KR101096646B1 - Safety umbrella - Google Patents

Abstract

The present invention relates to an umbrella, and in particular, by attaching an LED assembly, which is a light emitting body, to improve visibility at a long distance / near and front / side, so that it can be easily recognized by others even in dark conditions on a rainy day, thereby preventing accidents. In addition, by attaching the buoyancy generating means to the waterproof tarpaulin of the umbrella can be used as life-saving tube in case of an accident by the user of the umbrella, it is made of synthetic resin material and is safe for thunder lightning and it does not rust.

Safety umbrella according to the present invention is at least one LED assembly attached to the outer surface of the tarpaulin; Located in the handle or umbrella stand, the battery for supplying power to the LED assembly; And a switch located at the handle or the umbrella stand, the switch intercepting power of the battery, wherein the LED assembly comprises at least one LED; The light emitting part of the LED protects the LED from an external impact and transmits the light of the LED to the outside, and the thickness of the light transmitting part is reduced to reduce glare in front of the LED and increase visibility at a long distance. A light-transmitting unit including at least one thin-film light-transmitting unit and at least one thick-film light-transmitting unit having a thickness of the light-transmitting unit for dispersing light of the LED widely and emitting light even to the side of the LED; It characterized in that it comprises a fixing portion located on the bottom of the LED.

Umbrella, illuminant, LED, floodlight, safety umbrella

Description

Safety umbrella

The present invention relates to an umbrella, and in detail, attaching an LED, which is a light emitting body, to an umbrella to cover a light emitting part composed of a thin film light emitting part and a thick film light transmitting part, thereby protecting the LED from external shocks and improving visibility from a long distance / near distance and a front / side surface. It can be easily recognized by others so that accidents can be prevented, and buoyancy generating means can be attached to the umbrella's tarpaulin so that the umbrella user can be used as a life-saving tube in case of accident. It is about.

In rainy weather, a lot of umbrellas are used to avoid rain. These umbrellas are usually made of iron and umbrella slings, and tarpaulins are made of waterproof fabrics.

In general, a rainy day is dark, distracting, and the vision is obscured by an umbrella, so the attention of the umbrella user is dispersed, so it is difficult to quickly cope with the emergency situation.

In addition, other people near the umbrella users, such as the driver of the vehicle, also use the umbrella because the window of the vehicle is blurred due to the dark weather and the high humidity inside the vehicle, and the visibility is reduced due to the noise from the rain. It is easy to overlook the existence of a person.

Because of these problems, people who use an umbrella while walking on a rainy day, such as sidewalks on and off roads, sidewalks near construction sites, places where work is done, such as docksides, parking lots with lots of backing vehicles, etc. Because it was not obvious, the chances of accidental accidents were quite high. In particular, children usually have a high risk of accident due to lack of observation of the surroundings, but it is more difficult to be noticed by other people on rainy days, so the risk of accident becomes higher.

Also, on rainy days, people who work near rivers, docks or boats, or walk along streams, can be swept away by momentary mistakes or suddenly swollen water. It only played a role, but in the event of an emergency, it did not play a special role as a lifesaving tool.

In addition, on a rainy day there is a case of accompanied by thunder lightning, because the conventional umbrella is made mostly by using iron, on a rainy day, the umbrella was to act as a lightning rod, the possibility of an umbrella user lightning strike was significantly higher.

On rainy days when the surroundings are dark, it is difficult for others to recognize the person who uses the umbrella, which causes the person who uses the umbrella to have an accident. In particular, people who use umbrellas while walking on places such as sidewalks near roads where vehicles come and go, sidewalks near construction sites, and places where work takes place such as docksides, and parking lots with lots of backing vehicles are not visible to others. There was a problem that is difficult to ensure the safety of the umbrella user.

In addition, while using the umbrella while working or walking by the water can be swept by a moment of carelessness or suddenly swollen water, in this case, the conventional umbrella did not play any role as a means of lifesaving.

On the other hand, the rainy days are often accompanied by thunder lightning, there was a problem that the conventional umbrella made of iron is very vulnerable to thunder lightning.

The present invention attaches the LED which is a light emitting body to the umbrella, but covers the light emitting part consisting of a thin film light emitting part and a thick film light transmitting part to protect the LED from external shocks and improve visibility of the remote / near and front / side to be easily recognized by others. Therefore, it is possible to prevent accidents, and by attaching buoyancy generating means to the waterproof tarpaulin of the umbrella to provide a safety umbrella equipped with a light-emitting body that can be used as life-saving tubes in case of an accident.

Safety umbrella according to the present invention is at least one LED assembly attached to the outer surface of the tarpaulin; Located in the handle or umbrella stand, the battery for supplying power to the LED assembly; And a switch located at the handle or the umbrella stand, the switch intercepting power of the battery, wherein the LED assembly comprises at least one LED; The light emitting part of the LED protects the LED from an external impact and transmits the light of the LED to the outside, and the thickness of the light transmitting part is reduced to reduce glare in front of the LED and increase visibility at a long distance. A light-transmitting unit including at least one thin-film light-transmitting unit and at least one thick-film light-transmitting unit having a thickness of the light-transmitting unit for dispersing light of the LED widely and emitting light even to the side of the LED; It characterized in that it comprises a fixing portion located on the bottom of the LED.

