JP3930876B2 - Panel connection bracket - Google Patents

Description

  The present invention relates to a connection fitting for connecting partition panels to each other, and a partition panel connection structure using the connection fitting.

  2. Description of the Related Art Conventionally, there is a technique that allows a floor plan to be changed so that it can be easily used by a resident by dividing an indoor space with storage furniture or a partition wall. For example, it is a technique shown in Patent Document 1. The storage furniture and partition walls that partition the space are movable, and the space can be re-partitioned by moving the storage furniture and partition walls according to the usage pattern of the space. As you can change the floor plan in this way, you can change the floor plan according to your life without rebuilding it, or you can change the floor plan each time a resident changes, so it can be used for a long time. It is suitable for housing, and if it is adopted as a rental apartment, the value as a condominium can be increased. Furthermore, in particular, in a housing complex or the like, it is not necessary to change the specifications of each door according to the occupant, and each door can be configured with the same floor plan.

The partition wall is configured by connecting a plurality of partition panels. Therefore, conventionally, various techniques relating to the connection structure of the partition panels have been invented. For example, in the technique described in Patent Document 2, a hook-like piece is attached to the side surface of one wall panel, a fitting groove is formed on the side surface of the other wall panel, and the hook-like piece is fitted into the fitting groove. The wall panels are connected to each other. In this technique, the fitting groove is formed with a step portion for tightly engaging, and when the hook-shaped piece is fitted, the engagement is gradually tightened as the hook-shaped piece moves. It is trying to become. Moreover, for example, in the technique described in Patent Document 3, a structure for connecting three partition wall panels to each other in a T shape using a single connection fitting is disclosed.
JP 2001-241194 A JP 2000-1229827 A JP-A-8-189112

  It is preferable that the above-described partition panel can be erected and connected by a resident himself, regardless of a trader who has specialized technology. This is because costs are generated by requesting a contractor, and once the space is defined by the partition wall, it tends to be left as it is, and the advantage of being movable cannot be exhibited. For this purpose, it is desirable that the partition wall be constructed, that is, the standing and connection of the partition panel is simple and that the construction finish is not different. Moreover, it is preferable that the panel can be freely connected. For example, if a partition panel can be connected to form an I-shaped, L-shaped or T-shaped partition wall in a plan view, or a free end of the partition wall can be formed inside the indoor space, the space can be reduced. It is possible to define freely. And it becomes possible to assemble a partition panel in a box shape to form an integral piece of furniture on the partition wall, or to partition a part of the space with the partition wall.

  In the present invention, in view of the above-described prior art and the like, a panel connection fitting that enables flexible use of a living space, and can be easily changed according to the needs of the resident, enabling a flexible space to be defined, and A partition panel connection method and structure using the same are provided.

  The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described.

  In Claim 1, it is the connection bracket (30i) for I-shaped connection for joining a partition panel (11) and the adjacent partition panel (11) linearly, Comprising: One side is a panel fixing | fixed part (31c) The other side is the panel connection portion (31e), and the substrate (31) formed in an I-shape in plan view, and both surfaces between the panel fixing portion (31c) and the panel connection portion (31e) of the substrate (31) The reinforcing guide pieces (32, 32) fixed to the base plate, and both end portions of the reinforcing guide pieces (32) are erected in a direction substantially perpendicular to the substrate, and the two guide surfaces (32a, 32a) are provided. ) On both sides of the substrate (31), and the fixing cutout (31a) and the connection cutout (31b) in the vertical direction that engage with the engagement groove (33) formed in the adjacent partition panel (11). Is provided along the guide surfaces (32a, 32a) That.

  In Claim 2, it is the connection bracket (30L) for L-shaped connection for joining the partition panel (11) and the adjacent partition panel (11) in a right angle direction, Comprising: It formed in the substantially planar view L shape. One side of the substrate (31) is a panel fixing portion (31c) and the other side is a panel connecting portion (31e), and both sides of the substrate (31) of the panel fixing portion (31c) and the panel connecting portion (31e) are provided. Reinforcing guide pieces (32, 32) are fixed, one end of the reinforcing guide piece (32) is erected in a direction substantially perpendicular to the substrate (31) to form a guide surface (32a), and the substrate On both sides of (31), a vertical fixing cutout (31a) and a connection cutout (31b) that engage with an engagement groove (33) formed in the partition panel (11) are formed on the guide surface (32a). It is provided along.

  In Claim 3, it is the edge part metal fitting (30e) for joining one side edge of a partition panel (11) to a wall parting line (25), Comprising: The board | substrate (L) formed in substantially planar view ( 31) One side of the panel fixing part (31c) and the other side parting connection part (31d) are used, and the reinforcing guide pieces (32) are fixed on both sides of the substrate (31) of the panel fixing part (31c), One end of the reinforcing guide piece (32) is erected in a direction substantially perpendicular to the substrate to form a guide surface (32a), and a partition is formed along the guide surface (32a) of the panel fixing portion (31c). A vertical notch (31a) for engaging with an engaging groove (33) formed in the panel (11) is formed, and a bolt hole is formed in the parting connection part (31d).

