JP3134334U - Wall-mounted cooler unit mounting structure - Google Patents

Abstract

A wall-mounted cooler unit mounting structure capable of forming a triangular prismatic box at the corner of a room and mounting a wall-mounted cooler unit indoor unit on the front surface thereof.
A rectangular columnar box is formed in a position near a ceiling at a corner of a room as viewed from above, and a triangular columnar box having a shape in which the right-angled portion is applied to the corner is formed. A wall-mounted cooler unit mounting structure, wherein the wall-mounted cooler unit indoor unit is attached to a portion.
[Selection] Figure 1

Description

  In the present invention, an ordinary wall-mounted cooler unit indoor unit is installed in front of a triangular prismatic box formed near the ceiling at the corner of the room, and cold air is supplied from this corner to the center of the room. The present invention relates to a structure for mounting a wall-mounted cooler unit that can be made.

  There is a corner-type cooler on the market where a cooler unit indoor unit is installed at the corner of the room so that cool air can be supplied toward the center of the room. This corner-mounted cooler is realized by placing it in the corner of the room. If a corner-type cooler is installed at the corner of the room, the cool air can be supplied toward the center of the room, and the convection relationship can be improved and the cooling effect of the room can be enhanced.

  However, the conventional corner-type cooler has a special structure that is specially designed to be installed in the corner of a room, is manufactured only in a relatively large capacity, and is expensive in price. It can only be used in one corner or hall, and it was not something that could be easily installed in a general household, especially in a Japanese house.

  Incidentally, wall-mounted coolers are the mainstream as coolers for general households, and are divided into outdoor units and indoor units, which can be installed with the indoor unit attached to the wall of the room. This wall-mounted cooler is mass-produced and provided at low cost.

  However, since the wall-mounted cooler is installed with the indoor unit attached to the wall surface, it was not possible to supply cold air toward the center of the room.

  In a room building structure, there is a case where an indoor unit is attached to a corner of a room as in a corner-mounted type, and cold air is supplied toward the center of the room even if it is for home use. To that end, it is necessary to take the form of forcibly hanging a normal wall-mounted cooler from the ceiling, and in the case of unreasonable construction, the appearance is bad and the construction is difficult. I had to give up.

  As a result of studying the prior art, there was no structure for mounting a wall-mounted cooler unit at the corner of the room to the extent that JP-A-2002-340360 is referred to.

Japanese Patent Application Laid-Open No. 2002-340360 discloses that in order to prevent the drainage system flow of a wall-mounted air conditioner from clogging and draining, the drained drain is received by a tray, and a drain sensor is provided here to stop the air conditioner and drain the drain. This is an attempt to prevent accidents.
Japanese Patent Laid-Open No. 2002-340360, page 1, FIG.

  The present invention provides a mounting structure for a cooler unit that can easily mount an indoor unit of a conventional wall-mounted cooler unit in a room, particularly a corner of a Japanese house, and supply cold air efficiently toward the center of the room. For the purpose. In addition, when viewed from the plane, it forms a right triangle, forms a triangular prismatic box with the right angle being applied to the corner of the room, and attaches the indoor unit to the front part of the box. An object of the present invention is to provide a wall-mounted cooler unit mounting structure capable of supplying cold air to the central portion.

  Also, by providing a cooler unit mounting structure in which the cooler unit is mounted on the front of the decorated box by decorating the front and lower surfaces of the box with a decorative plate. With the goal.

  It is another object of the present invention to provide a cooler unit mounting structure in which the box body has a hollow structure, and electrical wiring, water piping, and refrigerant piping of an indoor unit mounted on the front surface can be easily performed from the bottom surface side.

  Further, it is an object of the present invention to make the box and the angle member made of steel or resin, divided into an upper member and a lower member, and further foldable so as to facilitate box conveyance.

  In order to solve the above problems, the present invention forms a right triangular shape as viewed from the plane at a position near the ceiling of the corner of the room, and forms a triangular prismatic box with the right angle portion in contact with the corner. The wall-mounted cooler unit mounting structure is characterized in that the wall-mounted cooler unit indoor unit is mounted on the front portion of the box.

  A right-angled triangle is formed at a position near the ceiling at the corner of the room, and a triangular columnar box is formed with the right-angled portion being applied to the corner, and an indoor unit of a wall-mounted cooler unit is formed at the front of the box. Therefore, if cold air is supplied from the front of the indoor unit, the cold air will inevitably face the center of the room, and the unit is used with a normal wall-mounted cooler, similar to a conventional corner-type cooler. The effect of can be obtained.