 According to another preferred feature of the invention, the tarpaulin is attached to at least one sealed portion is sealed inside, the sealing portion is provided with an air injection valve for injecting or extracting air.

According to another preferred feature of the invention, the tarpaulin is attached to at least one housing having a space in which the air bag can be inserted or separated.

According to another preferred feature of the present invention, the umbrella is equipped with a distress signal transmitter.

According to another preferred feature of the invention, the LED is a high brightness LED.

According to another preferred feature of the invention, the LED assembly, the battery and the switch has a waterproof function.

According to another preferred feature of the present invention, the thin film light-transmitting portion or the thick film light-transmitting portion is colored.

According to another preferred feature of the present invention, the light transmitting portion has the form of a three-dimensional figure.

According to another preferred feature of the invention, the thin film transparent portion or the thick film transparent portion is made of a combination of any one or more of transparent, translucent or opaque material.

According to another preferred feature of the invention, it is located between the LED and the fixing portion, the side wall further comprises a support in close contact with the light transmitting portion.

According to another preferred feature of the invention, the diameter of the support is larger than the diameter of the LED, the support is provided with a protective wall for protecting the LED around the LED.

According to another preferred feature of the present invention, the lower portion of the light transmitting portion is smaller in diameter than the light transmitting portion, the inner side is in contact with the side of the LED and the outer side is in contact with the main body is formed.

According to another preferred feature of the invention, the exterior of the LED is formed with a convex lens portion surrounding the LED, the lower portion of the convex lens portion is coupled to the fixing portion, the lower portion of the fixing LED along the side of the LED It forms a wall and rises to the top of the LED, and a convex lens is formed on the top of the LED.

According to another preferred feature of the present invention, a polycarbonate layer is further attached to the light transmitting portion.

According to another preferred feature of the present invention, a diffusion layer is further attached to the inside of the light transmitting portion facing the upper portion of the LED.

According to another preferred feature of the invention, the diffusion layer is a crystal.

According to another preferred feature of the invention, at least one air discharge groove or embossing is formed on the side of the light transmitting portion in contact with the LED.

According to another preferred feature of the invention, the light transmitting portion is made of any one or more of glass, plastic, silicone, latex, rubber, urethane, resin, epoxy resin, polycarbonate or polymer.

According to another preferred feature of the present invention, a reflecting plate is provided below the light transmitting portion.

According to another preferred feature of the invention, the LED assembly is attached to the tarpaulin by a high frequency compression method.

According to another preferred feature of the invention, the tarpaulin has a plurality of fitting holes, the fitting hole is fitted with the LED assembly.

According to another preferred feature of the invention, the tarpaulin has a plurality of fitting holes, the LED assembly can be separated from the light emitting portion and the LED and the light transmitting portion is located above the fitting hole and the LED is fitted under the fitting hole. It is attached to the umbrella in a losing manner.

According to another preferred feature of the invention, the thin film transmitting portion has a thickness of 0.1 ~ 10mm, the thick film transmitting portion has a thickness of 1.5 to 20 times than the thickness of the thin film transmitting portion.

Safety umbrella according to the present invention by attaching a specially designed floodlight LED assembly can be easily recognized by other people in the long distance / near and front / side, so that the accident can be prevented.

Umbrella according to the present invention exhibits a visually excellent effect by the fantastic harmony of the light emitted from the thin film and the thick film transmitting portion, it is not a simple umbrella, but with an aesthetic sense added practicality and artistic.

Particularly, all conventional umbrellas attach a light emitting body only to an umbrella stand or an umbrella, but the umbrella according to the present invention can directly attach an LED assembly having a light-transmitting part to a tarpaulin, thereby using letters such as alphanumeric figures. Various expressions are possible, so the design is very excellent.

In addition, simply attaching a light emitter such as an LED to the umbrella has a high risk of the light emitting body being damaged by an external impact in view of the use of the umbrella. The risk of breakage by impact is very low.

Furthermore, the light emitted from the LED goes straight to the front, thereby obstructing the view of other neighbors in the front, the LED assembly according to the present invention because the light passes through the light transmitting portion, by the intense light of the LED It is possible to prevent the vision of another person nearby from being momentarily disturbed. In particular, when a person walking on a sidewalk adjacent to the road is used, the driver's view is momentarily obstructed by the powerful light of the LED to prevent the accident from leading to a major accident.

