KR102246918B1 - Thermal bench using red clay - Google Patents

Abstract

The present invention relates to a seat plate for a thermal bench using red clay. When a base plate (10) is manufactured, in the middle of one side's high vertical part (11) and the other side's high vertical part (12), between medium height vertical parts (13), spaced at equal intervals, an under flat part (14) and an upper flat part (15) are provided in sequence. In the middle of one side high depth tunnel (16) and the other side high depth tunnel (17), a medium shot depth open part (18) and a medium depth tunnel (19) are alternately provided. Thus, the upper flat part (15) is allowed to be spaced apart from a frame (F), while surface contact is prevented, so heat loss caused by the surface contact with the frame (F) can be prevented. At the same time, a red clay block (20) allows a medium shot depth filling part (23) to be formed, thereby ensuring light weight. On the other hand, when the under flat part (14) is supported by the frame (F), heat loss, caused by the surface contact, can be blocked due to one side high depth filling part (21), the other side high depth filling part (22), and a medium depth filling part (24) of the red clay block (20). Thus, while lightness is ensured due to the weight of the red clay block (20) minimized overall, the efficiency of insulation can be increased. Furthermore, while the thickness of the base plate (10) is reduced, strength in a vertical direction can be ensured due to an under flat part (14) and an upper flat part (15) along with the medium height vertical parts (13) between one side's high vertical part (11) and the other side's high height vertical part (12). Therefore, the thickness of the base plate (10) is reduced, so that lightness can be realized and heat loss can be prevented.

Description

A seat for a thermal bench using loess {THERMAL BENCH USING RED CLAY}

The present invention relates to a seat plate for a thermal bench using loess, and more particularly, as a single module, it is quickly and simply assembled into a frame to give warmth to the seated persons in parks, gardens, and stops, while cool in summer. It relates to a seat plate for a heated bench using loess made to give cold air.

In general, benches are installed at stops, parks, or gardens to provide a simple rest area.However, there are cases where the function as a bench cannot be exercised because of the coolness in winter when the temperature decreases and the heat in the hot midsummer.

Figure 1a is a perspective configuration diagram showing a chair using a carbon fiber planar heating element according to the prior art document (Korean Patent Publication No. 1390655), Figure 1b is a cross-sectional configuration showing a chair using a carbon fiber planar heating element according to the prior art document Fig. 1C is a perspective configuration diagram showing a separate carbon fiber planar heating element according to the prior art document, and Fig. 1D is a perspective configuration view showing a combination of a carbon fiber planar heating element according to the prior art document.

The chair 200 using a carbon fiber planar heating element according to the prior art document includes a chair 210 having an installation groove 214 formed at a predetermined depth on the upper surface of the pedestal 212 as shown in FIGS. 1A to 1D , It is seated and coupled to the upper side of the heat sink 220 seated on the installation groove 214 of the chair 210 and the heat sink 220 seated on the installation groove 214 of the chair 210 and the heat sink 220 is mounted on the installation groove 214 by heating. The adhesive 130 is applied on the upper and lower multi-layer arrangement of the carbon fiber fabric 110 arranged in a top and bottom multi-layer, the carbon fiber heating wire 120 is arranged in a zigzag form between the top and bottom multi-layer arrangement of the carbon fiber fabric 110 opposite the surface of the upper and lower multi-layer arrangement ) Through a structure including a carbon fiber planar heating element 100 having a structure in which the upper and lower multi-layered carbon fiber fabrics 110 are integrally bonded.

The chair 200 using the carbon fiber planar heating element according to the prior art document is a structure in which the carbon fiber planar heating element 100 is seated and fixed on the installation groove 214 of the chair 210.

On the installation groove 214 of the chair 210, the heat sink 220 is seated and fixed to the upper side of the heat sink 220 while the carbon fiber planar heating element 100 is seated and fixed.

