KR102065040B1 - Seating Plate with Accommodating a Heating Device - Google Patents

Abstract

The present invention relates to a seating opening having a heating device.
To this end, the present invention is a seating device having a heating device, the seating hole is a hollow portion is formed so that the air convection inside the heat transfer, the hollow portion is provided with a heat storage diffusion plate to prevent rapid heat transfer and convection is induced, An open hole is formed at a lower portion so that a heater is provided, and at least one discharge hole is formed to discharge air from the hollow portion, and the heater is formed with an air supply hole for supplying air to the non-source heating body provided inside. A case is provided, and the air inlet is formed to be inclined inward to guide the air flow direction.

Description

Seating plate with heating device {Seating Plate with Accommodating a Heating Device}

The present invention relates to a seating device having a heating device, and more particularly, a hollow portion is formed to convection air, and a heat storage diffusion plate is provided to prevent rapid heat transfer and induce convection. The opening and closing portion is formed to accommodate the heat transfer body and the heat transfer body is formed, and a seating opening having a heating device consisting of a seat holder is formed in the exposure hole is formed in a position corresponding to the opening hole.

After sunset or in winter, as the temperature falls, it is difficult to carry out outdoor activities such as fishing, camping, stalls, walking, cycling, etc. In particular, infants who are still unable to walk due to low temperatures or strong winds Patients with disabilities, such as those who depend on wheelchairs, wheelchairs, and the like have a big burden on outdoor activities.

In order to solve this problem, heat insulation measures are taken. In many cases, a heating device or a heating device using oil or coal is used.

However, even when the power is connected, it is difficult to generate heat in rainy weather or when the humidity is high, and there is a danger of fire or electric shock due to moisture, and in particular, the use of petroleum or coal has restrictions on transportation and activities. It was accompanied by a risk of suffocation or fire.

In addition, due to environmental constraints, it may be difficult to connect power sources, or it may be difficult to utilize oil or coal. In this case, it is common to use a heat pack using a heat pack or a solid fuel.

On the other hand, in order to solve the above problems, the applicant of the present invention is the Republic of Korea Patent Application No. 10-2016-0145314 'Height height adjustment seat combined with a housing for the candle height automatic adjustment device and the candle' (2016. 11. 2. Application, hereinafter referred to as 'prior art document'.

The prior art document uses a candle as a non-source heating element, even if the candle is burned, the horizontal is secured, so that a constant height is maintained to ensure a uniform heat generation efficiency, it is equipped with a seating part so that the user The invention is proposed so as not to cause burns.

The prior art document was able to improve the practicality and convenience of use by providing a non-heating heating device in the seat, but integrally formed in seating means such as chairs, saddles, wheelchairs, strollers, etc. Maintenance was difficult.

In addition, the prior art document is formed by supplying the air necessary for combustion through the supply hole, by forming the air supply, so that the candle can be stably combusted, but strong upwind blowing or walking or moving to the seating seat In the case where the heating device is provided, there is a problem of turning off the burning candle which is introduced through the air supply air.

In addition, the heating device is raised to a high temperature due to the radiant heat generated as the candle burns, causing a user to be burned or causing a fire due to careless use, and the non-heating heater provided in the heating device is limited to the candle only. As a result, there were additional limitations in that various non-heating elements such as gas or alcohol could not be used.

The present invention has been made to solve the above problems, can be selectively coupled to the seating means to improve the usability, thereby improving the ease of maintenance of the seating, it is compatible with a variety of seating means In addition, even if the wind blows or moves with a heating device, the air flow can be naturally switched to achieve continuous combustion, and a seating door equipped with a heating device that can prevent a user's burns even from high-temperature radiant heat caused by combustion. The purpose is to provide.

