JP3366532B2 - Thermal storage panel - Google Patents

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to a heat storage and radiation panel. More specifically, the present invention relates to a heat storage and radiation panel that is useful as floor heating by circulating hot water and that improves the heat utilization efficiency by using a heat storage material.

[0002]

BACKGROUND ART Conventionally, hot water circulation heating, which Ru is circulated by a pipe hot water as a method for housing the floor heating are known, this method has also been proposed to constitute a panel structure . In such heating by circulating hot water, it has been considered to use a heat storage material from the viewpoints of effective use of nighttime electric power, power saving, and the like.

For example, FIGS. 5 and 6 exemplify a panel structure for heat storage and heat dissipation for heating by circulating hot water using this heat storage material. In this heat storage / radiation panel, a heat storage pipe arrangement layer (1) in which a heat storage pipe (11) enclosing the heat storage material is disposed using a lightweight heat insulating material such as polyethylene foam or urethane foam, and a heat radiation pipe ( 21) to form a radiating pipe distribution設層which is disposed in a surface portion (2) respectively as separate from, and integrated with overlapping this, a radiating pipe (21) and a hot water feed heat accumulating pipe (11) linked connected by a pipe (3).

The hot water heated in the hot water tank is supplied from the supply pipe (4) to the heat storage pipe (11) to store heat in the heat storage material therein and also to connect the pipe (1).
In the same manner, it flows through a plurality of heat storage pipes (11) via 2), and then from the feed pipe (3) to the heat dissipation pipe (21).
Sent to, after heat dissipation, issued discharged from the panel body than its extraction portion (22) to the outside.

A single such heat storage and radiation panel is
Or more of the intends line heating of linked disposed such floor via a joint block (5). Heat storage pipe ( 1 1)
Heat from Rukoto for transition into the circulating water stored in the heat in,
Can reduce the heat load due to the hot water tank, a heat regenerator in the use of midnight power, it is possible to the child used as heating of the morning or the like. Further, it is possible by the more mild heating also heating of 蓄 release <br/> thermal method.

[0006]

As described above [0008], the heating by the heat storage and release the panel is that it is expected by its excellent features, as a practical panel construction was Tei left problems to be further improved. That is, as is clear from FIG. 5 and FIG. 7 which shows the arrangement portion of the feed pipe (3) in an enlarged manner, in the case of the heat storage and radiation panel which has been studied so far, the heat storage pipe arrangement layer ( 1) and the heat dissipation pipe arrangement layer (2) are formed as separate bodies, and are laminated on top of each other, so that a feed pipe (for sending hot water from the heat storage pipe (11) to the heat dissipation pipe (21) ( 3) includes a heat dissipation pi the stacked upper and lower heat storage pipe disposed layer (1)
Of both the arrangement layers (1) and (2) so as to extend over the arrangement layer (2).
That that can not be it is to pay to the department. Therefore, protrudes from the panel body (10), there is a problem that supported impaired occurring transport and facilities Engineering.

Further, manufacturing, construction, it is preferred that the release from the viewpoint of cost and the like <br/> heat pipe (21) is made of a resin, there is room for improvement in that say further improve the heat dissipation efficiency It was

[0008]

SUMMARY OF THE INVENTION This invention, as to solve the conventional problems as described above, heat storage pie insulation material
The top of the flops are disposed heat accumulating pipe arrangement layer, radiating pipe
Radiating pipe distribution設層is of laminated but disposed in the heat insulating material surface portion
A panel body that includes a hot water feed pipe to the heat pipe from said heat accumulating pipe, cut-out of the heat insulating material is provided on the radiating pipe distribution設層, Pas said feed pipe Te The notches smell It is housed in the panel and the heat storage pipe and the heat dissipation pipe are connected and connected .
Insulation of the end of the layer where the heat radiating pipe is installed
The material is cut out, and the notch part of the heat dissipation pipe
Space in the cutout after the heatsink pipe is accommodated
Provided is a heat storage / radiation panel, characterized in that a small piece of heat insulating material is embedded in the panel.

