JP6873658B2 - Partition panel device - Google Patents

Description

The present invention relates to a partition panel device in which a panel body is attached between panel supports provided on a ceiling and a floor surface.

A partition panel device in which a plurality of panel bodies are attached between panel supports provided on the ceiling and the floor surface in order to partition and use an indoor space such as an office, a conference room, or an exhibition hall according to the purpose. Is used.

In such a partition panel device, for example, as disclosed in Patent Document 1, by installing a hanging door device for opening and closing a hanging door in a part of the partition panel device, an entrance / exit is provided to the partition panel device. There is something that has formed. Specifically, the hanging door device is integrally composed of a rail, a glass hanging door suspended by a hanging tool that can move along the rail, a door pocket glass constituting the door pocket, and an openable and closable inspection panel. In the left-right direction of the partition panel device, a frame body which is a rigid body forming a front view gate type or an H-shape extending in the vertical direction is attached between the cap tree (upper panel support) and the width bar. By suspending the hanging door device from the frame body, it is possible to install a hanging door that can be opened and closed in a part of the partition panel device.

Japanese Patent No. 3666443 (page 2, FIG. 1)

However, in Patent Document 1, in the construction process of attaching the hanging door device for opening and closing the hanging door to the partition panel device, after installing the cap tree and the skirting board constituting the support structure of the panel body, the hanging door is used. In order to form a suspension structure, a frame body, which is a rigid body forming a front view gate type or an H shape and is a large heavy object, is carried in and installed between partition panel devices, and a suspension door is integrally incorporated. There is also a problem that the installation work of the hanging door device becomes complicated because a large-scale construction such as carrying in the hanging door device, which is also a large heavy object, and attaching it to the frame body is required.

The present invention has been made in view of such problems, and an object of the present invention is to provide a partition panel device that is easy to install for forming a suspension structure of a suspension door on an upper panel support.

In order to solve the above problems, the partition panel device of the present invention is used.
Between a pair of front and rear translucent panel bodies that are connected between an upper panel support that is provided on the ceiling and extends to the left and right and a lower panel support that is provided on the floor and extends to the left and right , and the panel body. It is a partition panel device having a translucent hanging door for moving rails provided in the above.
The upper panel support is configured on the said rail integral to allow traveling a mounting portion extending in the lateral mounting the panel body back and forth, the Tsu支device for holding an upper end of said Tsuto,
The upper panel support is characterized in that a cover member that covers the rail and the suspension device and extends to the bottom of the suspension device is provided in the front-rear direction over the entire length of the rail .
According to this feature, since the rail which is the suspension support structure of the hanging door is integrally formed with the upper panel support, it is not necessary to separately attach the rail to the upper panel support provided on the ceiling, and the upper part Installation for constructing a hanging support structure for hanging doors on the panel support becomes easy.

The upper panel support is characterized in that the front and rear mounting portions and the rail are integrally molded.
According to this feature, since it is not necessary to separately attach the rail to the upper panel support, it becomes easy to construct the suspension support structure of the hanging door on the upper panel support at the construction site.

The panel body and the hanging door are characterized in that they are translucent.
According to this feature, regardless of the open / closed state of the hanging door, the opposite side can be seen across the partition panel device, so that it functions as a transparent partition.

A cover member extending downward from the rail is provided on the upper panel support.
According to this feature, the rail is difficult to see due to the cover member provided on the upper panel support, so that the appearance of the partition panel device can be enhanced.

It is a perspective view which shows the partition panel apparatus in an Example. FIG. 1A is a side sectional view showing a state in which glass panels are attached to both sides of the partition panel device and a hanging door is suspended between facing surfaces of the glass panels in line AA of FIG. FIG. 1A is a side sectional view showing a glass panel mounting structure and a hanging door suspension structure in the upper panel support of the partition panel device in line AA of FIG. FIG. 1A is a side sectional view showing a glass panel mounting structure and a hanging door suspension structure in the lower panel support of the partition panel device in line AA of FIG. It is a partial cross-sectional view which shows the suspension support structure of the suspension door by the suspension support device. It is sectional drawing of the top view which shows the structure of the door pocket of a partition panel device in a state where a hanging door is opened. It is sectional drawing of the top view which shows the structure of the door of a partition panel device in a state where a hanging door is closed. It is sectional drawing of the side view which shows the state which the hanging door is suspended and supported by the partition panel device in line BB of FIG. It is sectional drawing of the side view which shows the suspension support structure of the suspension door in the upper panel support of the partition panel device in line BB of FIG. It is sectional drawing of the side view which shows the suspension support structure of the suspension door in the suspension door guide of a partition panel device in line BB of FIG. (A) to (d) are side sectional views showing a procedure for attaching a glass panel in a door pocket of a partition panel device according to an embodiment.

A mode for carrying out the partition panel device according to the present invention will be described below based on examples.

The partition panel device according to the embodiment will be described with reference to FIGS. 1 to 11. Hereinafter, the left side of the paper surface of FIG. 2 will be described as the front side (front side) of the partition panel device, and the right side of the paper surface of FIG. 2 will be described as the back side (rear side) of the partition panel device.

The partition panel device 1 is formed by attaching a plurality of panels from the ceiling to the floor in order to divide a room or space in a building such as a school or an office into a plurality of sections. By using the transparent glass panel 4 (panel body), it is possible to produce a feeling of openness in the compartmental space, and it is excellent in strength and sound insulation.

As shown in FIGS. 1 and 2, the partition panel device 1 in the embodiment includes an upper panel support 2 fixed to the ceiling C and extending to the left and right, and a lower panel support 3 fixed to the floor surface F and extending to the left and right. It has a double glass panel structure in which a plurality of glass panels 4, 4, ... Are attached to each other so as to be separated from each other in the front and rear. Further, the partition panel device 1 is configured with an entrance / exit G by providing a portion at which a pair of front and rear glass panels 4 and 4 are not attached at a predetermined position, and a sliding door type hanging door 11 for opening / closing the entrance / exit G. Is provided.

The entrance / exit G of the partition panel device 1 has a door stop 8 to which the side end of the hanging door 11 on the door head side abuts in a state where the entrance / exit G is closed by the hanging door 11 (see FIG. 7), and the hanging door 11. A door pocket 9 for pulling in the hanging door 11 is provided in a state where the doorway G is opened (see FIGS. 1 and 6).

Next, the structures of the glass panels 4, 4, ... Will be described in detail. Since the glass panels 4 and 4 attached to the upper panel support 2 and the lower panel support 3 so as to be separated from each other in the front-rear direction have the same configuration, the glass panel 4 attached to the front side of the partition panel device 1 Will be described, and the description of the glass panel 4 attached to the rear side will be omitted.

As shown in FIG. 2, each glass panel 4 has a panel main body 4b which is a laminated glass obtained by polymerizing and strengthening two transparent flat glass 4a and 4a, and an upper end surface 4c and a lower end surface 4e of the panel main body 4b. It is composed of an upper edge material 6 and a lower edge material 7 fixed to the double-sided adhesive tape or the hot melt adhesive 5, respectively. In addition, in order to shorten the installation and construction time at the site, it is preferable to attach the upper edge member 6 and the lower edge member 7 to the panel body 4b in advance at a factory or the like to unitize the glass panel 4. A transparent acrylic plate may be used as the panel body 4b.

