JP3040904U - Assembly type push-in - Google Patents

Abstract

(57) [Abstract] [PROBLEMS] To provide an assembly-type press that can be easily and efficiently installed and can finish a press of good quality regardless of the skill level of a craftsman. SOLUTION: Standardized vertical members 11, 12 and horizontal members 13, 14,
The frame frame 10 is configured by combining 15, 16, 18, and 19, and the standardized back plate 40, side plate 41, and ceiling plate 42 are attached, and then the frame frame 10e is loaded into a plurality of floor frame portions 10e. A level adjusting leg bolt 30 provided at a location is inserted into a driver insertion hole 27 provided in the floor frame portion 10e and rotated to adjust the installation height and levelness of the frame 10, and then standardized. The floor plate 43 and the shelf plates 44 and 45 are attached, and the floor plate 43 covers the level adjusting leg bolts 30.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention mainly relates to an assembling type push-in used in an apartment house.

[0002]

[Prior art]

 Conventionally, in the case of push-in provided in the interior of an apartment house such as a high-rise house, columns are set up at the four corners of the push-in installation space, and the columns are placed between the columns except for the front side (opening side of the push-in) of these columns. Edges are installed in multiple steps, and back plates and left and right side plates are attached to these furring strips, and ceiling boards are installed on the furthest furrow on the uppermost row, and kamoi and sills are placed above and below the front pillars. After placing the timber on the floor and adjusting the height of the sill and the joist from the floor by sandwiching wood pieces as spacers, attach the floor board on the joist and attach the shelf board. It is configured.

[0003]

[Problems to be solved by the device]

 However, the above-mentioned conventional push-in measures the width, depth, and height of the push-in installation space at the push-in installation site and adjusts accordingly to the pillars, furring strips, backboards, side boards, ceiling boards, kamoi materials, joists, and sills. In addition to cutting push-in components such as timber, floorboards, and shelves to the required dimensions, pillars and joints such as duck and sill timbers are notched to join them. However, since these push-in components must be installed one after another in a narrow push-in installation space, not only is it time-consuming to install, but there is a big difference in the finished quality depending on the skill level of the craftsman. There was a problem.

The present invention is intended to provide an assembly-type press that can be easily and efficiently installed and can finish a press of good quality regardless of the skill level of a craftsman. is there.

[0005]

[Means for Solving the Problems] The assembling type push-in according to the present invention is a framework frame formed by combining a plurality of vertical members and horizontal members in a three-dimensional frame shape, and a plurality of locations of a bottom frame portion of the framework frame. , A level adjusting leg bolt having a driver engaging groove on the upper end surface and a foot member abutting on the floor surface on the lower end portion, the rear frame portion of the frame, left and right side frame portions, and a ceiling frame. Horizontal members that constitute the bottom frame portion of the horizontal members, each of which is composed of a back plate, left and right side plates, a ceiling plate, and a floor plate that are attached to the frame and the floor frame part, and a shelf plate that is provided in the framework frame. At the inner edge of the crosspiece, there is provided a floorboard receiving portion formed lower than the top surface of the crosspiece by the thickness of the floorboard. This driver is placed in the driver insertion hole that penetrates vertically in the floor plate receiving section. It is provided so that it is screwed into a nut member fixed to the lower part of the cross member corresponding to the river insertion hole, the upper end is inside the driver insertion hole, and the lower end part projects below the cross member. The floor plate is characterized in that after the level adjusting leg bolt is turned to adjust the downward projecting height, the floor plate edge portion is fitted into the floor plate receiving portion and attached to the bottom frame portion. is there.

According to the assembling type push-in of this invention, a plurality of vertical members and horizontal members are combined to assemble a three-dimensional frame-shaped frame, and a back plate, left and right side plates, a ceiling plate, and a floor plate and a shelf plate are attached to the frame. Therefore, in addition to the vertical and horizontal members that make up the frame, it is also possible to install the back plate, side plate, ceiling plate, floor plate, shelf plate, etc. that are attached to this frame. The dimensions can be standardized.

Therefore, these indented components are cut into a predetermined size, and the components to be spliced by mortise splicing are made into standard materials that have undergone notching for splicing. The materials can be assembled by simply combining the materials at the installation site.

[0008] Furthermore, since the skeleton frame is provided with the level adjusting leg bolts provided at a plurality of locations on the bottom frame portion thereof, the skeleton frame can be installed in the push-in installation space after the frame frame is assembled and then the push-in installation is performed. It can be carried out by carrying it into a space and adjusting the installation height and the levelness of the frame by the level adjusting leg bolts.

