KR102263251B1 - Self-propelled sunlight and UV protection system - Google Patents

Abstract

A disclosed self-propelled sunlight and UV protection system comprises: a fixing device which is fastened by winding a worker's body; at least three wires which have one ends coupled to the fixing device; and a shade balloon which is attached to the other ends of the wires, floats on its own when gas is filled inside, and is positioned above the worker's head, wherein the shade balloon can be folded and stored after removing the gas filled inside. According to the present invention, the present invention can prevent problems such as dehydration, exhaustion, skin damage, and sunstroke of workers that occur in the body caused by being exposed to direct sunlight, and is economical since the volume required for storage is reduced and reuse is possible.

Description

Self-propelled sunlight and UV protection system

The present invention relates to a self-propelled sunlight and ultraviolet blocking system, and more particularly, to a user who has to work outdoors, including agricultural workers working in an environment exposed to sunlight or construction industry and event progress, it can block sunlight and ultraviolet rays It relates to a shade inflatable device that can float on its own.

Even in the scorching heat of summer, sunlight has a serious adverse effect on agricultural workers who work outdoors or industrial workers who have to work outdoors, including construction and event processing, due to prolonged exposure to high temperatures.

In addition, it is known that most farmers or workers who work outdoors are exposed to high temperatures and strong ultraviolet rays for a long time.

Protective equipment that blocks sunlight or UV rays currently in use includes hats, sunglasses, and outdoor shades.

In the case of a hat, it blocks sunlight and ultraviolet rays, but heat is transmitted to the head through the hat, so it can be effective in a limited range and cannot block the effect of heat.

Sunglasses can block a significant portion of UV rays that affect the eyes, but have no effect on UV rays and sunlight on the skin.

Outdoor shade screens are not suitable for moving outdoor work because the most effective protection against sunlight and UV rays or equipment must be fixed.

Korean Patent Laid-Open Patent No. 10-2012-0015971 'Special tent for shortening construction period' is a special tent that uses helium (He) gas and uses Ad-Ballon to shorten the construction period of 50 m in diameter. Disclosed about the tent.

However, Korean Patent Application Laid-Open No. 10-2012-0015971 has problems in that it is too large, expensive, and difficult to move.

An object of the present invention is to provide a self-propelled sunlight and ultraviolet blocking system that forms a shade by being fixed to the body of a person who works in an environment exposed to sunlight.

The object is a fixing device that is fastened by winding the body of the operator; At least three or more wires having one end coupled to the fixing device; and a shade balloon that is coupled to the other end of the wire and floats by itself when gas is charged therein, and is located above the operator's head, and the shade balloon is a self-propelled sunlight and UV protection system that can be folded and stored after removing the gas charged inside. can be achieved by

In addition, the purpose of the wire includes a left front wire, a right front wire and a rear wire that can be adjusted in length, the left front wire is one end coupled to the left front of the shade curtain balloon and the other end is coupled to the fixing device, The right front wire has one end coupled to the right front of the shade screen balloon and the other end is coupled to the fixing device, and the rear wire has one end coupled to the rear center of the shade screen balloon and the other end is coupled to the fixing device, and the wire length is adjusted This can be achieved by a self-propelled sunlight and UV protection system that can change the position of the shade formed by the shade balloon.

In addition, the above object, the fixing device, a belt that can be worn on the body of the worker; a first winder capable of adjusting the length of the left front wire and coupled to the belt; a second winder capable of adjusting the length of the right front wire and coupled to the belt; and a third winder capable of adjusting the length of the rear wire and coupled to the belt.

In addition, the above object is that the first winder includes a first motor capable of adjusting the length by rotating the first bobbin on which the left front wire is wound, and the second winder by rotating the second bobbin on which the right front wire is wound. a second motor capable of adjusting the length, and the third winder includes a third motor capable of adjusting the length by rotating the third bobbin around which the rear wire is wound, and the fixing device includes a first motor, a second motor and This can be achieved by a self-propelled sunlight and UV protection system further comprising a control device capable of operating a third motor.

