JPS5830885Y2 - Installation equipment for exterior panels in unit rooms - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an improvement in a mounting device for attaching an exterior panel to the outer periphery of a main body of a unit room, more specifically, a unit bath, a sanitary unit, etc.

Conventionally, this type of exterior panel mounting device was
There is one published in No. 29494.

The mounting device in this conventional product includes a rail extending horizontally on the outer peripheral surface of the unit main body, a clip that slidably engages with the rail, and an exterior pillar that is detachably attached to the clip.

However, when the unit body is installed in a predetermined location, bending and deformation of the unit body itself occurs via the rails and clips, causing the exterior pillar to become misaligned, and the exterior panel attached to the exterior pillar also suffers as a result. There is a problem in that it is installed in an inclined position.

The present invention was made in view of the above-mentioned conventional circumstances, and its purpose is to absorb the bending deformation of the unit itself when it is installed in a predetermined place, and to prevent the unit from being unrelated to the unit itself. It is an object of the present invention to provide an apparatus for mounting exterior panels in a unit room in which exterior panels can be vertically arranged.

The basic structure is that the horizontal piece of the mold tie material is fixed horizontally to the outer wall of the unit body, which has a rectangular shape in plan.
A U-shaped intermediate material connected to the slab through a long hole so as to be movable back and forth, and a U-shaped receiving material connected to the slab through a long hole so as to be movable back and forth, and located parallel to the intermediate material and the connecting material; A column for mounting an exterior panel whose lower end is loosely fitted into the receiving material and whose upper portion is connected to the intermediate material via a clamping material and moves back and forth on the slab together with the receiving material following the movement of the intermediate material. The supporting column can be moved left and right with respect to the intermediate member by releasing the upper clamping piece.

Hereinafter, an example of implementation of the present invention will be described based on the drawings.

In the figure, reference numeral 1 denotes a unit main body, which has a box-like shape, into which a toilet bowl, a bathtub, etc. are attached, and a connecting material 3 is fixed to the unit main body.

The connecting material 3 is a molded material that is attached to the ceiling part 7 of the unit body 1.
A horizontal piece 8 of this tie material 3 is fixed to the outer wall surface.
An intermediate material 6 is connected to the top.

The intermediate material 6 has a "shaped" shape, and the horizontal piece 9 has long holes 10 at appropriate intervals, and screws 11, etc. are inserted into the long holes 10, and the connecting material 3 and the horizontal piece 8 are inserted. By connecting and loosening the set screw 11, the intermediate material 6 itself is connected to the connecting material 3.
It can be adjusted freely forward and backward.

Then, a support 5 that stands up on the receiving material 4 is attached to this intermediate material 6 via a clamping material 12.

The receiving material 4 has a U-shaped cross section, and has a long hole 10' drilled in the same way as the intermediate material 6, and is attached to the slab 13 with a set screw 11 or the like in the long hole 10'. The receiving member 4 has a vertical cross-sectional opening shape having a slit 15 along the longitudinal direction on the surface facing the unit body 1, and the lower end is loosely fitted into the receiving member 4. A plurality of pillars 5 are erected at appropriate intervals.

The clamping material 12 is a rectangular flat plate with only the central part cut out from the outer periphery so that only that part has a narrow width, and this narrow width part 14 is positioned in the slit 15 of the support column 5, and the clamping pieces on both sides are formed. By bending the portion 16 and positioning the clamping piece portion 16 between the slit 15 and the inside and outside of the column 5, the screw 11 inserted through the slit 15 is tightened. The vertical piece 17 of the intermediate member 6 is crimped and clamped on the support 5 surface to connect the intermediate member 6 and the support 5.

Furthermore, if this set screw 11 is loosened, the connection with the intermediate member 6 is released, so that the support column 5 can freely move left and right using the support member 4 as a guide, and the clamping member 12 itself can also freely move up and down with respect to the support column 5. Become.

Therefore, the abrasion deformation that occurs when the unit body 1 is installed at a predetermined location (corner of the building frame 2) is absorbed without being transmitted to the support column 5 within the range of the elongated hole 10. If it is outside the range, it will be absorbed by the horizontal forward movement of the support 5 within the range allowed by the elongated hole 10', and the support 5 will not be tilted.Therefore, even if the unit body 1 is bent, the support 5 will always be maintained in a vertical state. be done.