Therefore, the framework frame may be assembled in a wide space outside the pushing-in installation space, so that the framework frame can be assembled with good workability in an environment where there are no obstacles in the surroundings. In this case, of the back plate, the left and right side plates, the ceiling plate, and the floor plate and the shelf plate, other plate materials except the floor plate or the floor plate and the shelf plate are put into the frame before pushing the frame into the installation space. Once installed, these plates can be installed in a wide space outside the press-fitting installation space with good workability.

Further, the adjustment of the installation height and the levelness of the frame frame is performed by inserting a driver from above into a driver insertion hole of a horizontal member that constitutes the bottom frame part of the level adjustment leg bolt. This can be easily done by engaging the dowel groove, turning the leg bolt with this driver, and adjusting the protruding height downward.

Further, the floor plate may be attached after the frame frame is carried into the pushing-in installation space and the installation height, levelness and the like are adjusted by the level adjusting leg bolts, and the floor plate is attached to the edge portion thereof. By fitting the to the floor plate receiving part of the horizontal member that constitutes the bottom frame part of the frame and attaching it to the bottom frame part, the driver insertion hole and level adjustment leg bolts provided in the floor plate receiving part are covered with the floor plate. Can be hidden.

Therefore, according to the assembling type push-in of the present invention, it is possible to easily and efficiently perform the installation and construction, and to finish the push-in of good quality regardless of the skill level of the craftsman.

[0013]

[Embodiment of the invention]

 An embodiment of the present invention will be described below with reference to FIGS. FIG. 1 is a perspective view of an assembled completed state of the assembling type push-in. In this assembling type pushing, a plurality of vertical members and horizontal members are combined to assemble a three-dimensional frame-shaped frame 10, and the frame 10 is provided with a spine. The plate 40, the left and right side plates 41, the ceiling plate 42, the floor plate 43, the middle shelf plate 44, and the pillow shelf plate 45 are attached and assembled.

FIG. 2 is a perspective view of the assembled frame 10. The frame 10 includes two longitudinal members 11 and 12 which are pillar members at four corners of the indentation, and two left and right front members. Two vertical members (hereinafter referred to as rear vertical members) (hereinafter referred to as rear vertical members) that connect the upper end portions and the lower end portions of the vertical members (hereinafter referred to as front vertical members) 11 to each other. The upper and lower rear lateral members 15, 16 connecting the upper and lower end portions of the vertical longitudinal members 12 and the intermediate portions of the upper and lower rear lateral members 15, 16 for reinforcement. The upper and lower ends of the intermediate vertical member 17, the front vertical member 11 and the rear vertical member 12 on one side, and the upper end parts and the lower end parts of the other front vertical member 11 and the rear vertical member 12 on the other side, respectively. It is composed of two upper and lower lateral members 18 and 19 which are respectively connected to each other.

That is, the frame 10 includes a front frame member 10a composed of two right and left front vertical members 11 and two upper and lower front horizontal members 13 and 14, and two left and right rear vertical members 12. A rear frame portion 10b composed of two upper and lower rear cross members 15, 16 and an intermediate vertical member 17, the front vertical member 11, the rear vertical member 12, and two upper and lower side horizontal members 18, Left and right side frame portions 10c constituted by 19, a ceiling frame portion 10d constituted by upper side members 13, 15 and 18 of front and rear and side members, and lower side members. It has a three-dimensional frame shape including a floor frame portion 10e composed of 14, 16, and 19.

The front frame portion 10a of the frame structure 10 constitutes a press-in opening portion, and the upper and lower front side cross members 13 and 14 serve both as a duck material and a sill material. The assembly type push-in of this embodiment uses a fusuma as a fitting to be installed in the opening, and the lower cross member also serves as a sill material and the lower face of the upper cross member 13 which also serves as a duck material. The upper surface of 14 is provided with the guide grooves 21 and 22 for the sliding doors.

The vertical members 11 and 12 and the horizontal members 13, 14, 15 and 16 other than the intermediate vertical member 17 have inner corners, respectively, of a back plate 40, a side plate 41, and a ceiling plate 42. In addition, plate receiving portions 23, 24, 25, 26 formed by cutting out are provided at the same depth as the thickness of the floor plate 43. The intermediate vertical member 17 is a square member whose thickness in the front-rear direction is substantially the same as the width of the rear lateral members 15 and 16 excluding the plate receiving portions 25 and 26.

