Cooling and heating panel

Abstract

The present invention relates to a cooling and heating panel including: a passage (140) that has a plate shape and in which dividing protrusions (120) protrude in a predetermined pattern such that piping (200) can be piped between the dividing protrusions (120); and space parts (160) empty over a predetermined area in front of and behind a portion in which the dividing protrusions (120) are formed. The piping (200) changes direction while forming a gentle curvature in the space parts (160) during the process of being piped along the passage (140).

Description

Heating and cooling panels

[0001] The present invention relates to a panel, and more particularly, to a heating / cooling panel that is installed indoors and can selectively perform radiant heating or cooling, and cooling and heating.

[0002] In buildings where underfloor heating isn't readily available, indoor heating methods such as heaters are installed. Convection heating, which heats the air, is the most common method. However, because convection heating primarily relies on fossil fuels, it produces large amounts of carbon dioxide and other harmful substances. Furthermore, its low heating efficiency leads to excessive energy consumption. Furthermore, it causes various problems, including dry indoor air, which is detrimental to occupants' health.

[0003] Therefore, radiant heating, which utilizes radiant heat to provide heating, has been proposed to address this issue. Radiator-type heating devices exist for heating small areas for personal use, and systems that heat the entire room by installing heating panels on the ceiling or walls have been proposed.

[0004] Here, the heating panel is formed by laying hot water pipes or electric heating wires (hereinafter referred to as "pipes") that are heated by electricity on a board formed to a predetermined standard in the shape of a plank overall. At this time, the pipes such as the above should be laid with an appropriate curvature to avoid damage if they are bent excessively. However, since the heating panel has a small area, it is difficult to lay heating pipes of sufficient length for one heating panel. If the pipes are not laid of sufficient length, the heating performance will not be fully realized, so it is necessary to solve the above problem, and this also applies to cooling pipes installed for cooling purposes.

[0005] The purpose of the present invention is to propose a heating and cooling panel that enables piping of a sufficient length without bending at an appropriate curvature.

[0006] The present invention proposes a heating and cooling panel having a plate shape and protruding dividing protrusions in a predetermined pattern to form a passage through which a pipe line can be routed between the dividing protrusions, and an empty space having a predetermined area is formed in front and behind the portion where the dividing protrusions are formed, so that in the process of piping the pipe line along the passage, the pipe line changes direction while forming a gentle curvature in the space, thereby achieving the above-described object.

[0007] According to the present invention, since the pipe line can be piped to a sufficient length without bending, a heating / cooling panel capable of implementing sufficient heating and cooling performance can be obtained.

[0008] Figure 1 is an example of a panel according to the present invention;

[0009] Figure 2 is a plan view of a panel according to the present invention;

[0010] Figure 3 is an exemplary diagram showing a state in which a pipe line is piped to a panel according to the present invention.

[0011] The present invention proposes a heating and cooling panel having a plate shape and protruding dividing protrusions in a predetermined pattern to form a passage through which a pipe line can be routed between the dividing protrusions, and an empty space having a predetermined area is formed in front and behind a portion where the dividing protrusions are formed, so that in the process of piping the pipe line along the passage, the pipe line changes direction while forming a gentle curvature in the space.

[0012] Hereinafter, the present invention will be described in detail with reference to the attached drawings, FIGS. 1 to 3.

[0013] Figure 1 is an exemplary drawing of a panel according to the present invention, and Figure 2 is a plan view of a panel according to the present invention.

[0014] As illustrated, the panel (100) according to the present invention has a flat plate shape. While it is preferred to be formed in an overall rectangular shape, the present invention is not limited thereto. Walls are erected along the edges at a predetermined height, thereby forming a concave space on the inside of the panel (100).

[0015] A dividing protrusion (120) is formed on the panel (100). The dividing protrusion (120) protrudes in a predetermined pattern, and accordingly, a passage (140) is formed between the dividing protrusions (120).

[0016] The dividing protrusions (120) can be formed to form a straight line. Each dividing protrusion (120) is formed to have a predetermined width, and each dividing protrusion (120) is formed parallel to each other. In this way, the dividing protrusions (120) are formed parallel to have a predetermined width, so that a passage (140) is formed at a predetermined interval.

