JPS6345454Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a partitioning panel device that is self-supporting, does not come off upward, is easy to assemble as a whole, and is stable in its self-supporting state.

Conventionally, with partition panel devices, ground rails and baseboards are placed and attached to bolts erected on the floor, and supports and partition panels are fixed to the tops of these members, making the installation process complicated. At the same time, the stability after installation was also relatively poor, and rattling occurred. In addition to such partitioning panels, conventional partitioning panels can be prevented from falling upward, that is, by fixing the top end of the panel, by erecting a support on the ceiling or by extending the top end of the panel to the ceiling. It was common to do so.

In view of these conventional problems, the present invention aims to provide a partition panel that is self-supporting, does not pull out upwardly, is stable in its self-supporting state, and is easy to assemble. , a ground rail having an upper end bent piece to prevent it from coming off upward; an adjuster star that is non-rotatably installed in the ground rail and has an adjuster star bolt upright; and an open groove formed on the upper surface of the ground rail. It has a column mounting member on the top that can be fitted into the lower end of the column and has legs that can be fitted into the column, and a column mounting bracket with baseboard receiving ridges formed on both ends of the position where the column is sandwiched, and a concave groove on the top surface. Inside the groove, there are holes for attaching the post mounting bracket and engagement holes that can engage the claws at the bottom end of the panel. A baseboard having a groove into which the baseboard can be fitted, a support having an engaging hole on the side surface opposite to the top, a support whose lower end can be fitted into the support mounting member, a hook capable of engaging with the engagement hole of the support, and the baseboard. It consists of a partitioning panel having a claw that can be fitted into an engagement hole, and a top rail that prevents the panel from coming off upward.

To further explain the details of the present invention based on the illustrated embodiment, the partitioning panel device according to the present invention is shown in an assembled state, with another partitioning panel being attached to the partitioning panel shown by imaginary lines. In FIG. 1, as schematically shown, there is first a ground rail 2 which is fixed to the ground with bolts etc. and has a cross-sectional shape with the upper end folded back 1 inward, and the folded back 1
The gap is an open groove 3 which opens upwards, and an adjuster star 5 having a cross-sectional shape and having an adjuster star bolt 4 which is higher than the ground rail 2 and is erected therethrough is installed inside the groove. As shown in the figure, the adjuster star 5 may be installed inside between the folded pieces 1 of the ground rail 2 so that it can be moved to an appropriate position in the length direction, or the adjuster star 5 may be installed in an appropriate position. In order to fix it in position, the folding piece 1 and the top plate of the adjuster star 5 are fixed by penetrating with appropriate means such as pins or screws, or the height of the adjuster star 5 is set to the same height as the ground rail 2, and the front plate is fixed. A fixed adjuster star 2 or the like which cannot be moved in the length direction of the ground rail 2 is adopted as appropriate by inserting the adjuster star 5 into a fitting hole arranged at a fixed location of the folded piece 1 of the ground rail 2 determined by the above. Ru. Therefore, due to the relationship between the ground rail 2 and the adjuster star 5, the adjuster star 5 is prevented from coming off upward by the folded piece 1 of the ground rail 2, and is also installed inside the ground rail to form a non-rotatable seal inside the ground rail. It is in a fitted state. Next, the post mounting bracket 6 to be attached to the ground rail 2 and the adjuster star 5 is mounted on both sides with leg plates 7, 7 of a width that can fit into the open groove 3 formed on the top surface of the ground rail 2, as shown in FIG. A columnar support mounting member 10 that can be fitted to the lower end of the support support 9 is erected on the top surface of the top plate 8, and a through hole 11 for inserting the adjuster star bolt 4 installed in the ground rail 2 is provided at an appropriate position on the top plate 8. In addition, baseboard receiving protrusions 12 are formed at two sides of the top plate 8 perpendicular to the leg plates 7, 7. The column mounting member 10 in the illustrated example may be a simple columnar member, but by providing an open strip 13 on one side as in the embodiment, it is effective to facilitate the work related to attachment to the column 9 and to make the appearance beautiful. In this embodiment, the strut mounting member 10 is provided with three or more mounting holes including one through hole 14 and two screw holes 15, 15 in the vertical direction, so that the through hole 14 and the screw holes are connected to each other. 1
5 and 15, it is possible to firmly and multi-pointly attach it to the post 9, which will be described later.