Further, the facing ends of the glass panels 4 and 4 adjacent to each other on the left and right are filled with a highly transparent resin joint material 40 (see FIG. 6) so that the glass panels 4 and 4 can be moved in the left-right direction without using a frame in the up-down direction. Connection is possible.

Next, the upper edge member 6 will be described in detail. The upper edge member 6 of the glass panel 4 attached to the front side will be described. As shown in FIG. 3, the upper edge member 6 constituting the glass panel 4 has a side view crank shape, and is a horizontal plate fixed to the upper end surface 4c of the panel body 4b with a double-sided adhesive tape or a hot melt adhesive 5. It has 60, an insertion plate 61 extending upward from the rear end of the horizontal plate 60, and a hanging plate 62 extending downward from the front end of the horizontal plate 60 along the panel body 4b by a predetermined distance. The upper edge material 6 is an extruded product made of an aluminum alloy.

The hanging plate 62 is brought into contact with the panel body 4b along the front side of the panel body 4b in a state where the glass panel 4 is attached between the upper panel support 2 and the lower panel support 3. When stress is applied in the horizontal direction from the rear side, the panel body 4b can be supported so as not to come off. Further, since the hanging plate 62 abuts along the front surface side of the panel main body 4b, it is easy to align the horizontal plate 60 in the front-rear direction when fixing the horizontal plate 60 to the upper end surface 4c of the panel main body 4b.

Further, by making the dimensions of the horizontal plate 60 in the longitudinal direction and the front-rear direction substantially the same as the dimensions of the upper end surface 4c of the panel body 4b in the longitudinal direction and the front-rear direction, respectively, the horizontal plate 60 and the upper end surface 4c of the panel body 4b are formed. The adhesive area between the two is increased, and the adhesive force of the double-sided adhesive tape or the hot melt adhesive 5 is enhanced.

The front-rear dimension of the insertion plate 61 is smaller than the front-rear dimension of the upper insertion groove 27 described later, and the insertion plate 61 can be inserted into the upper insertion groove 27 while the glass panel 4 is inclined at an angle. At the same time, the glass panel 4 can be rotated and vertically raised while the insertion plate 61 is inserted into the upper insertion groove 27. The glass panel 4 may be rotated by utilizing the deflection of the insertion plate 61. In this case, the gap between the upper insertion groove 27 and the insertion plate 61 in the front-rear direction is not essential.

The side surface of the insertion plate 61 can be visually recognized from below and inserted by forming the insertion plate 61 so that the dimension in the longitudinal direction is shorter than the dimension in the longitudinal direction of the upper end surface 4c of the panel body 4b by notching or the like. The alignment and insertion work for inserting the plate 61 into the upper insertion groove 27 of the upper support member 22, which will be described later, may be facilitated. Further, a plurality of insertion plates 61 may be formed with respect to the horizontal plate 60.

Next, the lower edge member 7 will be described in detail. The lower edge member 7 of the glass panel 4 attached to the front side will be described. As shown in FIG. 4, the lower edge member 7 constituting the glass panel 4 is a horizontal plate 70 fixed to the lower end surface 4e of the panel main body 4b with a double-sided adhesive tape or a hot melt adhesive 5, and a horizontal plate 70. A support piece 71 extending upward from the front end along the front surface of the panel body 4b, an abutting piece 72 projecting downward from the front end of the horizontal plate 70, and downward from the rear end of the horizontal plate 70. It is composed of an engaging piece 73 that is projected so as to be projected. The lower edge member 7 is an extruded product made of an aluminum alloy.

The support piece 71 extends upward from the front end of the horizontal plate 70 along the front surface of the panel body 4b by a predetermined distance, and the glass panel 4 is attached between the upper panel support 2 and the lower panel support 3. The panel body 4b can be supported so as not to come off when a stress is applied to the panel body 4b in the horizontal direction from the rear side.

The contact piece 72 has a shape that protrudes downward from the front end of the horizontal plate 70 of the lower edge member 7 and gradually expands downward toward the baseboard 30 side (rear side) described later, and the contact piece 72. When the contact surface 72a formed at the lower end of the 72 abuts on the contact surface 38d of the lower support member 32 described later from above, the load applied downward from the glass panel 4 and the glass panel 4 fall forward. The load applied in the direction can be supported, and the stability of the glass panel 4 in the mounted state is improved.

The engaging piece 73 is projected downward from the rear end of the horizontal plate 70 of the lower edge member 7, and has a shape gradually reduced toward the baseboard 30 toward the lower side, and is covered with the lower support member 32 described later. It can be engaged with the engaging portion 38c. In other words, on the front side of the engaging piece 73, an inclined surface 73b that inclines downward from the front side to the rear side is formed. Further, on the rear side of the engaging piece 73, a vertical surface 73a that is substantially flush with the rear surface 4d of the panel body 4b is formed.

Further, by making the dimensions of the horizontal plate 70 of the lower edge member 7 in the longitudinal direction and the front-rear direction substantially the same as the dimensions of the lower end surface 4e of the panel body 4b in the longitudinal direction and the front-rear direction, respectively, the lower edge member 7 is horizontal. The adhesive area between the plate 70 and the lower end surface 4e of the panel main body 4b is increased, and the adhesive force by the double-sided adhesive tape or the hot melt adhesive 5 can be enhanced.

Next, the hanging door 11 will be described in detail. As shown in FIG. 2, the hanging door 11 has a hanging door main body 11a which is one piece of tempered glass having substantially the same size as the vertical dimension of the panel main body 4b described above, and left and right at the upper end portion of the hanging door main body 11a. It is mainly composed of suspension devices 15 and 15 (see FIG. 5) that are attached so as to be separated from each other in the direction. Since the suspension devices 15 and 15 have the same configuration, one suspension device 15 will be described, and the description of the other suspension device 15 will be omitted.

The hanging door 11a is easily opened and closed by attaching handles 12 and 12 (see FIG. 1) having a substantially U-shaped side view to both the front and rear sides of the door head side. Further, the hanging door main body 11a is provided with a locking means 13 for locking the hanging door 11 in a state where the doorway G is closed by the hanging door 11 (see FIG. 7).

Further, at the side end of the hanging door main body 11a on the door head side, a protective material 14 that comes into contact with the door contact member 83, which will be described later, is provided in the door door 8 in the vertical direction when the doorway G is closed by the hanging door 11. Is installed. The protective material 14 is made of polycarbonate having high translucency and impact resistance, and is inconspicuous when attached to the hanging door main body 11a. Can be protected.

The upper end of the hanging door main body 11a has a concave-convex shape (see FIG. 5) by being cut out at a predetermined position, in order to fasten the support bolt 18 and the holding plates 19 and 19 of the hanging support device 15 described later. It is designed not to buffer the bolts 19b and 19b. Further, since the suspension support device 15 is attached to the recess that is recessed downward, the upper end of the convex portion of the suspension door main body 11a can be configured to be close to the ceiling C.

