfolded, the cloth formed of the entire fiber or vinyl is unfolded A roof box is formed in a roof panel of a vehicle to hold a fastener or a fastener and a cloth made of spring, fiber, or vinyl, and when the cloth formed of spring, fiber, or vinyl is unfolded, a cloth made of spring, fiber, etc. is formed on one side of the roof panel of the car. To form a fastening fixture that is fastened to the roof panel.

2 is a perspective view of another embodiment of the present invention;

Figure 3 is another perspective view of the present invention to form an umbrella, such as one, two or three stages that can cover the roof panel of the car, but folded the box with the umbrella fixed in position by forming a box on one side of the roof panel of the car. If you can stand up, if you stand up to form a fixture so that it can be fixed while standing up

Figure 4 is another perspective view of the present invention to be able to fold and lay down the umbrella while holding the position fixed and to be able to stand and lay down with the servo motor or to open and fold the umbrella with the servomotor

5 is another perspective view of the present invention, the roof box is a lid is formed and the lid is formed of a sliding door or a folding door or a sliding door and the lid is formed in the roof box is a sliding door and a flexible rack and pinion by the servo motor By the rotation of the servo motor, the pinion gear integrated with the servo motor is rotated. The sliding door with the end of the rack gear is opened and closed by the linear motion of the rack gear. The folding door is also flexible by the servo motor. The pinion gear integrated with the servo motor is rotated by the rotation of the servo motor by the gear, and the folding door attached to the end of the rack gear is opened and closed by the linear motion of the rack gear, and the hinged door is hinged by the rotation of the servo motor. A swing door that is formed to rotate will open and close

Figure 6 is another perspective view of the present invention showing the formation of a two-stage umbrella that can cover the roof panel of the vehicle

7 is another embodiment of FIG. 3 of the present invention;

8 illustrates a general awning system

9 is a cross-sectional view of the front of the present invention.

In the rack and pinion gear, by using the movement mechanism of the electric motor integrated with the pinion gear, one or more awning systems are formed by the linear motion and such linear motion, and the awning system itself is formed by the awning system moving device formed on the roof panel of the car. After moving the windshield to cover both the windshield, rear glass and side glass of the car, spread the awning to cover both the windshield, rear glass and side glass of the car, and turn left or right with the pinion gear integrated in the rack and pinion gear. As the selectively possible electric motor rotates, as the electric motor moves along the rack gear, the supporting part in which the awning system integrated with the electric motor is formed moves to one side of the roof panel of the vehicle. Formed at both ends and awning system The spur gears are formed at both ends of the supporting part so that wheels are formed to be movable so that the electric motor which is integrated with the pinion gear and the opposite side of the electric motor are rotated at the same rotational speed as the rotation of the electric motor. The gears formed by the combination of the gears are moved in parallel through the rails formed on the side of the rack gears along the rack gears, and the supporting part on which the awning system is formed is formed in two or more stages, and the supporting parts of each awning system are rack gears. Is formed, the pinion gear and the electric motor are integrated, and the wheels for moving the awning system and the awning system are integrated to move the base of the awning system as a rail.

10 is a sectional view seen from the side of FIG.

FIG. 11 is another perspective view of FIGS. 9 and 10.

12 illustrates a belt pulley integrated with a belt and an electric motor of the present invention.

FIG. 13 illustrates that FIG. 12 is formed in the support part.

FIG. 14 is a belt pulley capable of fastening four belts in FIG. 13 to rotate an electric motor capable of selectively rotating forward or reversely integrated with the belt pulley, and according to the movement of the belt wound on the belt pulley. One end of the belt fixed to both ends of the supporting part shows the parallel movement along the rail formed on the side of the belt pulley formed by the wheel formed in the lower part of the supporting part of the awning system.

15 is a support portion formed on the awning system formed in FIG. 14 is formed in two or more stages, the bearing portion of each awning system is formed with a belt pulley, the belt pulley and the electric motor is integrated and moves the awning system and the awning system. One side of the belt is fixed to the side of the box forming the wheels and the wheels are integrated and the cross-sectional view of the front showing that the supporting portion of the awning system to move as a rail and Figure 16 is a side view.

17 is an embodiment attached to the awning system of the present invention.

18 and 19 show an embodiment of the process of unfolding all the earning system

20 and 21 show that the awning unfolds only the side of the driver's seat, such as in the rain

FIG. 22 is a transparency of three awning systems formed, and FIG. 23 is a perspective view of three awning systems formed.

In the present invention as described above has been described by the specific embodiments, such as specific components and limited embodiments and drawings, but this is provided to help a more general understanding of the present invention, the present invention is not limited to the above embodiments. For those skilled in the art, various modifications and variations are possible from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and all of the equivalents and equivalents of the claims, as well as the following claims, will fall within the scope of the present invention. .