The seating opening (P) having the warming device of the present invention, the hollow portion 110 is formed so that the air convection inside the heat transfer body 100, the hollow portion 110 prevents rapid heat transfer and convection is induced The heat storage diffusion plate 120 is provided so that an opening hole 130 is formed at a lower portion thereof so that the heater 300 is provided, and the at least one discharge hole 140 is discharged so that the air of the hollow part 110 is discharged. Is formed, the heat transfer member 100 is formed to be accommodated in the seat holder 200 is made of a selected one of the natural resin or synthetic resin, the seat holder 200 is to receive the heat transfer member 100 Opening and closing portion 210 is formed, the exposure hole 220 is formed in a corresponding position so that the opening hole 130 is exposed to the outside, the fixing portion 230 for transmitting the load by fixing to the seating means (S) Is formed, the warmer 300 is provided on the inside of the vision to burn An outer case 310 having an air supply hole 311 for supplying air to the heating element NH is provided, and the air direction plate 312 is formed to be inclined inward to form an air flow direction. It is characterized by inducing.

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In addition, the fixing portion 230 may be provided with a plurality of fastening ropes 231 to be coupled to the seating table (SP) of the seating means (S).

In addition, the fixing part 230 may be provided with at least one pair of support rods 232 facing each other, and a plurality of fastening ropes 231 may be coupled to the support rods 232 at predetermined intervals.

In addition, the fixing portion 230 may be formed to face at least a pair of cylindrical insertion hole 233 so that the seating table (SP) of the seating means (S) is inserted.

In addition, an inner case 320 having an induction hole 321 is provided inside the outer case 310 to allow the non-heating heater NH to be inserted and fixed, and the outer case 310 and the inner case 320. Between the convection space portion 330 may be formed so that the air convection.

In addition, the outer case 310 may be formed in a double layer structure of a metal layer 310a formed inside and an insulating layer 310b formed outside.

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In addition, the non-heating heater (NH) may be provided in the case (C) of the non-combustible material.

A magnet body 314 is provided below the outer case 310, and a magnetic plate M is provided below the non-source heating element NH to be stably fixed to the outer case 310. .

The seating sphere having the warming device of the present invention has a heat transfer body is accommodated inside the seat holder can be selectively coupled to the seating means improves usability, there is an advantage that the maintenance of the seating hole is easy.

In addition, there is an effect that is compatible with the various seating means based on the seating holder.

Furthermore, at least one pair of supporting rods is provided to face the fixing portion, and a plurality of coupling ropes are coupled to the supporting rods at predetermined intervals to prevent the coupling ropes from being biased or flowing.

And the seating means is formed so that at least one pair of seats facing each other, and the seat holder of the seating hole is coupled to the seating seat to ensure usability and compatibility.

On the other hand, the warmer of the present invention can prevent the user's burn even in the high temperature radiant heat by combustion by the convection space portion between the outer case and the inner case.

In addition, even when the wind is blown or moved with a heating device, the combustion of the air can be naturally converted to achieve a continuous combustion.

Furthermore, it is formed in a double layer structure of the inner metal layer and the outer insulation layer to prevent fire or deformation and at the same time prevent burns.

In addition, the non-source heating body is provided in the case of the non-combustible material can be inserted and fixed stably, the lower portion of the outer case is provided with a magnetic body, the lower portion of the non-power source heating body is provided with the advantage that the stable fixing is possible.

At this time, when the non-source heating element is a candle, the super core is coupled to the magnetic plate, and thus the super core is stably supported without being inclined.

1 is an exploded perspective view showing a seating mouth according to an embodiment of the present invention.
2A to 2C are perspective views illustrating seat holders according to various embodiments of the present disclosure.
3 is an exploded perspective view illustrating a coupling structure of a heat carrier and a heater according to various embodiments of the present disclosure.
Figure 4a is a sectional perspective view showing an outer case of the heating apparatus according to an embodiment of the present invention.
Figure 4b is a perspective view and an exploded cross-sectional view showing a non-powered heating device according to an embodiment of the present invention.
5 is an exploded perspective view showing a heating apparatus having an inner case according to an embodiment of the present invention.
6 is a perspective view showing a heating apparatus having an inner case according to an embodiment of the present invention.
Figure 7 is a longitudinal sectional view showing a heating apparatus having an inner case according to an embodiment of the present invention.
Figure 8 is a cross-sectional view showing a heating apparatus having an inner case according to an embodiment of the present invention.
9 is a perspective view showing a state in which the seating sphere and the seating table are coupled according to an embodiment of the present invention.
10 is a perspective view showing a seating means having a seating table according to an embodiment of the present invention.
11 is a perspective view showing a seating means having a seating hole in a seating table according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 illustrates a seating opening P for providing a warmer 300 according to an embodiment of the present invention, wherein the seating opening P has a heat transfer body 100 inside the seating holder 200. It is formed to be accommodated in.