As shown in FIGS. 3 and 5, the suspension support device 15 is attached to the upper end portion of the suspension door main body 11a, and is a roller capable of traveling in the rail portion 26 described later in the left-right direction (extension direction of the rail portion 26). It is mainly composed of a portion 16 and a connecting portion 17 for connecting the hanging door main body 11a to the roller portion 16.

The roller portions 16 include traveling rollers 16b, 16b, 16b, which are axially supported by a pair of front and rear traveling rollers 16a, which are separated from each other in the left-right direction on the front and rear surfaces of the base portion 16a into which the body portion 18b of the support bolt 18 described later is screwed. It is composed of 16b and 16b, and can smoothly travel in the left-right direction on the traveling plates 26a and 26a of the rail portion 26 described later.

The connecting portion 17 is mainly composed of a support bolt 18 that is screwed into the base portion 16a of the roller portion 16 and extends downward, and a pair of holding plates 19 and 19 that are attached to the support bolt 18 from the front and rear.

The support bolt 18 is screwed into the base portion 16a of the roller portion 16 with the head portion 18a facing downward, and the holding plate 19 is inserted between the nut 18c previously inserted into the body portion 18b and the head portion 18a. The holding plates 19 and 19 can be firmly fixed to the support bolt 18 by fastening the connecting pieces 19a and 19a extending so as to face each other from the substantially center of the left and right sides of the and 19 so as to be vertically stacked and fastened. It has become. As will be described in detail later, the holding plates 19 and 19 are fixed to the support bolts 18 so that they are arranged below the rail portion 26.

The holding plates 19 and 19 are provided with through holes (not shown) that are separated from each other in the left-right direction and penetrate in the front-rear direction. By inserting bolts 19b and 19b into the through holes and tightening the holding plates 19, The separation dimension of 19 in the front-rear direction can be adjusted. According to this, the upper end of the hanging door main body 11a is tightened by tightening the bolts 19b and 19b with the upper end portion of the hanging door main body 11a inserted between the holding plates 19 and 19 arranged below the rail portion 26 from below. The portions can be sandwiched by the sandwiching plates 19 and 19 and firmly fixed. Further, as described above, since the upper end portion of the hanging door main body 11a is notched and has an uneven shape, it is easy to align between the holding plates 19 and 19, and the hanging door 11 is suspended from the rail portion 26. Therefore, the installation work can be easily performed.

The rail portion 26 is provided with a stopper 16c in contact with the roller portion 16 of the suspension support device 15 attached to the door tail side of the suspension door 11 at a predetermined position, so that the suspension door 11 is more than necessary in the door pocket 9. Since the movement of the hanging door 11 can be restricted so as not to be drawn into the door pocket 9, the side end portion of the hanging door main body 11a on the door tail side is prevented from colliding with the middle pillar 92 or the like described later in the door pocket 9. .. Further, the stopper 16c has a built-in shock absorber so as to be able to absorb the impact when the roller portion 16 of the suspension support device 15 comes into contact with the stopper 16c.

Next, the upper panel support 2 will be described in detail. As shown in FIGS. 2 and 3, on the ceiling C, a side-viewing downward U-shaped cap tree 20 is arranged behind the ceiling, and a side-viewing upward substantially U-shaped fixing member 29 and a plurality of fixing bolts. By being connected by 50, 50, ..., The ceiling C is firmly fixed so as to sandwich it. At this time, a plurality of connecting metal fittings 21, 21, ... (Only one connecting metal fitting 21 is shown in FIGS. 2 and 3) are fixed to the top plate 20a of the cap tree 20 along the extending direction of the cap tree 20. It is fixed by being fastened together with the Kasagi 20 by bolts 50, 50, .... Further, the connecting portions 24 of the upper support member 22, which will be described later, are integrally connected to the connecting metal fittings 21, 21 and ... by a plurality of connecting bolts 21a, 21a, ... In other words, the upper support member 22 is integrally attached to the ceiling C with the cap tree 20. The connecting metal fitting 21 is configured by stacking a plurality of plate materials, and the height position of the upper support member 22 externally fitted to the cap tree 20 can be adjusted by changing the number of plate materials. Further, for convenience of explanation of the fixing bolt 50 and the connecting bolt 21a, in FIG. 3, the body portion of the connecting bolt 21a is indicated by a broken line.

The upper panel support 2 in this embodiment is a combination of the Kasagi 20 and the upper support member 22. Further, the cap tree 20 and the upper support member 22 constituting the upper panel support 2 are extruded products made of an aluminum alloy.

The upper support member 22 has a rail portion 26 (rail) composed of traveling plates 26a and 26a having a substantially L-shaped side view facing in the front-rear direction from below, and the traveling plates 26a and 26a from substantially the center of the upper and lower sides to the outside in the front-rear direction, respectively. A front support portion 25 and a rear support portion 25'(mounting portion) extending toward the direction, and a side view square-shaped connecting portion 24 having a pair of front and rear contact pieces 24b and 24b that abut from below on the above-mentioned connecting metal fitting 21. , Is mainly composed of.

Further, the upper support member 22 includes front and rear standing plates 25a and 25a that extend upward along the outer surfaces of the front and rear side plates 20b and 20b of the cap tree 20 and form the front support portion 25 and the rear support portion 25'. A fitting portion 24 formed between the upright plates 25a and 25a and a rail portion 26 formed between the front and rear upright plates 25a and 25a, which is an upward open portion having a substantially U-shaped structure upward from the side view. The joint portion 23 is formed and fitted so as to cover the cap tree 20 from below. Since the structures of the front support portion 25 and the rear support portion 25'have the same structure, the structure of the front support portion 25 will be described, and the description of the structure of the rear support portion 25'will be omitted.

The connecting portion 24 is a connecting plate 24a that connects the front and rear traveling plates 26a and 26a constituting the rail portion 26 in the front-rear direction inside the cap tree 20, and extends upward from the upper surface of the connecting plate 24a and hits the connecting metal fitting 21 from below. A mounting plate through which a pair of front and rear contact pieces 24b and 24b and a connecting bolt 21a for connecting the contact pieces 24b and 24b in the front-rear direction and integrally connecting the upper support member 22 and the connecting metal fitting 21 are inserted. It is composed of 24c and.

The front support portion 25 is mainly composed of an upper plate 25b extending forward from the upper end of the upright plate 25a on the front side and an opposing plate 25c extending downward from the front end of the upper plate 25b and facing the upright plate 25a. The upper insertion groove 27 having a substantially U-shape facing downward from the side surface is formed from the three plates of the upright plate 25a, the upper plate 25b, and the facing plate 25c.

Further, the lower end of the facing plate 25c is formed above the lower end of the standing plate 25a. In other words, the opening 27a (lower end of the opening) of the upper insertion groove 27 is formed above the lower end of the upright plate 25a.

Further, a locking portion 25d is formed on the facing plate 25c toward the front side, and the front cover member 10b is locked to attach the glass panel 4 to the upper panel support 2. It can be hidden.

The rail portion 26 is composed of traveling plates 26a and 26a that extend downward from both front and rear ends of the connecting plate 24a constituting the connecting portion 24 and whose ends face each other in the front-rear direction and are formed in a substantially L-shape in side view. An opening 26b is formed between the opposite ends of the traveling plates 26a and 26a, that is, substantially in the center of the front and rear of the rail portion 26, and the connecting plate 24a of the connecting portion 24 and the front and rear traveling plates 26a and 26a are formed. A rectangular space in a side view is formed inside the upper support member 22.