In addition, what is shown as 16 in the figure is the adjuster star 5 which has the main metal fitting 6 installed inside the ground rail 2, and its leg plates 7, 7 are externally fitted, and the adjuster star bolt 4 is attached through the through hole 11 of the top plate 8. This opening is provided so that it is convenient to screw the nut 17 onto the upper end of the adjuster star bolt 4 when the adjustment is done. The receiving surface of the baseboard support can be made longer. Then, fit such a post mounting bracket 6 onto the upper surface of the above-described adjuster star 5, insert the adjuster star bolt 4 through the through hole 11 of the top plate 8, and then tighten the nut 1.
By fixing the metal fitting 6 at the base rail 7, the metal fitting 6 can be fixed to the ground rail 2 in a tightly fitted state and non-rotatably. The baseboard 18 that fits on the upper surface of the ground rail 2 and the post mounting bracket 6 has protrusions 19, 19 with spaces inside in the longitudinal direction on both sides as shown in the figure.
A recessed groove 20 is provided between 9 and 19, and holes 21 for attaching post mounting brackets are provided at both ends of this recessed groove 20 and at appropriate locations in the middle, and an engaging hole 22 is provided for engaging the claws of the partition panel. It is something. Therefore, the adjuster star 5 and the post mounting bracket 6 cannot be set at appropriate locations with respect to the ground rail 2, but they are set in positions that correspond to the post mounting bracket attachment holes 21 provided at both ends of the baseboard 18 and at appropriate locations in the middle. must be set in position. That is, the adjuster star 5 and the post mounting bracket 6 are moved appropriately to the appropriate position of the long ground rail 2, which is located in the intermediate mounting hole 21 or the mounting holes 21 at both ends of the baseboard 18. and must be fixed.
Therefore, the mounting holes 21 provided at both ends of the baseboard 18 need to be half-sized mounting holes as a result of continuously connecting the baseboards 18 in the length direction. Therefore, the intermediate mounting hole 21 becomes a mounting hole corresponding to the one pillar mounting bracket 6. In addition, when extending the baseboard 18 in the length direction, the mounting holes 21 at both ends of the baseboard 18 can be simply formed in a state of half the size in the length direction. However, if this baseboard 18, that is, the partition panel, is bent at 90 degrees at the baseboard side end, this mounting hole 21 should also be bent 90 degrees as appropriate and connect to the mounting hole 21 of the other baseboard 18. Must be connected. Such a baseboard 18 is set so that it is fitted over the adjuster star 5 and the post mounting bracket 6 provided on the ground rail 2 described above, and the bracket 6 is exposed through the post mounting bracket attachment hole 21. be. The strut mounting member 10 of the strut mounting bracket 6 exposed on the top surface of the baseboard 18 has engagement holes 23 on both opposing sides at the upper end, and the lower end is fitted into the strut mounting member 10 of the strut mounting bracket 6. Generally, it is also possible to fit the support support 9 and fix the support support mounting member 10 and the lower end of the support support 9 with screws, etc., as appropriate.
In a preferred embodiment of the present invention, one through hole 14 provided in the strut mounting member 10 as described above is provided.
and a screw shaft 24 corresponding to the two screw holes 15, 15.
A configuration is adopted that allows for mutual mounting at multiple points. That is, an abutting protrusion 25 is provided on the inner surface of the lower end of the column 9 corresponding to the through hole 11 of the column mounting member 10, and a screw hole 26 is provided in the protrusion 25, so that the screw shaft 24 can be inserted through the through hole 14. By screwing into the screw hole 26, the strut mounting member 10 and the lower end of the strut 9 are placed in a drawing relationship with each other, and by screwing the screw shaft 24 into the screw holes 15, 15 above and below the through hole 14, the screw By bringing the tip of the shaft 24 into contact with the inner surface of the column 9 and creating a pressing relationship, one screw shaft 24 forms an attraction relationship, and the two screw shafts 24, 24 form a pressing relationship,
They form a mutually attached state in a push-pull relationship. In the embodiment, fixation by push/pull relationship is achieved by first placing the column 9 and the column mounting member 10 in a pushing relationship with each other using the screw shafts 24, 24 formed by the upper and lower screw holes 15, 15, and then attaching the intermediate screw shaft 24. They are installed in a mutually tight state by giving an inquiry relationship. In addition, the engaging portion 23 at the upper end of the support 9 is formed by breaking off the upper end of the folded piece 27 provided on one side of the support 9 to form a stepped portion opened upward, and the engaging portion 23 is formed on both sides of the other side opposite to this stepped portion. An engaging portion 9 is provided which includes a hole, and the step portion and the engagement hole are set so that the positions of the step portions and the lower end positions of the engagement hole are the same. Further, in the installation space of the partition panel constituted by the pillars 9 and baseboards 18, hooks 2 that can be engaged with the engaging portions 23 of the pillars 9 described above are provided.
8 are provided at the upper part of both ends, and claws 2 which can be fitted into engagement holes 22 formed on the upper surface of the baseboard 18 are provided at both lower ends.
A partitioning panel 30 having 9 erected thereon is attached.