Furthermore, since the safety umbrella according to the present invention is provided with buoyancy generating means, when a person using an umbrella according to the present invention falls into water, it can survive using buoyancy generating means attached to a tarpaulin, and other people nearby When drowned in this water can be used as a lifesaving means by throwing the buoyancy generating means, even if the drift away from the flood can be found quickly and easily using the distress signal generator attached to the umbrella. In addition, since the buoyancy generating means can be attached and detached, the buoyancy generating means can be removed and used when worn in an area where there is no danger of falling into water, and in this case, it can be used as a general umbrella.

In addition, the umbrella according to the present invention is made of synthetic resin, not iron, so it is safe even if a thunderstorm strikes, and can prevent umbrellas or umbrellas from being rusted by rainwater.

In addition, the LED assembly used in the present invention has a wide range of light is irradiated to the front and side can be obtained the same effect as the conventional LED emitters, while using a small number of LED assemblies. Therefore, the LED assembly used in the present invention is relatively low power consumption by using a small number of LEDs compared to the conventional LED even if the same range, even when using the battery for a long time even when using the battery and environmentally friendly The advantage is that it is also suitable for use with low efficiency photovoltaic.

Safety umbrella according to the present invention can prevent accidents by attaching a specially designed LED assembly to the conventional umbrella to improve visibility, and further equipped with buoyancy generating means to maximize the survival time in case of emergency and can be easily rescued. It is made of synthetic resin and it is characterized by safety and no rust.

Hereinafter, the configuration and operation of an embodiment of the present invention will be described in detail with reference to the accompanying drawings. However, the following examples are provided to enable those skilled in the art to fully understand the present invention, but the scope of the present invention is not limited by the embodiments described below.

1 is a schematic view of an umbrella having a light emitting device according to the present invention. As shown in FIG. 1, the safety umbrella according to the present invention includes an LED assembly 100, a battery 600, and a switch 700.

The umbrella is typically composed of a handle 250, an umbrella stand 260 connected to the top of the handle, a plurality of umbrella poles 270 branched from the umbrella stand, and a tarpaulin 280 attached to the umbrella stand to prevent rain. . Safety umbrella 200 in the present invention may be made of iron umbrella stand and umbrella stand, but preferably manufactured using synthetic resin. Therefore, it can be used safely even during a thunderstorm, and there is no problem of rust caused by rainwater. The tarpaulin may be a conventional tarpaulin, but it is preferable to use a material that is not easily torn in consideration of the LED assembly 100 is attached to the tarpaulin.

As shown in Figure 1, the safety umbrella according to the invention a plurality of LED assembly 100 is attached at regular intervals. The part where the LED assembly is attached to the umbrella can be attached to the tarpaulin as well as the umbrella stand and the umbrella stand. This enables various expressions such as alphanumeric figures using the LED assembly.

2 is a cross-sectional view of the LED assembly used in the present invention. As shown in FIG. 2, the LED assembly 100 according to the present invention includes an LED 1, a light transmitting unit 10, and a fixing unit 30. Each part is demonstrated below.

LED used in the present invention is not particularly limited in its form. For example, the LED light emitting part is not only long as shown in FIG. 2 but also the case where the LED light emitting part is short as shown in FIG. 3. Here, when the LED emitting portion is short as shown in FIG. 3, the brightness of the LED side surface may be further emphasized as compared with FIG. 2. Furthermore, when the LED light emitting part is short as shown in FIG. 3, the shape of the light transmitting part may be modified according to the shape of the LED light emitting part. In addition, although the light emitting part is short, it is natural that the LED of the wide shape and the round shape can also be applied to the present invention. The LED used in the present invention preferably uses a high brightness LED in order to improve visibility.

At least one LED is used in the present invention. There is no particular limitation on the number of LEDs here. When a plurality of LEDs are installed, LEDs of different colors may be installed, or may be installed with different angles at which individual LEDs are installed. This is to improve visibility at various angles in consideration of the linearity of light emitted from the LED.

The light transmitting part 10 surrounds the light emitting part of the LED 1, transmits the light of the LED 1 to the outside, and has a flat bottom surface. The light-transmitting unit 10 prevents light from being scattered and increases the concentration of light by designating the irradiation range as the size of the shape, and various expressions are possible according to the shape of the shape, and several colors and shapes in one LED assembly 100 are provided. And brightness can be expressed. In addition, since the light-transmitting portion 10 surrounds the light emitting portion of the LED 1, it serves to protect the LED 1 from the external impact applied to the LED (1). The light emitted from the LED 1 is emitted to the outside through the light-transmitting portion 10, the light is reflected, diffraction, etc. while passing through the light-transmitting portion 10. Although there is no particular limitation on the shape of the light transmitting part 10 in the present invention, at least one thin film light emitting part 12 in order to further improve visibility at long distance / near distance and front / side while not obstructing the field of view of adjacent workers. ) And at least one thick film light transmitting portion 14.

