KR100538833B1 - Vest for leisure - Google Patents

Abstract

The present invention relates to a leisure vest to keep the cold hands warm while enjoying various sports or leisure activities outdoors for a long time in the cold winter season or low temperature, or performing various tasks.

According to the present invention, in the vest (V) composed of the front part (10) consisting of the outer fabric (11) and the lining (12), and the back plate (20) consisting of the outer fabric (21) and the lining (22), the front part (10). Tubs 30 formed to communicate with each other on the lower side of the bottom; A heating bag 40 disposed on a rear surface of the tong bag 30 so as to be opened and closed by an inlet opened by a magic tape 41; An insertion hole 50 formed at a lower portion of the lining 12 to be opened and closed by a zipper 51; A heat generating member 60 built in the heat generating bag 40 through the insertion hole 50 to generate heat; Battery pouches 70 formed on both inner sides of the vest V; It is configured to include a rechargeable battery 80 is accommodated in the one side battery bag 70 to supply power to the heat generating member (60).

Description

Leisure vest {vest for leisure}

The present invention relates to a leisure vest, and more particularly, to a leisure vest to keep warm the hands of people who are active for a long time outdoors in winter.

In general, a vest is a short-length, fit-to-sleeve upper garment, originally a military outfit worn by soldiers in military uniforms, but gradually spread to the public, becoming a casual suit, and having a lot of pockets. According to the present invention, it can show various decorativeness and activity, and it can be used to compensate for the shortcomings of the figure.

Therefore, in recent years, many people wear vests to enjoy sports such as golf, mountain climbing and fishing for a long time outdoors during winter or low temperature, or to overcome the cold when performing various tasks.

And in winter or when the temperature is low in the outdoors for a long time to enjoy a variety of sports, such as golf, mountaineering, fishing, leisure activities, or when performing a variety of tasks to wear gloves to protect your hands from the cold.

However, if you are active outdoors for a long time in cold weather, your hands will not be able to protect your hands warmly with gloves alone, and your hands will be cold, especially due to the cold. It becomes difficult to perform. For example, when the hands are multiplied by the cold, it is difficult to grasp golf clubs and work tools, and the hands are inferior. As a result, in the case of golf, one cannot fully demonstrate his or her ability. The efficiency will be reduced.

To this end, in recent years, using a pocket stove to keep warm hands or to keep a hand using a golf toshi, but such a pocket stove and a golf toshi had to carry separately, there was a problem inconvenient to carry, especially the pocket stove In this case, not only the heat generation time is short, but it is difficult to reuse it again and again because it has a limit in generating a desired temperature for a long time and it is almost disposable. there was.

An object of the present invention is to invent the conventional drawbacks as described above, the cold hands while enjoying a variety of sports or leisure activities in the open air for a long time in the cold weather or when the temperature is low, or performing various tasks It is to provide a leisure vest to keep warm in a gap.

Another object of the present invention is to solve the discomfort associated with the portable, and also to maintain a predetermined temperature continuously for a certain time to keep the hands warmer and at the same time can be used semi-permanently instead of disposable. To provide a leisure vest.

In order to achieve the above object, the present invention forms a tubular bag communicating with each other on the lower side of the front side of the vest, and installs a heating bag on the back side of the tubular bag, and forms an insertion hole in the lower part of the lining of the front portion, Built-in heat generating member for generating heat in the heating bag through, the battery bag is installed on both sides of the inside of the vest, and the one side of the battery bag is electrically connected to the heating member to house a rechargeable battery for supplying power. .

Hereinafter, the technical configuration of the present invention according to the accompanying drawings in detail.