The illustrated partition panel 30 has grooves 31 at both ends that can fit into the above-mentioned supports 9, a hook 28 is attached to the upper end position inside the groove 31, and the groove 28 of the baseboard 18 described above is attached to the lower end. A protrusion that can be fitted inside is provided below, and metal fittings having an approximately L-shaped cross section are attached to both ends of the protrusion, and claws 29 formed by cutting and raising the bottom plate are exposed and protrude downward. be. Therefore, the claw 29 at the lower end of the panel 30 is inserted into the engagement hole 22 for engagement with the claw in the baseboard 18, and the hook 28 at the upper end is inserted into the engagement portion 2 of the support 9.
3, the panel 30 is attached to the baseboard 18.
It is on the upper surface and can be easily attached between the pillars 9, 9. In addition, by providing the engaging portion 23 at the upper part of the support column 9 as shown in the figure, one engagement hole is used to attach the partition panel 30 with a simple hole engagement relationship that prevents it from coming off upward, but it is not possible to attach the partition panel 30 to the other support column. Since the engaging portion 23 is simply a stepped portion opened upward, the attachment relationship is completed by dropping the engaging portion 23 from above. Therefore, the pillars 9,9
In between, the main partition panel 30 can be attached between the pillars 9 by engaging the hook 28 on one side into the engagement hole and dropping the hook 28 on the other side into the step from above. It is possible. Note that the upper ends of these panels are fixed to the upper ends of the columns and other panels by means of ceiling rails 32 so that they do not fall upward from the columns.

As described above, the partition panel device according to the present invention includes a ground rail having a folded piece to prevent it from coming off upward, an adjuster star built into the ground rail and having an adjuster star bolt erected thereon, a post mounting member for attaching the posts, and supported by a post mounting bracket fixed to an adjuster star bolt and a baseboard receiving protrusion of the post mounting bracket, and fitted externally to the ground rail;
In addition, a groove is provided on the upper surface of the groove, and holes for the post mounting bracket are provided at both ends and in the middle of the groove. A post that can be fitted into the post mounting member at the lower end with an engagement hole, a hook that can be engaged with the engagement hole of the support at the upper side of both ends, and a hook that is fitted into the engagement hole on the upper surface of the baseboard on both sides of the lower end. Because it consists of a partition panel with raised claws and a ceiling rail,
Fix the ground rail at the position where the partition panel is to be installed with bolts, etc., install an adjuster star inside it so that it cannot be rotated or removed, and fit the leg plate of the post mounting bracket onto the adjuster star, and then install the ground rail. The metal fitting was fixed non-rotatably with an adjuster star bolt by inserting it into the open groove of the base rail, and the baseboard was fitted over the base rail, so that the adjuster star and the post mounting bracket inside the base rail were exposed to the mounting hole. In this state, the baseboard is fitted over the ground rail, and the lower end of the support is fitted onto the support mounting member exposed from the mounting hole of the ground rail, and then the baseboard is installed on the ground rail, and then the baseboard is installed on the ground rail, and the lower end of the support is fitted onto the support mounting member exposed from the mounting hole of the ground rail. Fit the partition panel between the right and left columns against the columns of the partition panel on the right side of the figure, and hook the claws at the bottom of the panel into the engagement holes of the baseboard at the top of the column on the left side of the figure. By dropping the hook on the right side of the panel into the step part serving as the engaging part of the already assembled column, it fits into the column on the right side already assembled in Fig. 1 and the column mounting member. It is installed between the left pillars when they are aligned, and then the screw shaft is screwed into the upper and lower screw holes between the lower part of the pillar and the pillar mounting member, so that the lower part of the pillar and the pillar mounting member are set in a pushing relationship with each other, and the mounted state is adjusted. At the same time, inserting a screw shaft into the intermediate through hole and screwing the tip of the screw shaft into the screw hole provided in the abutting protrusion at the bottom of the column to create a drawing relationship between the bottom of the column and the column mounting member, The strut and the strut mounting member, ie, the strut mounting bracket, are fixed to each other in a tightened state.

In this state, the partition panel is fixed on the top surface of the baseboard between the columns by the columns on the right side and the column on the left side in the figure, and finally, the tops of these partition panels and columns are continuously connected to the ceiling rail from above. This partition panel is fixed within the baseboard, pillars, and ceiling rail by fixing it with screws or the like.

