KR200472335Y1

KR200472335Y1 - Raincoat

Info

Publication number: KR200472335Y1
Application number: KR2020130009965U
Authority: KR
Inventors: 정성영
Original assignee: 정성영
Priority date: 2013-12-03
Filing date: 2013-12-03
Publication date: 2014-04-17

Abstract

The present invention is about the rain of a new configuration excellent in waterproofness, active, and comfortable to wear.
According to the present invention, in the upper and lower garments composed of, the upper garment 100 is composed of the outer shell 110, the upper inner shell 140 provided in the outer shell 110, the lower ( 200 is composed of a lower outer shell 210 and a lower inner shell 240 provided inside the lower outer shell 210, and the upper outer shell 110 and the lower outer shell 210 are formed of a waterproof nylon oxford fabric. And, the upper endothelial 140 and the lower endothelial 240 is provided with a raincoat, characterized in that formed of a waterproof polyester mesh fabric.

Description

Raincoat

The present invention relates to a raincoat, and more particularly, to a raincoat of a new configuration that is excellent in waterproofness and has good activity and fit.

In addition to improving living standards, the leisure population is increasing. In particular, there are many people who enjoy various sports such as golf, mountain climbing or leisure activities outdoors.

However, if it rains or snows during leisure activities, you should wear raincoats. Therefore, it is not inconvenient to wear state, it is required to do not interfere with leisure activities.

However, most traditional raincoats are made of PVC, which is thick and durable, but heavy and inconvenient to operate. In addition, the waterproof is not made completely, so that the inside of the rain is wet, such as wearing is not good.

On the other hand, various types of rain clothes have been proposed, such as making vent holes or forming a part of a mesh to prevent moisture from getting inside the cow, but did not show satisfactory effects.

Republic of Korea Utility Model Registration No. 20-0464683 (2013. 01. 08.)

The present invention is to solve the above problems, the object of the present invention is to provide a new constitution of the good construction that is not only good waterproof but also prevents the generation of moisture in the interior, and is light, good activity and easy to manufacture.

According to one feature of the present invention, in the upper and lower garments consisting of, the upper garment 100 is composed of the outer shell 110, the upper inner shell 140 provided in the outer shell 110, The bottom 200 is composed of a lower outer shell 210 and a lower inner shell 240 provided in the lower outer shell 210, and the upper outer shell 110 and the lower outer shell 210 are waterproofed nylon oxford. It is formed of a fabric, the upper endothelial 140 and the lower endothelial 240 is provided with a raincoat, characterized in that formed of a waterproof polyester mesh fabric.

According to another feature of the present invention, the outer shell 110 is the outer shell portion 112, the outer skin front plate portion 116, the outer skin front plate portion 118, the outer skin left side cut with the waterproof nylon Oxford fabric. It is manufactured by sewing the sleeve 126, the outer skin right sleeve 128 and the outer cap 130, the upper endothelial 140 is endothelial back portion 142 cut with the waterproof polyester yarns The inner skin left front plate 146, the inner skin right front plate 148, the inner skin left sleeve 156, the inner skin right sleeve 158 and the inner cap 160 are manufactured by ultrasonic welding.

According to another feature of the present invention, the sealing tape 300 is attached to the inner surface of the seam portion of the outer shell (110).

According to another feature of the present invention, the shoulder seam (a) of the outer skin left front plate 116 and the skin right front plate 118 and the shell back plate 112 is the outer skin front plate 116 and the skin right front Covered by the overlapping portion 119 formed in the plate portion 118 or the outer shell back portion 112, the shoulder seam (a) is not exposed to the outside.

The present invention having the configuration as described above is made of an outer shell made of a waterproof nylon oxford fabric and the inner shell made of a waterproof polyester mesh fabric is excellent in water resistance. In addition, it is convenient to wear and activity because it is lighter than conventional PVC raincoat.

In addition, since the sealing tape is attached to the seam of the outer shell, rainwater is prevented from flowing through the seam. In particular, even if moisture occurs due to condensation inside the outer skin, the outer skin is prevented from coming into direct contact with the wearer's body or clothes, and there is no inconvenience that the rain is attached to the body.