As shown in Figures 1 to 10, the leisure vest of the present invention, the front portion 10 consisting of the outer shell 11 and the lining 12, the back plate portion consisting of the outer shell 21 and the lining 22 In the vest (V) consisting of, the front pocket 10 is formed to communicate with each other on both lower sides of the front portion 10; A heating bag 40 disposed on a rear surface of the tong bag 30 so as to be opened and closed by an inlet opened by a magic tape 41; An insertion hole 50 formed at a lower portion of the lining 12 to be opened and closed by a zipper 51; A heat generating member 60 built in the heat generating bag 40 through the insertion hole 50 to generate heat; Battery pouches 70 formed on both inner sides of the vest V; It is a basic feature of the technical configuration that is configured to include a rechargeable battery 80 is stored in the one side battery bag 70 to supply power to the heat generating member (60).

Here, the vest (V) is largely composed of the front portion 10 and the back portion 20, as shown in Figure 1, such a vest (V), as is well known in the winter or when the temperature is low for a long time outdoors Wearing to overcome the cold when enjoying sports such as golf, leisure activities such as hiking, fishing, or performing various tasks.

The front portion 10, the back portion 20 of the vest (V) is made up of the outer 11, 21 and lining 12, 22 as shown in FIG. At this time, the front portion 10 is formed in an integral type, the center of which is not separated as shown in Figure 2 to form a barrel.

The bag 30 is formed to communicate with each other on both sides of the lower portion of the front portion 10, as shown in Figure 1, the inlet 31 is open to put the hands on both sides of the bag 30, respectively Is formed. At this time, since the barrel 30 is formed so that both sides communicate with each other, if the wearer puts both hands into each side inlet 31 can hold both hands.

The heat generating bag 40 is disposed on the back surface of the bag 30 as shown in Figure 2 to accommodate the heat generating member 60, the inlet is formed in the lower portion of the heat generating bag 40, the inlet Inner front and rear of the male and female magic tape 41 is detachably coupled to each other is attached.

The insertion hole 50 is formed in the lower portion of the lining 12, as shown in Figure 3, the insertion hole 50 is a zipper 51 is attached.

The heating member 60 is detachably embedded in the heating bag 40 through the insertion hole 50, and the heating member 60 generates heat to warm the hands from the external cold. Therefore, since the heat of the heat generating member 60 is transmitted to the barrel bag 30, the user can keep warm hands by putting the hand in the barrel bag 30 while wearing the vest (V).

According to a preferred embodiment of the present invention, the heat generating member 60, as shown in Figures 5 to 7, the outer cover 61 made of a double fabric; An insulating material 62 and an inner skin 63 sequentially stacked on the outer skin 61; Partition seam 65 which is sealed to the outer shell 61, the heat insulating material 62, the inner shell 63 with an overlock to form a plurality of partitioned storage spaces 64; A plurality of planar heating elements 66 respectively received in the plurality of storage spaces 64 formed between the heat insulating material 62 and the inner shell 63 and electrically connected to each other; Consists of the finishing material 67 is sewn on the rim of the outer shell 61 and the inner shell (63).

The outer shell 61 is made of a soft double fabric, the outer shell 61a of the outer shell 61 is made of polyester, the lining 61b of the outer shell 61 is made of polarpolis. That is, the outer shell 61 is made of a double fabric of a polyester outer fabric (61a) and a polarpolis lining (61b). At this time, since the outer shell 61 is made of a soft fabric, the wearing comfort is good, and the outer shell 61 is made of a double fabric, and thus the thermal insulation effect is improved because the outer layer 61 blocks the heat from escaping to the outside.

The heat insulating material 62 is disposed on the inner surface of the shell 61 to block heat from escaping to the outside, and the heat insulating material 62 is made of polyethylene having a thickness of about 2 to 4 mm. At this time, since the outer layer 61 made of the insulating material 62 and the double fabric blocks heat exiting to the outside in threefold, it is possible to maximize the thermal insulation effect and thermal efficiency of the heating member 60.

The endothelial 63 is made of a soft fabric, the endothelial 63 is made of polyester. At this time, the endothelial 63 is made of a soft fabric is comfortable to wear, while the outer shell 10 and the heat insulating material 20 and the endothelial 30 is made of the same size.

