CN102016433A

CN102016433A - Modular panel for the formation of systems for ambient cooling or heating

Info

Publication number: CN102016433A
Application number: CN2009801167540A
Authority: CN
Inventors: G·博诺米
Original assignee: FIVE T S R L
Current assignee: FIVE T S R L
Priority date: 2008-05-09
Filing date: 2009-05-05
Publication date: 2011-04-13
Also published as: WO2009136423A1; EP2276978A1; US20110056666A1; ITBS20080015U1

Abstract

The invention concerns a modular panel for the construction of fluid circulation systems for ambient cooling or heating. It comprises a metal body (11 ) with a length by choice and having a basically flat front surface (13) defined in width by two opposite longitudinal sides (12), at least one rear conduit (14) in an intermediate portion between said opposite sides and parallel to them, a thickness which decreases towards the two opposite longitudinal sides starting from said intermediate conduit, and along the two longitudinal sides, two lateral tabs (15, 16) protruding at least towards the rear and equipped for joining the identical contiguous panels side by side for the construction of a thermal radiating system.

Description

Be used to form the modular panels of environment cools or heating system

The present invention relates to a kind of metal pattern blocking panel, imagination is used it for and is formed fluid circulation radiating system, and described system is used for the cooling and the heating of dwelling house, office, laboratory, public place etc.

An object of the present invention is to provide a kind of simple and practical modular panels, it has at least one pipeline, heat-conducting fluid flows in described pipeline, and described modular panels is shaped to other similar panel and easily is connected, so that produce enough big heat exchange planes, this can easily adapt to any environment facies of air conditioning that need.

Another object of the present invention is only by changing the position that panel is set in the mode of wall skirtboard---in ceiling, on the ground or along wall---and the time and select cold or hot heat-conducting fluid to be recycled that a kind of the two modular panels of environment cools and heating that can be used for is provided.

Use according to modular panels of the present invention and realize that described purpose reaches the implicit advantage from its amplification, described modular panels comprises the metal decking body, and this metal decking body has the length of selecting as required, and has:

-flat front surface basically, the width of this front surface is limited by two relative vertical sides,

-at least one back pipe tunnel in the pars intermedia of described at least one back pipe tunnel between described opposed side edges, and extends along the length of described panel body,

-from the pars intermedia that has pipe tunnel begin the thickness that reduces towards two relative vertical sides and

-two laterally projecting portions of stretching out towards the back along two vertical sides, described laterally projecting portion are arranged to the panel body is fixed on the stayed surface and/or the panel of adjacency are connected abreast to constitute the heat radiation system.

The body of described panel is made by the metal with thermal conductive resin, particularly aluminum or aluminum alloy, and can make by extrusion process.The pipe tunnel of described panel can have circular cross section, but preferably has plurality of stepped serrations, and described oval-shaped major axis is parallel with the front surface of this plate, makes the port increase and make heat exchange surface bigger under the situation that does not influence thickness of slab to benefit from.

Can on the back of this panel body between the laterally projecting portion of pars intermedia that keeps pipe tunnel and panel, reinforcement or rib be set.In addition, can on the rear portion of the metal body part between the laterally projecting portion, insulation material layer be set, to be used for each panel with respect to the surface-supported heat insulation that will be connected with this heat radiation system.

Will be according to modular panels of the present invention with reference to only in the ensuing part of specification, illustrating in greater detail, wherein for schematic accompanying drawing:

Fig. 1 is the side view of the first modular panels structure;

Fig. 2 is the side view of the second modular panels structure;

Fig. 3 is the sectional view of placing abreast with the panel that forms the heat radiation system;

Fig. 4 is a kind of detail drawing that panel is fixed on the mode on the stayed surface;

Fig. 5 is a kind of with the panel detail drawing of ways of connecting linearly;

Fig. 6 and Fig. 6 a be two kinds with the panel detail drawing of ways of connecting at a certain angle; With

Fig. 7 is a catheter and being connected of panel pipeline.

As shown in the figure, each modular panels comprises panel body 11, and described panel body is as indicated above can be made by extrusion process by aluminum or aluminum alloy.This body 11 can have each selectable length and the width that is limited by two relative vertical sides 12.

Or rather, body 11 has flat front surface 13 and at least one pipe tunnel 14 on this body back side basically, described pipeline 14 be arranged on pars intermedia 14 ' the same level on, front surface 13 extends to the total length of body.Pipe tunnel 14 can be circle as shown in Figure 1, perhaps is ellipse as shown in Figure 3 better, and described oval-shaped major axis is parallel with the front surface of this plate, makes the port increase and make heat exchange surface bigger under the situation that does not influence thickness of slab to benefit from.In addition, body 11 has the thickness of variation in a lateral direction, and in this sense, body 11 thickness in a lateral direction is from beginning to reduce towards relative vertical side 12 with the adjacent zone of pipeline.Be provided with two

protuberances

15,16 along these vertical sides, on each vertical side one, described protuberance is outstanding on the back of body 11.This protuberance can be illustrated in figure 1 as smooth, perhaps be preferably shaped to protuberance 15 is shaped and protuberance 16 is shaped along opposite side along a side that is different from protuberance 16, but they are illustrated in figure 2 as complementary, to be used for panel assembling abreast as shown in Figure 3.In both cases, each

protuberance

15,16 has the end 17 that forms certain angle, and described end 17 is towards pars intermedia 14 ' bending and have inclined surface 18 on the side within it.

