JPS6224680Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an improvement in a mounting device for studs and corner pillars that are erected and supported on the draining part of a floor pan and a bathtub with a washing area, and that connect wall bodies to each other.

Conventionally, when studs and corner posts are vertically supported on a floor pan or a bathtub with a washing area, a pilot hole is drilled in advance in the water return board, and a hole is drilled in the stud or corner pillar that corresponds to the pilot hole. When they are aligned, a mounting screw is attached to the tip of a screwdriver, and the mounting screw is screwed into the prepared hole to support the corner post or stud.

However, work efficiency is poor because it is necessary to simultaneously support the studs and corner posts with one hand and operate a screwdriver with one hand to align and screw the mounting screws into the prepared holes.

The purpose of this invention is to forcibly push down the studs and corner pillars from above along the floor pan and water return plate around the bathtub with washing area, and then move the studs and corner pillars to the wall-mounted board. To provide a mounting device for studs and corner posts of a unit room that can be supported upright.

Embodiments of the present invention will be described below with reference to the drawings.

A in the figure is a unit room, and this unit room A has a rectangular planar shape, and a bathtub with a wash area 1A with a drainer 3 raised on the periphery, and a corner supported upright at the middle of the drainer 3 corner. Pillar 1,
The side edge piece 2B at the end of the side wall panel 1B, which is the wall body B, is engaged with the stud 2, and the upper opening is covered with a ceiling wall panel (not shown) to form.

The studs 2 and the corner posts 1 are hollow inside, and a slit 4 for engaging the side edge piece 2B of the side wall panel 1B is provided over the entire length in the front panel portion 1a facing the inside of the unit room A.
After the side edge piece 2B is engaged with the slit 4, a joint material (not shown) is fitted to connect the adjacent side wall panels 1B, 1B.

These studs 2 and corner posts 1 are connected to a horizontal wall-mounted plate portion 3b that protrudes to the periphery of the bathtub with washing area 1A via a shaft with a head 7, a guide notch 5, and an engagement hole 8, The draining section 3 consisting of the return plate section 3a is supported upright on the wall mounting plate section 3b.

The shaft 7 with a head projects from the water return plate portion 3a toward the inside of the unit room A, and the protruding length X of the shaft portion 7a from the water return plate portion 3a is set to The length is the same as the thickness of the attachment plate portion 1b attached to the face plate portion, that is, the water return plate portion 3a.

The guide notch 5 is formed in the connecting plate portion 1b of the corner post 1 and the stud 2 so that the distance between both edges of the notch decreases as it goes upward from the lower edge thereof.
The interval Y between both notch edges of the upper end, that is, the boundary 6 with the engagement hole 8, is made slightly smaller than the diameter of the shaft 7a of the head-equipped shaft 7.

The engagement hole 8 is formed in the splicing plate portion 1 of the stud 2 and corner post 1 that corresponds to the head-equipped shaft 7 on the upper part of the guide notch 5.
A hole is opened in b in communication with the guide notch 5, and the spacing Z between opposing hole edges is smaller than the diameter of the head 7b of the head-equipped shaft 7 and larger than the diameter of the shaft portion 7a.

Then, the guide notch 5 is fitted onto the shaft portion 7a of the head-equipped shaft 7, and the stud 2 and the corner post 1 are inserted from above. Then, the stud 2 and the corner post 1 are prevented from moving downward because the shaft portion 7a is sandwiched between the boundary 6 between the guide notch 5 and the engagement hole 8, but in this state, force is applied to the stud. 2. Forcibly push down the corner post 1 until the shaft portion 7a is positioned inside the engagement hole 8. In this state, the stud 2 and the corner post 1 have the splicing plate portion 1b,
The head-equipped shaft 7 is supported upright on the wall-mounted plate part 3b while being sandwiched between the head part 7b and the water return plate part 3a.

In addition, when the shaft 7 with a head is made of screws 9, the screws 9 are temporarily fastened to the water return plate part 3a in advance, and the screws 9, which have been temporarily fastened, are Forcibly push down the pillar 1 and release the spiral part 9a.
into the engagement hole 8, stand the stud 2 and corner post 1 on the wall mounting plate part 3b, and insert the screw 9 into the screwdriver 10.
etc., and the splicing plate part 1b is held between the water return plate part 3a and the screw head 9b to support the stud 2 and the corner post 1 so that they cannot fall sideways.

