JP3108704U - Clothes with mesh holes for ventilation - Google Patents

Abstract

An object of the present invention is to provide a ventilated garment with a ventilation hole that has improved breathability, improves comfort, and is durable and has an excellent design in which the mesh portion is difficult to see from the exterior.
SOLUTION: A gap portion having a predetermined width is formed from the shoulders of the left and right sleeves of a long sleeve or a short sleeve toward a cuff portion, and a mesh fabric having good air permeability is sewn in the gap portion to improve ventilation.
[Selection] Figure 1

Description

  The present invention relates to a garment having a ventilation mesh hole for improving air permeability.

  Many conventional garments do not use mesh holes, but recently, many have used mesh holes. However, most of the mesh holes for ventilation provided in the sleeve part are provided on the inside or side of the sleeve so that it does not stand out from the appearance, but it looks cool at first glance. In practice, however, the effect is small, and conversely, there is a drawback that it is easily rubbed and easily damaged.

  In addition, a wide variety of breathing countermeasures for the back body part of the back are commercially available, but most of them have a lateral opening across the left and right of the upper part of the back body, and the mesh fabric for ventilation in the opening part Is sewn.

Therefore, we will introduce the patent documents that have been devised so far. (See Patent Documents 1 and 2.)
6-42918 JP 2003-239101 A

  The device devised above has problems such as being easily rubbed and easily damaged in a short period of time because the mesh fabric sewn portion is provided on the inner side or side of the sleeve.

  Therefore, in order to solve the conventional problems, this device improves the comfort by improving the air permeability, and is durable and has a design with a mesh hole for ventilation that is hard to see the mesh part from the appearance. It is to be developed and provided.

  As means for solving this problem, a gap having a predetermined width is formed from the shoulders of the left and right sleeves of the long sleeve or the short sleeve toward the cuff part, and a mesh fabric with good ventilation is sewn in the gap. Ventilation is improved.

  As an effect of this device, by forming a gap portion of a predetermined width from the shoulders of the left and right sleeves of the long sleeve or the short sleeve toward the cuff portion, and sewing the mesh fabric having good ventilation to the gap portion, the mesh fabric By changing the mesh fabric to a place with good flowability, it is strong and improves the flowability of wind and air, releasing hot air in clothes and taking in outside air. It is possible to make the breathability more effective and get a comfortable wearing feeling.

  In addition, the rear body portion has a very beneficial effect such that the mesh portion is difficult to see from the exterior and the design is excellent.

  Therefore, the best mode of the present invention is one in which the mesh fabric of the sleeve portion is hard to rub, and the mesh fabric is sewn from the shoulders of the right and left sleeves having good air permeability toward the cuff portion.

  Accordingly, an embodiment of the present invention will be described in detail with reference to FIGS. 1 and 2. The predetermined length of the long sleeve (1) from the left and right shoulders (1b) and (1b) toward the cuff portions (1c) and (1c) is predetermined. And a mesh fabric (1a) with good air permeability is sewn into the gap, and the back body (2) from the upper left and right ends (2b) to the left and right sides (2c) In order to prevent the inside from being visible, a ventilation opening (2a) is provided with the back body side facing outward, and the ventilation opening (2a) has a mesh fabric ( 2a ') is formed from a garment with a mesh hole for ventilation, which is characterized by improving air permeability by sewing.

  Next, the details of this device will be described. First, as shown in FIG. 1 (B), the mesh fabric for ventilation of the sleeve portion is placed on the cuff portion (1c) (1c) from the shoulder (1b) (1b) of the sleeve. A gap of about 6 mm wide is formed and mesh fabric is sewn into the gap, and the back body part of the back is directed from the upper left and right ends (2b) to the left and right sides (2c). In order to prevent the inside from being seen from the outside, a ventilation opening (2a) is provided that is doubled with the back side facing outward, and the ventilation opening (2a) has a breathability of about 35 mm. A good mesh fabric (2a ') is sewn.

  The feature of the present invention is that the mesh fabric for ventilation (1a) of the sleeve is sewn in a place where it is difficult to rub and easily passes through the wind and air, and the ventilation of the back body part (2) of the back. The mesh fabric (2a) has a structure in which the inside cannot be seen from the outside, and wind and air can pass from right to left or from left to right.

  Other examples will be described in detail with reference to FIGS. 3 to 4. From the shoulders (1′b) and (1′b) of the left and right sleeves of the short sleeve (1 ′), the cuff portion (1′c) (1 ′ c) A gap with a predetermined width is formed toward the gap, and a mesh fabric (1'a) with good air permeability is sewn into the gap, and the back body (2) from the upper left and right ends (2b) To the left and right sides (2c), there is provided a ventilation opening (2a) that is overlapped with the back body side outward so that the inside cannot be seen from the outside, and the ventilation opening (2a) Is composed of a garment with a mesh hole for ventilation, which is characterized by sewing air-permeable mesh fabric (2a ') to improve ventilation.

  In the case (0014), the long-sleeved garment of the first embodiment is replaced with a short-sleeve, and all the parts except the sleeve are formed in the same shape.

  Therefore, as shown in FIG. 3 (B), the mesh for ventilation of the short sleeve (1 ′) portion is formed from the shoulders (1′b) (1′b) of the left and right sleeves (1′c) (1 A gap portion having a predetermined width is formed toward 'c), and a mesh fabric (1'a) having good air permeability is sewn into the gap portion. (For long sleeves).

  By changing the sewn portion of the mesh fabric for ventilation of the sleeves to a place with good flowability, this device is durable and improves the flowability of wind and air, making the airflow more effective. It has industrial applicability in that it contributes to the clothing industry market.

One Example of this invention is shown, (A) is a front view of a long-sleeved garment, (B) is a rear view. One Example of this device is shown, (A) is a right side view of a long-sleeved garment, (B) is an enlarged view of a portion of FIG. 1 (B). Other Examples are shown, (A) is a front view of a short-sleeved garment, and (B) is a rear view. It is a right view of a short-sleeved garment showing another embodiment.

Explanation of symbols

1 Long Sleeve 1a Mesh Fabric 1b Sleeve Shoulder 1c Cuff Part 1 'Short Sleeve 1'a Mesh Fabric 1'b Sleeve Shoulder 1'c Cuff Part 2 Back Body 2a Opening for Vent 2a' Mesh Fabric 2b Left and Right Upper Ends 2c Lower left and right sides

Claims (1)

  From the shoulders (1b) (1b), (1'b), (1'b) of the left and right sleeves of the long sleeve (1) or the short sleeve (1 '), the cuff part (1c) (1c), (1'c) (1 Ventilation characterized by forming a gap with a predetermined width toward 'c) and sewing mesh fabric (1a) (1'a) with good ventilation to the gap to improve ventilation. For clothes with mesh holes.

Images