  According to a fourth aspect of the present invention, the fixing notch (31a) is opened to the lower side of the substrate (31) and is notched to the middle part in the vertical direction of the substrate (31). The side edge of the guide surface (32a) is a vertical surface, the other side edge is a slope, and the width of the fixing notch (31a) is maximized at the opening end.

In Claim 5, the engaging groove (33) formed in the partition panel (11) is a groove that is long in the vertical direction, and is wider than the thickness of the substrate (31) of the connection fitting (30) at the top. A wide insertion portion (33a) is provided, and a fixing portion (33c) having a width substantially equal to the thickness of the substrate (31) of the connection fitting (30) is provided at the lower portion, and the insertion portion (33a) and the fixing portion (33c) are provided. A taper portion (33b) is formed between the engagement groove (33) and the fixing notch (31a) of the panel connection fitting .

  As effects of the present invention, the following effects can be obtained.

As in claim 1, there is an I-shaped connection fitting (30i) for joining the partition panel (11) and the adjacent partition panel (11) in a straight line, one side of which is the panel fixing portion (31c). The other side is the panel connection portion (31e), and the substrate (31) formed in an I-shape in plan view, and both surfaces between the panel fixing portion (31c) and the panel connection portion (31e) of the substrate (31) The reinforcing guide pieces (32, 32) fixed to the base plate, and both end portions of the reinforcing guide pieces (32) are erected in a direction substantially perpendicular to the substrate, and the two guide surfaces (32a, 32a) are provided. ) On both sides of the substrate (31), and the fixing cutout (31a) and the connection cutout (31b) in the vertical direction that engage with the engagement groove (33) formed in the adjacent partition panel (11). Is provided along the guide surfaces (32a, 32a). To each other may be connected to the I-shaped.
Also, insert the fixing or connecting part of the connection fitting into the engagement groove provided on the panel until the guide surface abuts the panel side surface, and maintain the state where the guide surface abuts the panel side surface. By moving the bracket vertically, the brackets can be engaged with the panels, and the panels can be connected to each other. When connecting the panels, a tool is not required and the connection work is simple.

  The L-shaped connection fitting (30L) for joining the partition panel (11) and the adjacent partition panel (11) in a right angle direction as in claim 2, and is formed in an L shape in a substantially plan view. One side of the substrate (31) is a panel fixing portion (31c) and the other side is a panel connecting portion (31e), and both sides of the substrate (31) of the panel fixing portion (31c) and the panel connecting portion (31e) are provided. Reinforcing guide pieces (32, 32) are fixed, one end of the reinforcing guide piece (32) is erected in a direction substantially perpendicular to the substrate (31) to form a guide surface (32a), and the substrate On both sides of (31), a vertical fixing cutout (31a) and a connection cutout (31b) that engage with an engagement groove (33) formed in the partition panel (11) are formed on the guide surface (32a). So that the panels can be connected in an L shape. That. Insert the fixing part or connecting part of the connection bracket into the engagement groove provided on the panel until the guide surface abuts on the panel side surface, and move the connection bracket up and down while maintaining the state where the guide surface abuts the panel side surface. By moving in the direction, the brackets can be engaged with the panels and the panels can be connected to each other. When connecting the panels, a tool is not required and the connection work is simple.

As in claim 3, an end connection fitting (30 e) for joining one end of the partition panel (11) to the wall parting (25), which is formed in an L-shape in a plan view ( 31) One side of the panel fixing part (31c) and the other side parting connection part (31d) are used, and the reinforcing guide pieces (32) are fixed on both sides of the substrate (31) of the panel fixing part (31c), One end of the reinforcing guide piece (32) is erected in a direction substantially perpendicular to the substrate to form a guide surface (32a), and a partition is formed along the guide surface (32a) of the panel fixing portion (31c). Since the fixing notch (31a) in the vertical direction that engages with the engaging groove (33) formed in the panel (11) is formed, and the bolt hole is formed in the parting connection part (31d), the wall parting on the panel, etc. By connecting these members, the free end of the partition wall can be freely formed.
Also, insert the fixing or connecting part of the connection fitting into the engagement groove provided on the panel until the guide surface abuts the panel side surface, and maintain the state where the guide surface abuts the panel side surface. By moving the bracket vertically, the bracket can be engaged with the panel, and the member such as a wall parting and the connection bracket can be fixed using the bolt hole of the connection bracket.