The roller portion 16 of the suspension support device 15 described above can be arranged in the rail portion 26, and the traveling rollers 16b, 16b, 16b, 16b can travel on the traveling plates 26a, 26a facing each other in the front-rear direction. It has become like. Further, from the opening 26b of the rail portion 26, the support bolt 18 of the suspension support device 15 screwed into the base portion 16a of the roller portion 16 can be projected downward, and the support bolt 18 can be projected below the rail portion 26. The holding plates 19 and 19 to be fixed can be arranged. The opening 26b of the rail portion 26 is configured to be narrower by the front-rear dimension of the traveling plates 26a and 26a than the front-rear dimension in the rail portion 26 in which the roller portion 16 of the suspension support device 15 is arranged. Therefore, the roller portion 16 of the suspension support device 15 arranged in the rail portion 26 becomes difficult to see, and the aesthetic appearance can be enhanced.

Further, locking portions 26c and 26c are formed on the outer sides of the running plates 26a and 26a of the rail portion 26 in the front-rear direction, respectively, and the side view substantially L-shaped rail covers 28 and 28 extending in the left-right direction (FIG. 1). , Fig. 3) are locked to each other, and below the rail portion 26, the rail portion 26 and the suspension support devices 15 and 15 of the suspension door 11 suspended from the rail portion 26, that is, the suspension door. The suspension structure of 11 can be hidden. The rail covers 28 and 28 are attached so as to be substantially flush with each other in the vertical direction with respect to the front and rear standing plates 25a and 25a of the upper support member 22.

Next, the lower panel support 3 will be described in detail. As shown in FIGS. 2 and 4, a baseboard 30 having an upward U-shape in a side view is fixed to the floor surface F by a plurality of anchor bolts 51, 51, .... At this time, a guide member 31 having a U-shape upward in side view is fixed to the bottom plate 30a of the skirting board 30 by being fastened together with the skirting board 30 by anchor bolts 51, 51, ....

Inside the skirting board 30, a pair of front and rear side plates 30a of the skirting board 30, front and rear side plates 30b and 30b of the skirting board 30, and side plates 31b and 31b of the guide member 31 extending in the extending direction of the skirting board 30. U-shaped openings 33, 33 facing upward from the side are formed, and adjuster mechanisms 34, 34 are arranged at predetermined positions of the openings 33, 33, respectively. At least two or more adjuster mechanisms 34 are provided at the openings 33 so as to be separated from each other in the left-right direction.

The adjuster mechanisms 34, 34 are screwed from above into the base portions 34a, 34a provided in the openings 33, 33, respectively, and the screw holes 34b, 34b provided in the base portions 34a, 34a. The bases 34a and 34a are fixed to the bottom plate 30a of the baseboard 30 via the legs 34c and 34c having a substantially L-shaped side view. In the adjuster mechanisms 34, 34, the base portions 34a, 34a are welded and fixed to the front and rear side plates 30b, 30b of the baseboard 30, and the lower ends of the legs 34c, 34c are welded and fixed to the bottom plate 30a of the baseboard 30. Because they are firmly fixed in the openings 33 and 33, respectively, they do not deform even when the glass panels 4 and 4 attached to the front and rear are loaded.

The height positions of the heads 35a and 35a protruding upward from the openings 33 and 33 can be adjusted by tightening the adjuster bolts 35 and 35 with respect to the screw holes 34b and 34b of the bases 34a and 34a. Therefore, the lower support member 32 that is externally fitted from above the opening 33 on the front side and the lower support member 32'that is externally fitted from above the opening 33 on the rear side are fitted to the heads 35a and 35a of the adjuster bolts 35 and 35. Therefore, the height positions of the lower support members 32 and 32'with respect to the baseboard 30 can be individually adjusted, and the level of the lower panel support 3 can be easily adjusted. Further, since the lower support members 32 and 32'are divided in the front-rear direction, it is easy to carry and attach the lower support members at the time of construction, and the workability is improved.

The lower panel support 3 in this embodiment is a combination of the baseboard 30 and the lower support member 32. Furthermore, the skirting board 30 and the lower support members 32, 32'constituting the lower panel support 3 are extruded products made of an aluminum alloy. Further, since the structures of the lower support members 32 and 32'have the same structure, the structure of the lower support member 32 attached to the front side will be described, and the structure of the lower support member 32'attached to the rear side will be described. Omit.

The lower support member 32 includes an upper support plate 37 supported by the head 35a of the adjuster bolt 35 projecting upward from the skirting board 30, and a side plate 30b on the front side of the skirting board 30 extending downward from the front end of the upper support plate 37. It is composed of a support portion 38 arranged on the outer surface side of the above support plate 37, and a guide plate 39 extending downward from the rear end of the upper support plate 37 and extending downward along the inner surface of the side plate 31b on the front side of the guide member 31. ing.

Further, the lower support member 32 includes a support plate 38a extending downward along the outer surface of the side plate 30b on the front side of the baseboard 30 from the front end of the upper support plate 37 in the support portion 38, and the above-mentioned upper support plate 37. A fitting portion 36, which is a downwardly open portion of a U-shaped structure facing downward from the side view, is formed of the guide plate 39, and is externally fitted so as to cover the opening 33 on the front side of the baseboard 30 from above. To.

The support portion 38 is mainly composed of the above-mentioned support plate 38a and the horizontal plate 38b extending forward from the lower end of the support plate 38a. An engaged portion 38c that engages with the engaging piece 73 and an abutting surface 38d that abuts the abutting piece 72 are formed.

The engaged portion 38c is composed of a vertical surface 38e corresponding to the front surface side of the support plate 38a, and an inclined surface 38f inclined obliquely upward from the lower end of the support plate 38a toward the front side. In other words, the engaged portion 38c has a shape that gradually shrinks from the front side to the bottom toward the baseboard 30 side (rear side), and can be engaged with the engaging piece 73 of the glass panel 4 described above. There is. Further, when the engaging piece 73 is engaged with the engaged portion 38c, the inclined surface 38f of the engaged portion 38c comes into contact with the inclined surface 73b of the engaging piece 73, and the vertical surface of the engaged portion 38c. Since the 38e is in contact with the vertical surface 73a of the engaging piece 73, even if the glass panel 4 is lifted and moved to the front side, the inclined surface 38f of the engaged portion 38c is formed. The engaging piece 73 slides along the inclination of the engaging piece 73, and is guided to return to the state where the vertical surface 38e of the engaged portion 38c and the vertical surface 73a of the engaging piece 73 are in contact with each other.

The contact surface 38d is formed on the front side of the engaged portion 38c, and the load applied downward from the glass panel 4 and the glass panel 4 due to the contact piece 72 of the glass panel 4 described above coming into contact with the glass panel 4 from above. Can support the load applied in the direction in which the glass panel 4 falls forward, which enhances the stability of the glass panel 4 in the mounted state.