Of the plate receiving portions 23, 24, 25, 26, the plate receiving portion 23 provided on the front vertical member 11 is a receiving portion for attaching the front edge portion of the side plate 41, and the rear vertical portion. The plate receiving portion 24 provided on the material 12 is a receiving portion for attaching the rear edge portion of the side plate 41 and the side edge portion of the back plate 40.

Further, the plate receiving portion 25 provided on each of the cross members 13, 15, 18 constituting the ceiling frame portion 10d is a receiving portion for attaching the peripheral edge portion of the ceiling plate 42, of which the rear side The plate receiving portions 25 provided on the member 15 and the left and right lateral members 18 also serve as receiving members for attaching the upper edge of the back plate 40 or the side plate 41.

Further, the plate receiving portion 26 provided on each of the horizontal members 14, 16 and 19 which constitutes the bottom frame portion 10e is a floor plate receiving portion for mounting the peripheral edge portion of the floor plate 43, and the rear side lateral portion of the floor plate receiving portion. The floor plate receiving portions 26 provided on the member 16 and the left and right lateral members 19 also serve as plate receiving portions for attaching the lower edges of the back plate 40 or the side plates 41.

The vertical members 11 and 12, the horizontal members 13, 14, 15, 16 and the intermediate vertical member 17 which constitute the frame 10 are made of wood having a thickness corresponding to the strength required for the predetermined size. The constituent material that is cut into pieces and joined by tenon joining is a standard material that is notched for joining. The length of each material is the frame frame 10 that is constructed by combining these. The height, width, and depth of the housing are set so that they fit within the space for installation in the housing complex with some room.

In this embodiment, the vertical members 11 and 12 and the horizontal members 13, 14, 15 and 16 are joined together by a mortise joint, and the end surface of the intermediate vertical member 17 is formed into the rear horizontal members 15 and 16. The notches a for joining the tenon are provided at the ends of the longitudinal members 11 and 12 and the lateral members 13, 14, 15, and 16, respectively.

Further, in this embodiment, the joining portion of the vertical members 11 and 12 and the horizontal members 13, 14, 15, 16 and the abutting portion of the intermediate vertical member 17 and the rear horizontal members 15, 16 are joined. Since they are fixed by bolts, respectively, although not shown, one component material to be bolted has an ogre nut embedded in it, and the other component has an insertion hole for a fixing bolt.

Further, the bottom frame portion 10e is provided with a plurality of level adjusting leg bolts 30 for adjusting the installation height of the frame 10 and the water level. In this embodiment, the level adjusting leg bolts 30 are provided at both ends and the middle of the front and rear lateral members 14, 16 and 19 of the lateral members 14, 16 and 19 constituting the bottom frame portion 10e. It is provided.

The level adjusting leg bolts 30 are plate receiving portions provided on the inner edges of the front and rear cross members 14 and 16, that is, the floor plates 43 of the floor plates 43 with respect to the upper surfaces of the cross members 14 and 16. It is provided so as to correspond to the floor plate receiving portion 26 formed to be lower by the thickness.

FIG. 3 is an enlarged cross-sectional view taken along the line III-III in FIG. 2. The level adjusting leg bolt 30 is pushed into the lower end portion of the bolt main body 31 having the driver engaging groove 32 on the upper end surface. A foot member 33 that comes into contact with a floor surface (for example, a concrete floor surface) A of the installation portion is provided so that its center portion is loosely fitted to the lower end portion of the bolt body 31 and is rotatable and tiltable.

The level adjusting leg bolts 30 are provided in the vertical plate-like driver insertion holes 27 provided in the floor plate receiving portions 26 of the horizontal members 14 and 16 so as to correspond to the driver insertion holes 27. The nut member 34 fixed to the lower portion is screwed, and the upper end is provided in the driver insertion hole 27 and the lower end portion is provided so as to protrude below the cross members 14 and 16.

The nut member 34 is a flanged nut having a flange portion 35 having cut-and-raised pawls 36 at a plurality of locations at its lower end. The nut portion is inserted into the driver insertion hole 27 to cut the flange portion 35. The raised claws 36 are fixed to the lower surfaces of the cross members 14 and 16 by driving them.

Although the driver insertion hole 27 is preliminarily drilled in the cross members 14 and 16, even if the nut member 34 is preliminarily attached, it is driven into the driver insertion hole 27 at the push-in installation site. If the nut member 34 is previously attached, the level adjusting leg bolt 30 may be attached to the nut member 34 in advance, or be attached at the push-in installation site. Good.