  According to a fourth aspect of the present invention, the fixing notch (31a) is opened to the lower side of the substrate (31) and is cut out to a middle part in the vertical direction of the substrate (31), and the fixing notch (31a). Since the guide edge (32a) side edge is vertical and the other edge is sloped, the width of the fixing notch (31a) is maximized at the opening end. Accordingly, the engagement between the connection fitting and the panel can be made dense, and the panel can be brought closer to the other panel.

As described in claim 5, the engagement groove (33) formed in the partition panel (11) is a groove that is long in the vertical direction, and is wider than the thickness of the substrate (31) of the connection fitting (30) at the top. A wide insertion portion (33a) is provided, and a fixing portion (33c) having a width substantially equal to the thickness of the substrate (31) of the connection fitting (30) is provided at the lower portion, and the insertion portion (33a) and the fixing portion (33c) are provided. A taper portion (33b) is formed between the engagement groove (33) and the fixing notch (31a) for the panel connection metal fitting so that the connection metal fitting can be easily inserted into the engagement groove. Further, as the connection fitting is moved downward in the engagement groove, the engagement between the connection fitting and the panel can be made dense.

  Next, embodiments of the invention will be described. 1 is a side sectional view showing an overall configuration of a partition panel according to an embodiment of the present invention, FIG. 2 is a side sectional view showing an upper structure of the partition panel, and FIG. 3 is an upper structure in a state where the partition panel is erected. 4 is a side sectional view showing the lower structure of the partition panel, and FIG. 5 is a side sectional view showing the lower structure of the partition panel to which the baseboard is attached. 6 is a cross-sectional plan view showing a state in which the partition panels are connected in an I-shape with the I-shaped connection fitting, FIG. 7 is a perspective view showing the I-shaped connection fitting, and FIG. 8 is the I-shaped connection fitting. FIG. 9 is a front view showing the I-shaped connection fitting. FIG. 10 is a view showing an engaging groove provided on the side surface of the partition panel, and FIG. 11 is a perspective view showing a state of panel joining using a connection fitting for I-shaped connection. FIG. 12 is a diagram showing a state in which the I-shaped connection fitting is fixed to the side surface of the partition panel, FIG. 13 is a diagram showing a state in which the partition panel is connected to the I-shaped connection fitting, and FIG. It is a figure which shows a mode that is connected. FIG. 15 is a plan sectional view showing a state in which the partition panel and the wall parting are connected with the end connection fitting, and FIG. 16 is a front view showing the end connection fitting. 17 is a plan sectional view showing a state in which the partition panels are connected to each other in an L shape with an L-shaped connection fitting, FIG. 18 is a plan view showing the L-shaped connection fitting, and FIG. 19 is a B direction arrow in FIG. FIG. 20 is a view in the direction of arrow A in FIG. FIG. 21 is a plan sectional view showing an L-shaped connection portion of a partition wall formed by connecting a partition panel and a wall parting with an L-shaped connection bracket and an end connection bracket, and FIG. 22 is an I-shaped connection connection. FIG. 23 is a cross-sectional plan view showing a T-shaped connecting portion of a partition wall formed by connecting a partition panel and a wall parting with a bracket and an L-shaped connection bracket. FIG. 23 is a connection bracket for I-shaped connection and an L-shaped connection It is a top sectional view showing a cross-like connection part of a partition wall formed by connecting a partition panel and a wall parting with a metal fitting.

  The structure of the partition panel according to the embodiment of the present invention will be described. As shown in FIG. 1, the partition panel 11 is disposed between the ceiling rail 12 and the floor runner 13. An engagement portion 15 that engages with the ceiling rail 12 is provided on the upper end side of the partition panel 11 between the decorative plates 21 and 21 provided on the front and back of the partition panel 11. The ceiling rail 12 is fixed to the ceiling surface, and a floor runner 13 is fixed to the floor immediately below the ceiling rail 12. The partition panel 11 is placed on the floor runner 13 with its upper end engaged with the ceiling rail 12 and pushed upward. That is, the partition panel 11 is erected in a state of being stretched between the ceiling and the floor. A baseboard 14 is attached to the lower portion of the partition panel 11 via a baseboard fixing member 19 in order to protect the lower portion of the partition panel 11 and improve the fit of the floor.

  As shown in FIGS. 2 and 3, the engaging portion 15 constitutes the upper surface of the partition panel 11, and the engaging portion 15 has a protrusion that can be advanced and retracted vertically to the partition panel 11 at the upper end side of the partition panel 11. A member 23 is provided. The protruding member 23 is urged by an elastic member 24 in a direction protruding upward. Therefore, when the partition panel 11 is installed, when the projection member 23 of the partition panel 11 is locked to the ceiling rail 12 and the partition panel 11 is pushed upward, the elastic member 24 is contracted and the projection member 23 is brought into the panel. fall back. Thereby, even if the vertical height combining the partition panel 11, the protrusion member 23 having a natural length and the legs 16 is larger than the ceiling height, it is erected between the ceiling rail 12 and the floor runner 13. In addition, after the partition panel 11 is installed, the protruding member 23 is biased upward by the elastic member 24, so that the partition panel 11 is stretched in the vertical direction between the ceiling rail 12 and the floor runner 13. Will be erected.