  In addition, since the main body of the wall-mounted cooler is mass-produced as household goods and provided at low cost, the entire system can be provided at low cost by using it as it is.

  The box can be configured by combining a frame and an angle member, and a flat plate for attaching the indoor unit of the wall-mounted cooler unit can be fixed to the front of the box, and the indoor unit of the wall-mounted cooler unit can be attached thereto.

  By decorating the front and lower surfaces of the box with a decorative plate, it is possible to obtain a high-quality feeling and a beautiful finish without having an unfinished finish as when the indoor unit is suspended from the ceiling.

  The box has a hollow structure, and electric wiring, water piping, and refrigerant piping can be installed in the hollow portion. Therefore, the construction can be facilitated and the gradient of the drain water can be sufficiently taken.

  In general dimensions of the box, the right triangle is an isosceles right triangle, and the length of one side is about 77 cm. In the case of a Japanese house, the distance between the pillars is 90 cm, so that the box is formed with respect to this pillar. If one side is about 77 cm, the front dimension is about 110 cm, and an indoor unit having a lateral width of 60 to 100, for example, 85 cm can be attached within this dimension. Incidentally, in a general design, the vertical dimension of the box is about 50 cm. Since this vertical dimension is a hindrance if it is too large, it is preferably 70 cm or less. It is also possible to make a stand such as a flower stand or a TV stand in an empty space below the box.

  The bottom surface of the box body can be covered with a decorative plate from the lower side after finishing the electrical wiring, the water piping, and the refrigerant piping, so that a beautiful finish can be obtained.

  The angle material is made of steel or resin, divided into an upper member and a lower member of a triangular prismatic box, and each member can be folded freely. It can be done easily.

  As described above, according to the mounting structure of the wall-mounted cooler unit of the present invention, the triangular prismatic box can be formed at the corner of the room, and the indoor unit of the wall-mounted cooler unit can be easily and firmly attached to the front surface.

  Since the indoor unit of the wall-mounted cooler unit is attached to the front portion of the box, the cool air can be efficiently supplied toward the center of the room, and the cooling efficiency is high. Moreover, since electrical wiring, water piping, and refrigerant piping can be installed in the box, construction can be performed easily and reliably.

  A triangular prismatic box is formed in the corner of the room, and an indoor unit is attached to the front. The front and bottom of the box can be decorated with a decorative plate, so the finish can be cleaned with simple construction. it can.

  The box formed near the ceiling in the corner of the room can be crafted using wood, but can also be provided as an off-the-shelf product. As ready-made products, frame and angle materials are combined, and the upper member of the box is divided into lower members, which are further foldable, making it compact and easy to transport and assemble It can be.

  The best mode for carrying out the present invention will be described below with reference to the accompanying drawings. 1 is a plan view showing an embodiment of a wall-mounted cooler unit mounting structure embodying the present invention, FIG. 2 is a side view seen from the direction of arrow F2 in FIG. 1, and FIG. 3 (a) is a triangle used in the present invention. A perspective view of the columnar box viewed obliquely from above in the direction of arrow F3 in FIG. 1, FIG. 3 (b) is an explanatory view of a front decorative plate used on the front of the box, and FIG. 3 (c) is used on the bottom of the box. It is explanatory drawing of a bottom face decorative board.

  As shown in FIGS. 1 and 2, in a Japanese house 1, a corner (corner portion) 5 of a room 4 is configured by intersecting an outer wall 2 and other walls 3 at right angles. The wall 3 may be a partition wall of the room 4 instead of the outer wall. The present invention can be applied when at least one side of the corner of the room is the outer wall 2.

  The wall-mounted cooler unit includes an indoor unit 6, an outdoor unit 7, an electrical wiring 8, a water pipe 9 and a refrigerant pipe 10 that connect the indoor unit 6 and the outdoor unit 7, and a control device such as a remote control (not shown) or a built-in controller. Consists of. A power cord 11 is provided separately from the electrical wiring 8. The indoor unit 6 is provided with an air outlet 6a, from which cold air is supplied toward the indoor central portion 5c.

  The electrical wiring 8 connects between the indoor unit 6 and the outdoor unit 7 and controls the outdoor unit 7 by a control signal from a controller (not shown).