In addition, the above object, the fixing device further comprises a sensor that can detect the position of the sun, the control device based on the information obtained from the sensor to operate the first motor, the second motor and the third motor to operate the shade balloon balloon This can be achieved by self-propelled sunlight and UV protection systems that can face the sun.

In addition, the object is, the shade balloon, a tube that can be filled with gas inside through the gas inlet and forms a skeleton of the entire shape; a barrier coupled to the tube to provide shade to the operator; and a solar film coupled to the blocking film, wherein the control device is to be achieved by a self-propelled sunlight and UV protection system capable of operating the first motor, the second motor and the third motor with electricity supplied from the solar film. can

In addition, the above object, the fixing device further comprises a compression container connected to a flexible hose detachable to the gas inlet and a pump coupled to the flexible hose, the compression container and the pump are detachable to the belt, control The device may be achieved by a self-propelled sunlight and UV protection system capable of operating a pump to return the gas filled in the tube to the compression vessel or to fill the tube with the gas recovered from the compression vessel.

According to the self-propelled sunlight and UV protection system according to the present invention, it is possible, so it can be done.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, a fixing device that is fastened by winding the body of the worker; At least three or more wires having one end coupled to the fixing device; And it is coupled to the other end of the wire and includes a shade balloon positioned above the operator's head that floats by itself when the gas is charged therein, and the shade balloon can be stored by removing the gas charged inside and folding it, so that the operator is exposed to direct sunlight. It can prevent problems such as dehydration, exhaustion, skin damage and heat stroke that occur in the body, and it is economical because the volume required for storage is reduced and reuse is possible.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, the wire includes a left front wire, a right front wire, and a rear wire whose length can be adjusted, and the left front wire has one end coupled to the left front of the shade balloon. The other end is coupled to the fixing device, the right front wire has one end coupled to the right front of the shade screen balloon and the other end is coupled to the fixing device, the rear wire has one end coupled to the rear center of the shade screen balloon and the other end is the fixing device Coupled to, the wire can change the position of the shade formed by the shade balloon by adjusting the length, so that the position of the shade balloon can be adjusted in the forward, backward, left and right directions as needed.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, the fixing device includes a belt that can be worn on the body of the worker; a first winder capable of adjusting the length of the left front wire and coupled to the belt; a second winder capable of adjusting the length of the right front wire and coupled to the belt; And it is possible to adjust the length of the rear wire and may include a third winder coupled to the belt, so that the position of the shade curtain balloon can be easily adjusted in the front, back, left, and right directions using the winder as needed.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, the first winder includes a first motor capable of adjusting the length by rotating the first bobbin around which the left front wire is wound, and the second winder is the right front and a second motor capable of adjusting the length by rotating the second bobbin on which the wire is wound, and the third winder includes a third motor capable of adjusting the length by rotating the third bobbin on which the rear wire is wound, the fixing device Since it may further include a control device capable of operating the first motor, the second motor and the third motor, the position of the shade curtain balloon can be easily adjusted in the front, back, left, and right directions using the control device as necessary.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, the fixing device further includes a sensor capable of detecting the position of the sun, and the control device includes a first motor and a second motor based on information obtained from the sensor. And by operating the third motor, so that the shade balloon can face the sun, it is possible to automatically adjust the position of the shade balloon according to the position of the sun.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, the shade balloon can be filled with gas through the gas inlet, and the tube forming the skeleton of the entire shape; a barrier coupled to the tube to provide shade to the operator; and a solar film coupled to the blocking film, wherein the control device can operate the first motor, the second motor and the third motor with electricity supplied from the solar film, so a separate power supply is not required It is eco-friendly.