Specifically, the carbon fiber planar heating element 100 is arranged in a zigzag shape between the plate-shaped carbon fiber fabric 110, which is woven in a predetermined thickness through carbon fibers and arranged in upper and lower multi-layers, and the upper and lower multi-layered arrangement of the carbon fiber fabric 110 The adhesive 130 is applied on the upper and lower multi-layered array opposite surfaces of the carbon fiber heating wire 120 and the carbon fiber fabric 110 that are heated by the application of power to integrally bond the carbon fiber fabric 110 of the multi-layered array. It consists of a configuration that includes.

That is, the carbon fiber planar heating element 100 arranges the carbon fiber fabric 110 of a certain size in multiple layers, but arranges the carbon fiber heating wire 120 between the carbon fiber fabric 110 of the multi-layer arrangement, through the adhesive 130 It consists of a plate-like structure that is integrally bonded.

The applicant of the present application intends to further improve the prior art literature to propose a seat plate for a heated bench using loess according to the present invention.

Republic of Korea Patent Publication No. 1390655

It is an object of the present invention to provide a seat plate for a thermal bench using loess that can be assembled quickly and simply while having strength to a frame on a leg and at the same time to ensure lightness and thermal efficiency.

An object of the present invention is to have an under flat portion and an upper flat portion sequentially between one high-height vertical portion and the middle middle-high vertical portions spaced at equal intervals in the middle of the other high-height vertical portion, so that one high-depth tunnel and the other high-depth tunnel Intermediate shot depth opening and intermediate middle depth tunnels are alternately provided in the middle so that the upper flat part is separated from the frame while avoiding surface contact, preventing heat loss due to surface contact with the frame. At the same time, it allows the loess block to form an intermediate shot depth filling part to ensure light weight, while the heat loss caused by surface contact when the under-flat part is supported by the frame is reduced to one high depth fill part and the other high depth of the loess block. By making it possible to block as a filling part as well as a middle-middle-depth fill part, it guarantees lightness with the overall minimized weight of the loess block, while also improving the efficiency of insulation. By ensuring the strength in the vertical direction due to the under and upper flat parts along with the middle and middle height vertical parts between the height and vertical parts, it realizes lightness by minimizing the thickness of the base plate and prevents heat loss. In addition to this, the base plate From the loess block to the carbon heating sheet and the heat conduction cover, it is intended to provide a seat plate for a thermal bench using loess that can be quickly and simply assembled into a frame as a single module to ensure productivity and assembleability together.

It is an object of the present invention to conduct heat from the carbon heating sheet to the heat dissipation plate while allowing the heat dissipation plate to conduct heat in all directions, so that the entire heat conduction cover can feel the warmth evenly during seating. In providing.

It is an object of the present invention to inject cold air into the passage provided between the upper flat portions along with the middle and middle height vertical portions of the base plate to cool the heat dissipation plate while passing through the through hole to conduct cold air to the heat conduction cover. It is to provide a seat for a heated bench using loess made to give coolness.

It is an object of the present invention to actively utilize the passage provided between the upper flat portions as well as the middle and middle-height vertical portions to ensure the strength in the vertical direction even with a thin thickness of the base plate, so that it is possible to provide coolness when seated in midsummer without an additional configuration. It is to provide a seat for a heated bench using yellow soil.

It is an object of the present invention to enable rapid supply of cold air through a communication pipe, and to assemble a base plate, loess block and carbon heating sheet with a connection pipe, and to assemble a solidly customized assembly of the cold air through the lower surface guideline of the heat dissipation plate. It is to provide a seat for a heating bench using loess that enables conduction to be realized.

An object of the present invention is to provide a block of loess with ocher dough that is hardened by filling the base plate, so that it can be quickly flattened with a brush or a plastering knife, while allowing the heat of the carbon heating sheet to be quickly conducted in all directions during curing while allowing for heat storage and heat dissipation. Therefore, it is to provide a seat plate for a heating bench using loess that can maximize the thermal efficiency.

An object of the present invention is to provide a seat plate for a heating bench using loess that can guarantee the strength of the loess block itself while maximizing the heat dissipation as well as conduction of the carbon heating sheet by the heat dissipation mesh embedded in the loess block. have.

