JPH0311602Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention aims to provide a systemized horigotatsu by combining the horigotatsu with storage furniture and an underfloor storage device.

Conventional configuration and its problems In the conventional Horigotatsu, as shown in FIG. It was located in the middle of cord line 3 and had been left on the indoor floor. For this reason, it is difficult to operate the controller unit 2 for controlling the heating element by holding it in your hand,
In addition, when the heater is left indoors, it may be kicked away by foot or hooked on, causing damage to the controller unit 2 for controlling the heating element and the cord wire 3, which is a serious safety problem. Furthermore, since the cord wire 3 that crosses the floor surface of the room significantly impairs the aesthetic appearance of the room, there is a high demand for under-floor wiring.

Purpose of the invention When installing a horigotatsu, it is necessary to form a moat frame under the floor, which requires relatively large-scale construction. This invention systemizes a low table, a moat frame, an underfloor storage container, and storage furniture as a set, making it possible to easily install an underfloor storage container during construction work, and to place it on top of the underfloor storage container. The above-mentioned problem can be solved by arranging a controller for controlling the heating element in the storage furniture, and wiring the cord wire to the heating element through the underfloor storage. It is intended to be convenient.

Composition of the Invention The system Horigotatsu of the present invention is provided with an under-floor frame, in which a moat frame and an under-floor storage unit are integrally formed, below the floor surface, and a kotatsu system installed on the floor above the under-floor storage unit. A controller for controlling power supply to a heating element arranged in the moat frame is attached to the storage furniture, and a person taking heat can sit on the floor between the storage furniture and the tower. The heating element is electrically connected to the controller by a cord wire wired to the underfloor storage device.

Description of examples An embodiment of the present invention will be described with reference to the drawings.

In FIG. 2, an underfloor frame is provided below the floor surface, which is partitioned by a partition plate A to form a moat frame 14 and an underfloor storage container 17. The low table 11 is arranged above the low table 11, and the storage furniture 12 for storing stored items is arranged above the underfloor storage device 17, and the low table 11 and the storage furniture 12 are arranged together. By configuring it so that a seating space is provided in between for a warmer to sit on the floor surface, it becomes a unitized horigotatsu that also incorporates the storage furniture 12. Also, the moat frame 14
A controller 13 for controlling the power supplied to the heating element 15 disposed at the bottom of the storage furniture 12 is attached to one side of the storage furniture 12, so that the person taking the heat can control the temperature by simple and effortless movements such as turning around. The position of the controller 13 can be grasped and operated. The heating element 15 and the controller 13 are electrically connected by a cord line, for example, a coaxial line 16, which is an integral combination of a power cord and a controller line. At this time, this coaxial line 16 is wired to the moat frame 14 and the underfloor storage (referring to the space inside the underfloor storage, the outer wall of the underfloor storage, etc.). For this reason, the third
As shown in the figure, since there are no cord lines such as the coaxial line 16 that cross the floor surface where the person taking the heat is sitting, the interior appearance of the room is improved, and the feet of the person taking the heat are caught on the cord lines. The cord wire and the controller 13 to which the cord wire is connected will not be damaged due to such damage. Furthermore, if at least the underfloor frame is assembled as a unit before the construction work in which the moat frame 14 and the underfloor storage container 17 are arranged under the floor surface, the coaxial line 16 can be connected between the moat frame 14 and the underfloor storage container 17. By wiring the heating element 15 and the controller 13, it is possible to electrically connect the heating element 15 and the controller 13, thereby eliminating the need for troublesome electrical work below the floor surface during construction. Further, the controller 13 is provided with a cord wire 3 having a plug on the free end side, and the cord wire 3 passes through the back surface of the storage furniture 12, so that the plug is inserted into the indoor cord. Therefore, the cord wire 3 does not get in the way of the person taking the heat.

Further, as shown in FIG. 3, a power switch 20 and an outlet 21 are provided on the front of the storage furniture 12,
The usability of the storage furniture 12 may be increased.

Furthermore, the outer dimension of this system Horigotatsu,
If the size of the tatami mat is approximately the same as that of a tatami mat, the workability will be improved and it will be more preferable.

Effects of the invention As described above, the Horigotatsu system of the present invention systemizes the low table, moat frame, underfloor storage and storage furniture as a set, making it easy to place the underfloor storage during construction. In addition, by installing a controller that controls the supply of power to the heating element in the moat frame on the storage furniture installed on the floor where the person taking the heat is sitting, the person taking the heat can simply turn around, etc. The position of the controller can be grasped and operated with ease, and damage to the controller caused by kicking it away with the feet of the person taking the heat is eliminated. Furthermore, by wiring the cord wire that electrically connects the heating element and the controller to the underfloor storage, the cord wire is not wired to the floor surface where the person who takes the heat is sitting, so the aesthetic appearance of the room is improved. In addition, the cord wire will not be damaged due to damage such as a person's foot getting caught on the cord wire.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of the indoor side of a conventional horigotatsu, FIG. 2 is a sectional view of a horigotatsu system according to an embodiment of the present invention, and FIG. 3 is a perspective view of the indoor side of the horigotatsu system. 1... Horigotatsu, 2... Controller unit for control, 3... Cord line, 11... Low table, 12...
...Storage furniture, 13...Controller, 1
4... Moat frame, 15... Heating element, 16... Coaxial line,
17...Underfloor storage, 20...Power switch, 2
1...Outlet.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) An underfloor frame in which a moat frame for arranging a low table above and an underfloor storage container for storing stored items is integrally formed is provided below the floor surface, and within the moat frame A storage furniture having a controller for controlling power supplied to a heating element disposed in the storage space is provided on the floor surface located above the underfloor storage device, and between the storage furniture and the tower. A system horigotatsu, characterized in that a seating space is provided in which a person taking heat can sit, and the controller and the heating element are electrically connected by a cord wire wired to the underfloor storage device. . (2) The under-floor frame is divided by a partition plate to form a moat frame and an under-floor storage container, and a cord wire that passes through the partition plate and is wired inside the under-floor storage container connects the heating element in the moat frame to the furniture for storage. A system horigotatsu according to claim 1, which is electrically connected to a controller for controlling the system.