TWM527262U - Heat cushion with power and heat generating module of vertical displacement - Google Patents

Description

Heat generating cushion with vertical displacement power generation heat generating module

The utility model relates to a heat generating seat with a vertical displacement power generating heat generating module, in particular to a seat cushion structure which can improve the temperature of the seat cushion and achieve the function of warming the human body without an additional power supply and control circuit.

The traditional seat cushion, which protects the temperature of the buttocks, is mainly made of materials that are not easily thermally conductive, thereby reducing the loss of heat energy and achieving the effect of keeping warm.

However, the essentials of this method, that is, the user's body skin must produce sufficient body temperature to be applicable; if the user's blood circulation is poor, the original temperature is too low, and the cushion with good heat insulation effect is still unable to effectively protect the cold.

According to the traditional seat cushion, there is also the person who adopts electric energy heating, but the temperature control is not good, and the temperature is too high or too low, which endangers the safety of the user. And need to add power, bulky and bulky, reducing user comfort and convenience.

In view of this, the traditional seat cushions may generate heat, and the above problems still need to be improved, which is the purpose of the present invention.

The purpose of the novel is to provide a heat generating cushion which is safe and easy to apply, can generate heat without an external power source, and is very environmentally friendly with a vertical displacement power generation heat generating module.

In order to solve the above problems and achieve the object of the present invention, the technical means of the novel is realized in this way, and the technical means of the novel is a kind of health with a vertical displacement power generation heat generating module. The thermal cushion is characterized in that: the heat generating cushion (100) comprises an insulating bottom pad (1), a heat conducting layer (2), a vertical displacement power generating module (3), and a plurality of resistive heating a module (4); the heat conducting layer (2) correspondingly disposed at a top side of the heat insulating bottom pad (1); the vertical displacement power generating module (3) and the resistive heating module (4) ), the two are sandwiched between the insulating bottom pad (1) and the heat conducting layer (2), and the vertical displacement power generating module (3) is disposed at the center of the heat generating seat (100), the resistor The heating module (4) is radially disposed on the periphery of the vertical displacement power generation module (3); the vertical displacement power generation module (3) is a kinetic energy source capable of generating human body kinetic energy. The coil module (31), the housing (32), the iron ring piece (33), the magnet (34), and the wire (35), the coil module (31) is electrically connected to the resistive heating module (4) forming a circuit, the casing (32) is disposed on one side of the coil module (31), the iron ring piece (33) is located above the casing (32), and the magnet (34) is located The casing (32) is located below the iron ring piece (33) and can magnetically attract the iron ring (33), and can be displaced by the human buttocks to change the magnetic field, so that the coil module (31) induces a change in the magnetic field to generate electric energy, and the wire (35) is electrically connected to the resistive heating module (4) And the coil module (31); the resistive heating module (4) is electrically connected to the vertical displacement power generating module (3) to form a loop, and the resistive heating module (4) includes Two flexible conductive sheets (41) electrically connected to the corresponding wires (35) at one end, and at least two resistive heating chips spaced apart at the other end of the flexible conductive sheets (41) (42) The resistance heating wafer (42) is a surface-welded component electrically connected to the flexible conductive sheet body (41) by surface bonding technology, between the two flexible conductive sheets (41) .

More preferably, the thermally conductive layer (12) is a film of a heat resistant elastomeric polymer.

More preferably, the magnet (34) further includes a central cylindrical portion (341) and an annular body portion (342) disposed outside the bottom end edge of the central cylindrical portion (341). The central cylindrical portion (341) can penetrate into the annular hole of the iron ring piece (33), and the annular piece body portion (342) can magnetically attract the iron ring piece (33).

More preferably, the housing (32) is disposed on the coil module (31) at one of the following sides: the outer side and the inner side.

Compared with the prior art, the effects of the present invention are as follows:

The first point: In the new model, through the cooperation of the vertical displacement power generation module (3) and the resistive heating module (4), the temperature rise is not too high or too low, and the safety is high, and no additional power source is needed. With the control circuit, and most importantly, it is not easy to malfunction and has good impact resistance.

The second point: In the present invention, the vertical displacement power generation module (3) in the heat generating seat is subjected to the human body gravity on the heat generating seat cushion (100), and generates electric energy, and then the electric energy is passed into the resistive heating module (4). It will generate heat energy. Compared with the traditional heat-generating cushion, it has high safety and does not require external power supply. It has sufficient elasticity and good comfort and convenience.