Further, a locking portion 38g is formed below the engaged portion 38c and the contact surface 38d, and is attached by locking the front cover member 10b, so that the lower panel support 3 and the glass panel 4 are attached. It is possible to hide the mounting structure of.

The lower support member 32 is firmly fixed to the baseboard 30 by driving the screw 52 into the locking portion 38g from the front side after the height position is adjusted by the adjuster mechanism 34.

Further, at substantially the center of the front and rear of the baseboard 30, a bottom plate 31a of the guide member 31 and a guide plate 39 of the lower support member 32 extending downward along the inner surface of the side plate 31b on the front side of the guide member 31 are provided. A recessed groove 90 is formed from a guide plate 39 of the lower support member 32'extending downward along the inner surface of the side plate 31b on the rear side of the member 31, and a hanging door 11 (suspended) suspended from the rail portion 26. The lower end of the door body 11a) can be arranged in a loosely fitted state.

According to this, the hanging door 11 can be movably suspended between the facing surfaces of the pair of front and rear glass panels 4 and 4 attached to the partition panel device 1. That is, in a state where the doorway G is opened by the hanging door 11 (see FIG. 6), the door pocket 9 for pulling in the hanging door 11 is configured between the facing surfaces of the pair of front and rear glass panels 4 and 4 attached to the partition panel device 1. can do.

Further, since the lower end portion of the hanging door 11 is arranged in the concave groove 90 formed in the lower panel support 3, the lower end portion of the hanging door 11 can be hidden so as not to be seen from the outside. The aesthetics of the door pocket 9 are enhanced. Further, since the concave groove 90 is narrowly configured in the front-rear direction, the swing of the hanging door 11 in the front-rear direction can be guided in the concave groove 90 so that the hanging door 11 can be stably suspended and supported. It has become.

Further, at the time of assembly, since the lower end portion of the hanging door 11 can be easily positioned with respect to the lower panel support 3 by the concave groove 90, the guide structure of the hanging door 11 can be formed on the lower panel support 3. Easy to install. Further, when the hanging door 11 is opened and closed, the lower end portion of the hanging door 11 is guided along the inside of the concave groove 90.

Further, by forming both the skirting board 30 and the guide member 31 in an upward U-shape when viewed from the side, the thickness of the bottom surface of the recessed groove 90 from the bottom plate 30a of the skirting board 30 having a thin thickness and the bottom plate 31a of the guide member 31 can be increased. Therefore, the lower end of the hanging door 11 can be extended to the vicinity of the floor surface F.

In addition, in the portion other than the entrance / exit G and the door pocket 9 of the partition panel device 1, at least an upper surface cover member (not shown) covering the rail portion 26 is attached to the upper panel support 2, and at least a concave portion is attached to the lower panel support 3. By attaching the lower surface cover member 10c (see FIG. 1) that covers the groove 90, the aesthetic appearance of the inner surface side of the partition panel device 1 can be enhanced. The inner surface side of the partition panel device 1 is a space partitioned by a pair of front and rear glass panels 4 and 4 in a portion other than the entrance / exit G and the door pocket 9.

Next, the door pocket 9 in the partition panel device 1 will be described in detail. As shown in FIGS. 1 and 6, the door pocket 9 is provided between the pair of front and rear glass panels 4 and 4 supported by the upper panel support 2 and the lower panel support 3 and the facing surfaces of the glass panels 4 and 4. A middle pillar 92 extending vertically between the rail portion 26 of the upper panel support 2 and the lower panel support 3 and a hanging door 11 formed in the front-rear substantially center of the door pocket end portion 9a in the vertical direction can be taken in and out. It is mainly composed of an opening 9b.

As shown in FIG. 6, the center pillar 92 has an H-shape when viewed from above, and side cover members 10e and 10e are attached from the left and right directions, respectively.

In addition, vertical grooves 92a and 92a extending in the vertical direction are provided on both front and rear surfaces of the center pillar 92, and the vertical grooves 92a and 92a are elastic members having a transparent tubular shape and serve as a shock absorbing material. 93 and 93 are fitted in the vertical direction, respectively. The elastic members 93 and 93 abut on the left and right adjacent glass panels 4 and 4 at the standing position of the center pillar 92, thereby enhancing the shielding property on the inner surface side of the partition panel device 1 with respect to the door pocket 9 side and partitioning. It is designed to prevent insects, dust, etc. from entering the inner surface side of the panel device 1. Further, since the center pillar 92 is provided between the facing surfaces of the glass panels 4 and 4 and is not exposed to the outside from the partition panel device 1, the aesthetic appearance is enhanced.

The middle pillar 92 is an extruded product made of an aluminum alloy, and has a higher brightness than the upper panel support 2 and the lower panel support 3. According to this, the central pillar 92 can be made relatively inconspicuous in the appearance of the partition panel device 1. The center pillar 92 may be a transparent allyl resin molded product, and in this case, the center pillar 92 becomes less noticeable.

Further, the center pillar 92 is arranged at a connecting portion (continuous portion) by the joint material 40 filled between the facing ends of the glass panels 4 and 4 adjacent to the left and right. According to this, in the appearance of the partition panel device 1, the central pillar 92 can be made inconspicuous by superimposing the central pillar 92 on the connecting portion of the glass panels 4 and 4 adjacent to the left and right by the joint material 40.

Further, the load of the rail portion 26 on which the suspension door 11 is suspended is supported by the lower panel support 3 on the floor surface F side via the center pillar 92, so that the suspension support strength of the suspension door 11 in the rail portion 26 is supported. It is possible to suppress the bending of the rail portion 26 and the like.

The opening 9b of the door pocket 9 is fitted onto the pair of front and rear door pocket struts 94, 94 and the door pocket struts 94, 94, which are erected between the cap tree 20 and the baseboard 30 so as to be separated from each other in the front-rear direction. It is mainly composed of door pocket frames 95 and 95. Since the front and rear door pocket columns 94 and 94 and the door pocket frames 95 and 95 have the same configuration, the door pocket columns 94 and the door pocket frame 95 attached to the front side (lower side of the paper in FIG. 6) of the partition panel device 1 will be described. The description of the door pocket support 94 and the door pocket frame 95 attached to the rear side will be omitted.

The door pocket frame 95 includes a cover portion 95a that hides the door pocket support column 94 so as not to be exposed to the outside, a contact portion 95b that enhances the structural strength of the partition panel device 1 by contacting the rear surface 4d of the glass panel 4, and a front cover member. It is composed of a locking portion 95c for locking and mounting the 10b.

The contact portion 95b of the door pocket frame 95 is provided with a brush-shaped mohair seal 96 that contacts the hanging door body 11a in the vertical direction in the door pocket 9, so that the hanging door body 11a is not damaged. The shielding property of the door pocket 9 side with respect to the opening 9b of the door pocket 9 can be enhanced, and insects, dust and the like can be prevented from entering the door pocket 9. The mohair seal 96 is always in contact with the hanging door main body 11a even when the doorway G is closed by the hanging door 11 (see FIG. 7).