Industrial applicability of the present invention is to open the door of the car in the rain when it is raining and want to rest while watching the rain in the summer when the temperature rises to 60 degrees Celsius inside the car to leave the lighter indoors There is a risk of exploding when you get off, so there is an industrial applicability that allows you to rest your chair under an awning with an awning system when camping.

Claims (29)

Forming a cloth made of spring and fiber or vinyl, and unfolding the spring, the fabric made of all fibers or vinyl is unfolded, forming a roof box that puts a fixture or a fastener and a cloth made of spring and fiber or vinyl in the roof panel of the car. When the fabric formed of the spring and the fiber or vinyl is unfolded, the umbrella and mass production of the vehicle, characterized in that to form a fastening fixture for fixing to the roof panel by combining the fabric formed of the spring and the fiber on one side of the roof panel of the car. Form an umbrella of 1st, 2nd, or 3rd stage to cover the roof panel of the car, but form a box on one side of the roof panel of the car so that the umbrella can be folded and erected in a fixed position. Car umbrella and parasol, characterized in that to form a fixture so that it can be fixed. Paragraph 2, umbrellas and parasols, characterized in that the umbrella can be folded and laid down with a fixed position, standing and lying down with a servo motor, or that the umbrella can be folded and folded with a servomotor. The vehicle umbrella and mass production according to any one of claims 2 to 3, wherein the roof box is formed with a lid, and the lid is formed of a sliding door, a folding door, a sliding door, or the like. According to claim 4, The lid formed on the roof box is the sliding door is rotated by the pinion gear integrated with the servo motor by the rotation of the servo motor by the flexible rack and pinion gear by the servo motor by the linear motion of the rack gear The sliding door with the end of the rack gear is opened and closed. The folding door is also rotated by the pinion gear integrated with the servo motor by the rotation of the servo motor by the flexible rack and pinion gear by the servo motor. The folding door attached to the end of the rack gear is opened and closed, the opening door is also a car umbrella and mass production, characterized in that the opening door formed to rotate the hinge by the rotation of the servo motor is opened and closed. In rack and pinion gear, an electric motor integrated with the pinion gear or a belt pulley that can hang one or more belts is formed. Form one or more of the awning system itself by moving the awning system shifter formed on the roof panel of the car to cover both the front glass, the rear glass and the side glass of the car. Car umbrella and sunshade, characterized in that to cover all the side glass. According to claim 6, in the rack and pinion gear, as the electric motor which can selectively turn left or right turn integrated with the pinion gear rotates, the supporting part in which the ignition system integrated with the electric motor is formed as the electric motor moves along the rack gear. Car umbrella and sunshade, characterized in that moved to one side of the roof panel. 8. The rack umbrella of claim 7, wherein the rack gear is formed on both ends of the supporting portion is formed an awning system. 9. The rotation of the electric motor on the opposite side of the electric motor and the electric motor which is integrated with the pinion gear by forming wheels so as to be movable on both ends of the supporting part on which the awning system is formed. An automobile umbrella and sunshade, characterized in that the parallel movement through the rail formed on the side of the rack gear along the rack gear by a gear composed of a combination of spur gears and the like to be rotated at the same rotation speed and the same direction. 10. The support portion of any one of claims 6 to 9, wherein the supporting portion is formed of two or more stages, and the supporting portion of each awning system is formed of a rack gear, and the pinion gear and the electric motor are integrated. Automobile umbrella and mass production, characterized in that the wheels for moving the system and the awning system are integrated to move the support portion of the awning system as a rail. The bearing of the awning system according to the movement of the belt wound on the belt pulley by rotating an electric motor which can be selectively rotated forward or reverse rotation is formed in the belt pulley is formed to hang one or more belts in claim 6 An automobile umbrella and sunshade, which is moved along a rail formed on a side of a belt pulley-formed portion by a wheel formed at a lower portion of a supporting portion of an awning system by one end of a belt fixed to both ends of the portion. 12. The supporting part according to any one of claims 6 and 11, wherein the supporting part is formed in two or more stages, and the supporting part of each earning system is formed with a belt pulley, and the belt pulley and the electric motor are integrated. One side of the belt is fixed to the side of the box to form the wheel and the wheel for moving the system and the awning system is integrated, so that the supporting portion of the awning system as a rail moving the sunshade. The vehicle umbrella and mass production according to any one of claims 2 to 12, wherein the operating mechanism for unfolding the tent of the awning system is an electric motor. 