Furthermore, since the endothelium is waterproofed, the water generated inside the outer shell is prevented from flowing through the endothelium, and since the endothelium is made of mesh, it is breathable, so that the fit of the rain is not damp.

In addition, since the endothelial is cut by ultrasonic welding of each part, it is easy to manufacture, and unlike the case of sewing, when ultrasonically fused, there is no fear that rainwater may flow into the ultrasonically fused part.

Furthermore, when the overlapping portion covering the seam is formed on the upper and lower outer shells, the seam is covered by the overlapping portion so that the seam is not exposed to the outside, and thus there is no need to attach a separate sealing tape.

The present invention is not only light, but because the inside of the cow is not wet and comfortable to wear and good activity, it is not only suitable for leisure, it can be useful in various tasks such as working in the paddy field.

1 is a perspective view showing a first embodiment of the present invention;
2 is an enlarged view of portion A of the embodiment;
3 is an enlarged view of a portion B of the embodiment;
Figure 4 is a partial cutaway view showing the shoulder structure sewing structure of the outer shell according to the second embodiment of the present invention
Figure 5 is a partial cutaway view showing a sideline sewing structure of the outer skin according to a second embodiment of the present invention

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

1 is a perspective view illustrating a first embodiment of the present invention, and FIGS. 2 and 3 are enlarged views of portions A and B of FIG. 1, respectively. As shown, the subject innovation consists of a top 100 and a bottom 200, the top 100 and bottom 200 is the upper shell 110 and the upper inner shell 140, the lower outer shell 210 and It consists of the lower endothelial 240.

The outer jacket 110 and the lower jacket 210 are made of nylon Oxford fabric having a waterproof layer formed on the outer surface thereof. The waterproof layer is formed by coating various waterproof resins that are commonly used, but is preferably formed by coating a thermoplastic polyurethane resin. If the upper and lower sheaths 110 and 210 are formed of such a nylon oxford fabric, there is a light advantage compared to the right made of conventional PVC.

And the upper endothelial 140 and the lower endothelial 240 are made of a thermoplastic polyester mesh fabric having a waterproof layer. The waterproofing layer of the upper endothelial 140 and the lower endothelial 240 is also formed by coating various waterproof resins that are commonly used, but preferably is formed by coating a thermoplastic polyurethane resin.

The waterproof layer may be formed only on the outer surface of the thermoplastic polyester mesh fabric, but the waterproof layer may be formed on both the outer and inner surfaces thereof. However, the mesh layer of the thermoplastic polyester mesh fabric is not covered by the waterproof layer. When the mesh of the polyester mesh fabric is covered by the waterproof layer, it is not preferable because the upper endothelial 140 and the lower endothelial 240 lose air permeability.

On the other hand, the outer shell 110 is the outer shell back 112, the outer skin front side 116, the outer skin front side 116, the outer skin side sleeve 126, the outer skin sleeve 126, the outer layer cut with a waterproof layer formed It is manufactured by sewing the right sleeve 128 and the outer cap 130. Among them, first, the shoulder line and side line of the shell back plate 112, the skin left front plate 116 and the skin right front plate 118 are sewn to make a torso, and the body left sleeve 126 and the skin right side to the body. After sewing the sleeve 128, the outer cap 130 is sewn to the top of the body.

And it is manufactured in the form of the front fastening by attaching a zipper to the end of the mutual opening of the outer skin left front plate 116 and the outer skin right front plate 118.

The sealing tape 300 is attached to the sewing line portion, that is, the seam portion of the outer jacket 110 sewn and manufactured as described above. The sealing tape 300 is a hot melt adhesive layer is formed on the other side of the fabric formed with a waterproof layer on one side.

The sealing tape 300 is attached to the inner surface of the outer shell 110 to cover the seam using the hot melt adhesive layer. When the sealing tape 300 is attached as described above, since the needle stitch hole of the sewing line is covered by the sealing tape 300 and is not exposed to the outside, rainwater is prevented from entering the inside of the right through the needle stitch hole.