The thin-film light-emitting part 12 is a thin portion of the light-transmitting part in order to reach the light of the LED 1 to a long distance, in order to alleviate the glare phenomenon in the short distance, especially in front of the LED, the thick film light-emitting part 14 is the LED (1) The thickness of the light transmitting part is thicker than the thin film light emitting part 12 in order to emphasize the shape by easily dispersing the light of the LED and also easily recognize the light of the LED 1 from the side of the LED 1. Since the thickness of the medium through which the LED 1 light passes is thin in the thin film transmitting part 12, the light passes almost without any loss of energy, so that even people at a relatively long distance are emitted from the thin film transmitting part 12. It becomes possible to recognize the light. However, since the thin film is also present in the thin film transmitting part 12, the glare phenomenon immediately in front of the LED is alleviated. Therefore, it does not interfere with the vision of others nearby.

The thickness of the thin film light-transmitting portion 12 depends on the brightness of the LED to be installed. In the case of a conventional LED, the thickness is preferably 0.1 to 10 mm. If it is less than 0.1mm, there is glare in front of it, and if it exceeds 10mm, the LED light is disturbed by the thin-film light emitting part and it is difficult to reach far.

The thin-film light-emitting part 12 allows the light to reach a long distance, while also reducing the glare in front of the LED to improve the overall visibility.

The thin film light emitting part 12 may be formed by drilling a hole in the light transmitting part 10 to make the thin film light transmitting part thinner than the surroundings, or by forming a portion of the outer surface of the light transmitting part to which light is strongly emitted to be thinner than the surroundings. .

In FIG. 2, the thin film light-emitting part 12 is shown in a flat shape when viewed from the side, but if necessary, it may have a convex shape in which light may be diffused or a concave shape in which light may be collected.

The thick-film transparent portion 14 is a portion where the thickness of the transparent portion is thicker than the thin-film transparent portion 12, and since the medium is thick, a part of the light passing through the medium is reflected inside, so that the light is spread over the entire thick-film transparent portion 14. This is dispersed and released to the outside. Therefore, the light emitted from the thick film transmitting part 14 is darker than the light emitted from the thin film transmitting part 12, but it is dispersed as a whole so that the shape can be easily recognized from the front as well as the side of the emitting direction of the LED 1. Will be.

As a result, the light emitted from the thin-film light emitting part 12 reaches far in front of the LED 1 so that people at a distance can easily recognize it, while alleviating the glare just in front of the LED, so that it is near, especially in front of it. The light emitted from the thick-film floodlight 14 is emitted from the side of the LED 1, and the shape of the LED 1 is also emitted in terms of the direction of the light. This makes it easier for people to recognize and contributes to improved visibility. Furthermore, the light from the thin film light-emitting part 12 is bright, and the light from the thick film light-emitting part 14 is softly reflected, and the thin film light-emitting part 12 and the thick-film light-emitting part 14 are harmonized to produce a visually excellent effect. Visibility at far / near and front / side is improved.

The thickness of the thick film transmitting part 14 is not particularly limited, but it is preferable that the thick film transmitting part has a thickness of 1.5 to 20 times that of the thin film transmitting part 12 in order to emit light to the side surface. If it exceeds 20 times, there is a problem that the amount of light emitted to the outside is too small.

There is no particular limitation on the positions of the thin film light emitting part 12 and the back light transmitting part 14, but when considering the straightness of the light emitted from the LED 1 to reach the distance from the thin film light emitting part 12 to a long distance. Preferably, the LED 1 is formed on the front surface in which the light is most strongly emitted, and the thick film light-emitting portion 14 is preferably installed around the thin film light-emitting portion 12.

The number of the thin film light emitting part 12 and the thick film light transmitting part 14 is not particularly limited, and may be formed as many as necessary.

There is no particular limitation on the overall shape of the light transmitting part 10. Although shown in FIG. 2 with reference to a tetrahedron, if necessary, it may have various three-dimensional shapes, such as a trihedron, a pentagon, a hexahedron, and a hemispherical shape. 4 illustrates a light transmitting unit having a hemispherical shape as an example of various three-dimensional shapes.

In addition, there is no restriction | limiting in particular about the form at the time of seeing the thin film light transmission part 12 and the thick film light transmission part 14 from the top. In general, it is circular, but in some cases, it may have a specific shape or character, including stars, triangles, squares, animal patterns, human figures, letters, and the like. Of course, it is generally circular. In this case, it is possible to recognize the shape of a figure or a character formed in the thin film light emitting part 12 or the thick film light transmitting part 14 from the outside.

Since the thin film light emitting part 12 means a portion where the thickness of the light transmitting part is relatively thin, the thin film light transmitting part 12 first forms the light transmitting part and then inclines the portion corresponding to the thin film light emitting part 12 in the light transmitting part. It can be implemented by. 5 is a view showing that the thin film light-transmitting portion 12 is engraved. As shown in Fig. 5 (a) to (d), the thin film light-transmitting portion 12 is a portion engraved in the light-transmitting portion, the other portion is the thick film light-transmitting portion (14).