  The water pipe 9 is for discharging drain water generated in the indoor unit 6 to the outside, and must be led to the outside from the drain outlet of the indoor unit 6 with a downward slope. The refrigerant pipe is composed of two reciprocating copper pipes in order to send the evaporated refrigerant to the outdoor unit 7, compress and cool it, condense it later, and return it to the indoor unit 6 side. The electrical wiring 8, the water pipe 9 and the refrigerant pipe 10 are bundled together and passed through the through hole 12.

  Columns 13 are arranged on the walls 2 and 3 at a specified interval (90 cm). The triangular prismatic box 14 of the present invention can be firmly fixed to these columns 13.

  It is preferable that the triangular prismatic box body 14 is positioned so as to be almost in contact with the ceiling 15 in accordance with a general cooler mounting position, and a lower space is provided as shown in FIG. In this way, the height of the lower surface and the floor surface of the triangular prismatic box 14 is about 2 m, so that it does not interfere with the passage of people. Depending on the convenience of the design, a triangular shelf may be provided in this space.

  As shown in FIG. 3A, the triangular prismatic box 14 includes an angle member 16 disposed along the wall 2 side and an angle of about 77 cm in length disposed along the wall 3 side. A right-angled isosceles triangle formed by combining the material 17 and the angle material 18 having a length of about 110 cm, which is stretched at the room inner ends of the angle materials 16 and 17, is provided vertically, and the upper and lower triangles have a height. It is connected by a stay 19 of about 50cm.

  When it shows about the dimension of the indoor unit of a cooler unit, the cooler capacity | capacitance normally used between 6-8 tatami is 1.8-4 kw, the weight 5-10 kg, and a horizontal dimension are 60-80 cm. Therefore, if the angle member 18 having a lateral dimension of about 110 cm is used, it can be applied to most cooler units. In consideration of the design, an angle material with a length of 130 cm is also prepared in order to be able to handle patent dimensions.

  A small hole 20 for inserting a screw is formed in an appropriate portion of each angle member 16, 17, 18 and stay 19, and the small hole 20 is fixed to the pillar 13 by using this small hole, and the front and lower surfaces are shown in FIG. b) The front decorative plate 21 and the bottom decorative plate 22 shown in FIG. The triangular prismatic box 14 shown in FIG. 3 is made of an integral body of a triangular upper member UP and a lower member DOWN, and then the stay 19 is assembled and assembled on site.

  A hole 22 is provided at a required position of the front decorative plate 21 to allow piping to pass therethrough. The indoor unit 6 is fixed at a position indicated by a one-dot chain line.

  After fixing the triangular prismatic box 14 shown in FIG. 3A to a position above the corner 5 of the room 4, a front decorative board 20 is stretched on the front surface.

  The attachment method of the wall-mounted cooler unit after attaching the triangular prismatic box 14 is shown. First, the outdoor unit 7 is installed outdoors. The pipings 8, 9, 10 are passed through the through holes 12.

  Next, the indoor unit 6 is attached to the front surface of the triangular box body 14, and the hand is attached from the bottom side. Since there is a sufficiently wide space at the bottom of the triangular prismatic box 14, free piping can be performed and work can be performed easily when using tools. The drain water gradient can be taken cleanly, so there will be no clogging problems later. Thereafter, the bottom decorative plate 23 is stretched on the bottom surface.

  As described above, the indoor unit 6 of the wall-mounted cooler unit can be attached to the front surface of the triangular prismatic box 14 as shown in FIG. According to the mounting structure of the wall-mounted cooler unit of the present invention, the cool air blown from the outlet 6a of the indoor unit 6 can be supplied toward the central portion 5c of the room 5 to provide a cooling facility with high cooling efficiency. Can do.

  FIG. 4 is an explanatory view showing a triangular prismatic box 27 by a folding type.

  The triangular prismatic box 27 of the present embodiment is configured by being divided into upper and lower members UP and DOWN. Since it is an up-and-down object structure, the upper member UP will be described.

  The upper member UP includes a corner member 24 applied to a corner (corner portion) 5 and a pair of left and right wall-side frames 25R and 25L that are rotatably incorporated at positions shifted up and down at the upper end of the corner member 24. The front frames 26R and 26L are rotatably attached to the ends of the frames 25R and 25L, and the intermediate portions of the frames 26R and 26L are further rotatably supported, whereby the frames 25R, 25L and 26R are supported. 26L takes the shape of an isosceles right triangle, and the front frames 26R and 26L are bent inward so that the whole can be collected into a bundle of frame materials.