Then, by fixing the exterior panel 19 to the back of the modified support column 5 using screws 11' or adhesive, the exterior panel 19
Installation is easy to complete.

Incidentally, 20 is a machine screw, which is a fixing screw after the position of the support column 5 has been determined.

Further, the reason why the support column 5 is made to be able to move left and right within the receiving member 4 is to allow use of exterior panels 19 of various widths.

As described above, the present invention consists of a type of intermediate material that is horizontally fixed to the outer wall surface of the unit main body, which has a rectangular planar shape, and is connected to the horizontal piece of the mold connecting material through a long hole so as to be movable back and forth. A U-shaped receiving material is connected to the slab through a long hole so as to be movable back and forth, and is located parallel to the intermediate material and the connecting material. It consists of a vertical support for mounting the exterior panel that is connected to the intermediate material and moves back and forth on the slab along with the receiving material to follow the movement of the intermediate material, so there is no deflection that occurs when the unit body is installed in a specified location. If the deformation is within the range of the long hole in the intermediate material, it will be absorbed without being transmitted to the support column, and if it is outside the range of the long hole, the horizontal forward movement of the support within the range allowed by the long hole in the receiving material (from the unit body) will be absorbed. (in the direction of separation) to prevent the column from tilting.

Therefore, even if the unit body undergoes flexural deformation, the support for mounting the exterior panel is always maintained in a vertical state, and the exterior panel can be arranged vertically.

Furthermore, the clamping material is a clamping piece that faces inside and outside of the pillar and has a narrow part narrower than the slit width opened along the longitudinal direction on the face of the pillar facing the unit main body as the apex, and a slit is sandwiched between the narrow parts. The clamping pieces of the clamping member are fastened to each other via a set screw inserted through a slit, and the supporting column facing the unit body below the set screw is fixed. The vertical piece of the intermediate material is crimped and clamped on the opposing surface to connect the intermediate material and the column, so by loosening the set screw, the column can be moved from side to side. Even if the width of the exterior panel changes due to the change, the mounting device can be shifted in response to the change, making it possible to provide a mounting device that can be applied over a wide range of areas.

Therefore, the intended purpose can be achieved.

[Brief explanation of drawings]

Fig. 1 is a partially cutaway plan view of an exterior panel being installed on the exterior wall of a unit room using the mounting device of the present invention, Fig. 2 is a sectional view taken along the line X-X, and Fig. 3 is a main part. An enlarged perspective view with a portion cut away. In the figure: 1: Unit body, 2: Building frame, 3: Connecting material, 4: Receiving material, 5: Support column, 6: Intermediate material, 8: Horizontal piece of joining material, 9.17: Horizontal piece of intermediate material part and vertical piece part, 10: Long hole in intermediate material, 10': Long hole in receiving material, 11: Stop screw, 12: Holding material, 13 Varnish slab, 14: Narrow width part, 1
5 Nislit, 16: Holding piece part, 19: Exterior panel.

Claims (1)

[Scope of utility model registration request] The intermediate material of the mold is horizontally fixed to the outer wall of the unit main body, which has a rectangular shape in plan, and is connected to the horizontal piece of the mold connecting material through a long hole so that it can move back and forth. A U-shaped receiving member is connected so as to be movable back and forth and is located parallel to the intermediate member and the connecting member in plane, the lower end is loosely fitted into the receiving member, and the upper part is connected to the intermediate member via a clamping member. It consists of a vertical support for mounting an exterior panel that moves back and forth on the slab along with the receiving material following the movement of the intermediate material, and the above-mentioned support has a slit opened along the longitudinal direction on the surface facing the unit main body. At the same time, the clamping material is formed into an N-shape with a narrow part narrower than the width of the slit being the apex, and clamping pieces facing inside and outside of the support that sandwich the slit hanging from the narrow part. Become,
The clamping pieces of the clamping material are fastened to each other via a set screw inserted through the slit, and the vertical piece of the intermediate member is crimped and clamped to the opposite surface of the column facing the unit body below the set screw. A mounting device for exterior panels in unit rooms that connects timber and supports.