The seat plate for a heated bench using loess according to the present invention for achieving the above object,

An intermediate shot in the middle of one high-depth tunnel and the other high-depth tunnel prepared by sequentially having an under-flat portion and an upper flat portion between the middle-middle-height vertical portions spaced at equal intervals in the middle of one high-height vertical portion and the other high-height vertical portion. A base plate with alternating depth opening and intermediate depth tunnels,

An intermediate shot depth filling portion and an intermediate middle filling each of the intermediate shot depth open portions and the intermediate middle depth tunnels while having one high-depth filling portion and the other high-depth filling portion filled in the one high-depth tunnel and the other high-depth tunnel A loess block with a deep filling part,

A carbon heating sheet that is placed on the loess block and generates heat by power supply,

The basic feature of the technical configuration includes a heat conduction cover incorporated in the base plate while covering the carbon heating sheet and the loess block.

The present invention has the effect of allowing the frame on the leg to be assembled quickly and simply while having strength, and at the same time ensuring lightness and thermal efficiency.

The present invention is to have an under flat portion and an upper flat portion sequentially between one high-height vertical portion and the middle middle-high vertical portion spaced at equal intervals in the middle of one high-depth tunnel and the other high-depth tunnel. By allowing the middle shot depth open part and the middle middle depth tunnel to be alternately held, the upper flat part is separated from the frame and the surface contact is avoided, thereby preventing heat loss due to the surface contact with the frame. It allows the loess block to form an intermediate shot depth fill part to ensure light weight, while the heat loss caused by surface contact when the under-flat part is supported by the frame is covered by one side high depth fill part and the other side high depth fill part. Furthermore, it is possible to block as a middle-middle-depth filling part, which guarantees lightness with the overall minimized weight of the loess block and improves the efficiency of insulation. Furthermore, while reducing the thickness of the base plate, one high-height vertical part and the other high-height vertical It ensures the strength in the vertical direction due to the under and upper flats along with the middle and middle height vertical parts between the parts, realizing lightness by minimizing the thickness of the base plate, and preventing heat loss. In addition, the loess from the base plate There is an effect of ensuring both productivity and assembly properties by allowing them to be quickly and simply assembled to the frame as a single module, from blocks to carbon heating sheets and heat conduction covers.

The present invention has the effect of conducting heat from the carbon heating sheet to the heat dissipating plate while allowing the heat dissipating plate to conduct heat in all directions, so that the entire heat conduction cover can feel the warmth uniformly when seated.

The present invention cools when sitting in midsummer by injecting cold air into the passage provided between the upper flat portions along with the middle and middle height vertical portions of the base plate to cool the heat dissipation plate while passing through the through hole to conduct the cold air to the heat conduction cover. There is an effect that can give you.

The present invention makes active use of the passage provided between the upper flat part along with the middle and middle height vertical parts to ensure the strength in the vertical direction even with the thin thickness of the base plate, so that it is possible to give coolness when seated in midsummer without an additional configuration. There is.

The present invention enables rapid supply of cold air through a communication pipe, and enables all-round conduction of cold air through a guideline under the heat dissipation plate while allowing the base plate, as well as the loess block and carbon heating sheet, to be sturdily and customized as a communication pipe. There is an effect that can be realized.

The present invention provides an ocher block with ocher dough that is filled and hardened on a base plate, so that it can be quickly flattened with a brush or a plastering knife, while rapidly conducting heat from the carbon heating sheet in all directions during curing, allowing for heat storage and heat dissipation, resulting in thermal efficiency. There is an effect that can promote the maximization of.

The present invention has the effect of ensuring the strength of the loess block itself while maximizing the heat dissipation as well as conduction of the carbon heating sheet by the heat dissipation mesh embedded in the loess block.

Figure 1a is a perspective configuration diagram showing a chair using a carbon fiber planar heating element according to the prior art document.
Figure 1b is a cross-sectional view showing a chair using a carbon fiber planar heating element according to the prior art document.
Figure 1c is a perspective view showing the separation of the carbon fiber planar heating element according to the prior art document.
Figure 1d is a perspective view showing a combination of a carbon fiber planar heating element according to the prior art document.
Figure 2a is a perspective view showing a heating bench for explaining the seat plate for a heating bench using loess according to the present invention.
Figure 2b is an exploded perspective view showing a heating bench for explaining the seat plate for a heating bench using loess according to the present invention.
Figure 3 is an exploded perspective view showing a seat plate for a heating bench using loess according to the present invention.

