Seat heating system

A seat heating and heating unit technology, which is applied to chairs, other seating furniture, stools, etc., can solve the problems of reduced temperature increase speed, high circuit implementation cost, and reduced heat generation efficiency, achieving fast heating and heating speed and wide application range Wide range and low cost of use

Pending Publication Date: 2019-07-30
厦门乾泽电子科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The first heating method needs to be equipped with a relatively expensive programmable switch, and can only implement temperature control on one heating pad
The second heating method needs to be implemented through a relatively complicated parallel and series conversion circuit. The cost of circuit implementation is relatively high. At the same time, this solution must and can only control two heating pads. The total power is only 1 / 4 of the parallel circuit, resulting in a significant reduction in heating efficiency and a significant reduction in temperature rise speed

Method used

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  • Seat heating system
  • Seat heating system
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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] see figure 1 and figure 2 , a seat heating system, the heating system includes a heating module and a control switch:

[0024] The heating module includes a heating unit a and 0 heating units b. This structure is suitable for heating control of a heating element. The heating unit a includes a temperature control switch a, a temperature control switch b and a heating element. In the heating unit a The temperature control switch a, the temperature control switch b and the heating element are connected in series in sequence, and the disconnection temperature of the temperature control switch a is lower than that of the temperature control switch b; the temperature control switch a is normally closed, and the model is KSD9700-40 ℃ bimetallic temperature control switch, the temperature control switch b is a normally closed bimetallic temperature control switch with a model of KSD9700-60℃, and the heating element is carbon fiber heating wire;

[0025] The control switch is...

Embodiment 2

[0028] see figure 1 and image 3 , a seat heating system, the heating system includes a heating module and a control switch:

[0029] The heating module includes a heating unit a and a heating unit b. This structure is suitable for heating control of two heating elements. The heating unit a includes a temperature control switch a, a temperature control switch b1 and a heating element 1. The heating unit The temperature control switch a, temperature control switch b1 and heating element 1 in a are connected in series in sequence, and the disconnection temperature of the temperature control switch a is lower than that of the temperature control switch b1; the heating unit b includes a temperature control switch b2 and a heating element Element 2, and the temperature control switch b2 in the heating unit b is connected in series with the heating element 2 in sequence; the temperature control switch b1 in the heating unit a and the heating element 1 part and the heating unit b ar...

Embodiment 3

[0033] see figure 1 and Figure 4 , a seat heating system, the heating system includes a heating module and a control switch:

[0034] The heating module includes one heating unit a and two heating units b. This structure is suitable for heating control of three heating elements. The heating unit a includes a temperature control switch a, a temperature control switch b1 and a heating element 1. The heating unit The temperature control switch a, temperature control switch b1 and heating element 1 in a are connected in series in sequence, and the disconnection temperature of the temperature control switch a is lower than that of the temperature control switch b1; the heating unit b1 includes a temperature control switch b2 and a heating element element 2, and the temperature control switch b2 in the heating unit b1 and the heating element 2 are connected in series; the heating unit b2 includes a temperature control switch b3 and a heating element 3, and the temperature control ...

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PUM

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Abstract

The invention discloses a seat heating system. The heating system comprises a heating module and a control switch, wherein the heating module comprises a heating unit a and n heating units b; the heating unit a comprises a temperature control switch a, a first temperature control switch b and a first heating element, wherein the temperature control switch a, the first temperature control switch band the first heating element are sequentially connected in series, and the disconnection temperature of the temperature control switch a is lower than that of the first temperature control switch b;each heating unit b comprises a second temperature control switch b and a second heating element, and the second temperature control switches b and the second heating elements are sequentially connected in series; the first temperature control switch b and first heating element in the heating unit a are connected with each heating unit b in parallel; the control switch is provided with at least two output ends; the first output end is connected with the end, away from the first temperature control switch b, of the temperature control switch a, and the second output end is connected with one end of a parallel circuit. The circuit structure of the seat heating system is simple, adopted electrical components are common electrical products low in price, and the use cost is low.

Description

technical field [0001] The invention relates to the technical field of seat heating systems, in particular to a seat heating system. Background technique [0002] The existing seat heating system usually realizes the adjustment function of the heating temperature through two methods. The first is realized through the cooperation of multi-position programmable switches with built-in single-chip microcomputer chips and temperature sensors. The second is to use the three-speed switch and the relay to work together, so that the two heating pads are connected in parallel and in series to realize the conversion of high and low power, and finally realize the conversion of high and low temperature adjustment. The first heating method requires expensive programmable switches and can only control the temperature of one heating pad. The second heating method needs to be implemented through a relatively complicated parallel and series conversion circuit. The cost of circuit implementa...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A47C7/74
CPCA47C7/748
Inventor 杨谊昌
Owner 厦门乾泽电子科技有限公司
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