THERMAL FIBER CARPET STRUCTURE
First Claim
1. A thermal fiber carpet structure, comprising:
- two shell fabric layers, comprising a first shell fabric layer and a second shell fabric layer; and
a heating layer sandwiched between the first shell fabric layer and the second shell fabric layer;
the heating layer has at least one heating fabric which includes a plurality of conductive yarns serving as woven yarns in a first direction and a plurality of non-conductive yarns serving as woven yarns in a second direction, the woven yarns in the first direction and the woven yarns in the second direction being interwoven together;
each conductive yarn having a non-conductive main axis yarn and a heating wire being spirally wound on the main axis yarn;
a plurality of metal conductive wires being provided respectively on both side edges of the heating fabric, and the plurality of metal conductive wires being parallel to the woven yarns in the second direction and being interwoven with the woven yarns in the first direction so as to form conductive circuit;
the metal conductive wires provided respectively on both side edges of the heating fabric converging respectively and connecting to one ends of two conductive wires, and the other ends of the two conductive wires being electrically connected to a socket; and
the first shell fabric layer being formed with a cut-out on the portion corresponding to jacks of the socket so as to allow the jacks of the socket to be exposed.
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Abstract
A thermal fiber carpet structure has a heating layer sandwiched between two shell fabric layers. When winter comes, the carpet structure of the present invention is laid on the floor, and then power is supplied to conductive yarns of at least one heating fabric provided on the heating layer so that heating wires of the conductive yarns are energized to generate heat. The heat generated is spread upward and uniformly dispersed to each corner of indoor space. When user walks in the room, his soles of feet can feel immediately the temperature rise and hence the warmth. By the present invention, the indoor humidity decrease is slowed down, power consumption is reduce, energy saving and carbon reduction effect is achieved. Moreover, installation of the present invention is simple so as to reduce significantly construction cost and labor hours.
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Citations
10 Claims
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1. A thermal fiber carpet structure, comprising:
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two shell fabric layers, comprising a first shell fabric layer and a second shell fabric layer; and a heating layer sandwiched between the first shell fabric layer and the second shell fabric layer;
the heating layer has at least one heating fabric which includes a plurality of conductive yarns serving as woven yarns in a first direction and a plurality of non-conductive yarns serving as woven yarns in a second direction, the woven yarns in the first direction and the woven yarns in the second direction being interwoven together;
each conductive yarn having a non-conductive main axis yarn and a heating wire being spirally wound on the main axis yarn;
a plurality of metal conductive wires being provided respectively on both side edges of the heating fabric, and the plurality of metal conductive wires being parallel to the woven yarns in the second direction and being interwoven with the woven yarns in the first direction so as to form conductive circuit;
the metal conductive wires provided respectively on both side edges of the heating fabric converging respectively and connecting to one ends of two conductive wires, and the other ends of the two conductive wires being electrically connected to a socket; and
the first shell fabric layer being formed with a cut-out on the portion corresponding to jacks of the socket so as to allow the jacks of the socket to be exposed. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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Specification
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- Resources
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Current AssigneeApollo Sun Global Co., Ltd.
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Original AssigneeApollo Sun Global Co., Ltd.
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InventorsCHI-HSUEH, RICHARD
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Application NumberUS15/085,078Publication NumberTime in Patent OfficeDaysField of SearchUS Class Current1/1CPC Class CodesH05B 2203/015 Heater wherein the heating ...H05B 2203/026 Heaters specially adapted f...H05B 3/347 woven fabricsY02B 30/00 Energy efficient heating, v...