  On the other hand, as shown in FIG. 4, a lower frame 42 is provided on the lower end side of the plate-like body between the decorative plates 21, 21 provided on the front and back of the partition panel 11, and the floor runner 13 is provided on the lower frame 42. Are provided with a plurality of legs 16, 16. The leg 16 is provided with a length adjusting mechanism 17. A nut 42a is fixed to the lower surface of the lower frame 42 to form a bolt hole. A screw portion 17a constituting the leg 16 is screwed into the nut 42a. An operating nut 17b is fixed to the screw portion 17a, and the leg 16 can be moved up and down from the inside of the panel by rotating the nut 17b to rotate the screw portion 17a. Therefore, when the partition panel 11 is installed, the partition panel 11 is more firmly stretched between the ceiling rail 12 and the floor runner 13 by further extending the legs 16 of the partition panel 11 that is erected. It becomes.

  Further, as shown in FIG. 5, a baseboard fixing member 19 is inserted between the lower surface of the partition panel 11 and the floor, that is, in the gap between the lower surface of the partition panel 11 formed by the legs 16 and the floor. The baseboard fixing member 19 is formed to engage the lower side of the partition panel 11 and the floor runner 13. Then, a projection formed on the baseboard 14 is fitted into a groove formed on the baseboard fixing member 19, and the baseboard 14 is fixed to the lower part of the partition panel 11.

  The partition panel 11 configured as described above can partition an indoor space by arranging a plurality of partition panels in parallel. The adjacent partition panel 11 and the partition panel 11 are connected using a connection fitting 30. The connection fitting 30 is connected to an I-shaped connection fitting 30i (FIG. 6) for connecting the two partition panels 11 and 11 in a straight line, and to a wall part 25 provided at the end of the partition panel 11. There are various types of connection brackets 30e (FIG. 15) and L-shaped connection brackets 30L (FIG. 17) for connecting two partition panels 11 and 11 in an L shape. Use them according to your needs.

  First, an I-shaped connection fitting 30i which is one form of the connection fitting 30 will be described.

  As shown in FIGS. 6 to 9, the I-shaped connection fitting 30 i includes a substrate 31 having a fixing notch 31 a and a connection notch 31 b, and a U-shape fixed to both surfaces of the substrate 31. The reinforcing guide pieces 32 and 32 are provided. The reinforcing guide piece 32 is formed with a portion joined to the substrate 31 and a guide surface 32 a that stands up in a direction orthogonal to the substrate 31. The reinforcement guide piece 32 is joined to the substrate 31 to increase the rigidity of the substrate 31 and the guide surface 32a abuts against the side surface of the partition panel 11, thereby moving the I-shaped connection fitting 30i at the time of fixation and connection. Guide the direction, suppress the deflection of the surface direction of the board 31 of the I-shaped connection fitting 30i and the direction perpendicular thereto, and fix the I-connection fitting 30i to the partition panel 11 in a more stable state. To be able to.

  The reinforcing guide pieces 32 and 32 are disposed substantially at the center in the width direction of the substrate 31, one side of the substrate 31 is a panel fixing portion 31 c via the reinforcing guide pieces 32 and 32, and the other side is a panel connecting portion 31 e. It is.

  The fixing notch 31 a formed in the panel fixing portion 31 c of the substrate 31 is a notch for fixing the connection fitting 30 to the partition panel 11, and is more than the guide surface 32 a of the reinforcing guide piece 32 provided on the substrate 31. In the immediate side portion on the side of the substrate 31, an opening is formed in the lower side of the substrate 31, and the upper portion of the substrate 31 is cut away to the vicinity of the substantially central portion in the vertical direction. The fixing cutout 31 a is tapered so that the width of the cutout becomes narrower from the opening toward the substantially central portion in the vertical direction of the substrate 31. The edge of the fixing notch 31a on the reinforcing guide piece 32 side is a vertical surface, and the other edge is a slope approaching the reinforcing guide piece 32 side.