A preferred embodiment of the seat plate for a heating bench using loess according to the present invention will be described with reference to the drawings, and there may be a number of examples thereof. You will be able to understand better.

Figure 2a is a perspective view showing a heating bench for explaining the seat plate 100 for a heating bench using loess according to the present invention, Figure 2b is a heat for explaining the seat plate 100 for a heating bench using loess according to the present invention It is an exploded perspective view showing the bench.

The thermal bench according to the present invention has a frame (F) on the leg (L) erected on the ground as shown in FIGS. 2 and 2B, and the seat plate 100 for a thermal bench using the loess of the present invention on the frame (F). ) Is quickly and simply assembled as a single module, so that warmth can be given to seated persons in parks, gardens, or even stops by receiving power from an unshown power supply in winter.

3 is an exploded perspective view showing a seat plate 100 for a heating bench using loess according to the present invention.

The seat plate 100 for a heated bench using loess according to the present invention is a middle spaced at equal intervals in the middle of one high-height vertical portion 11 and the other high-height vertical portion 12 as shown in FIGS. 2A to 3 One side high-depth tunnel 16 and the other side high-depth tunnel 17 provided by sequentially having an under flat portion 14 and an upper flat portion 15 between the middle height vertical portions 13 The base plate 10 alternately having the part 18 and the middle-middle-depth tunnel 19, and the one-side high-depth filling part 21 filled in the one-side high-depth tunnel 16 and the other-side high-depth tunnel 17 And an intermediate shot depth filling portion 23 and an intermediate middle depth filling portion 24 which are filled in the intermediate shot depth opening portions 18 and the intermediate middle depth tunnels 19 while having the other high depth filling portion 22. ) Having a loess block 20, a carbon heating sheet 30 that is placed on the loess block 20 to generate heat by power supply, and a base plate covering the carbon heating sheet 30 and the loess block 20. It includes a heat conduction cover 50 incorporated in 10).

The seat plate 100 for a thermal bench using loess according to the present invention is designed to have strength to the frame (F) above the leg (L) and to be assembled quickly and simply, and at the same time, it is particularly lightweight and is designed to ensure thermal efficiency. .

In order for the seat plate 100 for a heating bench using loess to be light and have strength, both conditions must be satisfied, the material is light and the thickness is thin, and the strength of the loess block 20 is weak. In order to compensate for this disadvantage, when the thickness of the base plate 10 is increased, not only the weight is increased, but also heat loss due to the contact between the base plate 10 and the frame F is inevitable. do.

In the present invention, in the manufacture of the base plate 10 in order to solve this problem, one side high-height vertical portion 11 and the other side high-height vertical portion 12 are spaced at equal intervals in the middle of the middle middle-height vertical portion 13 Intermediate shot depth open portion 18 and middle middle depth between one high-depth tunnel 16 and the other high-depth tunnel 17 by sequentially having an under flat portion 14 and an upper flat portion 15 between them. By allowing the tunnels 19 to be alternately held, the upper flat portion 15 is spaced apart from the frame F and the surface contact is avoided, thereby preventing heat loss due to the surface contact with the frame F. At the same time, it allows the loess block 20 to form an intermediate shot depth filling part 23 to ensure light weight, whereas the under-flat part 14 is caused by surface contact when supported by the frame (F). By allowing the heat loss to be blocked by one side high-depth filling portion 21 and the other high-depth filling portion 22 and the middle middle depth filling portion 24 of the loess block 20, the overall minimized loess block 20 While ensuring lightness with the weight of, it improves the efficiency of insulation, and furthermore, while making the thickness of the base plate 10 thin, the middle middle height vertical portion between one high-height vertical portion 11 and the other high-height vertical portion 12 In addition to the (13), it ensures the strength in the vertical direction by the under flat portion 14 and the upper flat portion 15, thereby realizing lightness by minimizing the thickness of the base plate 10 and preventing heat loss. In addition, from the base plate 10 to the loess block 20, as well as the carbon heating sheet 30 and the heat conduction cover 50, as a single module, it can be quickly and simply assembled to the frame (F), thereby ensuring productivity and assembly. It was done so that we can guarantee together.