[0009] In addition, the present invention is, more of the heat storage and release panel
Relates, radiating pipe distribution grooves in the heat insulating material surface portion of the設層are provided, metallic foil is disposed the radiating pipe is buried is in the groove
It is, in the upper portion of the radiating pipe distribution設層 providing that you metal foil is disposed.

[0010]

Heat storage and release panel DETAILED DESCRIPTION OF THE INVENTION The present invention, have a feature of more <br/> as to improve the structure of the panel structure,
Together to facilitate transport and construction stage, make further improve the heat dissipation efficiency. Hereinafter, while showing an example will be described in detail an embodiment of the heat storage and release panel of the present invention.

[0011]

1 of the accompanying drawings illustrates the invention.Storage / radiation panel
LeIt is a principal part perspective view which showed an example. For example, this figure
As illustrated in FIG.Thermal storage panelAdiabatic
Thermal storage pipe for material (11)ButArrangementDoneHeat storage pipe arrangement layer
(1) and the radiating pipe (21) above itButInsulation table
Arranged on the surfaceDoneThe heat dissipation pipe installation layer (2) is laminatedDone
WasDissipates heat from the panel body (10) and the heat storage pipe (11)
With a feed pipe (3) that sends hot water to the pipe (21)Equipped
The heat storage pipe (11) and the heat dissipation pipe (21) are
Both are heat storage pipe installation layer (1) and heat dissipation pipe installation
Provided on the heat insulation of layer (2)BePlaced in the grooveDoneing.
Then, in the heat dissipating pipe arrangement layer (2), a cutout of a heat insulating material is formed.
Kibe (23)ButEstablishmentTheThis is the feed pipe (3)
Notch (23)AtInstalled in the panel body (10)
Has been.

[0012] The presence of Switching Operation-out portion (23), the feed pipe (3) is a conventional heat storage and release as shown in FIGS. 5 and 7
Like the panel, without having to protrude out of the panel body (10), while being accommodated in the panel body (10), across the thermal storage pipe distribution設層(1) and the radiating pipe distribution設層(2) Te <br/> heat accumulating pipe (11) and the heat radiating pipe (21) and you connecting connection <br/>.

[0013] In feed Ri pipe (3) is heat storage and release the panel projecting from the panel body (10), that during transportation and construction
Must be considered minute space, also, <br/> feed pipe projecting (3) is also from becoming prone to damage,
There was a problem that it caused problems in transportation and construction. On the other hand, in the heat storage and radiation panel of the present invention, as described above, the feed pipe (3) is housed in the panel body (10) .
Is for, problems such as its does not occur.

In the example shown in FIG . 1, the radiation pipe disposing layer
By the aluminum foil (61) arranged on the surface of (2)
The upper part of the notch (23) is covered. on the other hand,
Around the feed pipe (3) may be covered by a small piece or the like of the heat insulating material constituting the glass wool Yapa panel body (10). As shown example in Figures 1 and 2,
In the heat storage and radiation pipe of the present invention, the radiation pipe disposition layer (2)
Aluminum foil provided on the heat insulating material surface portion in the groove (6
When 2) radiating pipe (21) is embedded is arranged with <br/> monitor, as described above, an aluminum foil (61) is provided in the upper portion of the radiating pipe (2). More aluminum foil (61) (62) on up the heat transfer effect in contact with each other
It

Such an aluminum foil (61) (6
The arrangement of 2) makes the heat radiation efficiency from the heat radiation pipe (21) larger. The other <br/> of metals in example Glue aluminum foil or adopting a metal foil made of an alloy,
You can Heat dissipation effect enhanced by the presence of a metal foil such as aluminum foil.

[0016] These metal foil, radiating pipe distribution設層
It is attached to the heat insulating material of (2) by an appropriate adhesive or molding. Further, in the heat storage and radiation panel of the present invention, as shown in FIG. 3, a radiation pipe arrangement layer (2) corresponding to a take-out portion (22) of the radiation pipe (21) from the panel body (10). ), The heat insulating material is cut out at the end portion thereof, and the cutout portion (24) is provided with a takeout portion for the heat dissipation pipe (21)
(22) is housed, the radiating pipe (21) cut after has been paid-out portion (24) void sectional heated material pieces (25) <br/> buried because write Murrell of. The cutout portion (24) is provided with an inclination that descends in the take-out direction.