The heat transfer member 100 is a hollow portion 110 is formed so that the air convection. The heat transfer body 100 is preferably formed in a box shape as a whole, the hollow portion 110 is formed therein to induce convection of air based on the heat transfer of the warmer 300 provided in the lower portion.

In addition, it is preferable to be made of a metal material having high thermal conductivity so that the heat of the heater 300 can be received and absorbed from the hollow portion 110, alternatively it is made of a heat-insulating material that can be flame-resistant to prevent heat loss. It is also possible to make it.

At this time, the hollow portion 110 is provided with a heat storage diffusion plate 120 to prevent rapid heat transfer and to guide convection. The heat storage diffusion plate 120 may directly radiate radiant heat of the heating device 300 to prevent a user's burn and induce convection by switching the flow of internal air.

In addition, an open hole 130 is formed under the heat transfer member 100 so that the heater 300 is provided. The heat generated from the heater 300 through the opening hole 130 may heat the air of the hollow part 110.

Meanwhile, as illustrated in FIG. 3, a fastening part 131 may be formed in the opening hole 130 so that the heater 300 may be coupled. The fastening part 131 may be fastened with the warmer 300 in various ways.

However, in one embodiment of the fastening portion 131, at least a pair of protruding pieces 131a are formed in the circumferential inner side of the opening hole 130, the warmer 300 is the upper end of the outer case 310 A flange portion 340 may be formed in the mounting portion, and a mounting groove 341 may be formed in the flange portion 340 to allow the protrusion piece 131a to be seated therein.

As a result, after pushing upwards so that the seating grooves 341 are provided in the above-described protrusion pieces 131a, the heater 300 is rotated along the circumferential direction of the opening hole 130 to protrude the pieces 131a and the seating grooves. When the 341 is disposed to cross each other, the coupling between the heat transfer member 100 and the heater 300 may be completed.

In another embodiment, the fastening part 131 has at least one pair of seating grooves 131b formed on the outer circumference of the opening hole 130, and the warmer 300 has an outer side at the top of the outer case 310. Protruding piece 350 is formed, the protruding piece 350 may be seated in the seating groove 131b, and the seating groove 131b and the protruding piece 350 are disposed to cross each other. Coupling of the 100 and the heater 300 may be completed.

On the other hand, the heat transfer member 100 has at least one discharge hole 140 is formed so that the air of the hollow portion 110 is discharged. The discharge hole 140 induces a flow of air to facilitate the convection of the heated air and at the same time, after the convection, the cooled air can be easily discharged.

In addition, the discharge hole 140 is a heat transfer member that is farthest from the combustion site of the heating device 300 coupled to the lower portion of the heat transfer member 100 to maximize the efficiency of heat generation through the convection of the heated air ( It is preferably formed on the ceiling or sidewall of 100). In addition, the discharge hole 140 by adjusting the size and number of the heat transfer to the upper portion of the heat transfer member 100 and the seating holder 200 which will be described later by optimizing the convection time of the heated air in the hollow portion 110 The efficiency can be maximized.

Meanwhile, as shown in FIG. 1, the seat holder 200 functions to accommodate the heat transfer body 100. The seating holder 200 can be directly seated on the upper surface of the user, and made of a fabric having a certain thickness so that the efficient absorption of heat and uniformly transferred heat to the body, this fabric is made of a double structure It can be joined by sewing or the like.

Specifically, the seating holder 200 has a size and a shape corresponding to the heat transfer member 100 having an inner space thereof, and an opening and closing portion 210 is formed to be selectively provided with the heat transfer member 100. Can be.

In this case, the above-described fabric may be any one selected from natural resins or synthetic resins such as cotton, burlap, ramie or hemp, and the opening and closing portion 210 may be variously applied as a conventional zipper, snap, button or velcro. The application position may also be disposed on the top, side, or bottom surface of the seating part 200, which is easily changed by a person having ordinary knowledge without limiting the position in consideration of ease of use. can do.