1‧‧‧Insulation mat

2‧‧‧thermal layer

3‧‧‧Vertical Displacement Power Generation Module

31‧‧‧ coil module

32‧‧‧ housing

33‧‧‧iron ring pieces

34‧‧‧ magnet

341‧‧‧Central Column

342‧‧‧Ring body

35‧‧‧Wire

4‧‧‧Resistive heating module

41‧‧‧Flexible conductive sheet

42‧‧‧Resistive heating chip

100‧‧‧heating cushion

Figure 1: A perspective view of the novel.

Figure 2: An exploded view of the novel.

Figure 3: A schematic cross-sectional view of the novel.

Figure 4: Schematic diagram of a cross-sectional view of the novel.

The following is a detailed description of the embodiment shown in the following figure: Referring to FIG. 1 to FIG. 4, the figure shows a heat generating seat having a vertical displacement power generation heat generating module, characterized in that: The heat generating cushion (100) comprises an insulating bottom pad (1), a heat conducting layer (2), a vertical displacement power generating module (3), and a plurality of resistive heating modules (4); a layer (2) correspondingly disposed at a top side of the insulating bottom pad (1); the vertical displacement power generating module (3) and the resistive heating module (4), the two being sandwiched between Between the insulating bottom pad (1) and the heat conducting layer (2), the vertical displacement power generating module (3) is disposed at the center of the heat generating seat (100), The resistive heating module (4) is radially disposed on the periphery of the vertical displacement power generation module (3); the vertical displacement power generation module (3) is a kinetic energy source capable of generating human body kinetic energy. The coil module (31), the housing (32), the iron ring piece (33), the magnet (34), and the wire (35), the coil module (31) is electrically connected to the resistive heating die a circuit is formed in the group (4), the casing (32) is disposed on one side of the coil module (31), and the iron ring piece (33) is located above the casing (32), and the magnet (34) is Located in the casing (32), under the iron ring piece (33), the magnetic ring piece (33) can be magnetically attracted, and can be displaced by the human buttocks to change the magnetic field to make the coil module ( 31) generating electric energy by sensing a change of a magnetic field, the wire (35) is electrically connected to the resistive heating module (4) and the coil module (31); the resistive heating module (4) is electrically The vertical displacement power generation module (3) is connected to form a loop, and the resistive heating module (4) includes two flexible conductive sheets each having one end electrically connected to the corresponding wire (35). ), and at least two intervals An electric resistance heating wafer (42) disposed at the other end of the flexible conductive sheet body (41), the resistance heating wafer (42) being a surface soldering part electrically connected to the flexible conductive sheet by surface soldering technology The body (41) is located between the two flexible conductive sheets (41).

Among them, through the cooperation of the vertical displacement power generation module (3) and the resistive heating module (4), the generated electric energy is not too large, the temperature rises properly, and the temperature is not too high or too low, the user's safety guarantee High, no need for additional power and control circuits, in addition to the thermal insulation mat (1) and the thermal layer (2), the flexibility of use, allowing consumers to safely, comfortably and conveniently apply the new heat-generating cushion ( 100).

Secondly, the vertical displacement power generation module (3) consisting of the coil module (31), the casing (32), the iron ring piece (33), the magnet (34), and the wire (35) has a simple assembly and can reduce the cost. It is easy to produce and can reduce the failure rate to a minimum.

Furthermore, the flexible conductive sheet body (41) and the resistance heating wafer (42) for the surface-welded parts are used in combination, because the overall thickness is thin, the use of the skin is not punctured, and the user can be effectively protected. Comfort and convenience in use.

Moreover, when the vertical displacement power generation module (3) is subjected to human body motion on the heat generating seat cushion (100), electric energy is generated, and the electric energy is transmitted to the resistive heating module (4) to generate heat energy, thereby finally achieving heat generation. The target of the seat cushion (100) temperature is effective against the cold, safe and environmentally friendly, and is more lightweight, which enhances the comfort and convenience of the consumer during use.

In the above, the heat conductive layer (12) is a film of a heat resistant elastic polymer.

Among them, the application of the film of the heat-resistant elastic polymer as the heat-conducting layer (12) can effectively conduct the heat energy generated by the resistive heating module (4) over a large area, so that the large-scale electric heating device can be used. Provide sufficient heat for the feet to achieve the goal of keeping the feet warm.

