JP6542520B2 - Joint structure of panels in partition device and partition device using the same - Google Patents

Description

  BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to a panel joining structure in a partition apparatus which can easily realize a modern and sharp appearance by combining a glass panel and a partition panel, and a partition apparatus using the same.

  There is known a partition apparatus configured by combining a glass panel and a partition panel (for example, Patent Document 1).

  In this type of conventional partition device, symmetrical concave grooves are formed on both sides of the frame member having a rectangular cross section, and such a frame member is used as a vertical frame and a horizontal frame of the partition panel, and By using in common as a support for supporting a glass plate of a panel, a structural material of a door frame for a door panel, etc., it is possible to achieve commonality of members and to reduce the overall cost. The partition panel can be formed by sticking panel panels on both sides of the vertical frame and the horizontal frame, and the glass plate is, for example, an outward concave groove of the frame member used as the vertical frame of the partition panel The side edge can be held via the packing of the tips of the engagement ridges formed opposite to each other in the inside.

JP 2002-138607 A

  According to this prior art, the frame member is used as a structural member that combines the support for the glass plate and the vertical frame of the partition panel at the joint portion between the glass panel and the partition panel, but from the outside, Only the side holding the glass plate can be seen from the glass panel side, and it can not be recognized as a found, so it can not provide an exceptional accent in front view, and only a dull design with a thin impression is realized There was a problem that I could not do it.

  Therefore, in view of the problems of the prior art, the object of the present invention is to find the equivalent of the thickness of the outer flange by joining the partition panel and the glass panel through the vertical frame with the outer flange for the glass panel. The present invention is to provide a joint structure of panels in a partition device and a partition device using the same in which the appearance of a modern and sharp design can be easily realized.

  The configuration of the first invention according to this application for achieving the object (the invention according to claim 1, the same in the following) means that the partition panel and the glass panel are linearly formed via the vertical frame for the glass panel. The vertical frame is formed in a symmetrical cross-sectional groove shape having an outer flange and an inner flange at the upper end of each side, and the lower part excluding the outer flange is a groove in the side end face of the partition panel By storing and fixing the lower surface side of the outer flange in close contact with the side end face of the partition panel, a find equivalent to the thickness of the outer flange is formed, and the glass plate of the glass panel is provided via the packing at the tip of each inner flange. While retaining the side edges of the sheet, it is its essence to form in a plane which is continuous with the surface of the partition panel.

  The configuration of the second invention (refer to the invention according to claim 2, the same applies hereinafter) comprises a glass panel and partition panels adjacent to the left and right of the glass panel, and the glass panel and each partition panel are the first invention. The lower frame which connects both ends to the vertical frame and supports the glass plate at the lower part of the glass panel is disposed at the lower part of the glass panel, and the upper part of the glass panel The gist of the invention is to arrange a continuous sky frame up to the upper part of the partition panel.

  The lower frame has a pair of upward rising sides with an inner flange, can hold the lower edge of the glass plate through the packing at the tip of each inner flange, and one of the rising sides is detachable Can be formed as a pressing edge.

  In addition, the ceiling frame may have a pair of downward rising sides with an inner flange, and hold the upper edge of the glass plate through the packing at the tip of each inner flange.

  According to the configuration of the first invention, in the vertical frame for glass panel, the lower part of the grooved section except the outer flange is accommodated in the concave groove of the side end face of the partition panel, and the outer flange is the side end surface of the partition panel It is fixed in close contact with the Therefore, the vertical frame can form a find of a narrow width equivalent to the thickness of the outer flange at the junction between the glass panel and the partition panel and make it visible to the outside, realizing a modern and sharp design be able to.

  The entire width of the vertical frame including the outer flanges at the upper ends of both side edges is preferably matched to the thickness of the partition panel, and the upper flange sides of the vertical frames and the inner flanges are preferably formed in the same plane. . The partition panel is, for example, a wood panel in which a front panel such as a melamine resin decorative panel is adhered to both sides of a core of medium fiber board (MDF) of wood fiber board, and metal on both sides of a core of paper honeycomb. It may be a general panel board to which a front plate made of resin, wood, cloth or the like is adhered, or the like, or a wood or metal frame material may be arranged on the four circumferences of the paper honeycomb. On the other hand, the glass panel is formed by holding the side edges of a glass plate such as a scattering prevention film-laminated glass plate, a tempered glass plate, a laminated glass plate or the like on a vertical frame.

  According to the configuration of the second invention, the partition panels are respectively adjacent to the left and right of the glass panel, and the glass panels and the partition panels are joined via the panel joining structure according to the first invention, as in the first invention Can realize the effect of The left and right partition panels can be set to, for example, a width of 300 to 1200 mm independently of each other, and the glass panel can be set to, for example, a width of 150 to 900 mm.