In addition, according to the self-propelled sunlight and UV protection system according to the present invention, the fixing device further includes a compression container connected to a flexible hose detachable to the gas inlet and a pump coupled to the flexible hose, the compression container and the pump can be detached from the belt, and the control device can operate the pump to recover the gas filled in the tube into the compression container or fill the gas recovered in the compression container to the tube, so the tube can be filled or recovered by itself. can

1 is a perspective view of a self-propelled sunlight and UV protection system according to the present invention.
2 schematically shows a fixing device for a self-propelled sunlight and UV protection system according to the present invention.
3 shows an operator using the self-propelled sunlight and UV protection system according to the present invention.
Figure 4 shows that the position of the shade curtain balloon of the self-propelled sunlight and UV protection system according to the present invention changes in the front-rear direction.
5 shows that the position of the shade curtain balloon of the self-propelled sunlight and UV protection system according to the present invention changes in the left and right directions.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

However, in describing the present invention, descriptions of already known functions or configurations will be omitted in order to clarify the gist of the present invention.

The X, Y, and Z axes shown in the drawings are arbitrarily determined for convenience of explanation, not for the purpose of limiting rights. The X axis indicates the forward (arrow side) and backward (opposite arrow) directions, and the Y axis indicates the left and right directions. , and the Z axis is defined as indicating the up and down directions.

Each direction described below is based thereon, except where otherwise specifically limited.

Top (top), bottom (bottom), left and right (side or lateral), front (front, front), back (back, back), etc., which refer to directions in the description and claims of the invention, are not intended to limit the right. For the convenience of description, the relative positions between the drawings and the components are determined as a reference, and each direction described below is based on this, except when otherwise specifically limited.

1 to 5 , the self-propelled sunlight and UV protection system according to the present invention includes a fixing device 300 for winding and fastening the body of a worker; At least three or more wires 200 having one end coupled to the fixing device 300 ; And it is coupled to the other end of the wire 200 and includes a shade balloon 100 positioned above the operator's head, which floats by itself when gas is filled therein, and the shade balloon 100 removes the gas charged therein and folds and stores it. can

The gas is a gas lighter than air in the atmosphere, such as hydrogen or helium.

1 and 3, the wire 200 is a configuration for allowing the shade balloon 100 to maintain a spaced state with a predetermined distance from the operator's body, and the left front wire ( 210), including a right front wire 220 and a rear wire 230.

The left front wire 210 has one end coupled to the left front of the shade balloon 100 and the other end coupled to the fixing device 300 .

The right front wire 220 has one end coupled to the right front of the shade balloon 100 and the other end coupled to the fixing device 300 .

The rear wire 230 has one end coupled to the center of the rear of the shade balloon 100 and the other end coupled to the fixing device 300 .

The wire 200 is when the length of the left front wire 210, the right front wire 220 or the rear wire 230 is adjusted, the shade balloon 100 is inclined toward the shorter wire 200, so the shade balloon balloon (100) can change the position of the shade formed.

1 and 2, the fixing device 300 includes a belt 310 that can be worn on the body of the worker; a first winder 320 that can adjust the length of the left front wire 210 and is coupled to the belt 310; a second winder 330 capable of adjusting the length of the right front wire 220 and coupled to the belt 310; and a third winder 340 that can adjust the length of the rear wire 230 and is coupled to the belt 310 .

The belt 310 is a configuration for constraining the fixing device 300 to the body of the worker, and may be in the form of a belt 310 that can be worn on the waist, a vest shape surrounding the body of the worker, or a backpack worn on the shoulder. .

The first winder 320 is a configuration for adjusting the length of the left front wire 210, and the length of the first bobbin 321 and the first bobbin 321 on which the left front wire 210 is wound is rotated to increase the length. An adjustable first motor 322 may be included.

The second winder 330 is a configuration for adjusting the length of the right front wire 220, and the right front wire 220 is wound by rotating the second bobbin 331 and the second bobbin 331 to increase the length. An adjustable second motor 332 may be included.

The third winder 340 is a configuration for adjusting the length of the rear wire 230, and the length can be adjusted by rotating the third bobbin 341 and the third bobbin 341 on which the rear wire 230 is wound. A third motor 342 may be included.

Referring to FIG. 2 , the fixing device 300 may further include a control device 350 capable of operating the first motor 322 , the second motor 332 , and the third motor 342 . .

When the control device 350 operates the first motor 322 to rotate the first bobbin 321 , the left front wire 210 wound around the first bobbin 321 is wound or unwound, and the belt 310 . and the distance between the left anterior shade curtain balloon 100 is adjusted.

