JP2006077543A - Partition and panel element mounting structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To eliminate the following inconvenience of a partition: when a panel element is mounted on a partition structure, the panel element mounted on the structure can deviate from a correct location. <P>SOLUTION: The partition comprises the partition structure M having at least a plurality of erected supports 2 and mounting claws 2 arranged on the supports 2 and glass sheets 5 as the panel elements supported at least on one surface of the partition structure M via mounting fixtures 6 each having an engaging claw 631 engageable with the mounting claw 42 of the support. The mounting fixture 6 has a jamb member 62 mounted on a side edge of the glass sheet 5 and an engaging claw member 63 interposed between the jamb member 62 and the support 2 and having the engaging claw 631. At least a part of the engaging claw member 63 is abutted on an abutting surface 632a facing transparent plate of the jamb member 62, facing the transparent sheet, to thereby mount the engaging claw member 63 on the jamb member 62. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a partition capable of attaching a panel element to at least one surface of a partition structure having columns, and a panel element mounting structure when a transparent plate is mounted to at least one surface of the partition structure having columns.

Conventionally, there is a partition that divides a space from a building floor surface to a ceiling. In such a partition, it has been considered that two transparent plates are superposed on each other as a panel element in order to perform daylighting while ensuring sound insulation. As such a partition, for example, two glass plates are fitted into a frame body composed of a vertical beam, an upper beam, and a lower beam, respectively, and the glass plate is attached to both front and rear surfaces of the column together with the frame. (For example, see Patent Document 1.)
Noto 2605352

  Thus, in the configuration described in Patent Document 1, a locking piece is fixed to the frame, and this locking piece is welded to a column to be engaged with a claw attached thereto. It is located on the opposite side of the glass plate across the body.

  In such a configuration, when a strong action is applied to the glass plate in a direction away from the support column, and the locking piece and the frame body are separated from each other, there is a problem that the frame body incorporating the glass plate is displaced. Can occur.

  Such a malfunction is not limited to the case where a glass plate is used as a panel element, and can occur in the same manner when a plate-like panel element is attached to a column.

  The present invention is configured to solve the above problem, that is, to prevent the occurrence of a problem that a frame body incorporating a panel element is displaced.

  That is, the partition according to the present invention includes a partition structure having at least a plurality of upright columns and mounting claws provided on the column, and a fixture having an engaging claw that can be engaged with the mounting claws of the column. A plate-like panel element supported on at least one surface of the partition structure, wherein the fixture is attached to a side edge of the panel element, and the vertical frame member An engaging claw member interposed between the frame member and the support column and having the engaging claw, wherein at least a part of the engaging claw member is disposed on a surface of the vertical frame member facing the panel element. It is made to contact | abut and is attached to the said vertical frame member, It is characterized by the above-mentioned.

  In this case, even when the panel element is acted in a direction away from the partition structure, at least one of the engagement claw members is engaged with the attachment claw of the column. Since the portion is attached in contact with the surface of the vertical frame member facing the panel element, the movement of the vertical frame member in the direction away from the partition structure makes contact with the attachment claw member. Regulated by. Therefore, it can prevent the malfunction which the panel element attached to the partition structure via the fixture shift | deviates by comprising in this way.

  As an example of a specific configuration for realizing such a partition with a simple configuration, the vertical frame member includes a panel element receiving portion that abuts against an edge portion of the panel element, and an inner side from the inner surface side of the panel element. And an abutting portion extending in parallel to the panel element receiving portion from the arm portion and having an abutting surface facing the panel element receiving portion. Examples include a contacted portion that comes into contact with the contact surface of the frame member and an engaging claw that extends from the contacted portion.

  In particular, as a configuration for securely fixing the vertical frame member to the engagement claw member, a contact portion of the vertical frame member and a contacted portion of the engagement claw member are utilized using a screw member. What is connected.

  In addition, as a configuration for securely fixing the vertical frame member to the engagement claw member and positioning the engagement claw member, the engaging portion of the vertical frame member is provided on the arm portion of the vertical frame member. The thing provided with the recessed part which can insert the to-be-contacted part of a nail | claw member is mentioned.

  Further, as a configuration in which the panel element can be easily attached to the partition structure, there is a configuration in which the panel element can be attached to the partition structure by a quick method in a state where the fixture is attached to the panel element. .