In addition, since the thick-film light-emitting part 14 means a portion where the thickness of the light-transmitting part is relatively thick, the thick-film light-emitting part 14 forms a light-transmitting part and by embossing a portion corresponding to the thick-film light-emitting part 14 in the light-transmitting part. Can be implemented. 6 is a view showing that the thick-film light-transmitting portion 14 is embossed. As shown in Figs. 6 (a) to 6 (d), the thick film light transmitting portion 14 is an embossed portion of the light transmitting portion, and the other portion becomes the thin film light transmitting portion 12. In the case of FIG. 6, the thick-film light-emitting part 14 is positioned at the center and the thin-film light-emitting part 12 is positioned around it.

Furthermore, by appropriately combining the relief and the intaglio, it is also possible to have a plurality of the thin film light-emitting portion 12 and the thick film light-transmitting portion 14 present. 7 is an exemplary view illustrating an LED assembly in which a plurality of thin film light emitting parts 12 and a thick film light transmitting part 14 are present. As shown in Figs. 7 (a) and 7 (b), there is an embossed thick film projection portion 14 'positioned at the center and another thick membrane projection portion 14 " positioned at the edge, and there is an intaglio therebetween. The thin film light-emitting part 12 which existed exists. Therefore, when viewed from the outside, the thin film light-emitting portion 12 between the central circle 14 'and the circular circle 14' 'at the edge has the brightest effect. In this case, the thin film light emitting part 12, which is a space between the central star 14 'and the square 14 " 5 to 7 show only the flat portion of the upper portion of the light transmitting portion.

In addition, in order to emphasize the visual effect of the LED light emitting device, the thin film light emitting part 12 or the thick film light transmitting part 14 may be colored. Here, the thin film transmitting part 12 and the thick film transmitting part 14 may be painted in the same color, or may be painted in different colors. In addition, a plurality of colors may be painted on the thin film light emitting part 12 and the thick film light transmitting part 14 simultaneously. Furthermore, the color may be painted only on the outside of the thin film transparent part 12 and the thick film transparent part 14. In addition, the colors emitted from one LED may be variously expressed by making the colors of the LED and the light emitting part the same or different from each other.

The material of the light-transmitting portion 10 is not particularly limited, but may be formed of a material which can be molded and can transmit light. As an example, glass, plastic, silicone, latex, rubber, urethane, resin, epoxy resin, polycarbonate, or polymer may be mentioned. Of these, silicone having excellent moldability and strong impact resistance is most preferred.

Furthermore, the thin film light transmitting part 12 or the thick film light transmitting part 14 may be expressed in various ways by using any one or more of transparent, semitransparent, or opaque materials.

The fixing part 30 is a part located at the bottom of the LED 1 and the light transmitting part 10 and is a part for attaching the LED assembly 100 to an umbrella. If necessary, the PCB substrate is located or includes the PCB substrate therein. The diameter of the fixing part 30 can be adjusted large or small as needed.

The LED assembly attached to the safety umbrella in the present invention may include additional parts described below to improve visibility at long distances and near distances. This is to prevent accidents by improving visibility and to be easily rescued by others when an accident occurs.

As an example, the LED assembly 100 may further form a convex lens part to improve visibility at long distances and near distances. 8 is a schematic view of an LED assembly in which a convex lens portion is further formed. The convex lens part 80 surrounds the LED 1, and the lower part of the convex lens part 80 is coupled to the fixing part 30, and from the lower part of the fixing part 30 to the side of the LED 1. Forming a thin wall to the top, the convex lens is formed in the upper portion of the LED (1). The light emitted from the LED 1 is more widely distributed in the primary in the convex lens unit 80 and is further more widely distributed in the secondary by the light transmitting unit 10 located outside the convex lens unit 80. The convex lens may have both convex surfaces, unlike in FIG. 8.

The LED assembly according to the present invention may further attach a polycarbonate layer on top of the light transmitting part as another example to improve visibility. Polycarbonate emits light with a very stable feeling because of its high light diffusion and high visible light transmittance. The light diffused primarily through the light-transmitting part is diffused into the light while passing through the polycarbonate to a light having a stable feeling, thereby improving overall visibility. 9 is a cross-sectional view of an LED assembly with a polycarbonate layer attached. As shown in FIG. 9, a polycarbonate layer 84 is attached to the light transmitting part 10. There is no particular limitation on the shape of the polycarbonate layer 84 attached thereto, but in order to diffuse light, the upper portion preferably has a convex lens shape. The polycarbonate layer 84 is not particularly limited to the method of attaching to the light transmitting portion, but may be simply installed by inserting the polycarbonate layer 84 into the groove formed by engraving the upper portion of the light transmitting portion.