Therefore, the partitioning panel device according to the present invention is
It is self-supporting, and the folded piece of the ground rail prevents other members from falling upward and is fixed in a non-rotatable manner.The self-supporting structure is also fixed to the ground rail using the post mounting brackets, and the partition panel is fixed to the ground rail using the post mounting bracket. Moreover, the lower end is supported by the groove on the upper surface of the baseboard, and at the same time, movement is prevented by the mounting relationship between the claw and the engagement hole, so that a stable mounting state can be obtained. The assembly of these panels is extremely easy compared to conventional partition panels. In particular, the adjuster star in the present invention can be moved to an appropriate position by being installed inside the ground rail whose upper end is bent inward, and is fixed in a non-rotatable manner to prevent it from coming off upwards. Therefore, even if the baseboard has a mounting hole for exposing the mounting bracket, the position of the baseboard and the position of the adjuster can be adjusted freely on site, and the baseboard also has a mounting hole that is exposed through this mounting hole. Strong fixation can be obtained through the attachment relationship between the attachment member and the lower end of the support. In addition, the same fixing force as in the past can be obtained by simply attaching bolts, screws, etc. between the lower part of the column and the column mounting member, but by using one through hole and two screw holes as in the example, By screwing in the screw shaft, a push-pull relationship is achieved, so the pillars are strong and can be strongly supported upright without wobbling even after the partition panel is installed.

In addition, in this invention, when assembling the panel, one column is fixed and the other column is simply fitted into the column mounting member to allow slight movement, and the hook of the panel is engaged with the engaging part of the column and the claw is engaged. The panel is temporarily set by fitting into the engagement hole, and then by fixing the columns in a screw-pressing relationship, one fixed column is pressed against the other column, and the panel is placed between the columns. It can be clamped and fixed, and the fixation of the panel is strong, and by adding a pulling relationship to the fixing of the lower part of the column by this pushing relationship, the fixing of the lower part of the column is even stronger. It also prevents the shaft from returning. Further, by forming one of the engaging portions on the upper part of the column as an engagement hole, the hook at one end of the panel is prevented from slipping upward, and the upper end of the column is also prevented from expanding.

[Brief explanation of the drawing]

Fig. 1 is an exploded perspective view of the partition panel according to the present invention, Fig. 2 is a plan view of the baseboard, Fig. 3 is an exploded perspective view of the post mounting bracket, and Fig. 4 shows the post, partition panel, and width. FIG. 3 is a cross-sectional view of the lower assembly state in which wood, ground rails, etc. are assembled. 1: Turn back, 2: Ground rail, 3: Open groove,
4: Asia star bolt, 5: Asia star,
6: Strut mounting bracket, 7: Leg plate, 8: Top plate, 9: Strut, 10: Strut mounting member, 11: Through hole, 12: Baseboard receiving ridge, 13: Open ridge, 14: Through hole, 15:
Spiral hole, 16: opening, 17: nut, 18: baseboard,
19: Protrusion, 20: Concave groove, 21: Post mounting bracket mounting hole, 22: Engagement hole, 23: Engagement portion, 24: Spiral shaft, 25: Contact protrusion, 26: Screw hole, 27: Folding piece, 28: Hook, 29: Nail, 30: Partition panel, 31: Groove, 32: Top rail.

Claims (1)

[Scope of Claim for Utility Model Registration] A cross-sectional ground rail whose upper end is folded inward; A cross-sectional ground rail that is internally installed within the ground rail and has an adjuster star bolt that is higher than the ground rail and is erected through it; A ground rail A column-shaped support mounting member that can fit into the lower end of the support is erected on the top surface of the top board, which is made up of leg plates with a width that can fit into the open groove formed on the top surface, on both sides, and a ground rail is erected at the appropriate location on the top board. A post mounting bracket is provided with a through hole for inserting the adjuster star bolt, and has baseboard receiving protrusions formed on two sides of the top plate perpendicular to the leg plate; protrusions are provided in the longitudinal direction on both sides. A baseboard having a concave groove between the protrusions, holes for attaching post mounting brackets at both ends of the concave groove and at appropriate places in the middle, and engaging holes for engaging the claws of the partition panel. ; the upper end has engagement holes on both opposing sides; the lower end has a strut that can be fitted into the strut mounting member of the strut mounting bracket; the upper end has hooks that can be engaged with the engagement holes of the strut; A partitioning panel device comprising: a partitioning panel having claws that can be fitted into engagement holes formed in the upper surface of the baseboard on both sides of the lower end; and a ceiling rail for fixing the upper end of each partitioning panel.