In addition, an exposure hole 220 is formed at a position corresponding to the open hole 130 to be exposed to the outside, so that the heater H can be coupled to the lower part. In addition, it is preferable to form a second exposure hole 240 in a position corresponding to the discharge hole 140 to allow the flow of air.

In this case, the second exposure hole 240 may be formed in a size corresponding to the discharge hole 140, but may be formed of a plurality of fine holes in a corresponding position, it is also possible to manufacture a mesh made of a mesh. .

On the other hand, the seat holder 200 may be fixed to the seating means (S) fixed portion 230 for transmitting a load may be formed. Seating means (S) defined in the present invention is defined as referring to a means that can be accommodated by the human body such as a chair, saddle, wheelchair, stroller.

The fixing part 230 may be manufactured in various ways, but it is preferable that the fixing part 230 is manufactured to ensure compatibility, and as shown in FIG. 2A, the fixing part 230 is a seat of the seating means S. A plurality of fastening ropes 231 may be provided to bind to the table SP.

The seating post SP refers to a portion formed in the shape of a bar formed parallel to both sides or front and back of the seating portion of the seating means S. Therefore, the seating opening P of the present invention may be bound to the seating platform SP formed in the seating means S based on the fixing part 230, and in some cases, it may be disassembled and separated. .

As a result, the seating opening P of the present invention can be improved in usability, has an advantage of easy maintenance, and has the advantage of being compatible with various seating means S based on the seating holder 200.

In addition, as shown in FIG. 2B, the fixing part 230 is provided with at least one pair of supporting rods 232 facing each other, and a plurality of fastening ropes 231 are coupled to the supporting rods 232 at predetermined intervals. The fastening rope 231 may be prevented from being biased or flowing.

More specifically, the support rod 232 is formed with a binding hole (232a) at regular intervals, it is possible to bind the fastening rope 231 to the binding hole (232a), and later the fastening rope 231 seating ( Can bind to SP).

As a result, the fastening rope 231 maintains the position by the support rod 231, thereby preventing the binding rope from being biased or shifted from its position.

Meanwhile, the seating table SP to which the fastening rope 231 is bound may be formed integrally with the seating means S, but is manufactured in a separate configuration from the seating means S, and is selectively seated means S. Can be built to be combined with

The seating platform SP may be provided with a plurality of binding rings R or binding holes, and one end of the coupling rope 231 may be fixed to prevent the coupling rope 231 from being biased or flowing.

In addition, as shown in FIG. 2C, the fixing part 230 may be formed such that at least one pair of cylindrical insertion holes 233 face each other such that the seating table SP of the seating means S is inserted therein. The cross-sectional shape of the seat (SP) is generally one that can be designed or changed by those skilled in the art or is formed in a circular shape, the cylindrical insertion hole ( 233 can be produced.

At this time, the cylindrical insertion hole 233 is preferably made of any one selected from natural resin or synthetic resin, such as cotton, burlap, ramie or hemp like seating holder 200.

On the other hand, the seating opening (P) of the present invention is coupled to the heater 300 at the bottom. The seating opening (P) may be a heating device 300 is coupled to the lower portion of the opening 130 formed in the lower portion of the heat transfer body (100).

The warmer 300 of the present invention may be manufactured in various shapes having a non-powered heating element NH. The non-source heating element NH is defined as a concept encompassing a heating element such as a lantern, a torch, or a lighter that uses a non-electric fuel such as gas, alcohol, or oil as well as a candle.

As shown in FIGS. 4A to 6, the heater 300 is provided with an outer case 310 having an air supply hole 311 and is provided with a non-heating heater NH therein. The air supply hole 311 may be formed in the lower portion, it may be formed on the side.

When the air supply hole 311 is formed on the side to form a plurality, but evenly formed radially to divide the inflow of air as well as to reduce the inflow rate of the air to block the combustion stop of the non-heating heater (NH) And it can minimize the flow of the combustion site to prevent irregular combustion.

In addition, the air supply hole 311 may be formed in the transverse direction or the longitudinal direction, as well as formed in the oblique direction may induce the air to rotate and flow along the circumference. As a result, sequential contact of air may be made to the combustion portion of the heater 300 to block the stopping of combustion, and to minimize the flow of the combustion region to prevent irregular combustion.