[0017] The above-described dividing protrusions (120) may each have the same or different widths, and may also be formed by mixing those with the same width and those with different widths. In the present invention, a structure is exemplified in which the dividing protrusion (120) formed in the center has the widest width, and dividing protrusions (120) with the same width on both sides are formed symmetrically, but the present invention is not limited thereto.

[0018] Meanwhile, in the present invention, a space (160) is formed in front and behind the portion where the dividing protrusion (120) is formed. An empty space (160) is formed while occupying a predetermined area at a point connected to both ends of the passage (140). It is preferable that this space (160) be formed to have the same depth as the passage (140) or deeper than the passage (140). Since the dividing protrusion (120) is formed while occupying only a portion of the inner surface of the panel (100) according to the present invention, the space (160) is naturally formed by a portion where the dividing protrusion (120) is not formed.

[0019] The space portion (160) may be formed in an overall rectangular shape. In this configuration, corners are formed on both sides of the space portion (160) toward the edges of the panel (100). It is preferable that these corners be formed to form curves.

[0020] Figure 3 is an exemplary diagram showing a state in which a pipe line is piped to a panel according to the present invention.

[0021] The panel (100) according to the present invention described above enables pipe routing without causing bending of the pipe line (200). It is possible to enable the pipe line (200) to be routed while forming a gentle curvature.

[0022] A first passage (140) is formed on each side of a dividing projection (120) formed at a central point inside the panel (100). Based on this, the second passage, the third passage, and the Nth passage (140) (N is an integer) are formed at predetermined intervals when divided by the dividing projection (120). In this configuration, the pipe line (200) can be piped from the first passage.

[0023] That is, the pipe line (200) is laid starting from the first passage (140) formed on the left or right side of the dividing protrusion (120) formed at the center of the panel (100), and if the pipe line (200) is laid starting from the first passage (140) formed on the left side, it changes direction when it reaches the end, passes through the first passage (140) formed on the right side, then changes direction again, passes through the second passage formed on the left side, and then changes direction again, passes through the second passage formed on the right side, and so on, throughout the entire panel (100). Accordingly, the pipe line (200) is laid in a coiled shape.

[0024] As described above, in the process of piping the pipe line (200), the pipe line (200) that changes direction at the end of each passage (140) passes through a space (160). At this time, if the size of the space (160) is formed to a degree that the pipe lines (200) can pass through without overlapping, the pipe lines (200) passing through the space (160) can be routed while forming a gentle curvature without overlapping each other. In this process, the pipe line (200) is guided in a curved shape at both corners of the curved space (160) and is routed, so that the pipe line (200) can be routed to a sufficient length while forming a gentle curvature without bending throughout the entire panel (100).

[0025] As a result, according to the present invention, by forming a space (160), it is possible to perform piping in a coiled shape, which is different from the conventional zigzag piping method, thereby enabling the piping line (200) to be piped without a bent portion, and by increasing the length of the piping line (200) piped to the panel (100), it is possible to improve heating or cooling performance.

[0026] [Explanation of symbols]

[0027] 100: panel, 120: separator protrusion,

[0028] 140: passage, 160: space,

[0029] 200: Pipeline.

Claims

1. A plate shape is formed and a dividing projection (120) is protruded in a predetermined pattern, so that a passage (140) is formed between the dividing projections (120) through which a pipe line (200) can be piped. An empty space (160) with a predetermined area is formed in front and behind the part where the above-mentioned separation protrusion (120) is formed. A heating and cooling panel in which the pipe line (200) is formed to change direction while forming a gentle curvature in the space (160) during the process of piping the pipe line (200) along the passage (140).

2. In paragraph 1, The above-mentioned dividing protrusions (120) are formed in a straight line and are formed parallel to each other at a predetermined interval.

3. In paragraph 1, A heating and cooling panel in which the corners on both sides of the above space (160) are formed to form a curve so as to guide the pipe line (200) to be piped in a curved shape.

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