In such a heat storage / radiation panel, even if the heat radiation pipe (21) moves a little during construction, particularly when a plurality of heat storage / radiation panels are connected through a joint block, the heat radiation pipe (21) is at the top. it is not name of damaging the placed the aluminum foil (61) on. Figure 4 shows the above configuration.
It is the top view and side sectional view which illustrated the whole storage and heat dissipation panel which it has.

A cutout portion (23) for accommodating the feed pipe (3) is provided so that the feed pipe (3) does not protrude to the outside of the panel body (10) but is housed in the panel body (10). Then, the take-out part (22) of the heat dissipation pipe (21)
Is embedded in the notches (24), voids <br/> insulation material pieces thereon (25) it is embedded.

The small piece of heat insulating material (25) is used for the panel body (1).
It may be the same as or the same kind as the heat insulating material of 0), or may be another kind. Of course, the present invention is not limited to the above examples. Various details are possible in its details.

[0020]

As described above in detail, according to the present invention, by the present invention, the feed pipe for sending hot water through the heat radiation pipe from the thermal storage pipe is housed in the panel body, the transportation and <br/> construction of heat storage and release the panel, as in the prior art have trouble such raw Ji due to the feed pipe had been projecting.

Further, the radiating pipe disposed by the radiation efficiency of the aluminum foil to the upper and lower portions is improved, insulation radiating pipe distribution設層end the extracting portion from the panel body of the radiating pipe
By embedding the cut-out portion formed by cutting out, to availability and the aluminum foil of the upper may be damaged by the movement of the radiating pipe.

[Brief description of drawings]

1 is a partial perspective view illustrating the paid to the heat storage and release the feed pipe in the panel body in a panel according to the present invention.

FIG. 2 is a partial cross-sectional perspective view illustrating the arrangement of aluminum foil in the heat storage and radiation panel of the present invention .

3 is an illustration the main part perspective view for <br/> extraction portion of the radiating pipe in the heat storage and release the panel of the present invention.

FIG. 4 is a plan view and a side sectional view of an example of the heat storage and radiation panel of the present invention .

FIG. 5 is a plan view and a side sectional view showing a conventional heat storage and radiation panel.

FIG. 6 is a perspective view of a main part of the conventional heat storage / radiation panel shown in FIG.

FIG. 7 is a feed pipe of the conventional heat storage / radiation panel shown in FIG.
It is a principal part perspective view which showed the periphery .

[Explanation of symbols]

1 Heat storage pipe arrangement layer 11 heat storage pipe 12 connecting pipes 2 Heat dissipation pipe arrangement layer 21 Heat dissipation pipe 22 Take-out section 23 Notch 24 Notch 25 small pieces of insulation 3 feed pipe 4 Hot water supply pipe 5 joint blocks 61,62 Aluminum foil 10 panel body

Claims (2)

(57) [Claims] 1. A disposed above the heat insulating material in the thermal storage pipe arrangement layer heat storage pipe is disposed, the heat radiation pipe in the heat insulating material surface portion
A panel body radiating pipe distribution設層 are stacked, which is, before
And a hot water feed pipe from the serial heat storage pipe to the heat pipe, the cutout portion of the heat insulating material is provided on the radiating pipe distribution設層, the feed pipe is housed the notches odor Te in the panel body , The heat storage pipe and the heat radiation pipe are connected and connected, and it corresponds to the take-out part of the heat radiation pipe from the panel body.
The heat insulating material at the end of the heat dissipation pipe installation layer is notched
The removal part of the heat dissipation pipe is stored in the notch,
A small piece of heat insulating material is embedded in the gap in the cutout after the
A heat storage and radiation panel characterized by being rare . Wherein provided grooves in the heat insulating material surface portion of the discharge heat pipe arrangement設層is <br/>, radiating pipe metallic foil is disposed in the groove is embedded, the radiating pipe distribution設層 The heat storage and radiation panel according to claim 1 , wherein a metal foil is also disposed on the upper part of the panel.