The storage space 64 is divided into a plurality through the partition seam 65, the storage space 64 is formed between the heat insulating material 62 and the endothelial 63, the storage space 64 divided into a plurality of A plurality of planar heating elements 66 are each housed therein.

According to the exemplary embodiment of the present invention, as shown in FIG. 5, about three storage spaces 64 are formed in the upper portion of the heat generating member 60, and about two storage spaces are formed in the lower portion of the heat generating member 60. It is preferable to form (64). The reason for storing the planar heating elements 66 by dividing the storage space 64 into a plurality of pieces in this way is to expand the heat generating area by dissipating heat and also to fix the planar heating elements 66 without flow.

The compartment seam 65 is sealed with an overlock on the outer shell 61, the heat insulating material 62, and the endothelium 63 stacked in a superimposed state, such a compartment seam 65 is sewn in the shape as shown in FIG. The storage space 64 partitioned between the insulation material 62 and the inner shell 63 is formed by the partition seam 65 sewn in this way. At this time, the partition seam 65 is formed in the storage space 64 to accommodate about three planar heating element 66 on the upper portion of the heat generating member 60, as shown in Figure 5, the heat generating member 60 It is preferable to form the storage space 64 so that the planar heating element 66 can be built in the lower part of approximately 2).

The planar heating elements 66 are respectively housed in a plurality of storage spaces 64 formed between the heat insulating material 62 and the endothelium 63 as shown in FIG. 5 and electrically connected to each other, and the planar heating elements 66 are illustrated in FIG. 8. 10 to 30 are arranged in the weft yarns and inclined at a predetermined interval, as shown in Figure 10 are woven in a low density carbon fiber yarn 66a and general fiber yarn 66b, both sides of the carbon fiber yarn 66a A conductive layer 66c, an electric wire 66d connected to both conductive yarns 66c, respectively, a carbon fiber yarn 66a, a general fiber yarn 66b, a waterproof layer 66e coated on the outside of the conductive yarn 66c, and the It consists of an insulating tape 66f bonded to the outside of the waterproof layer 66e.

Here, the common fiber yarn 66b and the conductive yarn 66c form two twisted pairs as shown in FIG. 10 and cross each other up, down, left and right with the carbon fiber yarn 66a therebetween to form a twist in the shape of a twist. , The carbon fiber yarn (66a) is interwoven in the form of passing between the twist is woven.

The carbon fiber yarn (66a) is arranged in a weft yarn in a state spaced at a predetermined interval as shown in Figure 10 is woven at low density, such carbon fiber yarn (66a) generates heat when energized, as is well known, The carbon fiber yarn 66a also emits far infrared rays and anions.

For reference, the far-infrared ray emitted from the carbon fiber yarn 66a of the planar heating element 66 performs blood circulation promoting and bio-heating functions as already proved, and such far-infrared rays have antibacterial activity, heat action, neutralization effect on the living body. It has excellent properties such as circulating and aging. Therefore, far infrared rays make the five intestines flesh smooth and smooth the flow of blood, which is good for high blood pressure, diabetes, circulatory disorders, heart disease, etc., and also emits far infrared rays and negative ions, which is very helpful for health.

In addition, far infrared ray refers to infrared rays having a wavelength of 25 μm or more. Infrared radiation is a kind of electromagnetic waves with a greater thermal effect due to longer wavelengths than the red region of visible light. Shorter wavelengths are called near infrared rays. It is invisible, absorbs well into the material, and has strong resonance and resonance effects on organic compound molecules. In addition, light generally reflects well when the wavelength is short and absorbs well when it reaches the object because the wavelength is long. This heat action helps to eliminate the bacteria that cause various diseases, and helps to expand the capillaries and blood circulation and tissue formation. In addition, by touching the water and protein molecules that make up the cells, the cells are shaken finely 2,000 times per minute to activate cell tissue, which is effective in preventing various adult diseases such as aging, promoting metabolism, and chronic fatigue. In addition, it promotes sweating, pain relief, heavy metal removal, sleep, deodorization, antibacterial, mold propagation prevention, dehumidification, and air purification. It is used in many fields.