14. An electric motor or a servo motor according to any one of claims 2 to 13, comprising: a switch for outputting an electric signal in conjunction with an operation of a switch to turn on; Electric motor or servomotor operating in accordance with the output signal of the forward or reverse rotation and the operating mechanism to expand and fold the awning system by operating in accordance with the signal output from the switch and to move back and forth and left and right of the awning system pedestal Car umbrella and parasol characterized by. When the spring is formed by forming the fabric made of spring and fiber or vinyl, the support is formed on the lower part of the frame of the spring and the one or more sides can be fixed to the roof panel of the car. Automotive umbrella and sunshade, characterized in that the fixture is formed on both sides of the lower part of the support and the roof panel. The fastener of claim 15 is a toggle switch manually by a motor capable of forward and reverse rotation, such as the structure of the door lock on the roof panel of the vehicle, automatically by means of a 2A 2B relay and a limit switch, or by locking and opening the fixture with a servo motor. A support is formed at the lower part of the frame of the spring, and at least one fastener that can be fixed to the roof panel of the vehicle is formed at one side of the support by a "b" shape, and a fixing protrusion is formed in at least one roof panel of the vehicle. A car umbrella and sunshade, characterized in that a hole for inserting the fixing projections in the shape of the shape is inserted and can be locked manually or automatically like a door lock structure. When the spring is formed by forming the fabric made of spring and fiber or vinyl, the support is formed on the lower part of the frame of the spring and the one or more sides can be fixed to the roof panel of the car. The fasteners are formed with strings, and the joints are formed at the end of the strings by connecting the strings and the strings with each other or by engaging the handles of the roof of the car. An automobile umbrella and sunshade, characterized in that a locking object is formed to prevent the rope from falling out of the vehicle when closed, thereby preventing theft by closing the door or the panoramic sunroof of the vehicle. A frame is formed in the center of the canopy tent that can cover the roof panel of the car, and the X-shaped pipe is expanded or folded around the center frame, and the upper part of the frame and the center of the X-shaped pipe are attached and fixed and X-shaped. The upper parts of the pipes of the pipe are attached by the ceiling lamp, and the upper part of the upper part of the X-shaped pipe is formed with a certain length under the ceiling lamp, and the X-shaped pipe spreads the umbrella around the center frame. The lower part of the pipe is fixed to the side of the frame, and the pipe is formed to enable the reciprocation up and down, and the pipe is unfolded by raising the way. A box is formed on one side of the roof panel of the car to position the canopy tent. If you erect it, let it lie down and stand up, Cars Umbrella president and mass characterized in that it forms a fixture so lucky to be able remain fixed. The pipe is formed in the lower part of the X-shaped pipe in the manner of spreading the umbrella around the frame of the center in the lower part of the X-shaped pipe is formed with respect to the side part and the reciprocating up and down is formed to raise the pipe. Car umbrella and mass production, characterized in that the movement means are formed on both sides of the pipe which is fixed with respect to the side portion in the frame and the frame of the center when unfolding by way. 20. The moving means of claim 19, wherein the rack gear is fixed to the frame at the center of the frame of the central portion and the pipe which enables the reciprocating up and down is formed in the motor is integrated with the pinion gear and the pinion gear is formed. 21. The canopy tent according to any one of claims 18 to 20, wherein the canopy tent can be folded and laid down with a fixed position and can be set up and laid down by a servomotor or an umbrella can be opened and folded by a servomotor. Car umbrella and sunshade. 22. The vehicle umbrella and sunshade according to any one of claims 18 to 21, wherein the roof box is formed of a lid and the lid is formed of a sliding door, a folding door, a sliding door, or the like. The lid formed on the roof box of claim 22, wherein the sliding door is the rotation of the pinion gear integrated with the servomotor by the rotation of the servomotor by the flexible rack-and-pinion gear by the servomotor. The sliding door with the end of the rack gear is opened and closed. The folding door is also rotated by the pinion gear integrated with the servo motor by the rotation of the servo motor by the flexible rack and pinion gear by the servo motor. The folding door attached to the end of the rack gear is opened and closed, the opening door is also a car umbrella and mass production, characterized in that the opening door formed to rotate the hinge by the rotation of the servo motor is opened and closed. An automobile umbrella according to any one of claims 2 to 5 and any one of claims 18 to 23, wherein at least one is formed in the roof panel such as formed in the front part and the rear part of the roof panel. And mass production. An automobile umbrella and mass production is formed in a square shape by using a tube of X shape, which is expanded by injecting air into the air inlet by X-shaped tubes, and a support is formed in the automobile umbrella and mass production. Car umbrella and sunshade, characterized in that the sunshade is supported. The vehicle umbrella and the sunshade of claim 25, wherein the vehicle umbrella and sunshade is formed to be put in the roof box. 27. The vehicle umbrella and sunshade according to any one of claims 25 to 26, wherein the support formed on the vehicle umbrella and sunshade is attached to the lower part of the roof box. The method according to any one of claims 6 to 14. Front and rear of the winding drum frame, car umbrella and mass production, characterized in that to form a streamlined windshield to reduce air resistance. The method according to any one of claims 1 to 28. All actuators are wirelessly transmitted and received by a signal transmitted by a wireless transmitter, and a wireless receiver and a control unit are formed on one side of a vehicle or an automobile umbrella and mass production by a wireless transceiver, and the received signals are input to the control unit to control all the actuators. Car umbrella and sunshade, characterized in that.

Images