And the upper endothelial 140 is an endothelial back plate 142, endothelial left front plate 146, endothelial right front plate 148, endothelial left sleeve 156, endothelial cut with a waterproof thermoplastic polyester mesh fabric The right sleeve 158 and the inner cap 160 are manufactured by ultrasonic welding.

Ultrasonic fusion of the shoulder and side lines of the endothelial back plate part 142, the endothelial left front plate part 146, and the endothelial right front plate part 148 makes a torso, and makes the body an endothelial left sleeve 156 and an endothelial right sleeve to the body. After connecting the unit 158 by ultrasonic fusion, the inner cap 160 is ultrasonically fused to the upper end of the body. At the time of ultrasonic welding, the waterproofing layer of the upper endothelial 140 may be fused and attached, or the thermoplastic polyester mesh fabric may be fused together with the waterproofing layer.

The upper endothelial 140 manufactured as described above is sewn with the upper shell 110 at the lower end of the body, the sleeve end, the front fastening end of the body, and the circumference of the hat, thereby completing the top 100. Naturally, a pattern may be formed by forming a pocket on the outer shell 110 or changing the color of each part as necessary.

On the other hand, the lower sheath 210 is sewn with a waterproof nylon oxford fabric sewn left outer front leg portion 212, outer skin front leg portion 216, outer skin rear leg portion 222 and outer skin rear leg portion 226 It is manufactured by. The sealing tape 300 is attached to the inner side of the seam portion, that is, the seam portion, similarly to the outer shell 110.

In addition, the lower endothelial 240 is an endothelial left front leg 242, an endothelial right front leg 244, an endothelial left rear leg 246 and an endothelial right rear leg 248 cut out of a waterproof thermoplastic polyester mesh fabric. It is prepared by connecting by ultrasonic welding.

The lower endothelial 240 manufactured as described above is sewn and connected to the lower outer shell 210 at the waist and bottom of the pants, thereby completing the lower 200.

The present invention having the configuration as described above because the upper outer shell 110 and the lower outer shell 210 is made of a waterproof nylon oxford fabric, it is lighter than the conventional raincoat is not only good activity, but also the upper and lower outer shell (110,210) Even if moisture occurs due to condensation on the surface, the upper and lower inner skins (110, 210) are prevented from directly contacting the wearer's body or clothing by the upper and lower inner skin (140,240), so the fit is good.

In particular, since the upper and lower endothelial (140,240) is waterproof, the water generated on the inner surface of the upper and lower outer shell (110,210) is prevented from passing through the upper and lower endothelial (140,240) to the wearer's body or clothes, Thus, the wearer can feel soft. In addition, since the upper and lower inner skin (140,240) is made of a mesh fabric to have breathability, moisture inside the right is also prevented.

Hereinafter, another embodiment of the present invention will be described, but the description of the same configuration and effect as the above-described embodiment will be omitted.

4 and 5 show a sewing structure according to a second embodiment of the present invention. 4 illustrates a shoulder sewing structure of the outer shell back plate 112 and the outer skin right front plate 118, and the shoulder line seam weld 113 of the outer skin back plate 112 is the shoulder line seam weld of the outer skin front plate 118. 117) by superimposing on the shoulder line to form a shoulder seam (a).

Then, a part of the shoulder part of the outer skin right side plate part 118 is folded up and down to make an overlapping part 119, and the overlapping part 119 is rearward so that the overlapping part 119 is placed over the shoulder line tangent 113 of the outer skin part 112. Pass it over. At this time, the width of the overlapping portion 119 is adjusted so that the overlapping portion 119 covers the shoulder sewing line (a).

The overlapping portion 119 thus formed is ultrasonically fused and fixed. When the superposed portion 119 is ultrasonically fused, the waterproof layer of the corresponding portion is melted to fix the overlapped portion 119 in a folded state. Preferably, the waterproof layer made of thermoplastic polyurethane resin has a lower melting point than the nylon oxford fabric forming the outer shell 110, so that only the waterproof layer melts during ultrasonic welding.