The back plate 40, the left and right side plates 41, the ceiling plate 42, the floor plate 43, the middle shelf plate 44 and the pillow shelf plate 45 attached to the frame 10 are made of plywood or the like with a predetermined length. It is a standard material cut into a width and a width, and its size is set according to the size of the frame 10.

In addition to the back plate 40, the left and right side plates 41, the ceiling plate 42, the floor plate 43, the middle shelf plate 44, and the pillow shelf plate 45, the assembly type push-fit of this embodiment is as shown in FIG. 2 left and right middle standing members 46, one ceiling back rail 47 and one floor back rail 48, three middle rack frames 49a, 49b, 49c, and two pillow rack frames 50a. , 50b.

Among these constituent materials, the middle standing member 46 supports the middle frame 49b of the middle rack frame and the front frame 50a of the pillow frame frame. The middle standing member 46 is vertically attached to the vicinity of the middle of the side frame portion 10c by screwing both ends thereof to the upper and lower cross members 18, 19 of the side frame portion 10c of the frame structure 10.

The ceiling back rail 47 supports the ceiling plate 42 from its back side, and the floor back rail 48 supports the floor plate 43 from its back side. The ceiling back rail 47 has its both ends described above. It is fixed to the side surface of the upper end portion of the middle standing member 46 with screws at the same level as the ceiling frame portion 10d, and the floor back rail 48 has both ends thereof on the side surface of the lower end portion of the middle standing member 46 with screws. It is stopped and attached at the same level as the floor frame portion 10e.

The middle shelves frames 49a, 49b, 49c are horizontally installed at the installation height of the middle shelves 44 to support the middle shelves 44, of which the front frame 49a is Both ends of the front frame 10a of the skeleton frame 10 are attached to the rear surfaces of the left and right vertical members 11 with screws, and the center frame 49b is attached with both ends thereof to the side surfaces of the left and right centering members 46 with screws. Both ends of the rear frame 49c are fixed to the left and right vertical members 12 and the intermediate vertical members 17 of the rear frame portion 10b of the framework frame 10 with screws.

Further, the pillow rack frames 50a and 50b are provided horizontally at the installation height of the pillow rack plate 45 to support the pillow rack plate 45, and the front frame 50a of them is at both ends thereof. Are attached to the side surfaces of the left and right centering members 46 with screws, and the rear frame 50b is screwed with its both ends to the left and right vertical members 12 and the intermediate vertical members 17 of the rear frame portion 10b of the framework frame 10. Installed.

The above-mentioned middle standing member 46, ceiling back rail 47 and floor back rail 48, middle rack frames 49a, 49b, 49c and pillow rack frames 50a, 50b also have thicknesses corresponding to the required strength. It is a standard material obtained by cutting the above wood into a predetermined size, and its length is also set according to the size of the frame 10.

That is, in the assembling-type indentation of this embodiment, all of its constituent materials are standardized, and each of the constituent materials is necessary to be lumbered in a lumber factory to form one indentation. The components are shipped as a set and assembled and installed at the push-in installation site.

Explaining the procedure, first, the skeleton frame 10 is assembled in a wide space outside the pushing installation space. If the nut members 34 for mounting the level adjusting leg bolts 28 are not attached in advance to the cross members 14 and 16 that constitute the bottom frame portion 10e of the frame 10, the driver insertion holes of the cross members 14 and 16 are inserted. The nut member 34 is driven into the portion 27 to be fixed, and the level adjusting leg bolt 30 is attached to the nut member 34, and then the assembling of the frame 10 is started.

The framing frame 10 is constructed by first assembling the front frame member 10a by combining the left and right front vertical members 11 and the upper and lower front horizontal members 13, 14 together with the left and right rear vertical members. The rear frame portion 10b is assembled by combining the material 12 and the two upper and lower rear transverse members 15, 16 and the intermediate vertical member 17, and the front frame portion 10a and the rear frame portion 10b are connected to the side transverse member 18, Assemble by connecting with 19.

In this case, the vertical members 11, 12 and the horizontal members 13, 14, 15, 16 and the intermediate vertical member 17 which constitute the frame structure 10 are standard materials cut in advance to predetermined dimensions. , These components can be used as they are without any on-site dimensional adjustment.

Further, the vertical members 11, 12 and the horizontal members 13, 14, 15, 16 are combined by joining the respective ends with a mortise and bolting them together, and the intermediate vertical member 17 is The end faces are attached to the rear transverse members 15, 16 by bolting them together. The vertical members 11, 12 and the transverse members 13, 14, 15, 16 are provided with notches a for joining the mortises in advance. In addition, since the demon nut is embedded in one of the components to be bolted and the fixing bolt insertion hole is drilled in the other, these components are combined with good workability to form the framework frame 10. Can be configured.