Further, in the door pocket 9, since the middle pillar 92 enhances the shielding property with respect to the inner surface side of the partition panel device 1, the hanging door 11 is pulled into the door pocket 9 when the doorway G is opened by the hanging door 11. In the process, the air in the door pocket 9 pushed by the hanging door 11 passes through the mohair seal 96 and flows out from the opening 9b of the door pocket 9 toward the outside (doorway G side), so that the air enters the door pocket 9. The invasion of insects and dust can be suppressed.

A rubber elastic member 97 that abuts on the rear surface 4d of the glass panels 4 and 4 attached from the front side and serves as a shock absorbing material is fitted in the contact portion 95b of the door pocket frame 95.

The front cover member 10b is locked to the locking portion 95c of the door pocket frame 95 so that the mounting structure of the glass panel 4 with respect to the door pocket frame 95 can be hidden.

Next, the doorway G in the partition panel device 1 will be described in detail. As shown in FIGS. 1 and 8, the entrance / exit G of the partition panel device 1 includes a floor surface F on which the lower panel support 3 (baseboard 30 and lower support member 32) is not extended, and an upper panel support. It is formed of 2 and a door pad 8 and a door pocket 9 provided on the left and right sides, and is configured by not attaching glass panels 4 and 4 to the front and rear in the partition panel device 1. At the entrance / exit G, a hanging door guide 91 (see FIG. 10), which will be described in detail later, is provided on the floor surface F.

As shown in FIG. 9, at the entrance / exit G of the partition panel device 1, the glass panels 4 and 4 are attached to the front and rear front support portions 25 and the rear support portions 25'on the upper support member 22 of the upper panel support 2. Since it is not necessary, the doorway front cover members 10d and 10d are attached to the locking portions 25d and 25d provided on the front and rear facing plates 25c and 25c instead of the above-mentioned front cover member 10b. The entrance / exit front cover member 10d has substantially the same shape as the front cover member 10b, and extends to a position where the lower end portion abuts on the rail cover 28 attached to the locking portion 26c of the upper support member 22 so that the front cover member 10b The structures of the front support portion 25 and the rear support portion 25'in the upper support member 22 can be hidden while maintaining continuity with the above. Further, since the vertical dimensions of the front cover member 10b and the doorway front cover member 10d are substantially the same and are mounted at substantially the same height, the front cover member 10b and the doorway front cover member 10d are mounted at the upper ends of the doorway G and the door pocket 9. Will be arranged with continuity, and will be excellent in aesthetics.

Further, as shown in FIG. 10, at the entrance / exit G of the partition panel device 1, on the floor surface F near the opening 9b of the door pocket 9, a hanging door guide 91 having a substantially U-shape upward in side view is screw 98. The lower end of the hanging door 11 (hanging door main body 11a) is arranged close to each other between the guide pieces 91b and 91b erected in the front-rear direction from the base portion 91a fixed to the floor surface F. The distance between the guide pieces 91b and 91b in the front-rear direction is smaller than the front-rear size of the opening 9b of the door pocket 9. According to this, since the lower end portion of the hanging door 11 is guided between the guide pieces 91b and 91b, it is possible to suppress the swing of the hanging door 11 in the front-rear direction.

As shown in FIG. 7, at the entrance / exit G of the partition panel device 1, the door door 8 has a support column 80 erected between the cap tree 20 and the skirting board 30, and the partition panel device 1 with respect to the support column 80. It is mainly composed of a side support member 81 that is externally fitted from the inner surface side and a door stop frame 82 that is externally fitted from the entrance / exit G side of the partition panel device 1.

The side support member 81 abuts a pair of front and rear contact portions 81b and 81b that increase the structural strength of the partition panel device 1 by abutting on the rear surfaces 4d and 4d of the glass panels 4 and 4, and front and rear front cover members 10b and 10b. It is mainly composed of front and rear locking portions 81c and 81c for locking the glass. Further, the side support member 81 has an open top view substantially U-shaped structure composed of a connecting plate 81d for connecting the contact portions 81b and 81b in the front-rear direction and front and rear locking portions 81c and 81c. A fitting portion 81a, which is a portion, is formed and is fitted so as to cover the support column 80 from the inner surface side (left side) of the partition panel device 1.

Rubber elastic members 87 and 87 that abut on the rear surfaces 4d and 4d of the glass panels 4 and 4 that are attached from the front and rear and serve as shock absorbing materials are attached to the abutting portions 81b and 81b, respectively. The side cover member 10e is locked between the front and rear contact portions 81b and 81b by locking the side cover member 10e from the inner surface side of the partition panel device 1, so that the structure of the side support member 81 can be hidden. There is.

The front cover members 10b and 10b are attached to the locking portions 81c and 81c by locking them, respectively, so that the attachment structures of the front and rear glass panels 4 and 4 to the side support members 81 can be hidden.

The door stop frame 82 includes front and rear cover portions 82b and 82b that hide the support columns 80 so as not to be exposed to the outside, and door stop portions 82c to which the protective material 14 attached to the side end portion of the hanging door 11 on the door head side abuts. A rubber door contact member 83 that comes into contact with the side end portion of the hanging door main body 11a and serves as a shock absorbing material is attached to the door stop portion 82c. Further, the door stop frame 82 is formed with a fitting portion 82a which is an open portion of a substantially U-shaped structure in top view, which is composed of a door stop portion 82c, front and rear cover portions 82b, 82b, and a support column 80. Is fitted so as to cover the doorway G side (right side).

Next, a method of attaching the glass panel 4 to the upper panel support 2 and the lower panel support 3 in the door pocket 9 will be described. Here, the glass panel 4 on the rear side constituting the door pocket 9 is attached to the upper panel support 2 and the lower panel support 3 in advance, and the holding plate 19 of the suspension device 15 arranged in the rail portion 26 is attached. A case where the glass panel 4 on the front side (hereinafter, also simply referred to as the glass panel 4) is finally attached in a state where the hanging door main body 11a is attached to 19 and 19 will be described as an example.

As shown in FIG. 11A, first, the upper portion of the glass panel 4 is held in a state of being inclined toward the upper panel support 2, and the insertion plate 61 of the upper edge member 6 fixed to the upper end of the glass panel 4 is held. Is inserted into the upper insertion groove 27 provided in the front support portion 25 of the upper panel support 2. At this time, the vertical surface 61a on the rear side of the insertion plate 61 provided on the glass panel 4 is brought into contact with the upright plate 25a of the front support portion 25 and slid upward, so that the upper insertion groove located above is formed. Since the insertion plate 61 can be guided to the 27, the insertion plate 61 can be safely and surely inserted into the upper insertion groove 27.

Next, as shown in FIG. 11B, with the insertion plate 61 inserted in the upper insertion groove 27, the lower end of the glass panel 4 is rotated so as to be close to the lower panel support 3 with the relevant portion as the center. It is moved to move the lower end of the glass panel 4 substantially horizontally. At this time, the lower edge member 7 fixed to the lower end of the panel main body 4b by lifting the glass panel 4 and rotating the glass panel 4 in a state where substantially the entire insertion plate 61 is inserted into the upper insertion groove 27. Can bring the lower end of the glass panel 4 closer to the lower panel support 3 without contacting the engaged portion 38c and the contact surface 38d projecting to the front side of the lower panel support 3, and the glass panel 4 Can be safely and reliably rotated.