Thus, since the shoulder seam (a) is covered by the overlapping portion 119 is not exposed to the outside, there is no fear that rainwater flows into the upper edge through the needle stitch hole of the sewing line.

Of course, in some cases, the shoulder seam weld 117 of the outer skin right side plate part 118 is placed on the shoulder seam seam 113 of the outer shell part 112, and the overlapping portion 119 is formed on the shell plate 112. It is also possible.

In the above described the shoulder line portion of the outer shell portion 112 and the outer skin right side plate portion 118 as an example, but the other sewing portion of the upper shell 110 is sewn to have the same configuration.

In addition, the lower sheath 210 is also sewn to have the same configuration as above. 5 shows a sideline portion sewing structure of the outer skin right front leg 216 and the outer skin right rear leg 226 among the lower shell 210.

As shown, the side seam allowance 227 of the outer sheath right leg portion 226 is placed on the side seam allowance 217 of the outer sheath right leg portion 216 and sewn to form a side sewing line b.

Then, the part adjacent to the side seam allowance 217 of the right outer leg part 216 is folded up and down along the side sewing line b to make an overlapping part 219, and the overlapping part 219 is the outer right leg part ( It is flipped backward to be placed on the side seam 227 of 226. In this case, the width of the overlapping portion 219 is adjusted so that the overlapping portion 219 covers the side sewing line b. Subsequently, the overlap 219 is ultrasonically fused to be fixed.

It is natural that other sewing parts of the lower sheath 210 are also sewn to have such a configuration, and the position of the overlapping part 219 may be changed.

When the overlapping portions 119 and 219 are formed in the upper and lower outer shells 110 and 210 as in this embodiment, and the overlapping portions 119 and 219 cover the seam, a separate sealing tape is used unlike the above-described embodiment. There is an advantage that you do not have to.

100. Tops 110. Tops
112. Outer shell 116. Outer left front plate
118. Outer shell right side panels 119, 219
126. Jacketed left sleeve 128. Jacketed right sleeve
130. Top hat 140. Top coat
142. Endothelial plate 146. Endothelial left front plate
148. Inner skin right front plate 156. Inner skin left sleeve
158. Inner right sleeve 160. Inner hat
200. Bottoms 210. Bottoms
212. Outer left leg 216. Outer right leg
222. Cortical left hind limb 226. Cortical right hind limb
240. Inner lower extremity 242. Endothelial left anterior leg
244. Endothelial right anterior leg 246. Endothelial left anterior leg
248. Inner right leg 300. Sealing tape
a. Shoulder stitch b. Seam

Claims

In the upper and lower garments,
The upper garment 100 is composed of the outer shell 110 and the upper inner shell 140 provided in the outer shell 110.
The bottom 200 is made of a lower outer shell 210 and a lower inner shell 240 provided inside the lower outer shell 210.
The outer jacket 110 and the lower jacket 210 are formed of a waterproof nylon Oxford fabric,
The upper endothelial 140 and the lower endothelial 240 are formed of a waterproof polyester mesh fabric,
The outer jacket 110 is the outer skin back cover 112, the outer skin front plate 116, the outer skin front plate 118, the outer skin sleeve 126, the outer skin right side cut with the waterproof nylon Oxford fabric It is manufactured by sewing the sleeve 128 and the outer cap 130,
The upper endothelial 140 is endothelial back plate portion 142, endothelial left front plate portion 146, endothelial right front plate portion 148, endothelial left sleeve portion 156, endothelial cut with the waterproof polyester polyester fabric The right sleeve 158 and the inner cap 160 is manufactured by ultrasonic welding,
The shoulder seam (a) of the skin left front plate 116 and the skin right front plate 118 and the skin back plate 112 is the skin left front plate 116 and the skin right front plate 118 or the skin back plate ( Covered by the overlapping portion (119) formed in 112, the shoulder seam (a) characterized in that not exposed to the outside.

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The method of claim 1,
The inner surface of the seam portion of the outer jacket 110, the sealing tape 300 is characterized in that attached.

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