After assembling the frame 10 shown in FIG. 2 in this way, as shown in FIG. 4, the back plate 40 is attached to the rear frame portion 10b of the frame 10 from the inside of the frame 10, and after that, The side plates 41 are attached to the left and right side frame portions 10c from the inside of the framework frame 10, respectively.

The back plate 40 has its peripheral edge portion fitted into the plate receiving portions 24 and 25 of the left and right rear vertical members 12 and the upper and lower rear horizontal members 15 and 16 which form the rear frame portion 10b. The side plate 41 is fixed to the plate receiving portions 24 and 25 and the intermediate vertical member 17 with a hidden nail, and the side plate 41 has peripheral portions thereof at the front and rear vertical members 11 and 12 and the upper and lower side lateral members 18 and 19, which constitute the side frame portion 10c. It is fitted into the plate receiving portions 23, 24, 25 of and fixed to the plate receiving portions 23, 24, 25 with hidden nails.

In this case as well, since the back plate 40 and the side plate 41 are standard materials that have been cut into a predetermined length and width in advance, there is no need for dimensional adjustment on site and the mounting of the back plate and the side plate 41 is not necessary. This can be easily done by fitting the peripheral portions of the plate 40 and the side plate 41 into the plate receiving portions 24, 25 and 23, 24, 25 and nailing them.

Next, as shown in FIG. 5, the middle standing members 46 are vertically attached to the inner surfaces of the side plates 41 near the middle of the left and right side frame portions 10c, respectively, and the ceiling frame portion 10d is attached. Then, the ceiling back rail 47 and the floor back rail 48 are attached to the bottom frame portion 10e.

In this case, the middle stand member 46 is attached by screwing both ends thereof to the upper and lower cross members 18 and 19 of the side frame portion 10c, and the ceiling back rail 47 and the floor back rail 48 are attached at both ends thereof. The parts are attached to the side surfaces of the upper end and the lower end of the middle stand member 46 with screws, and the middle stand member 46, the ceiling back rail 47 and the floor back rail 48 are also cut to a predetermined length in advance. Since it is a standard material, it can be installed as it is without any dimensional adjustment on site.

In this case, if the mounting positions of the middle standing members 46 are marked on the cross members 18 and 19 for fixing the middle standing members 46 with screws, the middle standing members 46 can be easily positioned. If the position of the middle stand member 46 is determined, the mounting positions of the ceiling back rail 47 and the floor back rail 48 which are screwed to the center stand member 46 are also determined.

Next, as shown in FIG. 6, the pillow rack frames 50a and 50b are attached in the order of the rear frame 50b and the front frame 50a, and the middle rack frames 49a, 49b and 49c are attached to the rear frame 49c. Install the middle frame 49b and the front frame 49a in this order.

Of these frames, the rear frames 49c and 50b for the inner shelf and the pillow case are pressed against the back plate 40 at their rear surfaces to form the left and right vertical members 12 and the intermediate vertical members 17 of the rear frame portion 10b. The middle frame 49b for the middle shelf and the front frames 49b, 50a for the pillowcase are fixed by screws at the both ends to the side surfaces of the above-mentioned standing member 46, and are attached to the middle frame 49a for the middle shelf. Are attached to the rear surfaces of the left and right vertical members 11 of the front frame portion 10a of the frame 10 with screws, but the middle rack frames 49a, 49b, 49c and the pillow rack frames 50a, 50b are Since it is a standard material that has been cut into a predetermined length in advance, it can be installed as it is without any dimensional adjustment on site.

Also in this case, if the frame mounting positions are previously marked on the back plate 40, the middle standing member 46 and the rear surface of the vertical member 11 of the front frame portion 10a, the respective frames 49a, 49b, 49c and 50a, The 50b can be easily positioned and attached.

Attachment of the back plate 40 and the side plate 41, attachment of the middle standing member 46, the ceiling back rail 47 and the floor back rail 48, the middle rack frames 49a, 49b, 49c and the pillow rack frame 50a. , 50b are all carried out in a wide space outside the push-in installation space, and then the frame 10 with these components attached is carried into a predetermined position in the push-in installation space and the bottom The level adjustment leg bolts 30 provided on the frame portion 10e are used to adjust the installation height and the levelness of the framework frame 10 for installation.