In order to diffuse the LED light emitted from the LED assembly in the present invention, a diffusion layer may be further attached to the lower portion of the light emitting portion facing the upper portion of the LED. 10 is a cross-sectional view of the LED assembly with the diffusion layer attached. The diffusion layer 86 is made of a material capable of diffusing light as much as possible, and in particular, the diffusion layer 86 is preferably made of crystal in order to cause diffuse reflection. The light diffused primarily by the diffuse reflection by the diffusion layer 86 is further diffused while passing through the light-transmitting portion 10, thereby widening the range of light emitted by one LED assembly as a whole. The diffusion layer 86 is not particularly limited to the method of attaching to the light transmitting portion 10, but may be simply installed by inserting the diffusion layer 86 into a groove formed in the light transmitting portion.

Regarding the attachment method of the LED assembly 100 to the safety umbrella 200, the entire LED assembly 100 is made integrally and attached to an umbrella, or the floodlight 10 and the LED 1 are made to be separated from each other. It may be fitted into a fitting hole formed in an umbrella. If the whole is made in one piece, the LED assembly 100 may be attached to the safety umbrella in various ways. There is no particular limitation on the attachment method here, but considering the convenience of the work process, the high frequency attachment method is most preferred. 11 is a view showing that the LED assembly 100 is attached to the waterproof umbrella 280 of the safety umbrella by a high frequency attachment method. In addition, the portion where the LED assembly 100 is attached by the high frequency attachment method is attached to the inner shell which can cover the wires and the back of the LED assembly 100 so that the wires for connecting the LED assembly 100 to the inside of the umbrella do not protrude. It is preferable to have a structure.

Another attachment method is to make a plurality of fitting holes at regular intervals in the umbrella and to insert the LED assembly into the fitting holes. As a result, it is convenient to assemble the LED assembly 100 in the safety umbrella, and it is also convenient to replace the broken or problematic LED. To this end, the LED assembly 100 should have a concave shape at the bottom of the light transmitting portion. 12 illustrates another embodiment of an LED assembly. As shown in FIG. 12, in the LED assembly 100, there is a recess 40 in the lower portion of the light transmitting portion 10, which is coupled to the tarpaulin 280 of the umbrella to the side of the portion. The LED assembly 100 is made of a soft material is fitted to the fitting hole (285) formed in the waterproof cloth (280).

When the fitting hole 285 is formed in the umbrella, rainwater is infiltrated and wires for connecting the LED assembly to the inside of the umbrella are protruded. Therefore, attaching an inner shell to cover the wire and the back of the LED assembly 100 may be applied. It is desirable to solve the problem of rainwater seeping and wire protruding by attaching the outer shell to the part where the LED assembly 100 is attached to the conventional umbrella and forming the fitting hole in the outer shell to attach the LED assembly 100. .

On the other hand, when the light emitting unit 10 and the LED (1) is separated, as shown in Figure 13, the insertion hole 285 to the waterproof cloth 280, and the light emitting unit 10 on the upper portion of the fitting hole 285 For example, the LED 1 may be inserted into the lower portion of the fitting hole 285 by fitting from the lower portion to the upper portion to be combined with the light transmitting portion 10. In this case, the LED 1 and the light projecting portion 10 are brought into close contact and fixed. On the contrary, the LED 1 may be inserted into the lower portion of the fitting hole 285 and the light emitting part 10 may be coupled to the upper portion.

In this case, in order to increase the strength of the coupling, the support 50 may be additionally installed in the lower portion of the LED 1. The support 50 is in close contact with the light transmitting part 10 to completely fix the LED 1 in the light transmitting part 10, and is a part for preventing damage due to shaking of the LED 1. 14 is a cross-sectional view of the LED assembly in which the support is further installed. As shown in Figure 14, the support 50 is in close contact with the side of the light transmitting portion 10.

15 is a schematic view of an LED assembly with additional protective walls installed. As shown in FIG. 15, the diameter of the support 50 is larger than the diameter of the LED 1, and the support 50 is provided with a protective wall 52 for protecting the LED 1 around the LED 1. Can be. The protective wall 52 is formed in a circle around the LED 1 to prevent the LED assembly used in the present invention from being easily damaged by the external shock. The protective wall 52 does not necessarily need to wrap all around the LED 1 here.

In addition, the air of the portion C into which the LED 1 of the light emitting portion 10 is fitted is compressed as the LED 1 is inserted in the process of the LED 1 being fitted to the light emitting portion 10, and the LED is used for a long time. (1) was pushed by the compressed air, there was a problem that the LED (1) portion and the light transmitting portion 10 is separated. In the present invention, in order to solve this problem, it is possible to form an air discharge means in the light transmitting portion (10).

The air discharge means in the present invention includes an air discharge groove 18 or embossing (19). FIG. 16 is a cross-sectional view of the LED assembly in which two air discharge grooves are formed, and FIG. 17 is a cross-sectional view taken along the line AA of FIG. 16. As shown in FIG. 16 and FIG. 17, at least one groove is formed in the insertion direction of the LED 1 at a portion in contact with the LED 1 in the light transmitting part 10. The air discharge groove 18 serves to discharge the air inside the floodlight 10 to the outside in the process of fitting the LED (1).