And the anion emitted from the carbon fiber yarn 66a of the planar heating element 66 is present in the air as a mixture of cations, carbon dioxide, oxygen, nitrogen, hydrogen, etc., because these anions are light and float freely in the air It is active and this vital force (biological energy) is the driving force that acts to revitalize our life and health. Therefore, the anion cleanses the fungus, various bacteria and pollutants contained in the air, and the anion that is beneficial to the human body is not only refreshing in the forest, waterfall, and hot spring, but also the purification of blood, cell activity, and resistance to bacteria. Efficacy in the increase, smooth adjustment of autonomic nerves, the hair moisturizing effect and shine lasts a long time.

The general fiber yarn 66b is inclined and arranged at a low density in a state spaced at a predetermined interval as shown in FIG. 10, and the general fiber yarn 66b is a general garment for almost no conductivity or heat generation. To industrial fiber yarns. That is, the general fiber yarn 66b is applicable to natural fibers such as cotton and hemp, synthetic fibers such as nylon, polyester, and polypropylene, regenerated fibers such as rayon and acetate, semisynthetic fibers, and the like, and is not particularly limited. . At this time, since the carbon fiber yarn 66a and the common fiber yarn 66b are woven at low density and are light, they are easy to carry and the wearing comfort is improved.

As shown in FIG. 10, the conductive yarns 66c are woven in an inclined manner on both sides of the carbon fiber yarns 66a. Both conductive yarns 66c form electrodes of '+' and '-', and both conductive yarns An electric wire 66d is connected to the 66c as shown in FIG. At this time, the conductive yarn 66c may be a conductive metal wire such as copper wire, tin-plated copper wire, silver wire, aluminum wire, or the like, but in terms of weaving efficiency, the conductive metal wire is twisted with the normal metal fiber as the screening, and the conductive metal wire is twisted. It is preferable to use what consists of a form which coat | covers this normal fiber yarn.

The electric wire 66d is connected to both conductive yarns 66c as shown in FIG. 10, and the electric wire 66d is wired as shown in FIG. 5, and a jack 68 is connected to the tip of the electric wire 66d. .

The waterproof layer 66e is coated on the outside of the carbon fiber yarn 66a, the common fiber yarn 66b, and the conductive yarn 66c as shown in FIG. 9, and the waterproof layer 66e is formed into the planar heating element 66. Prevent moisture from entering At this time, the waterproof layer 66e is coated in colorless.

The insulating tape 66f is adhered to the outside of the waterproof layer 66e as shown in FIG. 9, and the insulating tape 66f is attached to allow the planar heating element 66 to be used safely.

According to the embodiment of the present invention, as shown in Figure 5, the planar heating element 66 is provided with an overheat prevention member (66g) to automatically cut off the power when overheated above a set temperature, the overheat prevention member (66g) It is installed to protect the user from danger of burns due to overheating. At this time, the overheat prevention member 66g is preferably installed at the tip of the wire 66d, as shown in Figure 5, while the overheat prevention member 66g is made of bimetal or the like.

The finishing material 67 is sewn to surround the rim of the outer skin 61 and the inner skin 63 as shown in Figure 5, the finishing material 67 is made of a soft fabric for a good fit.

The jack 68 is to electrically connect the heating member 60 and the rechargeable battery 80, the jack 68 is integrally connected to the wire 66d of the planar heating element 66 as shown in FIG. do.

The battery bag 70 is formed on both sides of the inside of the vest (V) as shown in Figure 1 to accommodate the rechargeable battery 80, the open inlet is formed on each of the upper side of the battery bag (70) On both sides of the battery bag (70), the separation prevention piece (71) is provided at the top, and the battery bag (70) and the separation prevention piece (71) are attached to the male and female magic tapes (72) detachably coupled to each other. . At this time, the separation prevention piece 71 prevents the rechargeable battery 80 contained in the battery bag 70 from being pulled out.