  Further, the connection notch 31 b formed in the panel connection part 31 e of the substrate 31 is a notch for connecting another partition panel 11 to the connection fitting 30 attached to the partition panel 11, and the reinforcing guide piece 32. It is provided on the opposite side of the notch 31a for fixing via the pin and on the side portion immediately on the side of the substrate 31 with respect to the guide surface 32a of the reinforcing guide piece 32 provided on the substrate 31. The connection notch 31b opens to the lower side of the substrate 31 and is cut upward to the vicinity of the substantially central portion of the substrate 31 in the vertical direction. The insertion portion x provided with a taper so that the width is narrowed and the fixing portion y provided so that the width of the notch is substantially constant at the back of the insertion portion x are formed continuously. . The edge of the connection notch 31b on the side of the reinforcing guide piece 32 is a vertical surface, the other side edge is a slope approaching the reinforcing guide piece 32 side in the insertion portion x, and the vertical surface in the fixing portion y. Thereby, if the connection notch 31b is moved upward along the edge of the connection notch 31b opposite to the reinforcement guide piece 32 side, the connection notch 31b is gradually drawn toward the reinforcement guide piece 32 side.

  As shown in FIGS. 10 and 11, a side frame 34 is provided between the decorative plates 21, 21 provided on both sides of the partition panel 11, and a plurality of vertical frames are provided on the side surface of the side frame 34. .. Are formed. The engagement groove 33 is a groove whose longitudinal direction is the vertical direction, and an insertion portion 33a having a width wider than the thickness of the substrate 31 of the connection fitting 30 is provided in the upper portion thereof, and the connection fitting is provided in the lower portion thereof. A fixed portion 33c having a width substantially equal to the thickness of the 30 substrate 31 is provided, and a tapered portion 33b is formed between the insertion portion 33a and the fixed portion 33c.

  Further, as shown in FIG. 6, the side frame 34 is formed with grooves 35 and 35 for fixing the packings 36 and 36 on both sides of the engagement groove 33. The groove 35 extends in the vertical direction across the upper and lower sides of the partition panel 11, and the packing 36 is inserted therein. The packing 36 is interposed between the partition panel 11 and the partition panel 11 to be connected, thereby closing the gap between the panels and improving the sealing performance. Sound leakage and gas traffic can be suppressed between them.

  Next, the panel connection procedure will be described.

  When connecting the partition panels 11 and 11 using the connection fitting 30 described above, as shown in FIG. 12, first, the connection fitting 30 is fixed to the side surface of the partition panel 11 that is already erected. The number of connection fittings 30 is appropriately adjusted according to the size of the partition panel 11. As shown in FIG. 11, the panel fixing portion 31 c of the I-shaped connection fitting 30 i is inserted into the insertion portion 33 a of the engagement groove 33 until the guide surface 32 a of the reinforcing guide piece 32 comes into contact with the side frame 34. Then, the connection fitting 30 is pushed down to fix the connection fitting 30 to the partition panel 11. The insertion portion 33a of the engagement groove 33 is a groove wider than the thickness of the substrate 31 of the connection fitting 30, and the connection fitting 30 can be easily inserted. Then, by pushing down the connection fitting 30, the fixing notch 31 a of the substrate 31 of the connection fitting 30 slides down the engagement groove 33 and reaches the fixing portion 33 c. At this time, due to the taper formed in the fixing notch 31a, the connection fitting 30 is gradually and firmly fixed as the engaging groove 33 slides downward.

  Then, as shown in FIG. 13, the partition panel 11 to be connected is temporarily erected to the side of the partition panel 11 that has already been erected, and the engaging groove 33 provided on the side surface of the partition panel 11 to be connected. The panel connection portion 31e of the I-shaped connection fitting 30i fixed to the side surface of the partition panel 11 that has already been erected is placed on the insertion portion 33a, and the guide surface 32a of the reinforcing guide piece 32 contacts the side frame 34. Insert into the insertion portion 33a of the engagement groove 33 until contact.

  Finally, as shown in FIG. 14, the adjuster 17 provided on the leg 16 of the partition panel 11 to be connected is operated to extend the leg 16. At this time, the partition panel 11 is pushed upward, and accordingly, the engagement groove 33 of the partition panel 11 to be connected rises relative to each I-shaped connection fitting 30i. As a result, the connection notch 31b of the substrate 31 of the I-shaped connection fitting 30i slides down the engagement groove 33 to reach the fixing portion 33c. Further, the taper formed in the connection notch 31b allows the I-shaped connection fitting 30i to be gradually and firmly fixed as the engagement groove 33 slides downward, and the partition panel 11 to be connected is connected. Is drawn toward the partition panel 11 that has already been erected. Thereby, the partition panel 11 is connected to the side of the partition panel 11 that is erected.

  Next, the end connection fitting 30e which is one form of the connection fitting 30 will be described.

  As shown in FIGS. 15 and 16, the end connection fitting 30 e is a connection fitting 30 for connecting the wall parting 25 to the side surface of the partition panel 11. By connecting the wall parting 25, the free end of the partition wall can be formed at a desired position in the indoor space. The end fitting 30e is fixedly provided on both surfaces of the substrate 31, which is integrally provided in a substantially L shape in plan view so that the panel fixing portion 31c and the parting connection portion 31d are substantially orthogonal to each other. The reinforcing guide pieces 32 and 32 are substantially L-shaped in plan view.