  And when attaching a plurality of the panel elements adjacent to each other in the width direction, as a mode for making the joint formed between the panel elements inconspicuous, the vertical frame member is provided only on the side surface and the inner surface of the panel element. There are those that are in contact with each other and whose entirety is located inward of the outer surface of the panel element. This is because it is possible to prevent the vertical frame member from covering the outer surface of the panel element.

  In addition, a structure having at least a plurality of standing pillars and attachment claws provided on the pillars is attached to at least the structure through an attachment having an engagement claw capable of engaging with the attachment claws of the pillars. A panel element having a plate shape on one surface is supported, wherein the fixture is interposed between a vertical frame member attached to a side edge of the panel element, and the vertical frame member and the column. And an engaging claw member having the engaging claw, and at least a part of the engaging claw member is brought into contact with the surface of the vertical frame member facing the panel element and attached to the vertical frame member As long as the transparent plate mounting structure is characterized in that it is not limited to partitioning, it is attached to the partitioning structure through the fixtures, that is, the main effects described above in the panel element mounting structure in general. Panel elements Effect that it is possible to prevent the cormorant occurrence of defects can be obtained.

  In the present invention, “a panel-shaped panel element” includes all those having a function of partitioning a space in which the panel element is provided.

  Since the partition according to the present invention is in contact with the surface of the vertical frame member facing the panel element in a state where the engagement claw member attached to the vertical frame member is engaged with the attachment claw of the column, A direction in which the vertical frame member and the transparent plate are separated from the partition structure when the vertical frame member comes into contact with the mounting claw member when an action is applied to the panel element in a direction away from the partition structure. Is restricted from moving to. That is, by comprising in this way, generation | occurrence | production of the malfunction which the panel element attached to the partition structure via the fixture shift | deviates can be prevented.

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

  The partition A according to the present embodiment is shown in FIG. 1 as an overall perspective view, FIG. 2 as an exploded perspective view, FIG. 3 as a diagram showing a central portion in the height direction of the section aa in FIG. 4 is a diagram showing the upper end of the a cross section, FIG. 5 is a diagram showing the lower end of the aa cross section in FIG. 1, and FIG. 6 is a diagram showing the main part of the bb cross section in FIG. As described above, the ceiling rail 1 attached to the ceiling C of an indoor space (for example, an office space) in which the partition A is to be disposed, the plurality of columns 2 provided along the ceiling rail 1, and the plurality of columns 2 A partition structure M having a plurality of horizontal frames 3 horizontally mounted and a mounting claw member 4 having mounting claws 42 and attached to the support column 2, and a fixture 6 on the front and rear surfaces of the partition structure M Glass elements as panel elements supported through Having.

  Hereinafter, each part will be specifically described. As shown in FIGS. 1 and 4, the ceiling rail 1 includes a top wall 11 having a substantially rectangular shape in plan view and a hanging wall 12 that substantially hangs down from both side edges of the top wall 11. Are formed in a shape of a downward U-shaped cross section of each part along the longitudinal direction, and formed by cutting an aluminum extruded material or the like into a predetermined length. In this embodiment, the ceiling rail 1 is attached to the ceiling C by using a through hole (not shown) and a screw provided in the top wall 11. It is not limited to.

  The column 2 has a dimension slightly shorter than the dimension between the floor F and the ceiling C, and as shown in FIG. 6, the cross-sectional shape of each part along the longitudinal direction, in this embodiment, a channel that opens to one side. It is formed by cutting an aluminum extruded material or the like into a predetermined length. Moreover, in this embodiment, this support | pillar 2 is standingly provided from the baseboard 7 provided in the floor F as shown in the said FIG. In addition, you may provide this support | pillar 2 standing upright directly from the floor F, without using the base board 7. FIG.

  The attachment claw member 4 is interposed between the glass plate 5 and the support column 2 in a state where the glass plate 5 is attached to the partition structure M. FIG. 7A is a plan view, and FIG. As shown in the front view and the side view in FIG. 5C, the plate portion 41 has a plate-like shape, and the mounting claws 42 are provided so as to extend upward from the plate portion 41. The plate portion 41 is screwed to the side surface of the second plate. In the present embodiment, a plurality of the attachment claw members 4 are arranged at a predetermined pitch along the longitudinal direction of the support column 2, but the number of arrangement, the arrangement method, and the like may be arbitrarily determined.