The rechargeable battery 80 supplies power to the heat generating member 60. The rechargeable battery 80 includes a jack connector to which a jack 68 is connected, a power and temperature control switch, a power state and a charge amount. A lamp is provided to indicate. At this time, when the switch is pressed once, the power is 'on' and the heating member 60 is heated to a high temperature (approximately 80 ° C.) state, and pressing the switch twice is the heating member 60 at a medium temperature (approximately 60 ° C.) state. When heated to three times, the heating member 60 is heated to a low temperature (approximately 40 ~ 50 ℃) state by pressing the switch three times, the power is 'off' by pressing the switch four times.

On the other hand, according to another embodiment of the present invention is installed between the outer wall 21 and the lining 22 of the back plate 20, the heating bag 90 is opened to the opening and closing with the magic tape 91 is installed And, the lower portion of the lining 22 is formed with an opening 100 to be opened and closed with a zipper 110, the heat generating member 90 is also built in the heat generating bag 90, the other battery bag 70 also generates heat The rechargeable battery 80 for supplying power to the member 60 is stored. Therefore, according to another embodiment of the present invention, since the heat generating member 60 may be detachably embedded in the back plate 20, the body may be warmly protected from the external cold.

The leisure vest (V) of the present invention configured as described above also overcomes the cold when enjoying sports such as golf, mountain climbing, fishing for a long time in the winter or when the temperature is low, or performing various tasks. Wearing is the same as before.

However, according to the present invention, the tubular bag 30 communicating with each other is formed on the front portion 10 of the vest V, and the heating member 60 is formed into the heating bag 40 disposed on the rear surface of the tubular bag 30. Built-in and connected to the rechargeable battery 80, because the heat generated from the heat generating member 60 is transmitted to the bag to the warm (30), especially in the state of wearing a vest (V) in the cold weather or winter temperature Enjoying a variety of sports or leisure activities in the open air at a low time for a long time or while performing a variety of tasks, there is an advantage that can be warmed by putting a cold hand into the bag (30).

In addition, according to the present invention, since the heating member 60 is built in the heating bag 40 of the vest (V), there is no need to carry it separately, thereby eliminating the inconvenience of carrying, and the heating member 60 is desired. Since it keeps warming continuously for a long time at a predetermined temperature, it has the advantage of keeping the cold hand warmer even more, and is composed of a structure in which the heat generating member 60 is heated through the rechargeable battery 80. Because it is reusable, there is an advantage that can be used semi-permanently rather than disposable.

And according to the embodiment of the present invention, as well as the bag 30 of the vest (V), if necessary, as well as the heating bag (90) formed in the back portion 20 of the vest (V) Since heat can be generated warmly, there is an advantage in protecting the body even more from the cold outside in winter.

In addition, according to the present invention, since far infrared rays and anions are released from the carbon fiber yarn 66a constituting the heat generating portion of the planar heating element 66, blood circulation promoting and bio-heating functions are performed. According to the present invention, since the antimicrobial effect and the deodorizing effect can be obtained with far infrared rays and anions emitted from the carbon fiber yarn 66a, there is an advantage that the vest (V) can be used more hygienically.

As described above, the leisure vest of the present invention is provided with a heat generating member that generates heat on the back of the bag, it is possible to keep warm hands cold outdoors, the heating member is built in the vest, so the inconvenience of carrying It can be eliminated, and the heating element keeps warm for a long time, so you can keep your hands warmer.The heating element is heated by the rechargeable battery, so it can be used semi-permanently instead of disposable.The back part of the vest Edo is a very useful invention that can protect the body from the external cold because it can be built in the heating element.

1 is a perspective view of the present invention.

2 is a cross-sectional view taken along the line AA of FIG.

Figure 3 is a perspective view of the inside of the present invention.

Figure 4 is a perspective view showing the installation state of the heating member and the battery in accordance with the present invention.