  A fixing notch 31 a is formed in the panel fixing portion 31 c of the substrate 31. The fixing notch 31 a is a notch for fixing the connection fitting 30 to the partition panel 11, and is located immediately on the side of the side of the substrate 31 with respect to the guide surface 32 a of the reinforcing guide piece 32 provided on the substrate 31. In FIG. 2, the opening is formed at the lower side of the substrate 31 and is cut upward to the vicinity of the substantially central portion of the substrate 31 in the vertical direction. The fixing cutout 31 a is tapered so that the width of the cutout becomes narrower from the opening toward the substantially central portion in the vertical direction of the substrate 31. The edge of the fixing notch 31a on the reinforcing guide piece 32 side is a vertical surface, and the other edge is a slope approaching the reinforcing guide piece 32 side.

  On the other hand, a bolt hole for screwing with the wall parting 25 is formed in the parting connection part 31 d of the substrate 31.

  When the partition panel 11 is connected to the wall part 25 with the end fitting 30e, the end part fitting 30e is first fixed to the side surface of the wall part 25. A connecting bolt is screwed into a bolt hole provided in the parting connection part 31d of the substrate 31 of the end connection fitting 30e, and the parting connection part 31d of the end part connection fitting 30e and the side surface of the wall parting 25 are connected. The end connection fitting 30e is fixed to the wall parting 25 by screwing.

  Subsequently, the panel fixing portion 31c of the end connection fitting 30e fixed to the wall part 25 is inserted into the insertion portion 33a of the engaging groove 33 provided on the side surface of the partition panel 11 and the guide surface 32a of the reinforcing guide piece 32. Until the side frame 34 abuts. The wall parting 25 is pushed down together with the end connection fitting 30e, and the fixing cutout 31a of the end connection fitting 30e is engaged with the fixing portion 33c of the engagement groove 33 on the side surface of the partition panel 11. At this time, as the end fitting 30e moves downward, the wall parting 25 is gradually drawn toward the partition panel 11 due to the shape of the engagement groove 33 and the fixing notch 31a, and the partition panel 11 is firmly tightened. The end connection fitting 30e is fixed to. Thereby, the wall parting 25 is connected to the partition panel 11.

  Next, an L-shaped connection fitting 30L, which is one form of the connection fitting 30, will be described.

  As shown in FIGS. 17 to 20, the end connection fitting 30e is a connection fitting 30 for connecting the partition panel 11 and the partition panel 11 so as to be substantially orthogonal (L-shaped). The L-shaped connection fitting 30L includes a substrate 31, which is integrally provided in a substantially L shape in plan view so that the panel fixing portion 31c and the panel connecting portion 31e are substantially orthogonal to each other, and the panel fixing portion 31c and the panel connecting portion. Each of 31e is constituted by reinforcing guide pieces 32, 32,.

  A fixing notch 31 a is formed in the panel fixing portion 31 c of the substrate 31. The fixing notch 31 a is a notch for fixing the connection fitting 30 to the partition panel 11, and is located immediately on the side of the side of the substrate 31 with respect to the guide surface 32 a of the reinforcing guide piece 32 provided on the substrate 31. In FIG. 2, the opening is formed at the lower side of the substrate 31 and is cut upward to the vicinity of the substantially central portion of the substrate 31 in the vertical direction. The fixing cutout 31 a is tapered so that the width of the cutout becomes narrower from the opening toward the substantially central portion in the vertical direction of the substrate 31. The edge of the fixing notch 31a on the reinforcing guide piece 32 side is a vertical surface, and the other edge is a slope approaching the reinforcing guide piece 32 side.

  A connection notch 31 b is formed in the panel connection portion 31 e of the substrate 31. The connection notch 31 b is a notch for connecting another partition panel 11 to the end connection fitting 30 e attached to the partition panel 11, and a reinforcing guide piece provided on the panel connection part 31 e of the substrate 31. It is provided on the side portion of the side of the substrate 31 that is closer than the guide surface 32a of 32. The connection notch 31b opens to the lower side of the substrate 31 and is cut upward to the vicinity of the substantially central portion of the substrate 31 in the vertical direction. The insertion portion x provided with a taper so that the width is narrowed and the fixing portion y provided so that the width of the notch is substantially constant at the back of the insertion portion x are formed continuously. . The edge of the connection notch 31b on the side of the reinforcing guide piece 32 is a vertical surface, the other side edge is a slope approaching the reinforcing guide piece 32 side in the insertion portion x, and the vertical surface in the fixing portion y. Thereby, if the connection notch 31b is moved upward along the edge of the connection notch 31b opposite to the reinforcement guide piece 32 side, the connection notch 31b is gradually drawn toward the reinforcement guide piece 32 side.