Referring to Figures 2 and 3, the magnet (34) further includes a central cylindrical portion (341) and a ring disposed outside the bottom edge of the central cylindrical portion (341). The body portion (342), the central cylindrical portion (341) can penetrate into the annular hole of the iron ring piece (33), and the annular piece body portion (342) can magnetically attract the iron ring piece (33).

Wherein, the central column portion (341) is arranged to facilitate the user to step on, and at the same time, the magnetic displacement of the ring hole of the iron ring piece (33) can effectively ensure the stable displacement of the magnet (34).

Secondly, through the application of the annular piece portion (342), the displaced magnet (34) can be quickly returned, so that the magnet (34) can smoothly reciprocate, so that the vertical displacement power generation module (3) can be smoothly Electricity is generated.

In the above, the housing (32) is disposed on the coil module (31) at one side of the side: the outer side and the inner side.

Wherein, according to requirements, the housing (32) can be disposed outside the coil module (31) [not disclosed] or on the inner side for consumer application.

The structure, features and effects of the present invention are described in detail above based on the embodiments shown in the drawings. Since the novel and progressive requirements are met, a new patent application is filed according to law; however, the above description is only a preferred embodiment of the present invention. , but the new model does not limit the implementation of the implementation as shown in the figure Therefore, any modification that is consistent with the purpose of this new model should fall within the scope of this new patent as long as it is within the scope of equal effect.

3‧‧‧Vertical Displacement Power Generation Module

35‧‧‧Wire

4‧‧‧Resistive heating module

41‧‧‧Flexible conductive sheet

42‧‧‧Resistive heating chip

100‧‧‧heating cushion

Claims (4)

A heat generating cushion having a vertical displacement power generating heat generating module, characterized in that: the heat generating cushion (100) comprises a heat insulating bottom pad (1), a heat conducting layer (2), and a vertical displacement power generating mold a group (3), and a plurality of resistive heating modules (4); the heat conducting layer (2) correspondingly disposed at a top side of the insulating bottom pad (1); the vertical displacement power generating module ( 3) and the resistive heating module (4), the two of which are sandwiched between the insulating bottom pad (1) and the heat conducting layer (2), the vertical displacement power generating module (3) is disposed at the In the center of the heat generating cushion (100), the resistive heating module (4) is radially disposed on the periphery of the vertical displacement power generating module (3); the vertical displacement power generating module (3) is The kinetic energy capable of generating human body kinetic energy includes a coil module (31), a casing (32), an iron ring piece (33), a magnet (34), and a wire (35), and the coil module (31) a circuit is formed by electrically connecting the resistive heating module (4), the casing (32) is disposed on one side of the coil module (31), and the iron ring piece (33) is located in the casing ( 32) above, the magnet (34) is located in the housing (32), located in the Under the iron ring piece (33), the iron ring piece (33) can be magnetically attracted, and can be displaced by the human buttocks to change the magnetic field, so that the coil module (31) induces a magnetic field change to generate electric energy. (35) electrically connecting the resistive heating module (4) and the coil module (31); the resistive heating module (4) electrically connecting the vertical displacement power generating module (3) Forming a circuit, the resistive heating module (4) includes two flexible conductive sheets (41) each having one end electrically connected to the corresponding wire (35), and at least two intervals are disposed at the The resistive heating wafer (42) at the other end of the flexible conductive sheet body (41) is a surface-welded part electrically connected to the flexible conductive sheet body by surface soldering technology (41) Located between the two flexible conductive sheets (41). A heat generating cushion having a vertical displacement power generation heat generating module according to claim 1, wherein: A heat conductive layer (2) which is a film of a heat resistant elastic polymer. The heat generating cushion having a vertical displacement power generating heat generating module according to claim 2, wherein: the magnet (34) further includes a central cylindrical portion (341), and one of the central cylindrical portions is disposed. (341) an annular body portion (342) outside the bottom edge, the central cylindrical portion (341) being able to penetrate into the annular hole of the iron ring piece (33), the annular piece body portion (342) capable of The iron ring piece (33) is magnetically attracted. The heat generating cushion having a vertical displacement power generation heat generating module according to claim 3, wherein: the casing (32) is disposed on the coil module (31) at one side of the following side: Inside.