  The lower frame disposed under the glass panel supports the glass plate of the glass panel and connects the lower part of the left and right partition panel sandwiching the glass panel by connecting the both ends to the left and right vertical frames. Can. This is because each vertical frame is accommodated and fixed in the concave groove of the side end face of the corresponding partition panel. On the other hand, the lower frame has an upward rising edge with an inner flange, and can hold the lower end edge of the glass plate stably and watertightly through the packing. Further, if one of the rising sides is a detachable pressing edge, the glass plate can be easily attached and removed by detaching the pressing edge.

  The top frame at the top of the glass panel can be connected integrally to the top of the left and right partition panels sandwiching the glass panel by continuing to the top of the left and right partition panels. However, both ends of the sky frame shall be connected to the upper part of the left and right partition panel. In addition, the ceiling frame has a downward rising edge with an inner flange, and the upper edge of the glass plate can be stably and watertightly held through the packing.

Whole exploded perspective view Configuration explanatory drawing of the partition panel Main part enlarged cross sectional view Principal part enlarged vertical sectional view Main part enlarged view of Fig. 1 Main part enlarged front view

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  The partition device comprises a glass panel 10 and partition panels 20, 20 adjacent to the left and right of the glass panel 10 (FIG. 1). A lower frame 31 is disposed below the glass panel 10, and a top frame 41 is disposed above the glass panel 10 and the partition panels 20, 20.

  The partition panel 20 is configured by sticking the surface plates 22, 22 on both surfaces of the core material 21 (FIG. 1, FIG. 2). However, FIG. 2 (A) and (B) are the longitudinal cross-sectional view and the cross-sectional view of the partition panel 20 of FIG. 1, respectively.

  Recesses 23 are respectively formed on the left and right side end surfaces of the partition panel 20. Further, a recessed groove 24 is formed on the upper end surface of the partition panel 20. The recessed grooves 23 and 24 are formed over the entire height and the entire width of the partition panel 20, respectively. The partition panel 20 is supported so as to be adjustable in height via adjustment bolts 25 on the floor surface F, and the lower end face of the partition panel 20 has embedded nuts 25a, 25a corresponding to the respective adjustment bolts 25. Is buried. However, in FIG. 2A, only one each of the adjustment bolts 25 and 25 and the embedded nuts 25a and 25a is shown together with the pilot hole 25b.

  The glass panel 10 is configured by combining the glass plate 11 and the vertical frames 12, 12 along the left and right side edges of the glass plate 11 (FIG. 1, FIG. 3).

  Each vertical frame 12 has an outer flange 12b and an inner flange 12c at the upper ends of both side edges 12a, 12a, respectively, and is formed in a laterally symmetrical cross-sectional groove shape as a whole. The upper surface sides of the outer flange 12 b and the inner flange 12 c are formed in the same plane. Each vertical frame 12 accommodates the lower portion other than the outer flanges 12b and 12b in the corresponding recessed groove 23 of the partition panel 20 and brings the lower surface side of the outer flanges 12b and 12b into close contact with the side end face of the partition panel 20, It is being fixed to partition panel 20 via set screws 13, 13 ... which penetrate a bottom. However, the entire width of the vertical frame 12 including the outer flanges 12 b and 12 b corresponds to the thickness of the partition panel 20. Further, a shallow groove 12d is formed on the lower surface of each outer flange 12b. Therefore, in the outer flange 12b, only the lower surface side of the tip portion is in intimate contact with the side end surface of the partition panel 20 to find a thickness equivalent. Form a.

  On the other hand, a packing (glass beat) 14 is attached to the tip of the inner flanges 12c, 12c. Thus, the vertical frame 12 can resiliently hold the side edge of the glass plate 11 via the packings 14, 14. A cushion tape 15 is attached to the bottom surface of each vertical frame 12 so as to face the side end surface of the glass plate 11. The cushion tape 15 prevents an unexpected accident in which the glass plate 11 hits the vertical frame 12 and is broken.

  The lower frame 31 has a pair of upward rising sides 31a, 31a with an inner flange 31b (FIG. 3, FIG. 4). However, one upright side 31 a is formed as a removable pressing edge 32. The pressing edge 32 can be attached to and detached from the lower frame 31 by engaging and disengaging the inward engaging flange 32a at the lower end with the engaging portion 31c of the lower frame 31 (FIGS. 1 and 4).