  The procedure for connecting the partition panel 11 and the partition panel 11 with the L-shaped connection fitting 30L is substantially the same as that of the L-shaped connection fitting 30L.

  By using the above-mentioned L-shaped connection fitting 30L and the end connection fitting 30e together, as shown in FIG. 21, the two partition panels 11 and 11 are connected in an L-shape in plan view, A wall parting 25 can be provided at a corner formed by the partition panels 11. .. Among the plurality of engaging grooves 33, 33... Provided on the side surface of the partition panel 11 that has already been erected, by fixing the end connection fittings 30 e to some of the engaging grooves 33. The wall parting 25 is connected to the other, and the L-shaped connection fitting 30L is fixed to the other part of the engaging grooves 33 to connect the partition panel 11. In this way, it is possible to connect the wall parting line 25 in a linear direction and the partition panels 11 and 11 in a direction orthogonal to one side surface of one partition panel 11.

  Further, by using the above-mentioned L-shaped connection fitting 30L and the I-shaped connection fitting 30i together, as shown in FIG. 22, the three partition panels 11, 11, 11 are connected in a T shape in plan view. can do. Of the plurality of engaging grooves 33, 33,... Already provided on the side surface of the partition panel 11, some of the engaging grooves 33 are used for I-shaped connection, and the other part of the engaging grooves 33 are used. By using the joint groove 33 for L-shaped connection, the partition panels 11 and 11 can be connected to one side surface of one partition panel 11 in both the linear direction and the orthogonal direction.

  Further, by using the above-described L-shaped connection fitting 30L and the I-shaped connection fitting 30i together, as shown in FIG. 23, the four partition panels 11, 11,. be able to. Of the plurality of engaging grooves 33, 33,... Already provided on the side surface of the partition panel 11, some of the engaging grooves 33 are used for I-shaped connection, and the other part of the engaging grooves 33 are used. By using the joint groove 33 for L-shaped connection, the partition panels 11 and 11 can be connected to one side surface of one partition panel 11 in both the linear direction and the orthogonal direction.

  As described above, in the partition panel connection structure according to the present invention, three types of connection fittings 30 of the I-shaped connection fitting 30i, the end connection fitting 30e, and the L-shaped connection fitting 30L are used. By doing so, the partition panels or the partition panels and the wall parting can be connected in an I-shape, L-shape, T-shape or cross shape in a plan view. In any connection form, the partition panel is the same, and the connection work is substantially the same regardless of the connection form, which is a simple work. In particular, when an L-shaped connection or an I-shaped connection is used, a tool is not required, which is simpler.

  Therefore, both the standing work and the connecting work of the partition panel 11 according to the present embodiment are simple, and the partition panel 11 can be moved and detached without requiring specialized techniques. Moreover, by selecting the form of the connection fitting 30, it is possible to deal with various connection forms of the partition panel 11 in substantially the same connection procedure. Therefore, the finish of the connection work of the partition panel 11 can be made uniform, and the quality can be stabilized. In addition, by using the same partition panel 11 in any connection form, the members can be generalized. By providing variations to the relatively inexpensive connection fitting 30, it is possible to reduce the cost. Can be planned.

  In addition, the partition panel 11 not only partitions the space completely, but also connects the wall parting 25 to the partition panel 11 so that a free end of the partition wall can be formed inside the space. By forming furniture by this, or providing an opening part and a door in the partition panel 11, the opening which connects space can be formed.

  The partition panel 11 is erected between the ceiling and the floor. A ceiling rail 12 is provided between the ceiling and the partition panel 11, and a baseboard is provided between the floor and the partition panel 11. 14 and the floor runner 13 are provided, and a packing 36 is interposed between the partition panels 11. As a result, the sound insulation, heat insulation, and strength can be provided to the same extent as the wall for standing.