  As shown in FIGS. 2 and 3, the horizontal frame 3 has a cross-sectional shape such as each part along the longitudinal direction, and is formed by cutting an aluminum extruded material or the like into a predetermined length. The member is attached to the column 2 via the horizontal frame attachment member 30. The horizontal frame 3 includes a horizontal frame body 31 having a flat plate shape, a mounting member receiving portion 32 that is provided on the lower surface of the central portion in the width direction of the horizontal frame body 31 and houses the horizontal frame mounting member 30; Upper legs that extend upward from positions spaced from the attachment member receiving portion 32 of the horizontal frame main body 31 to the front edge side and the rear edge side, respectively, and come into contact with a foot portion 613 of a horizontal frame member 61 (to be described later) of the attachment tool 6. A foot of a horizontal frame member 61, which will be described later, of the fixture 6, which is provided to extend downward in positions spaced apart from the receiving portion 331 and the mounting member receiving portion 32 of the horizontal frame body 31 to the front edge side and the rear edge side. A lower foot receiving portion 332 that comes into contact with the portion 613, and provided at the front and rear edges to conceal the upper foot receiving portion 331 and the lower foot receiving portion 332, and the horizontal frame member 61 of the fixture 6. No contact And a cover portion 34 that direction.

  In the present embodiment, the upper frame 8 is provided horizontally between the upper ends of the support columns 2. The upper frame 8 is a channel-shaped member that opens upward, and a groove-shaped foot receiving portion 8a that opens downward is formed in a portion corresponding to a foot 613 of a lateral frame member 61 described later. .

  Further, the baseboard 7 is formed with a groove-shaped foot receiving portion 7a for receiving a foot 613 of a lateral frame member 61 described later.

  The glass plate 5 is attached to the support column 2 via the fixture 6 as described above. Moreover, in this embodiment, as shown in the said FIG. 6, the both-sides edge part of the glass plate 5 superimposes with the said support | pillar 2 in front view and back view.

  The fixture 6 includes a pair of horizontal frame members 61 that are respectively attached to the upper and lower edge portions of the glass plate 6, and a pair of vertical frame members 62 that are attached to both side edge portions of the glass plate 5. And an engaging claw member 63 having an engaging claw 631 attached to the vertical frame member 62 and engageable with the attaching claw 42.

  The horizontal frame member 61 is formed by extrusion molding of aluminum, and extends inward from the glass plate storage portion 611 and a channel-shaped glass plate storage portion 611 that stores the upper edge or the lower edge of the glass plate 5. An arm portion 612 that extends from the arm portion 612 toward the upper edge or the lower edge of the glass plate 5, and contacts the surface of the foot receiving portion 33 of the horizontal frame 3 that faces away from the glass plate 5. And a foot portion 613 in contact therewith. Further, the arm portions 623 of the horizontal frame member 61 attached to the glass plates 5 positioned on the front side and the rear side of the same column 2 are made to abut each other at an intermediate position between the two glass plates 5. And the glass plate 5 is adhere | attached on this horizontal frame member 61 via a double-sided tape.

  In addition, as shown in the said FIG.4 and said FIG.5, it replaces with the horizontal frame member 61 mentioned above in the upper edge part of the glass plate 5 located in an upper end, and the lower edge part of the glass plate 5 located in a lower end, An end horizontal frame member 64 is attached. The end horizontal frame member 64 is also formed by aluminum extrusion molding. From the glass plate storage portion 641, a channel-shaped glass plate storage portion 641 that stores the upper end edge or the lower end edge of the glass plate 5. The arm portion 642 extends inward, and the foot portion 643 extends in a direction from the arm portion 642 toward the upper end edge or lower end edge of the glass plate 5. At the upper edge portion of the glass plate 5 located at the upper end, the foot portion 643 is housed in a foot portion receiving groove 81 formed in the upper frame member 8 provided horizontally between the upper end portions of the support column 2, and glass It is made to contact | abut on the foot part contact surface 81a which faces the board 5 and the other side. On the other hand, at the lower edge portion of the glass plate 5 located at the lower end, the foot portion 643 is accommodated in a foot portion receiver 71 provided on the baseboard 7.