When the control device 350 operates the second motor 332 to rotate the second bobbin 331 , the right front wire 220 wound around the second bobbin 331 is wound or unwound, and the belt 310 . and the distance between the right anterior shade curtain balloon 100 is adjusted.

When the control device 350 operates the third motor 342 to rotate the third bobbin 341 , the rear wire 230 wound around the third bobbin 341 is wound or unwound, and the belt 310 and The distance between the rear shade curtain balloon 100 is adjusted.

The fixing device 300 further includes a sensor 360 capable of detecting the position of the sun, and the control device 350 includes a first motor 322 and a second motor 322 based on information obtained from the sensor 360 . By operating the motor 332 and the third motor 342, the shade balloon 100 may face the sun.

The sensor 360 is a solar sensor capable of measuring the azimuth and elevation angles of the sun by sensing sunlight.

The control device 350 may know the direction and altitude of the sun with respect to the operator by using the information obtained from the sensor 360 .

The control device 350 may further include a tilt sensor for detecting the degree of inclination of the operator's body to provide an optimal shade to the operator.

The control device 350 further includes a GPS sensor for detecting the position of the worker and a database recording the position of the sun by time of year, and provides the optimal shade to the worker by synthesizing the information obtained from the GPS sensor, the database and the sun sensor. can do.

The control device 350 operates the first motor 322 , the second motor 332 , and the third motor 342 so that the shade balloon 100 faces the sun, and the shade area is formed by the shade balloon 100 . This can be maximized.

The control device 350 may operate the first motor 322 , the second motor 332 , and the third motor 342 according to the movement of the operator so that the shade balloon 100 faces the sun.

4, the control device 350 operates the first winder 320, the second winder 330, and the third winder 340 to move the shade balloon 100 forward or backward. can do it

Referring to FIG. 5 , the control device 350 operates the first winder 320 , the second winder 330 , and the third winder 340 to move the shade balloon 100 in the left or right direction. can be moved to

Referring to FIG. 3 , the shade balloon 100 is a configuration that rises above the operator's head by itself to form a shade, and is connected to the fixing device 300 and the wire 200 .

The shade balloon 100 can float by itself when the gas is filled therein, and can be folded and stored when the gas filled therein is removed.

Referring to FIG. 1 , the shade balloon 100 includes a tube 110 that can be filled with gas through the gas inlet 120 and forms a skeleton of the entire shape; a barrier film coupled to the tube 110 to provide shade to the operator; and a solar film 140 coupled to the blocking film.

The shade balloon 100 may be, for example, in the form of an umbrella, and the tube 110 becomes a skeleton such as an umbrella that forms the shape of an umbrella when gas is filled therein.

The tube 110 is coupled to a gas inlet 120 for filling the inside of the gas on one side.

The tube 110 may be formed of a plurality of independent spaces inside, and an independent gas inlet 120 may be formed in the plurality of independent spaces, and even if any one of the plurality of independent spaces is damaged, the remaining space The filled gas may float the shade balloon 100 .

When the shade balloon 100 is in the same shape as an umbrella, the tube 110 becomes a skeleton such as an umbrella shape forming an umbrella when gas is filled therein, and the blocking film is a tube like a waterproof cloth coupled to the umbrella. It is coupled to (110) to block sunlight.

One surface of the blocking film may be formed of a silver foil to reflect sunlight.

Referring to FIG. 1 , a solar film 140 may be coupled to the blocking film, and electricity generated from the solar film 140 may be supplied to the control device 350 .

The control device 350 may operate the first motor 322 , the second motor 332 , and the third motor 342 with electricity supplied from the solar film 140 .

The control device 350 may further include a rechargeable battery capable of storing electricity supplied from the solar film 140 .

The rechargeable battery may be used as an auxiliary battery capable of charging an electronic device such as a smartphone.

Referring to FIG. 1 , the fixing device 300 includes a compression container 380 connected to a flexible hose 370 detachable from the gas inlet 120 and a pump 390 coupled to the flexible hose 370 . ) may be further included.

The compression container 380 and the pump 390 are detachable from the belt 310 .