And, the seat plate 100 for a heating bench using loess according to the present invention is interposed between the heat conduction cover 50 and the carbon heating sheet 30 to dissipate heat from the carbon heating sheet 30 integrally with the heat conduction cover 50 It may further include a heat radiation plate 40, the heat radiation plate 40 may be an aluminum plate coated with a carbon binder.

While conducting heat from the carbon heating sheet 30 to the heat dissipating plate 40, the heat dissipating plate 40 conducts heat in all directions to allow the seat to be seated, so that the entire heat conduction cover 50 can feel the warmth uniformly. , In particular, in order to further amplify the heat conduction of the aluminum plate, a carbon binder is coated to maximize the thermal efficiency, and at the same time, it prevents the growth of mold by the humidity in the seat plate 100 for a heat bench using loess. ).

In addition, the seat plate 100 for a heating bench using loess according to the present invention includes an upper flat portion 15, an intermediate shot depth filling portion 23, and a through-hole T drilled in the vertical direction of the carbon heating sheet 30. And, the heat dissipation plate 40 while passing through the through hole T by injecting cold air into the passage 15a provided between the upper flat portion 15 together with the middle middle height vertical portions 13 of the base plate 10 It may further include a cooling fan (C) for conducting cold air to the heat conduction cover 50 by cooling.

The cooling fan (C) may be disposed in the leg (L) of FIGS. 2A and 2B, and is separately disposed as shown in FIG. 3 to provide the upper flat portion ( 15) By injecting cold air into the passage (15a) provided (injected through the unexplained hole in the frame (F) and the base plate (10)) while passing through the through hole (T), the heat dissipation plate (40) By cooling the heat conduction cover 50 to conduct cold air, it is possible to give coolness when seated in midsummer.

At this time, the cold air of the cooling fan (C) is a passage (15a) provided between the upper flat portion (15) along with the middle middle height vertical portions (13) to ensure the strength in the vertical direction even with a thin thickness of the base plate (10). ) Is more desirable in that it can provide coolness when sitting in midsummer without additional configuration.

And, the seat plate 100 for a heating bench using loess according to the present invention is in communication with the through hole (T) of the upper flat portion 15, while the through hole (T) of the loess block 20 and the carbon heating sheet 30 It may further include a communication pipe (Y) facing the heat dissipation plate 40 by being fitted in, at this time, the communication pipe (Y) may be fixed to communicate with the through hole of the upper flat portion 15, and the base plate 10 In addition, since the loess block 20 and the carbon heating sheet 30 can be assembled firmly and customized with a communication pipe (Y), it is more useful, and furthermore, the heat dissipation plate 40 allows the cold wind through the through hole (T) to flow in all directions. It further includes a lower surface guide line 41 that guides the spread so that uniform conduction of cold air is possible.

On the other hand, the loess block 20 is made of loess dough that is hardened by filling the base plate 10 so that it can be quickly flattened with a brush or a plastering knife, and furthermore, the heat of the carbon heating sheet 30 is quickly all-round when cured. The heat storage and heat dissipation can be maximized while conducting heat storage and heat dissipation. In particular, the loess block 20 is a heat dissipation mesh 60 (e.g., thermal conductivity) that conducts and dissipates heat from the carbon heating sheet 30. Excellent aluminum or copper mesh) is incorporated to ensure the strength of the loess block 20 itself during curing, which is preferable.

The present invention can be used in an industrial field related to a bench placed on a stop, park, or garden.