18 is a sectional view of an LED assembly with embossing formed. In addition, as shown in FIG. 18, at least one embossing is formed at a portion in contact with the LED 1 inside the light transmitting part 10. In the process of inserting the LED 1, the air inside the light transmitting portion 10 is discharged to the outside through the space between the embossing 19 to prevent the formation of excessive compressed air inside the light transmitting portion. Here, the air discharge groove 18 or the embossing 19 may be formed on the side of the support as well as the side of the LED.

In addition, in the LED assembly according to the present invention, the reflector 60 is formed on the bottom of the light-transmitting part 10, thereby reflecting the light emitted from the LED to the front to increase visibility. 19 is a sectional view of an LED assembly provided with a reflector.

The safety umbrella in the present invention may be a simple umbrella, but preferably the umbrella is provided with buoyancy generating means. An example of such buoyancy generating means is that the tube-shaped sealing part 300 is attached to the inside of the waterproof cloth 280 of the umbrella. The sealing part 300 has a bag shape formed inside the waterproof cloth 280 of the umbrella, and air may be injected into the sealing part. FIG. 20 is a schematic view of the safety umbrella in which the seal is formed, and FIG. 21 is a view of the seal portion viewed from the inside of the waterproof cloth 280. 20 and 21, the sealing part 300 is formed inside the waterproof cloth 280 of the umbrella. The seal 300 can form an appropriate number. When the worker using the safety umbrella according to the present invention falls into the water and holds the closed part 300, the buoyancy generated in the closed part 300 can be relatively easy to put out on the water and breathe. To this end, the sealing unit 300 is preferably provided with an air injection valve 320 for injecting or extracting air. Therefore, in an emergency, the operator may be easily floating on the water surface by the buoyancy generated in the sealing part 300, and may be easily found and rescued by others by the LED assembly 100.

FIG. 22 is a view showing the housing 400 of the safety umbrella in which the housing is formed, as another embodiment of the buoyancy generating means, as seen from the inside of the waterproof cloth 280. The umbrella has a storage unit 400, and an air bag 440 having a shape of the storage unit 400 may be inserted or separated inside the storage unit 400. To this end, the accommodating part 400 has a part that is open for the access of the air bag 440 is open, there may be attached to the opening and closing means (not shown) such as a zipper. Normally, without using the air bag 440, when working in the place where there is a possibility of falling into the air bag 440 may be inserted and used. 23 is a schematic view of an air bag. As shown in FIG. 23, the air pocket 440 is provided with a valve 442 for injecting air, thereby injecting or removing air.

In this case, when air is removed from the airtight part 300 or the storage part 400, since the air must be used as a normal umbrella, a folding line is formed at the middle of the thickness of the airtight part 300 or the storage part 400. It is desirable to have. When the air is removed from the sealing part 300 or the receiving part 400, an attachment means such as a velcro tape may be provided at the upper part of the fold line and the lower part of the fold line so that the upper part of the fold line and the lower part of the fold line are closely contacted with the fold line. It may be.

The battery 600 is for supplying power to the LED assembly 100, and the switch 700 is for interrupting the electrical connection between the battery 600 and the LED assembly 100. The battery 600 and the switch 700 are installed in a proper place of the umbrella.

In addition, the safety umbrella according to the present invention may be used in the water, it is preferable to use a product having a waterproof function for the electrical parts such as the battery 600, the switch 700, the LED assembly 100.

In addition, the safety umbrella according to the present invention may be attached to the distress signal transmitting device for generating a rescue signal so that the user can be easily rescued in case of distress in the river or the sea. The distress signal transmitter receives power from the battery 600 and transmits a distress signal, and rescue teams can easily identify the position of the distress using the signal transmitted from the distress signal transmitter using the distress signal receiver. . Distress signal transmitting device may be installed in a suitable place of the umbrella, it is preferable to install at the top of the umbrella stand. Since the distress signal transmitting device and the distress signal receiving device use known techniques as they are, detailed descriptions thereof will be omitted.

1 is a schematic view of the safety umbrella according to the present invention,

2 is a cross-sectional view of the LED assembly used in the present invention,

3 is a cross-sectional view of the LED assembly when the LED light emitting portion is short;

4 is a cross-sectional view of an LED assembly having a hemispherical light transmitting portion;

5 is a view showing that the thin film projection is engraved,

6 is a view showing that the thick-film floodlight is embossed,

7 is an exemplary view illustrating an LED assembly in which a plurality of thin film light emitting parts and a thick film light transmitting part are present;

8 is a schematic view of an LED assembly in which a convex lens portion is further formed;

9 is a cross-sectional view of the LED assembly with a polycarbonate layer attached;

10 is a cross-sectional view of the LED assembly with a diffusion layer,

11 is a view showing that the LED assembly is attached by a high frequency attachment method,

12 shows another embodiment of an LED assembly,

13 is a view showing a combination of the main body when the LED and the light-transmitting part is separated,

14 is a cross-sectional view of the LED assembly further installed with a support,

15 is a schematic view of an LED assembly with the guard further installed;

16 is a sectional view of an LED assembly having two air discharge grooves formed therein;

17 is a cross-sectional view taken along the line AA of FIG. 16;

18 is a sectional view of an LED assembly with embossing formed thereon;

19 is a cross-sectional view of the LED assembly with a reflector;

20 is a schematic view of an umbrella in which a seal is formed;

21 is a view of the sealing portion from the inside of the tarpaulin 280,

FIG. 22 is a view illustrating an accommodating part of an umbrella having an accommodating part formed therein as another embodiment of the buoyancy generating means;

23 is a schematic view of an air bag.