The compression container 380 and the pump 390 are filled with gas in the tube 110 of the shade balloon 100 or filled in the tube 110 of the shade balloon 100 in a state separated from the fixing device 300 . gas can be recovered.

The compression container 380 and the pump 390 are filled with gas in the tube 110 of the shade balloon 100 in a state coupled with the fixing device 300 or filled in the tube 110 of the shade balloon 100. gas can be recovered.

The control device 350 may operate the pump 390 to recover the gas filled in the tube 110 into the compression container 380 or fill the gas recovered in the compression container 380 to the tube 110 . .

The flexible hose 370 is a configuration that connects the compression container 380 and the pump 390 , and is detachable from the compression container 380 and the pump 390 .

The flexible hose 370 may be stored by being wound around the fourth winder 371 , and the fourth winder 371 may be detachably attached to the belt 310 or the pump 390 .

In the foregoing, specific embodiments of the present invention have been described and illustrated, but it is common knowledge in the art that the present invention is not limited to the described embodiments, and that various modifications and variations can be made without departing from the spirit and scope of the present invention. It is self-evident to those who have

Therefore, such modifications or variations should not be individually understood from the technical spirit or viewpoint of the present invention, and it should be said that the modified embodiments belong to the claims of the present invention.

100: shade balloon
110: tube
120: gas inlet
130: barrier
140: solar film
200: wire
210: left front wire
220: right front wire
230: rear wire
300: fixture
310: belt
320: first winder
321: first bobbin
322: first motor
330: second winder
331: second bobbin
332: second motor
340: third winder
341: third bobbin
342: third motor
350: control device
360: sensor
370: flexible hose
371: fourth winder
380: compression vessel
390: pump

Claims (7)

A fixing device that is fastened by winding the body of the worker;
at least three or more wires having one end coupled to the fixing device; and
It is coupled to the other end of the wire and floats by itself when the gas is filled therein, and includes a shade film balloon positioned above the operator's head,
The shade balloon includes a tube that can be filled with gas through the gas inlet and forms a skeleton of the entire shape and a barrier film that is coupled to the tube to provide a shade to the operator, and removes the gas filled therein and folds it can be stored,
The wire includes a left front wire, a right front wire and a rear wire that can be adjusted in length, and the left front wire has one end coupled to the left front of the shade balloon and the other end is coupled to the fixing device, the right side One end of the front wire is coupled to the front right side of the shade screen balloon and the other end is coupled to the fixing device, the rear wire has one end coupled to the rear center of the shade screen balloon and the other end is coupled to the fixing device, the The wire can change the position of the shade formed by the shade balloon by adjusting the length,
The fixing device includes a belt that can be worn on the body of the worker; a first winder capable of adjusting the length of the left front wire and coupled to the belt; a second winder capable of adjusting the length of the right front wire and coupled to the belt; and a third winder capable of adjusting the length of the rear wire and coupled to the belt,
The first winder includes a first motor capable of adjusting the length by rotating the first bobbin around which the left front wire is wound, and the second winder rotates the second bobbin around which the right front wire is wound to adjust the length. A second motor capable of being adjusted, wherein the third winder includes a third motor capable of adjusting the length by rotating the third bobbin around which the rear wire is wound,
The fixing device further comprises a control device capable of operating the first motor, the second motor and the third motor. delete delete delete According to claim 1,
The fixing device further comprises a sensor capable of detecting the position of the sun,
The control device operates the first motor, the second motor and the third motor based on the information obtained from the sensor to direct the shade balloon to the sun. 6. The method of claim 5,
The shade film balloon includes a solar film coupled to the blocking film,
The control device is a self-propelled sunlight and UV protection system, characterized in that it can operate the first motor, the second motor and the third motor with electricity supplied from the solar film. 7. The method of claim 6,
The fixing device further includes a compression container connected to a flexible hose detachable to the gas inlet and a pump coupled to the flexible hose,
The compression container and the pump are detachable from the belt,
The control device operates the pump to recover the gas filled in the tube to the compression container or to fill the gas recovered in the compression container to the tube.

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