  Both ends of the lower frame 31 are respectively connected to the lower part of the corresponding vertical frame 12 via the connection fittings 33 (Fig. 1, Fig. 5). One narrow side of the connection fitting 33 for bending a flag-like plate material into an L-shape is fixed in the recessed groove 23 of the partition panel 20 together with the vertical frame 12 via the setscrews 33a, 33a (FIG. 5, Figure 6). Further, the other wide side of the connection fitting 33 is connected to the lower surface of the lower frame 31 via the short screws 33 b and 33 b. The cushion tape 15 on the bottom of the vertical frame 12 does not have to be continuous in the longitudinal direction of the vertical frame 12 regardless of FIG. 6 and may be intermittent.

  The packings 14 and 14 are attached to the tips of the inner flanges 31 b and 31 b of the lower frame 31 (FIG. 4). Thus, the lower frame 31 can resiliently hold the lower end edge of the glass plate 11 through the packings 14. Setting blocks 34 for supporting the glass plate 11 are disposed at both ends of the lower frame 31 (FIGS. 4 and 6). Further, a cushioning receiving member 35 is disposed between the floor surface F and the middle portion of the lower frame 31. Therefore, the lower frame 31 can support the glass plate 11 from the lower side via the setting blocks 34 and 34 at both ends and the receiving member 35 at the middle part.

  The total length of the sky frame 41 is set to be equal to the total width of the glass panel 10 and the partition panels 20, 20 (FIG. 1). That is, the ceiling frame 41 is continuous from the upper portion of the glass panel 10 to the upper portion of each of the partition panels 20, and both upper end portions of each of the partition panels 20 respectively have the set screws 42, 42 and It accommodates and fixes in the ditch | groove 24 of an upper end surface (FIG. 1, FIG. 2 (A)).

  The ceiling frame 41 has a pair of downward rising sides 41a, 41a with an inner flange 41b over the entire length (FIG. 4). Further, at the top of the glass panel 10, a packing 14 is attached to the tip of each inner flange 41b. Therefore, the ceiling frame 41 can resiliently hold the upper end edge of the glass plate 11 through the packings 14, 14. However, it is preferable that the four-round packings 14, 14 ... of the glass plate 11 be continuous as long as possible, and the entire length be combined into one.

  In the above description, each vertical frame 12, the lower frame 31, and the top frame 41 are each formed of an extruded material of aluminum. In addition, it is preferable to unify the finding a corresponding to the thickness of the outer flange 12b of each vertical frame 12 to about 3 mm together with the finding b and c of the lower frame 31 and the top frame 41. However, the partition panel 20 at this time has a thickness of about 40 mm.

  This invention is to be installed in halls and entrances of facilities such as airports, stations, apartments and hotels, as well as in common spaces such as offices, shops, and all modern buildings such as nursing care and welfare facilities and hospitals. It can be widely and suitably applied.

a ... finding 10 ... glass panel 11 ... glass plate 12 ... vertical frame 12 a ... side flange 12 c ... outer flange 12 c ... inner flange 14 ... packing 20 ... partition panel 23 ... recessed groove 31 ... lower frame 31 a ... standing side 31 b ... inside Flange 32: Pressering edge 41: Sky frame 41a: Standing side 41b: Inner flange

Patent applicant Komatsu Wall Industrial Co., Ltd.

Claims (5)

A partition panel and the glass panel are joined in a straight line via a vertical frame for glass panel, and the vertical frame is symmetrical in cross section with an outer flange and an inner flange at the upper end of each side. The outer flange is formed by storing the lower portion excluding the outer flange in the recessed groove of the side end surface of the partition panel and fixing the lower surface side of the outer flange in close contact with the side end surface of the partition panel. Forming a finding corresponding to a thickness of 1 and holding the side edge of the glass plate of the glass panel through the packing at the tip of the inner flange, while the finding continues on the surface of the partition panel The joining structure of the panel in the partition apparatus characterized by forming in a plane.   A glass panel and partition panels adjacent to the left and right sides of the glass panel, wherein the glass panel and each partition panel are joined through the panel joint structure in the partition device according to claim 1, and the glass In the lower part of the panel, the lower frame which supports the glass plate by connecting both ends to the vertical frame is arranged, and in the upper part of the glass panel, the continuous top frame is arranged up to the upper part of each partition panel Partitioning device characterized by having set up.   The partition according to claim 2, wherein the lower frame has a pair of upward rising sides with an inner flange, and holds the lower end edge of the glass plate through the packing at the tip of each of the inner flanges. apparatus.   The partition apparatus according to claim 3, wherein one of the rising sides is formed as a detachable pressing edge.   The upper frame has a pair of downward rising sides with an inner flange, and holds the upper end edge of the glass plate through the packing of the tip of each of the inner flanges. A partition device according to any one of 4.

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