In this case, the height, width and depth of the frame 10 constructed by combining the vertical members 11, 12 and the horizontal members 13, 14, 15, 16 and the intermediate vertical member 17 are as described above. Since the size of the press-fitting installation space is within a range that can be accommodated with some margin, even if the press-fitting installation space is, for example, a space that is recessed from the wall surface, the size of the press-fitting installation space also has different design specifications. Even if there is a dimensional difference due to, the frame 10 can be carried into the space without difficulty.

As shown in FIG. 3, the adjustment of the installation height and the levelness of the frame 10 is performed by driving the driver D through the driver insertion holes 27 of the cross members 14 and 16 which form the bottom frame 10e from above. It is easy to insert by inserting it into the driver engaging groove 32 of the level adjusting leg bolt 30 and turning the leg bolt 30 with this driver D to adjust the downward protruding height of the leg bolt 30. Can be done

After the skeleton frame 10 is installed in the press-fitting installation space in this way, as shown in FIG. 7, the floor plate 43 is attached to the bottom frame portion 10e of the skeleton frame 10 and the inside of the skeleton frame 10 is provided. The shelf board 44 and the pillow shelf board 45 are attached, and the installation of the push-in is completed.

The floor plate 43 is fitted at its peripheral edge into the plate receiving portion 26 of each of the cross members 15, 16 and 19 constituting the bottom frame portion 10e and fixed to the plate receiving portion 26 with a hidden nail. The shelf board 44 and the pillow board 45 are placed on the middle shelf frames 49a, 49b, 49c and the pillow shelf frames 50a, 50b and fixed to these frames with hidden nails.

Also in this case, since the floor plate 43 and the respective shelf plates 44, 45 are standard materials that are cut into a predetermined length and width in advance, it is not necessary to adjust the dimensions at the site. The floor plate 43 can be easily attached only by fitting the peripheral portion of the floor plate 43 into the plate receiving portion 26 and nailing it. Also, the shelf plates 44 and 45 can be attached to each of the frames 49a and 49a. It can be easily carried out by placing it on 49b, 49c and 50a, 50b and nailing it.

As described above, when the floor plate 43 is fitted to the bottom frame portion 10e by fitting the edge portion into the floor plate receiving portion 26 of each of the cross members 14, 16, 19 constituting the bottom frame portion 10e of the frame structure 10, The floor board 43 covers and hides the driver insertion holes 27 and the level adjusting leg bolts 30 provided in the floor plate receiving portions 26 of the front and rear cross members 14, 16 of the cross members 14, 16, 19. The surface of the sill material, which is the lateral member 14 on the front side of the frame portion 10e, and the surface of the floor plate 43 are flat, and a good-looking floor portion is completed.

In this embodiment, as shown in the drawing, the middle shelves 44 and the pillow shelves 45 are provided at the front edges of the front shelves 49a for the middle shelves and the front shelves 50a of the pillow shelves. Since a rising edge is formed at the same height as the thickness of the plate, therefore, a good-looking middle shelf and pillow shelf can be finished in which the end faces of the shelf plates 44 and 45 made of plywood or the like cannot be seen.

That is, in the above-described assembling type press fitting, a plurality of vertical members 11, 12 and horizontal members 13, 14, 15, 16, 18, 19 and an intermediate vertical member 17 are combined to form a three-dimensional frame-shaped frame 10. Assembling is performed by attaching the back plate 40, the left and right side plates 41, the ceiling plate 42, the floor plate 43, and the shelf plates 44 and 45 to the frame frame 10. Therefore, the vertical frame forming the frame frame 10 is configured. The back plates 40, the side plates 41, the ceiling plates 42, the floor plates 43, and the shelves attached to the frame 10 as well as the members 11, 12 and the lateral members 13, 14, 15, 16, 18, 18 and the intermediate vertical members 17. Standardize the dimensions of the plate materials such as 44 and 45, the middle standing material 46, the ceiling back rail 47, the floor back rail 48, the middle shelf frames 49a, 49b and 49c, and the pillow rack frames 50a and 50b. You can

Therefore, the vertical members 11, 12 and the horizontal members 13, 14, 15, 16, 18, 18, which are the constituent members that are cut into a predetermined size and are joined together by mortise joining, are not attached to the pressing members. It is possible to assemble a press-fit by simply making a standard material that has undergone notch processing for the joining and then combining the standard materials at the press-in installation site.

Moreover, since the frame 10 is provided with the level adjusting leg bolts 30 provided at a plurality of positions of the bottom frame 10e, the frame 10 can be installed in the pushing-in installation space. Can be carried out by assembling and then carrying in the pushing installation space, and adjusting the installation height and the levelness of the frame 10 by the level adjusting leg bolts 30.