5 is a perspective view of a heating member according to the present invention.

FIG. 6 is a cross-sectional view taken along the line BB of FIG. 5. FIG.

7 is an exemplary view showing a manufacturing process of a heating member according to the present invention.

8 is a perspective view of a planar heating element according to the present invention.

9 is a cross-sectional view taken along the line C-C in FIG.

10 is a perspective view showing the structure of a planar heating element according to the present invention.

<Code Description of Main Parts of Drawing>

V: Vest 10: Front

11: outer 12: lining

20: back 21: outer

22: lining 30: bag

40: heating bag 41: magic tape

50: insertion hole 51: zipper

60: heating member 70: battery bag

80: rechargeable battery 90: heat generating bag

91: magic tape 100: insertion hole

110: zipper

Claims (7)

In a vest (V) composed of a front portion (10) consisting of an outer fabric (11) and a lining (12), and a back plate (20) consisting of an outer fabric (21) and a lining (22), both sides of the front portion (10). Through bag 30 formed to communicate with each other in the lower portion; A heating bag 40 disposed on a rear surface of the tong bag 30 so as to be opened and closed by an inlet opened by a magic tape 41; An insertion hole 50 formed at a lower portion of the lining 12 to be opened and closed by a zipper 51; A heat generating member 60 built in the heat generating bag 40 through the insertion hole 50 to generate heat; Battery pouches 70 formed on both inner sides of the vest V; Received in the one side of the battery bag (70) leisure vest comprising a rechargeable battery (80) for supplying power to the heat generating member (60). According to claim 1, wherein the separation prevention piece 71 is provided on the upper side of the battery bag 70, the battery bag 70 and the separation prevention piece 71 is characterized in that the magic tape 72 is attached. Leisure vest. The heating bag of claim 1, wherein an inlet opened downward between the outer cover 21 and the lining 22 of the back plate 20 is opened and closed by a magic tape 91, and the lining ( 22 is formed in the lower portion of the insertion opening 100 is opened and closed with a zipper (110), the heating bag (90) is built in the heating member 60, the other battery bag (70) in the heating member (60) Recreational vest, characterized in that the rechargeable battery 80 for supplying power. The method of claim 1, wherein the heat generating member 60 is a shell 61 made of a double fabric; An insulating material 62 and an inner skin 63 sequentially stacked on the outer skin 61; Partition seam 65 which is sealed to the outer shell 61, the heat insulating material 62, the inner shell 63 with an overlock to form a plurality of partitioned storage spaces 64; A plurality of planar heating elements 66 respectively received in the plurality of storage spaces 64 formed between the heat insulating material 62 and the inner shell 63 and electrically connected to each other; Recreational vest, characterized in that consisting of a finishing material (67) sewn on the rim of the outer shell (61) and the inner shell (63). 5. The planar heating element (66) according to claim 4, wherein the planar heating elements (66) are arranged in the weft and the warp yarns at predetermined intervals, respectively, and are woven at low density to both sides of the carbon fiber yarn (66a), the general fiber yarn (66b), and the carbon fiber yarn (66a). The outer surface of the conductive yarns 66c, which are each woven in an inclined manner, the wires 66d connected to the conductive wires 66c on both sides, and the carbon fiber yarns 66a, the common fiber yarns 66b, and the outer surface of the conductive yarns 66c. Being waterproof layer (66e), leisure vest, characterized in that consisting of insulating tape (66f) bonded to the outside of the waterproof layer (66e). According to claim 5, The general fiber yarn (66b) and the conductive yarn (66c) is a pair of two to form a twist of the pretzel shape while crossing each other in a pair of carbon fiber yarn (66a) between, Recreational vest characterized in that the carbon fiber yarns (66a) are interwoven in the form of passing between the twist. 6. The leisure vest according to claim 5, wherein the planar heating element (66) is provided with an overheat prevention member (66g) which automatically cuts off the power when the planar heating element (66) is overheated above a set temperature.