Finally, as shown in FIG. 11C, the vertical surface 61a of the insertion plate 61 and the vertical surface 73a of the engaging piece 73 are provided on the front support portion 25 of the upper panel support 2, and the standing plate 25a and the lower portion are provided. As shown in FIG. 11D, the lower end of the glass panel 4 is dropped by dropping it directly below in a state of being in contact with the support plate 38a provided on the support portion 38 of the lower support member 32 of the panel support 3. The provided engaging piece 73 can be engaged with the engaged portion 38c of the supporting portion 38. At the same time, the contact surface 72a of the contact piece 72 provided at the lower end of the glass panel 4 can be brought into contact with the contact surface 38d provided on the support portion 38 of the lower panel support 3 from above. At this time, the vertical dimension L1 of the glass panel 4 (the upper end of the insertion plate 61 of the upper edge member 6) is larger than the vertical dimension L2 from the lower end of the vertical surface 38e constituting the engaged portion 38c to the opening 27a of the upper insertion groove 27. The vertical dimension from the lower edge member 7 to the lower end of the engaging piece 73) is large, and the state in which the insertion plate 61 is inserted into the upper insertion groove 27 is maintained (see FIG. 2).

As a result, the attachment of the glass panel 4 to the upper panel support 2 and the lower panel support 3 is completed, and the engaged portion 38c provided on the support portion 38 of the lower panel support 3 is provided at the lower end of the glass panel 4. With the engaged pieces 73 engaged, the insertion plate 61 can be inserted into the upper insertion groove 27 provided in the front support portion 25 of the upper panel support 2 at the same time, and the insertion plate 61 can be inserted. Since the vertical surface 61a of the plate 61 and the vertical surface 73a of the engaging piece 73 can be brought into contact with the upright plate 25a of the upper support member 22 and the support plate 38a of the lower support member 32, the glass can be brought into contact with each other. The panel 4 can be stably held against the upper panel support 2 and the lower panel support 3.

As described above, in the glass panel 4 of the partition panel device 1 in the present embodiment, the insertion plate 61 of the upper edge member 6 provided at the upper end of the glass panel 4 is provided on the front support portion 25 of the upper panel support 2. The lower edge member 7 provided at the lower end of the glass panel 4 is inserted from diagonally below into the upper insertion groove 27, and the glass panel 4 is rotated around the portion while the insertion plate 61 is inserted into the upper insertion groove 27. After moving the engaging piece 73 substantially horizontally, it is dropped directly below and engaged with the engaged portion 38c provided on the supporting portion 38 of the lower panel support 3 to mount the glass panel 4. Since the glass panel 4 can be leaned against the glass panel 4 while keeping the insertion plate 61 inserted in the upper insertion groove 27, the glass panel 4 can be easily attached in the construction process.

Further, after the hanging door 11 (hanging door main body 11a) is directly attached to the rail portion 26 integrally provided on the upper panel support 2 via the hanging support device 15, the door pocket 9 of the hanging door 11 is attached. Since at least the last glass panel 4 can be attached, the glass panel 4 and the hanging door 11 can be easily attached to the partition panel device 1. Further, since the frame body for suspending the hanging door 11 is not separately provided, the assembly workability is good.

Further, because of the above-mentioned dimensional relationship (L1> L2), the glass panel 4 does not fall back and forth when the glass panel 4 is attached to the upper panel support 2 and the lower panel support 3.

Further, the lower end of the facing plate 25c constituting the upper insertion groove 27 is formed above the lower end of the upright plate 25a (the opening 27a of the upper insertion groove 27 is formed above the lower end of the upright plate 25a). Therefore, the insertion plate 61 provided in the glass panel 4 is moved upward while being in contact with the upright plate 25a of the front support portion 25, so that the insertion plate 61 is inserted into the opening 27a of the upper insertion groove 27 from below. Is possible, so that the work of positioning and inserting for inserting the insertion plate 61 into the upper insertion groove 27 becomes easy, and the workability of mounting the glass panel 4 can be improved.

Further, in a state where the glass panel 4 stands up vertically, the vertical surface 61a of the insertion plate 61 is brought into contact with the upright plate 25a, and the glass panel 4 is dropped directly below along the upright plate 25a to reach the lower end of the glass panel 4. Since the provided engaging piece 73 can be engaged with the engaged portion 38c, the work of attaching the glass panel 4 can be facilitated, and the workability of attaching the glass panel 4 can be improved.

Further, with the glass panel 4 standing up vertically, the vertical surface 73a of the engaging piece 73 provided at the lower end of the glass panel 4 is brought into contact with the support plate 38a of the lower support member 32, and along the support plate 38a. By dropping the glass panel 4 directly below, the engaging piece 73 provided at the lower end of the glass panel 4 can be engaged with the engaged portion 38c, so that the glass panel 4 can be easily attached and the glass can be attached. The workability of mounting the panel 4 can be improved.

Further, in the installation work of the glass panel 4, the glass panel 4 enters the inside of the partition panel device 1 from the upright plates 25a and 25a of the upper support member 22 and the support plates 38a and 38a of the lower support members 32 and 32'. Therefore, even if the hanging door 11 is attached to the rail portion 26 in advance, the hanging door 11 and the glass panel 4 do not come into contact with each other, and the work can be performed safely. Further, since the rail covers 28 and 28 are mounted so as to be flush with the standing plates 25a and 25a in the front support portion 25 and the rear support portion 25'of the upper support member 22, they interfere with the mounting work of the glass panel 4. It doesn't become.

Further, since the distance between the glass panel 4 and the skirting board 20 and the skirting board 30 is short in the state where the glass panel 4 is attached, the width of changing the front-rear dimension of the partition panel device 1 (the skirting board 20 and the skirting board 30). It is possible to take a large change width of the front and rear dimensions). For example, even if the front and rear dimensions of the partition panel device 1 are reduced, the front and rear dimensions of the cap tree 20 and the baseboard 30 are made as large as possible to support the lower panel. Since the support strength of the body 3 can be increased and the stability is increased, the degree of freedom in designing the partition panel device 1 is high.

Further, in the upper support member 22, the hanging door 11 is suspended and supported by utilizing the space between the front support portion 25 and the rear support portion 25'for mounting the glass panels 4 and 4 apart in the front-rear direction. The rail portion 26 can be compactly configured. Further, in the upper support member 22, the upper ends of the roller portions 16 and 16 of the suspension support devices 15 and 15 arranged in the rail portion 26 and the glass panels 4 and 4 attached to the front support portion 25 and the rear support portion 25'. The height position is close to that of the part, and the suspension structure of the suspension door 11 and the mounting structure of the glass panels 4 and 4 can be compactly configured at close positions in the upper support member 22, so that the support strength required for each can be compactly configured. Can be configured to complement each other.

Further, in the upper support member 22, since the rail portion 26 in which the roller portion 16 of the suspension support device 15 is arranged is provided directly under the connecting portion 24, the suspension door 11 is attached to the suspension door 11. The vertical distance between the upper end and the Kasagi 20 is close. Further, in the upper support member 22, the rail portion 26 is formed by utilizing the structure of the connecting portion 24 that requires rigidity as the connecting portion with the connecting metal fittings 21, 21, ... To be fixed to the cap tree 20. Since the entire support member 22 can be compactly configured, the vertical dimension of the hanging door 11 can be made large, and the entrance / exit G and the door pocket 9 of the partition panel device 1 do not lose continuity and can enhance the aesthetic appearance.