In addition, the air supply hole 311 is formed of a plurality of fine pores to block the wind and at the same time it is preferably produced to ensure a stable supply of air, organically coupled with the wind direction plate 312 to be described later to maximize the combustion efficiency can do.

In addition, as shown in FIG. 4A, the outer case 310 of the warmer 300 has a supply hole 311 formed at a lower portion thereof, and a spacer 313 may be provided to provide a non-heating heater NH. Can be formed. The spacer 313 forms a predetermined gap between the non-heating heater NH and the air supply hole 311 so that air can be supplied.

Meanwhile, as illustrated in FIGS. 7 to 8, the outer case 310 may be formed in a double layer structure of a metal layer 310a formed inside and an insulating layer 310b formed outside. The outer case 310 of the warmer 300 may prevent the inner metal layer 310a from preventing fire, and may prevent the shape from being deformed or the strength deteriorated even at a high temperature, and the outer insulating layer 310b may have heat conduction. There is an effect that can be prevented by the user's careless burn by blocking the.

In addition, an inner case 320 may be provided inside the outer case 310 so as to surround the non-heating heater NH, and the inner case 320 also includes an inner metal layer and an outer insulating layer. The double layer structure can be formed.

As shown in FIG. 7, the inner case 320 prevents the outer case 310 from rising to a high temperature by blocking radiant heat caused by the combustion of the non-source heating body NB, and is generated due to user's carelessness. It can eliminate the risk of possible burns and prevent fires.

In addition, a convection space 330 is formed between the outer case 310 and the inner case 320 to convection air to prevent the outer case 310 from rising to a high temperature by cooling the convection of air. have.

Furthermore, even when the wind blows or moves to the state equipped with the heater 300, the air flow is naturally switched to allow continuous combustion.

Meanwhile, as illustrated in FIG. 8, the air direction plate 312 is formed to be inclined inward in the air supply hole 311 of the outer case 310 to induce a flow direction of air.

The wind direction plate 312 may be formed by inclining the other side inward or outward with one side coupled to the air supply hole 311, and be formed by bending the air supply hole 311 and bending inward at the same time during the manufacturing process. Can be.

The wind direction plate 312 forms a convection of air inside the outer case 310 by switching the flow of air in parallel with the direction of formation of the wind direction plate 312 to prevent the erasure of sparks due to winds, It is possible to control the temperature of the inner case 320 raised to.

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In addition, the induction hole 321 is also formed in the inner case 320, and the wind direction plate 322 for switching the flow of wind can be formed inside or outside, and the outer case 310 and the inner case 320 ) Can be applied to a variety of ways that can be changed by those of ordinary skill in the art, such as screwing as well as slide fitting method.

In addition, the outer case 310 and the inner case 320 may be formed integrally.

Meanwhile, as illustrated in FIGS. 4B and 7, the non-heating heater NH inserted into and fixed to the inner case 320 may be provided in the case C of a non-combustible material. As a result, the non-heating heater NH is provided in the case C of a non-combustible material, and thus there is an advantage that the non-heating heater NH can be stably inserted and fixed.

In addition, the lower portion of the outer case 310 is provided with a magnet body 314, the magnetic plate (M) is provided at the lower portion of the non-source heating element (NH) is inserted into the inner case 320 and fixed to the outside The case 310 may be stably fixed.

At this time, the magnetic plate provided in the lower portion of the non-power heating body by the magnet body provided in the lower portion of the outer case maintains the bonding force and can be stably fixed.

In addition, in the case where the non-source heating element is a second, the super core is coupled to the magnetic plate, and thus there is an additional advantage that the super core is stably supported without inclination.

On the other hand, as shown in Figures 9 to 11, the seating means (S) having a seating opening (P) is formed so that at least a pair of seating table (SP) facing, the seating table (SP) The fixing part 230 formed in the seating holder 200 of the seating hole P may be coupled to transfer a load, and in some cases, may be disassembled and separated.

When the seating means (S) is a stroller or a wheelchair, infants, patients who are not yet able to walk, patients who are dependent on wheelchairs, and persons with disabilities can perform outdoor activities without difficulty, thereby promoting development and refreshment, as well as bonding between family and family. You can increase it.