  Therefore, by folding both the upper member UP and the lower member DOWN and attaching the stay 19 as shown in FIG. 3A to the set, the set is used as shown in FIG. A triangular prismatic box 27 (not shown) can be assembled. The decorative prisms 21 and 23 shown in FIGS. 3B and 3C can be applied to the assembled triangular prism box 27 as it is.

  In the assembly of the triangular prismatic box 27 shown in FIG. 4, the whole may be assembled and then attached to the corner 5. However, the upper member UP is first fixed, the stay 19 is then attached, and then the lower member DOWN is attached. It can be used according to the circumstances of the contractor, such as mounting, and can be quickly installed.

  Naturally, the triangular prismatic box can be made by adding wood. Further, in the example of FIG. 4, the parts are divided into upper and lower parts and can be folded. However, the folding type is not limited to this. For example, a part or all of the stay may be folded in advance with respect to the upper or lower member. It can also be combined.

  FIG. 4 shows an example of a folding type, and it is assumed that the decorative plates 21 and 23 can be the same as those shown in FIGS. 3B and 3C. However, the decorative plates 21 and 23 are too large due to transportation. Therefore, the decorative board shown in FIGS. 3B and 3C can be easily folded and transported by using a hinge or the like. In this case, in order not to impair the aesthetic appearance of the outer surfaces of the decorative plates 21 and 23, it is natural that the hinge member is positioned inside. Alternatively, a decorative paper or cloth may be pasted. Furthermore, it can also be a combination type instead of folding.

  Although an example of a wooden house is shown, it can be applied to a house other than a wooden house, for example, a house having a concrete structure. In the case of a concrete house, the triangular prismatic box bodies 14 and 27 are fixed using anchor bolts. It can be installed firmly as much as the anchor bolt is used. The power cord 11 may be drawn from the outside of the triangular prismatic boxes 14 and 27. Although it is preferable to install the outlet inside the triangular prismatic box because of the appearance problem, it can be taken out.

  The present invention is not limited to the above-described embodiment, and can be implemented in various aspects by making appropriate design changes.

It is a top view which shows the attachment structure of the wall-hanging type cooler unit which concerns on one Embodiment of this invention. It is the side view which looked at FIG. 1 from the arrow F2 direction. (A) is explanatory drawing which shows embodiment of a triangular prismatic box, and is the perspective view seen from diagonally upward in the arrow F3 direction of FIG. (B) The figure shows a front decorative board, and (c) the figure shows a bottom decorative board. It is explanatory drawing which shows other embodiment of the triangular prismatic box used by this invention, and has shown with the perspective view which looked at the upper member from the downward direction and the lower member from the upper part.

Explanation of symbols

1 House 2 Exterior Wall 3 Other Wall 4 Room 5 Corner (Corner)
6 Indoor Unit 7 Outdoor Unit 8 Electrical Wiring 9 Water Piping 10 Refrigerant Piping 11 Power Cord 12 Through Hole 13 Pillar 14, 27 Triangular Column Box 15 Ceiling 16, 17, 18 Angle Material 19 Stay 20 Small Hole 21 Front Panel 22 Hole 23 Bottom decorative plate 24 Corner member 25R, 25L Upper frame 26R, 26L Lower frame UP Upper member DOWN Lower member

Claims (5)

  In the position near the ceiling at the corner of the room, it forms a right triangle as seen from the plane, forms a triangular prismatic box with the right angle portion hitting the corner, and is wall-mounted on the front part of the box A mounting structure for a wall-mounted cooler unit, wherein an indoor unit of the cooler unit is mounted.   The said box is comprised combining a flame | frame and an angle material, The inside is hollow, The flat plate for attaching the indoor unit of the said wall mounted type cooler unit was fixed to the front. Mounting structure for wall-mounted cooler unit.   The wall-mounted cooler unit mounting structure according to claim 1 or 2, wherein the front and lower surfaces of the box are decorated with a decorative plate.   The mounting structure for a wall-mounted cooler unit according to any one of claims 1 to 3, wherein the box has a hollow structure, and electrical wiring, water piping, and refrigerant piping are installed in the hollow portion. .   The wall-mounted cooler unit according to claim 2, wherein the frame and the angle member are made of steel or resin, are divided into an upper member and a lower member, and are further foldable. Mounting structure.

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