<Description of the major symbols for the main parts of the drawings>

1: LED

10: floodlight

100: LED assembly

200: the body

(Code modification)

(200 reference mark attached to the tarpaulin)

Claims (23)

In the umbrella consisting of a handle, an umbrella stand connected to the upper portion of the handle, a plurality of umbrella poles branched from the umbrella stand, a tarpaulin attached to the umbrella stand to prevent rain, The umbrella At least one LED assembly attached to an outer surface of the tarpaulin; Located in the handle or umbrella stand, the battery for supplying power to the LED assembly; And Located on the handle or umbrella stand, and includes a switch to control the power of the battery, The LED assembly At least one LED; The light emitting part of the LED protects the LED from an external impact and transmits the light of the LED to the outside, and the thickness of the light transmitting part is reduced to reduce glare in front of the LED and increase visibility at a long distance. A light-transmitting unit including at least one thin-film light-transmitting unit and at least one thick-film light-transmitting unit having a thickness of the light-transmitting unit for dispersing light of the LED widely and emitting light even to the side of the LED; It includes a fixing unit located on the bottom of the LED, The thin film transmitting portion has a thickness of 0.1 ~ 10mm, the thick film transmitting portion is a safety umbrella, characterized in that having a thickness of 1.5 to 20 times the thickness of the thin film transmitting portion. The safety umbrella of claim 1, wherein the waterproof cloth is attached with at least one sealed part sealed inside, and the sealed part is provided with an air injection valve capable of injecting or extracting air. The safety umbrella of claim 1, wherein the tarpaulin is provided with at least one housing part having a space in which an air bag can be inserted or separated. The safety umbrella of claim 1, wherein the umbrella has a distress signal transmitter attached thereto. The safety umbrella of claim 1, wherein the LED is a high brightness LED. The safety umbrella of claim 1, wherein the LED assembly, the battery, and the switch have a waterproof function. The safety umbrella according to claim 1, wherein the thin film or thick film transparent part is colored. The safety umbrella of claim 1, wherein the light transmitting portion has a three-dimensional shape. The safety umbrella of claim 1, wherein the thin-film transparent portion or the thick-film transparent portion is made of a combination of any one or more of a transparent, semi-transparent, or opaque material. The safety umbrella of claim 1, further comprising a support positioned between the LED and the fixing part and having a side wall in close contact with the light transmitting part. The safety umbrella of claim 10, wherein a diameter of the support is greater than a diameter of the LED, and the support is provided with a protective wall for protecting the LED around the LED. The safety umbrella of claim 1, wherein a lower diameter of the light transmitting part is smaller than that of the light transmitting part, and a recess is formed in which the inside is in contact with the side of the LED and the outside is in contact with the main body. According to claim 1, wherein the convex lens portion surrounding the LED is formed on the outside of the LED, the convex lens portion is coupled to the fixing portion, the bottom of the fixing portion to form a thin wall along the side of the LED It is raised to the top of the LED, the safety umbrella, characterized in that the convex lens is formed on the top of the LED. The safety umbrella of claim 1, wherein a polycarbonate layer is further attached to the light transmitting portion. The safety umbrella according to claim 1, wherein a diffusion layer is further attached to the inside of the light transmitting portion facing the upper portion of the LED. 16. The safety umbrella of claim 15 wherein the diffusion layer is a crystal. The safety umbrella of claim 1, wherein at least one air discharge groove or embossing is formed on a side surface of the light transmitting portion in contact with the LED. The safety umbrella of claim 1, wherein the light transmitting portion is made of at least one of glass, plastic, silicone, latex, rubber, urethane, resin, epoxy resin, polycarbonate, and polymer. The safety umbrella of claim 1, wherein a reflecting plate is provided below the light transmitting portion. The safety umbrella of claim 1, wherein the LED assembly is attached to the tarpaulin by a high frequency compression method. The safety umbrella of claim 1, wherein the tarpaulin has a plurality of fitting holes, and the LED assembly is fitted in the fitting holes. The method of claim 1, wherein the tarpaulin has a plurality of fitting holes, The LED assembly is a safety umbrella, characterized in that the light emitting portion and the LED can be separated and the light transmitting portion is located above the fitting hole is attached to the umbrella in such a way that the LED is fitted under the fitting hole. delete

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