The seating post SP refers to a portion formed in the shape of a bar formed parallel to both sides or front and back of the seating portion of the seating means S. The seating opening (P) can be selectively coupled to the seating table (SP) to improve usability, there is an advantage of easy maintenance, and various seating means (S) based on the seating holder 200. There is a compatible advantage to this.

As shown in FIG. 9, the seating rack SP may have a plurality of binding rings R or binding holes. One end of the fastening rope 231 formed in the seating holder 200 of the seating hole P may be fixed to prevent the fastening rope 231 from being biased or flowing.

In addition, the cross-sectional shape of the seating table SP is generally one that can be changed by a person having ordinary skill in the art or formed in a circular shape.

Seating apparatus equipped with a heating apparatus according to the present invention described above is not limited to the above-described embodiment, without departing from the gist of the invention claimed in the claims below the common knowledge in the technical field to which the present invention belongs Anyone with such a claim should be considered to be within the scope of protection of the claims to the extent that any person can make various changes.

P: seating hole 100: heat transfer body
110: hollow part 120: heat storage diffusion plate
130: Opening 131: Fastening part
131a: Extrusion 131b: Seating groove
140: discharge hole 200: seating holder
210: opening and closing part 220: exposure ball
230: Gogo 231: Fastening rope
232: support rod 232a: binding ball
233: cylinder insertion hole 240: second exposure hole
300: heater 310: outer case
310a: metal layer 310b: insulation layer
311: supply air 312: wind direction plate
313: spacer 320: inner case
321: Judo 330: Convection space
S: Seating means SP: Seating table
R: Binding loop

Claims (10)

In the seating opening P provided with the warmer 300,
The seating hole (P) is a hollow portion 110 is formed so that the air convection inside the heat transfer body 100, the heat storage diffusion plate 120 to prevent rapid heat transfer and convection is induced in the hollow portion 110 It is provided, the opening hole 130 is formed so that the heater 300 is provided in the lower portion, at least one discharge hole 140 is formed so that the air of the hollow portion 110 is discharged, the heat transfer member 100 ) Is formed to be accommodated in the seat holder 200 is made of a selected one of the natural resin or synthetic resin, the seat holder 200 is formed in the opening and closing portion 210 to accommodate the heat transfer body 100, An exposure hole 220 is formed at a position corresponding to the open hole 130 to be exposed to the outside, and a fixing part 230 is formed to fix the detachable hole to the seating means S so as to transmit a load.
The warmer 300 is provided with an outer case 310 formed with an air supply hole 311 for supplying air to the non-heating heater (NH) to be burned in the inside, the air supply hole (311) Seating plate having a warmer, characterized in that the plate 312 is formed to be inclined inward to guide the flow direction of air.
delete The method of claim 1,
The fixing part 230 is a seating seat having a heating device, characterized in that a plurality of fastening ropes (231) is provided to be bound to the seating table (SP) of the seating means (S).
The method of claim 3,
The fixing part 230 is provided with at least one pair of supporting rods 232 facing each other, a plurality of fastening ropes 231 are coupled to the supporting rods 232 spaced apart at regular intervals. Seating area.
The method of claim 1,
The fixing part 230 is a seating seat having a heating device, characterized in that at least one pair of cylindrical insertion holes 233 is formed so as to face the seating table (SP) of the seating means (S).
The method of claim 1,
An inner case 320 having an induction hole 321 is provided inside the outer case 310 to allow the non-heating heater NH to be inserted into and fixed between the outer case 310 and the inner case 320. The seating mouth with a warmer, characterized in that the convection space portion 330 is formed so that air is convection.
The method of claim 1,
The outer case 310 is seated with a heating device, characterized in that formed in a double layer structure of the metal layer (310a) formed on the inside and the insulating layer (310b) formed on the outside.
delete The method of claim 1,
The non-heat source (NH) is seated with a heating device, characterized in that provided in the case (C) of the non-combustible material.
The method of claim 1,
The lower portion of the outer case 310 is provided with a magnet body 314, the lower portion of the non-source heating element NH is provided with a magnetic plate (M) is characterized in that it is stably fixed to the outer case (310) Seating mouth equipped with a heating device.

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