Therefore, the frame 10 may be assembled in a wide space outside the press-fitting installation space, so that the frame 10 can be assembled with good workability in an environment where there are no obstacles around it. In this case, as in the above-described embodiment, other plate members except the back plate 40, the left and right side plates 41, the ceiling plate 42, the floor plate 43, and the shelf plates 44 and 45 except the floor plate 43 and the shelf plates 44 and 45. If the frame frame 10 is attached to the frame frame 10 before it is carried into the push-in installation space, these plate members 40, 41, 42 can be attached in a wide space outside the push-in installation space with good workability. it can.

Further, the adjustment of the installation height and the levelness of the skeleton frame 10 is performed by inserting a driver from above into the driver insertion holes 27 of the cross members 14 and 16 constituting the bottom frame portion 10e. This can be easily done by engaging the driver engaging groove 32 of the leg bolt 30 and rotating the leg bolt 30 with this driver to adjust the protruding height downward. If the floor board 43 is attached after adjusting the installation height and the levelness of the frame 10, the floor board 31 can cover the driver insertion hole 27 and the level adjusting leg bolt 30 provided in the floor board receiving portion 10e. .

Therefore, according to the above-mentioned assembling type indentation, it is possible to easily and efficiently perform the installation work, and it is possible to finish the indentation of good quality regardless of the skill level of the craftsman.

Since the frame frame 10 of the assembling type push-in has a size within a range that can be accommodated in the push-in installation space with some margin, there is a gap between the installed push-in and the push-in installation space. However, the gap may be hidden by interior materials such as wall materials and floor materials in the room. Further, a fitting (a sliding door in the case of the push-in of this embodiment) is provided at the opening of the push-in, that is, the front frame portion 10a of the frame 10.

In the installation construction of the above-described push-in, after the frame 10 is assembled, the back plate 40, the side plates 41, the middle stand 46, the ceiling back rail 47, and the floor back rail 48 to the frame 10 are assembled. , The middle rack frames 49a, 49b, 49c and the pillow rack frames 50a, 50b are installed in the space outside the press-in installation space, and after the frame frame 10 with these is installed in the press-in installation space. Although the floor plate 43 and the shelves 44 and 45 are attached to the skeleton frame 10, the shelf plates 44 and 45 may be attached to the skeleton frame 10 in a space outside the pushing-in installation space.

When the shelves 44 and 45 are mounted after the frame 10 is installed in the push-in installation space, the middle shelves frames 49a, 49b and 49c and the pillow shelves frames 50a and 50b are also installed. Alternatively, it may be performed after the skeleton frame 10 is installed in the pushing installation space.

Further, in the assembling type press-fitting of the above-mentioned embodiment, the rear frame portion 10b of the frame 10 is provided with two left and right rear vertical members 12, two upper and lower rear horizontal members 15, 16 and an intermediate vertical member. However, depending on the size of the indentation, the intermediate vertical member 17 of the components of the rear frame portion 10b may be omitted, and the ceiling back rail 47 and the floor portion may be omitted. The back rail 48 may also be omitted.

Further, although the assembling type push-fitting of the above-mentioned embodiment is provided with the middle shelf board 44 and the pillow shelf board 45 as the shelf board, the shelf board may be only the middle shelf board 44, and in that case, It is also possible to omit the middle stand member 46 and the middle frame 49b for supporting it, and to support the middle shelf board 44 only by the front frame 49a and the rear frame 49c.

In the assembly-type press-fitting of the above-mentioned embodiment, a sliding door is used as a fitting provided in the opening (the front frame portion 10a of the frame 10), but the fitting is not limited to a sliding door such as a sliding door. Instead, it may be a hinged door or a folding door, and the assembling push-in door of the present invention can be used not only as a push-in door for a housing complex but also as an extension of a push-in door in a general wooden house.

[0071]

[Effect of the invention]

 The assembly type push-in of this invention assembles a three-dimensional frame frame by combining a plurality of vertical members and horizontal members, and attaches a back plate, left and right side plates, a ceiling plate, and a floor plate and a shelf plate to the frame frame. Therefore, the dimensions of the vertical and horizontal members that make up the frame, as well as the plate, such as the back plate, side plate, ceiling plate, floor plate, and shelf plate, that are attached to this frame are specified. Can be converted.

Therefore, these indented components are cut into a predetermined size, and the components to be spliced by mortise splicing are made into a standard material that has undergone notching for splicing, and the standard The materials can be assembled by simply combining the materials at the installation site.