Further, the upper panel support 2 has a front support portion 25 and a rear support portion 25'for attaching the glass panels 4 and 4 to the front and rear of the upper support member 22, and the front support portion 25 and the rear support portion 25' Since the rail portion 26 capable of suspending and supporting the hanging door 11 is integrally formed between them, the structural strength is increased, and the rail portion 26 is separately attached to the upper panel support 2 provided on the ceiling C. There is no need to do so, and it becomes easy to construct the suspension support structure of the suspension door 11 on the upper panel support 2 at the installation site.

Further, the lower panel support 3 has support portions 38, 38 for supporting the glass panels 4, 4, ... Before and after the lower support members 32, 32', respectively, and the lower support members 32, 32' Since the concave groove 90 that guides the lower end of the hanging door 11 (hanging door main body 11a) is integrally formed between them, the hanging door 11 is guided to the lower panel support 3 provided on the floor surface F at the installation site. Construction for constructing the structure becomes easy.

Further, the lower panel support 3 is formed into a lower support member 32 having a support portion 38 that supports the glass panel 4 on the front side and a lower support member 32'having a support portion 38 that supports the glass panel 4 on the rear side. Since the guide plates 39 and 39 that are divided and face each other in the front-rear direction to form the concave groove 90 are provided, the lower support members 32 and 32'can be individually separated and installed, and the lower panel support 3 The guide structure of the hanging door 11 can be easily configured.

Further, in the lower panel support 3, the lower front and rear U-shaped openings 33 and 33 formed in the baseboard 30 are fitted with the upper front and rear U-shaped lower support members 32 and 32', respectively, from above. As a result, the structure of the lower panel support 3 is reinforced, so that even if the lower support members 32, 32'are divided into front and rear parts, the support strength of the glass panels 4, 4, ... In the lower panel support 3 can be increased. Can be done.

Further, in the partition panel device 1, since the glass panels 4, 4, ... And the hanging door 11 have translucency, the partition panel device 1 is sandwiched regardless of the open / closed state of the entrance / exit G by the hanging door 11. The opposite side (for example, from the front side to the rear side) can be seen with, and the entire partition panel device 1 functions as a transparent partition, which is excellent in aesthetics.

Further, the space between the glass panels 4 and 4 used as the wall surface of the partition panel device 1 can be used as the door pocket 9 of the hanging door 11, and a separate door pocket unit for installing the hanging door 11 in the partition panel device 1 can be used. Etc. are not required. Therefore, the door pocket 9 of the partition panel device 1 does not lose the continuity with the wall surface, and the aesthetic appearance can be enhanced.

Although examples of the present invention have been described above with reference to the drawings, the specific configuration is not limited to these examples, and any changes or additions within the scope of the gist of the present invention are included in the present invention. Is done.

For example, in the above embodiment, the glass panel 4 on the rear side constituting the door pocket 9 is attached to the upper panel support 2 and the lower panel support 3 in advance, and the suspension support device 15 arranged in the rail portion 26 is sandwiched. The case where the glass panel 4 on the front side is finally attached in the state where the hanging door main body 11a is attached to the plates 19 and 19 has been described as an example, but the present invention is not limited to this, and the door pocket is not limited to this. The front and rear glass panels 4 and 4 constituting the 9 may be attached.

Further, in the above embodiment, the rail portion 26 is integrally molded with the upper support member 22, but the present invention is not limited to this, and a separate rail member may be integrally attached to the upper support member. Good.

Further, the installation of the center pillar 92 is not essential, and if it is not installed, the aesthetic appearance of the partition panel device 1 is further enhanced. In this case, the structural strength of the upper support member 22 is increased, the fixing strength of the cap tree 20 and the connecting metal fittings 21, 21, ... To the ceiling C, and the connecting strength of the connecting portion 24 of the upper support member 22 to the connecting metal fittings 21, 21, ... It is preferable to increase.

Further, the rail portion 26 of the upper support member 22 may be provided at least at the entrance / exit G and the door pocket 9, but the upper support member 22 has a structural strength for suspending and supporting the hanging door 11 and a pair of front and rear. Since it has both structural strength to support the glass panels 4 and 4, the upper support member 22 having the rail portion 26 with respect to the entire partition panel device 1 is used as a constituent member of the upper panel support 2. You may.

Further, the concave groove 90 of the lower panel support 3 may be provided at least in the door pocket 9, but the lower support members 32, 32'of the lower panel support 3 are front and rear while forming the concave groove 90. Since it has structural strength to support the pair of glass panels 4 and 4, the lower support members 32 and 32'that form the concave groove 90 with respect to the entire partition panel device 1 are configured as the lower panel support 3. It may be used as a member.

Further, in the above embodiment, in the glass panel 4, the upper edge material 6 and the lower edge material 7 are fixed to the upper end surface 4c and the lower end surface 4e of the panel body 4b by a double-sided adhesive tape or a hot melt adhesive 5, respectively. As described above, the present invention is not limited to this, and the lower edge member 7 may not be provided on the glass panel 4. In this case, the lower end surface 4e of the panel main body 4b becomes the lower end portion of the glass panel 4.

Further, in the above embodiment, the center pillar 92 has been described as an extruded product made of an aluminum alloy, but the present invention is not limited to this, and any other metal or other metal can be used as long as it can support the load applied to the rail portion 26. It may be composed of a resin or the like.

Further, as the panel main body 4b or the hanging door main body 11a, a metal panel, a wooden panel, or the like may be used.

1 Partition panel device 2 Upper panel support 3 Lower panel support 4 Glass panel (panel body)
4b Panel body 6 Upper edge material 7 Lower edge material 8 Door pad 9 Door pocket 9b Opening 11 Hanging door 15 Hanging support device 20 Kasagi 22 Upper support member 25 Front support (mounting part)
25'Rear support part (mounting part)
26 Rail part (rail)
27 Upper insertion groove 28 Rail cover 30 Baseboard 31 Guide member 32, 32'Lower support member 33 Opening 34 Adjuster mechanism 38 Support part 38c Engagement part 61 Insertion plate 83 Door contact member 90 Recessed groove 91 Hanging door guide 92 Pillar G doorway

Claims (2)

Between a pair of front and rear translucent panel bodies that are connected between an upper panel support that is provided on the ceiling and extends to the left and right and a lower panel support that is provided on the floor and extends to the left and right , and the panel body. It is a partition panel device having a translucent hanging door for moving rails provided in the above.
The upper panel support is configured on the said rail integral to allow traveling a mounting portion extending in the lateral mounting the panel body back and forth, the Tsu支device for holding an upper end of said Tsuto,
The partition panel device is characterized in that the upper panel support is provided with a cover member that covers the rail and the suspension device and extends to the bottom of the suspension device in the front-rear direction over the entire length of the rail. The partition panel device according to claim 1, wherein the upper panel support is integrally formed with the front and rear mounting portions and the rail.

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