L: Leg F: Frame
100: seat 10: base plate
11: one side high-height vertical portion 12: the other side high-height vertical portion
13: middle middle height vertical part 14: under flat part
15: upper flat portion 15a: passage
16: high-depth tunnel on one side 17: high-depth tunnel on the other side
18: middle shot depth open part 19: middle middle depth tunnel
20: loess block 21: one side high-depth filling part
22: other side high depth filling part 23: medium shot depth filling part
24: middle middle depth filling part 30: carbon heating sheet
40: heat dissipation plate 41: bottom guide line
50: heat conduction cover 60: heat dissipation mesh
T: Through hole Y: Communication tube
C: cooling fan

Claims (8)

delete delete delete One side high-height vertical portion 11 and the other side high-height vertical portion 12, the under-flat portion 14 and the upper flat portion 15 are sequentially interposed between the middle-middle-height vertical portions 13 spaced at equal intervals. A base plate 10 alternately having an intermediate shot depth opening 18 and an intermediate middle depth tunnel 19 in the middle of the one side high-depth tunnel 16 and the other side high-depth tunnel 17 so as to have, and the Having one high-depth filling portion 21 and the other high-depth filling portion 22 filled in one high-depth tunnel 16 and the other high-depth tunnel 17, the intermediate shot depth open portions 18 and the middle The loess block 20 having an intermediate shot depth filling portion 23 and an intermediate middle depth filling portion 24 filled in the middle depth tunnels 19, and the loess block 20 placed on the loess block 20 to generate heat by power supply On the seat plate for a heating bench using loess including a carbon heating sheet 30 and a heat conduction cover 50 incorporated in the base plate 10 while covering the carbon heating sheet 30 and the loess block 20 In,
It further comprises a heat dissipation plate 40 interposed between the heat conduction cover 50 and the carbon heating sheet 30 to radiate heat from the carbon heating sheet 30 integrally with the heat conduction cover 50,
The upper flat part 15, the intermediate shot depth filling part 23, and the through hole T drilled in the vertical direction in the carbon heating sheet 30, and the upper flatness together with the middle middle height vertical parts 13 A cooling fan (C) that injects cold air into the passages (15a) provided between the parts (15) to cool the heat dissipation plate (40) while passing through the through hole (T) to conduct cold air to the heat conduction cover (50) A seat plate for a heated bench using loess, characterized in that it further comprises. The method of claim 4,
A communication pipe (Y) facing the heat dissipation plate 40 by being inserted into the through hole (T) of the loess block 20 and the carbon heating sheet 30 while communicating with the through hole (T) of the upper flat part (15) A seat plate for a heated bench using loess, characterized in that it further comprises. The method of claim 5,
The heat dissipation plate 40 further comprises a lower surface guide line 41 for guiding the cold air passing through the communication pipe Y to spread in all directions. The method according to any one of claims 4 to 6,
The loess block 20 is a seat plate for a heated bench using loess, characterized in that made of loess dough that is hardened by filling in the base plate 10. One side high-height vertical portion 11 and the other side high-height vertical portion 12, the under-flat portion 14 and the upper flat portion 15 are sequentially interposed between the middle-middle-height vertical portions 13 spaced at equal intervals. A base plate 10 alternately having an intermediate shot depth opening 18 and an intermediate middle depth tunnel 19 in the middle of the one side high-depth tunnel 16 and the other side high-depth tunnel 17 so as to have, and the Having one high-depth filling portion 21 and the other high-depth filling portion 22 filled in one high-depth tunnel 16 and the other high-depth tunnel 17, the intermediate shot depth open portions 18 and the middle The loess block 20 having an intermediate shot depth filling portion 23 and an intermediate middle depth filling portion 24 filled in the middle depth tunnels 19, and the loess block 20 placed on the loess block 20 to generate heat by power supply On the seat plate for a heating bench using loess including a carbon heating sheet 30 and a heat conduction cover 50 incorporated in the base plate 10 while covering the carbon heating sheet 30 and the loess block 20 In,
The loess block 20 is made of loess dough that is hardened by filling the base plate 10,
The loess block 20 is a seat plate for a thermal bench using loess, characterized in that it incorporates a heat dissipation mesh 60 for integrally conducting and dissipating heat of the carbon heating sheet 30.

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