Jacket with air-guiding structure

Abstract

This invention provides a jacket with an air-guiding structure, comprising a jacket body, an air-guiding layer, an air-inlet component, and at least one exhaust zone. The jacket body has at least one sleeve and a torso. The air-guiding layer is disposed on the inner side of the jacket body and extends from the sleeve to the torso. The exhaust zone is disposed at the lower edge of the torso. The air-inlet component is disposed at the cuff of the sleeve; when subjected to an oncoming airflow, the air-inlet component forms an opening or widens the opening to allow airflow to enter the air-guiding layer through the air-guiding component, be guided through the sleeve to the torso, and finally be exhausted through the exhaust zone.

Claims

1. A jacket with an air-guiding structure, comprising: a jacket body having at least one sleeve and a torso; an air-guiding layer disposed inside the jacket body and extending from the sleeve to the torso; at least one exhaust zone disposed at the lower edge of the torso; and an air-inlet member disposed at the cuff of the sleeve; wherein the air-inlet member forms an opening or expands an opening when subjected to an oncoming airflow, so that airflow enters the air-guiding layer through the air-inlet member, is guided through the sleeve to the torso in the air-guiding layer, and is finally discharged through the exhaust zone.

2. The jacket with an air-guiding structure as described in claim 1, wherein, The air intake component includes a support member and a fitting member, with an opening formed between the support member and the fitting member; the support member is adjacent to the fabric at the cuff of the sleeve, and the fitting member is adjacent to the user's hand.

3. The jacket with an air-guiding structure as described in claim 2, wherein, The support is a sheet-like component that is curved in its natural state so that it supports the fabric of the sleeve when subjected to windy airflow, allowing airflow to enter the air-guiding layer through the opening.

4. The jacket with an air-guiding structure as described in claim 1, wherein, The jacket body has an opening and closing part located near the cuff of the sleeve. When the user applies external force to the opening and closing part, the opening of the air intake component is closed or opened.

5. The jacket with an air-guiding structure as described in claim 1, wherein, The air-guiding layer is the airflow channel space formed between the inner side of the outer garment and the wearer's body surface.

6. A jacket with an air-guiding structure as described in any one of claims 1 to 5, wherein, The maximum height of the opening of the air intake component is between 5mm and 20mm.

7. An air intake component disposed at the cuff of a sleeve of an overcoat; the air intake component includes a support member and a fitting member, an opening being formed between the support member and the fitting member; the support member is adjacent to the fabric at the cuff position of the sleeve, and the fitting member is adjacent to the user's hand.

8. The air intake component as described in claim 7, wherein, The support is a sheet-like component that is curved in its natural state so that it supports the fabric of the sleeve when subjected to windy airflow, allowing airflow to enter the outer garment through the air intake component.

9. The air intake component as described in claim 8, wherein, The maximum height of the opening of the air intake component is between 5mm and 20mm.

10. The air intake component as described in any one of claims 7 to 9, wherein, The support component and the fitting component are integrally molded.

11. The air intake component as claimed in claim 10, wherein, The support component and the bonding component are made of different materials.

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