Side surface sectional drawing which shows the whole structure of the partition panel which concerns on the Example of this invention. Side surface sectional drawing which shows the upper structure of a partition panel. Side surface sectional drawing which shows the upper structure in the state which stood up the partition panel. Side surface sectional drawing which shows the lower part structure of a partition panel. Side surface sectional drawing which shows the lower structure of the partition panel which attached the baseboard. The plane sectional view showing signs that the partition panels were connected in an I shape with the I-shaped connection fitting. The perspective view which shows the connection metal fitting for I character connection. The top view which shows the connection metal fitting for I character connection. The front view which shows the connection metal fitting for I character connection. The figure which shows the engagement groove | channel provided in the partition panel side surface. The perspective view which shows the mode of panel joining using the connection metal fitting for I character connection. The figure which shows a mode that the connection metal fitting for I character connection was fixed to the partition panel side surface. The figure which shows a mode that a partition panel is connected to the connection metal fitting for I character connection. The figure which shows a mode that a partition panel is connected to the partition panel side surface. The plane sectional view showing a mode that the partition panel and the wall parting were connected with the end fitting. The front view which shows the connection metal fitting for an edge part. The plane sectional view which shows a mode that the partition panels were connected in L shape with the connection metal fitting for L character connection. The top view which shows the connection metal fitting for L character connection. The B direction arrow directional view in FIG. The A direction arrow directional view in FIG. The plane sectional view showing the L-shaped connection part of the partition wall formed by connecting the partition panel and the wall parting with the connection metal fitting for L-shape and the connection metal fitting for the end. The plane sectional view showing the T-shaped connection part of the partition wall formed by connecting the partition panel and the wall parting with the connection bracket for I-shape and the connection bracket for L-shape. The plane sectional view showing the cross-like connection part of the partition wall formed by connecting the partition panel and the wall parting with the connection bracket for I-shaped connection and the connection bracket for L-shaped connection.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Partition panel 12 Ceiling rail 13 Floor runner 14 Baseboard 25 Wall parting 30 Connection metal fitting 30i I-shaped connection metal fitting 30e End connection metal fitting 30L L-shaped connection metal fitting 31 Substrate 31a Fixing cutout 31b Connection cutout 31c Panel fixing part 31d Parting connection part 31e Panel connection part 32 Reinforcing guide piece 33 Engaging groove 34 Side frame

Claims (5)

  The I-connection fitting (30i) for joining the partition panel (11) and the adjacent partition panel (11) in a straight line, one side being the panel fixing portion (31c) and the other side being the panel connection As the portion (31e), a substrate (31) formed in an I-shape in plan view, and a reinforcement fixed on both surfaces between the panel fixing portion (31c) and the panel connection portion (31e) of the substrate (31) A guide piece (32, 32), and both end portions of the reinforcing guide piece (32) are erected in a direction substantially orthogonal to the substrate to form two guide surfaces (32a, 32a), On both sides of the substrate (31), the vertical fixing cutout (31a) and the connection cutout (31b) engaged with the engagement groove (33) formed in the adjacent partition panel (11) are provided on the guide surface ( Panel connection characterized by being provided along 32a and 32a) Ingredients.   An L-shaped connection fitting (30L) for joining the partition panel (11) and the adjacent partition panel (11) in a right-angle direction, and one of the substrates (31) formed in an L shape in a substantially plan view With the panel fixing portion (31c) on the side and the panel connecting portion (31e) on the other side, the reinforcing guide pieces (32 ·) are provided on both sides of the substrate (31) of the panel fixing portion (31c) and the panel connecting portion (31e). 32) is fixed, and one end of the reinforcing guide piece (32) is erected in a direction substantially orthogonal to the substrate (31) to form a guide surface (32a), and on both sides of the substrate (31). The vertical fixing notch (31a) and the connecting notch (31b) that engage with the engaging groove (33) formed in the partition panel (11) are provided along the guide surface (32a). Characteristic panel connection bracket.   An end fitting (30e) for joining one side end of the partition panel (11) to the wall parting (25), and one side of the substrate (31) formed in an L shape in a substantially plan view As the panel fixing portion (31c) and the other side parting connection portion (31d), reinforcing guide pieces (32) are fixed on both surfaces of the substrate (31) of the panel fixing portion (31c), and the reinforcing guide pieces (32 ) Is formed on the partition panel (11) along the guide surface (32a) of the panel fixing portion (31c) by standing up in a direction substantially orthogonal to the substrate. A panel connecting bracket characterized in that a fixing cutout (31a) in the vertical direction for engaging with the engaging groove (33) is formed, and a bolt hole is formed in the parting connection portion (31d). The fixing cutout (31a) is opened to the lower side of the substrate (31) and cut out to the middle in the vertical direction of the substrate (31), and the guide surface (32a) of the fixing cutout (31a) side edges of the vertical planar, as the other side edge of the slanted, according to any one of claims 1 to 3 the width of the securing notch (31a), characterized in that the maximum open end Panel connection bracket. The engagement groove (33) formed in the partition panel (11) is a groove that is long in the vertical direction, and the insertion portion (33a) wider than the thickness of the substrate (31) of the connection fitting (30) at the top. ) And a fixing portion (33c) having a width substantially equal to the thickness of the substrate (31) of the connection fitting (30) is provided at the lower portion, and a tapered portion is provided between the insertion portion (33a) and the fixing portion (33c). (33b) is formed , and the engagement groove (33) engages with the fixing notch (31a) of the panel connecting metal fitting according to any one of claims 1 to 4. Panel connection bracket as described.

Images