As described above, the present invention is directed to a wall-mounted plate portion of a stepped draining portion that is composed of a horizontal wall-mounted plate portion and a vertical water return plate portion that protrude from the periphery of a floor pan or a bathtub with a washing area. In the mounting device for vertically supporting studs and corner posts while attached to the water return board,
A shaft with a head protrudes toward the inside of the unit room on the water return plate portion of the water draining portion, and corresponds to the head shaft at the attached plate portions of the studs and corner posts attached to the water return plate portion. An engaging hole is formed in the position where the shaft is connected to the guide notch formed from the lower edge, and the protruding length of the shaft portion of the head-equipped shaft from the water return plate portion is determined by the stud, The length is the same as the thickness of the connecting plate of the corner post, and the distance between the opposing edges of the engaging hole is smaller than the diameter of the head of the shaft with a head, and The spacing between the guide notches is larger than the diameter of the shaft portion, and the spacing between both edges of the notch edges at the boundary with the engagement hole is slightly smaller than the diameter of the shaft portion of the head-equipped shaft, and Since the spacing between both lower notch edges is increased gradually as you go lower, the following effects can be obtained.

Insert the studs and corner posts from above into the shaft of the head-equipped shaft while fitting the guide notch externally. Since the shaft portion of the time post and corner post is sandwiched between the guide notch and the engagement hole, downward movement is restricted, but in this state, force is applied to move the stud and corner post. Forcibly push down the shaft portion until it is positioned within the engagement hole. Then, the studs and corner posts are erected and supported on the wall mounting plate part with the attachment plate part sandwiched between the head of the head-equipped shaft and the water return plate part. Therefore, by simply pushing down the studs and corner posts from above along the water return board around the bathtub with floor pan and washing area, the studs and corner posts can be supported upright on the wall-mounted board. The installation work can be simplified.

Thus, the intended purpose can be achieved.

[Brief explanation of the drawing]

Figures 1 to 3 show the mounting state of a corner post as a first embodiment of the stud/corner post mounting device of the present invention, and Figures 4 to 6 show the mounting state of the stud/corner post of the present invention. As a second embodiment, the state in which the studs are attached is shown, and FIG. 1 is a partially cutaway perspective view showing the state in which the corner posts are attached. Figure 2 is a side sectional view showing the corner post installed, Figure 3 is a front view of the same with a portion cut away, Figure 4 is a front view showing the stud installed, and Figure 5 is the installed condition. 6 is a side sectional view of the same, and FIG. 7 is a partially cutaway perspective view showing how the corner post is attached when a screw is used as the head-attached shaft portion. FIG. 8 is an exploded view of the unit room. In the figure, 1A: bathtub with washing area, 3: draining section,
3a: water return board part, 3b: wall mounting board part, 1: corner post, 2: stud, 4: slit, 1a: front board part,
5: Guide notch, 8: Engagement hole, 6: Boundary part,
A: unit room, B: wall, 1b: attachment plate, 7: shaft with head, 7a: shaft of shaft with head,
7b: Head of the head-equipped shaft, Z: Distance between opposing edges of the engagement hole, Y: Distance between both notch edges at the boundary with the engagement hole.

Claims (1)

[Scope of utility model registration request] On the wall-mounted plate part of the stepped draining part, which consists of a horizontal wall-mounted plate part and a vertical water-return plate part that protrudes from the periphery of the floor pan or bathtub with washing area, there is a water-return plate part. In a mounting device for erecting and supporting studs and corner posts in a state in which they are attached, a shaft with a head is protruded toward the inside of the unit room from a water return plate portion of the above-mentioned draining portion, and a stud attached to the water return plate portion is provided. ,
An engagement hole is formed in the connecting plate portion of the corner post at a position corresponding to the head-equipped shaft so as to communicate with a guide notch formed from the lower edge, and the shaft portion of the head-equipped shaft is connected to the guide notch formed from the lower edge. The length of the protrusion from the water return plate part is the same as the thickness of the splicing plate part of the stud and corner post,
The spacing between opposing hole edges of the engagement hole is smaller than the diameter of the head of the shaft with a head and larger than the diameter of the shaft of the shaft with the head, and the guide notch is The distance between both edges of the notch edge at the boundary with the engagement hole is set to be slightly smaller than the diameter of the shaft portion of the head-equipped shaft, and the distance between both edges of the notch edge below the boundary portion increases as it goes lower. Installation equipment for studs and corner posts of a temporary unit room.