Even should be noted in the discussion above that not shownly, can on the back between pipeline 14 and laterally projecting 15,16, longitudinal rib or reinforcement be set at body.At last, can between described laterally projecting 15,16, insulation material layer 19 be set.

Gou Zao panel can use separately or similar to other as shown in Figure 3 panel is placed ground abreast and/or linearly and used by this way, to produce the heat radiation system of cooling or firing equipment required size.They can be placed ceiling by the mode with the wall skirtboard, on the ground or along wall, if desired, insulating materials 19 are inserted between the surface 20 that panels and this panel only lean on.

For example, each panel can use support 21 to install and be fixed on the stayed surface 20, and is limited by the inclined surface 17 of at least one laterally projecting portion of panel as shown in Figure 4.Can realize panel is linearly connected by means of linear joint 22, as shown in Figure 5, linear joint 22 be configured as in the end of adjacency of the pipe tunnel that is inserted into panel.When these panels are located at an angle, can connect these panels by means of angle joint 23, shown in Fig. 6 and 6a, angle joint 23 is bonded in the end of corresponding pipeline.

Pipe tunnel 14 will be connected to the end header (not shown), and to be used for the heat-conducting fluid circulation, most typical heat-conducting fluid is a water, and heat-conducting fluid will be cooled in cooling system or be heated in heating system.

In addition, if desired, the pipe tunnel 14 of at least one panel can be connected with the return duct 24 of the heat-conducting fluid that circulates.As shown in Figure 7, can for example realize the connection of described pipe with the connector 26 that turns to that is connected with the part of described plate and the other end is connected with described pipe by means of the plate 25 of the pars intermedia that is fixed to panel.

Described panel also uses the system of this panel to have the advantage that front surface increases for its volume thus, and this has guaranteed very strong radianting capacity and higher heat exchange property.In addition, the single pipeline that the cross-sectional configuration of panel and existence are used for the heat transport fluid circulation can make the gamut of panel surface reach even temperature, and realizes thus to treating by the even heat radiation in the zone of air conditioning.In addition, the front surface of each panel can be coated or be handled, advantageously to cover this plate or its color and surrounding environment are complementary.

It should also be noted that, the system that realizes by above-mentioned panel also externally is used as the heat radiation platform in the zone, as the soil heater in the greenhouse etc., separately as solar thermal collector with heating water to be stored, and remain in the jar for different demands.

Claims

1. modular panels, described modular panels is used to form the heat-conducting fluid circulatory system that makes environment cools or heating, it is characterized in that metal decking body (11) has selected length and has:

-flat front surface (13) basically, the width of this front surface is limited by two relative vertical sides (12),

-at least one back pipeline (14) in the pars intermedia of described at least one back pipeline between described opposed side edges, and extends along the length of described panel body,

-the thickness that reduces towards described two relative vertical sides from described intermediate conduit (14) and

-two laterally projecting (15,16) of stretching out towards described back at least along described two vertical sides, described laterally projecting portion is arranged to adjacency, similar panel is connected at least abreast to be configured to the heat radiation system.

2. panel according to claim 1 is characterized in that, described intermediate conduit (14) has circular or plurality of stepped serrations and can be connected to end header, to be used for the circulation of conduction cooling or heat-conducting fluid.

3. according to claim 1 and 2 described panels, it is characterized in that described laterally projecting (15,16) are identical.

4. according to claim 1 and 2 described panels, it is characterized in that described laterally projecting (15,16) differ from one another, described laterally projecting (15,16) have complementary shape, to be used for the connection side by side of at least two panels.

5. according to claim 3 or 4 described panels, it is characterized in that, each laterally projecting all has the end (17) that forms certain angle, described end has inclined surface (18), and described inclined surface is designed to match with at least one support (21) that is used for described panel is fixed on the stayed surface.

6. according to each described panel in the aforementioned claim, it is characterized in that, can on the described back of the described body panel between at least one pipeline and the described laterally projecting portion, reinforcement or rib be set.

7. according to each described panel in the aforementioned claim, it is characterized in that, can on the described back of the described metal decking body between the described laterally projecting portion, insulation material layer be set.

8. according to each described panel in the aforementioned claim, it is characterized in that described panel can linearly connect with identical panel by means of linear joint, described linear joint can be inserted in the end of adjacency of pipe tunnel of described panel.

9. according to each described panel in the aforementioned claim, it is characterized in that described panel can connect with described identical panel at an angle by means of angle joint, described angle joint can be inserted in the end of adjacency of pipe tunnel of described panel.

10. according to each described panel in the aforementioned claim, it is characterized in that, can will manage with described intermediate conduit (14) by means of steering knuckle (26) and be connected.

11., it is characterized in that described metal body part panel is extrusion modling according to each described panel in the aforementioned claim, and make by the metal with thermal conductive resin, particularly aluminum or aluminum alloy.