Moreover, since the skeleton frame is provided with the leg bolts for level adjustment provided at a plurality of positions on the bottom frame part, the skeleton frame is installed in the push-in installation space after the frame frame is assembled and then the push-in installation is performed. It can be carried out by carrying it into a space and adjusting the installation height and the levelness of the frame by the level adjusting leg bolts.

Therefore, the frame can be assembled in a wide space outside the press-fitting installation space, so that the frame can be assembled with good workability in an environment where there are no obstacles in the surroundings. In this case, of the back plate, the left and right side plates, the ceiling plate, and the floor plate and the shelf plate, other plate materials except the floor plate or the floor plate and the shelf plate are put into the frame before pushing the frame into the installation space. Once installed, these plates can be installed in a wide space outside the press-fitting installation space with good workability.

Further, the adjustment of the installation height and the levelness of the skeleton frame is performed by inserting a driver from above into the driver insertion hole of the horizontal member which constitutes the bottom frame part of the level adjustment leg bolt. This can be easily done by engaging the dowel groove, turning the leg bolt with this driver, and adjusting the protruding height downward.

Further, the floor board may be mounted after the frame frame is carried into the pushing-in installation space and the installation height, levelness and the like are adjusted by the level adjusting leg bolts. By fitting the to the floor plate receiving part of the horizontal member that constitutes the bottom frame part of the frame and attaching it to the bottom frame part, the driver insertion hole and level adjustment leg bolts provided in the floor plate receiving part are covered with the floor plate. Can be hidden.

Therefore, according to the assembling type push-in of the present invention, the installation and construction can be performed easily and efficiently, and the push-in of good quality can be completed regardless of the skill level of the craftsman.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an assembled completion state of an assembly type push-in according to an embodiment of the present invention.

FIG. 2 is a perspective view of an assembled frame.

FIG. 3 is an enlarged sectional view taken along the line III-III in FIG. 2;

FIG. 4 is a perspective view showing a state in which a back plate and a side plate are attached to a framework frame.

FIG. 5 is a perspective view showing a state in which a middle stand member, a ceiling back rail and a floor back rail are attached to a frame.

FIG. 6 is a perspective view showing a state in which a frame for the inner shelf and a frame for the pillow case are attached to the frame.

FIG. 7 is a perspective view showing a state in which a floor board, a middle shelf board, and a pillow shelf board are attached to the framework frame.

[Explanation of symbols]

 10 ... Frame frame 10a ... Front frame part 10b ... Rear frame part 10c ... Side frame part 10d ... Ceiling frame part 10e ... Bottom frame part 11, 12 ... Vertical member 13, 14, 15, 16, 18, 19 ... Horizontal member 17 ... Intermediate vertical member 26 ... Floor plate receiving portion 27 ... Driver insertion hole 30 ... Level adjusting leg bolt 32 ... Driver engaging groove 33 ... Foot member 40 ... Back plate 41 ... Side plate 42 ... Ceiling plate 43 ... Floor plate 44 ... Middle shelf plate 45 ... Pillowcase board 46 ... Middle standing material 47 ... Ceiling back rail 48 ... Floor back rail 49a, 49b, 49c ... Middle shelf frame 50a, 50b ... Pillowcase frame

Claims (1)

[Utility model registration claims] 1. A framework frame configured by combining a plurality of vertical members and horizontal members into a three-dimensional frame shape, and a driver engaging groove provided at a plurality of positions of a bottom frame portion of the framework frame on an upper end surface thereof. And level adjusting leg bolts provided with foot members that come into contact with the floor at the lower end, and back plates and left and right attached to the rear frame part, left and right side frame parts, the ceiling frame part, and the floor frame part, respectively. Of the side plate, the ceiling plate and the floor plate, and the shelf plate provided in the framework frame, the inner edge of the horizontal member constituting the bottom frame portion, the thickness of the floor plate with respect to the upper surface of the horizontal member. A floor board receiving portion formed lower by an amount is provided, and the level adjusting leg bolt is provided in a vertically penetrating driver insertion hole provided in the floor board receiving portion of a horizontal member forming the bottom frame portion. For the nut member fixed to the lower part of the cross member in correspondence with the driver insertion hole Combined, the upper end is provided in the driver insertion hole, and the lower end is provided so as to project below the cross member, and the floor plate adjusts the downward projecting height of the level adjusting leg bolt. After that, the floor board edge portion is fitted into the floor board receiving portion and attached to the bottom frame portion.