  In addition, as shown in FIGS. 3, 4, and 5, the horizontal frame member 61 attached to the upper edge of the glass plate 5 in a state where the glass plate 5 is attached to the support column 2 via the fixture 6 and The foot portions 613 and 643 of the end side frame member 64 are in contact with the surface of the lower frame portion receiving portion 332 of the horizontal frame 3 or the surface of the foot portion receiving groove 81 facing away from the glass plate 5. Further, the legs 613 and 643 of the horizontal frame member 61 and the end horizontal frame member 64 attached to the lower edge of the glass plate 5 are opposite to the glass plate 5 of the upper foot receiving part 331 of the horizontal frame 3. Or is stored in a foot receiver 71 provided on the baseboard 7. That is, between the horizontal frame member 61 and the horizontal frame 3, between the horizontal frame member 64 for the end portion and the upper frame material 8, and between the horizontal frame member 64 for the end portion and the foot portion receiver 71. In the middle, a movement restricting portion is formed that restricts the movement in the direction away from the partition structure M of the glass plate 5 in contact with each other. And the upper end of the foot part of the horizontal frame member 61 or the end side frame member 64 attached to the upper edge of the glass plate 5 and the upper end of the foot part receiving part 33 of the horizontal frame 3 or the foot part receiving groove 81 A space between the upper foot receiving portion 331 and the foot receiving portion 71 and the lower foot receiving portion 332 or the foot receiving groove 81. The depth is increased, and the glass plate 5 to which the fixture 6 is attached can be attached by the quick method.

  The vertical frame member 62 is formed by aluminum extrusion, and as shown in an end view in FIG. 8, a glass plate receiving portion 621 that is a transparent plate receiving portion that contacts the edge of the glass plate 5, and a glass plate 5 extending inward from the inner surface side of the glass plate 5, and extending parallel to the glass plate receiving portion 621 along the plate surface of the glass plate 5 from the arm portion 622, and facing the glass plate 5, that is, the glass plate receiving portion. A contact portion 623 having a contact surface 623a which is a surface facing the portion 621.

  In the present embodiment, the glass plate receiving portion 621 is in contact with only the side end surface and the inner surface of the glass plate 5 via a double-sided tape, and the whole glass plate 5 is attached with the vertical frame member 62 attached thereto. Is positioned inward of the outer surface of the glass plate 5.

  Thus, in the present embodiment, a part of the engaging claw member 63 is attached to the vertical frame member 62 by contacting the contact surface 623a, and the engaging claw 631 of the engaging claw member 63 is attached to the mounting claw. 42, the glass plate 5 is attached to the partition structure M.

  Specifically, the engaging claw member 63 has a longitudinal view as shown in FIG. 9A, a plan view, a front view in FIG. 9B, and a side view in FIG. A contact portion 632 that contacts the contact surface 623 a of the frame member 62, and an engagement claw 631 that extends from the contact portion 632 inward and can be engaged with the attachment claw 42. . That is, the contacted portion 632 is located between the glass plate 5 and the vertical frame member 62.

  On the other hand, as shown in FIG. 8, the vertical frame member 62 has a tip of the contacted portion 632 at a position adjacent to the glass plate 5 side of the contact portion 623, that is, the glass plate receiving portion 621 side. A recess 62a into which the part can be inserted is provided. The contacted portion 632 is provided with a female screw hole 632a, and the contact portion 623 is provided with a screw insertion hole 623x as shown in FIG. Then, in a state where the screw insertion holes 623x and the female screw holes 632a are overlapped, the male screw member B1 is inserted into the screw insertion hole 623x, and the male screw member B1 is screwed into the female screw hole 632a. The contacted portion 632 of the joint claw member 63 is brought into contact with the contact surface 623a of the vertical frame member 62 so that the engagement claw member 63 is attached to the vertical frame member 62. The screw insertion hole 623x is provided at a position where it overlaps with the female screw hole 632a in a state where the distal end portion is inserted into the recess 62a. 3 and 5, the vertical frame member 62 is shown in a broken state, and the contact portion 623 is indicated by an imaginary line. Further, in FIG. 4, the vertical frame member 62 is omitted, and the contact portion 623 is indicated by an imaginary line.

  In this embodiment, such a glass plate 5 is attached to the partition structure M as described below.

  First, the horizontal frame member 61 and the vertical frame member 62 are attached to the glass plate 5. Next, the upper edge of the glass plate 5 is inserted into the horizontal frame 3, and the foot 613 of the horizontal frame member 61 is brought into contact with the foot receiving portions 33 and 8 a of the horizontal frame 3 or the upper frame 8. Then, the engaging claw 631 of the engaging claw member 63 and the mounting claw 42 on the partition structure M side are engaged with each other, and the lower edge of the glass plate 5 is inserted into the horizontal frame 3 so that the foot is laterally moved. The glass plate 5 is dropped by contacting the foot receiving portion 33 of the frame 3 or the foot receiving portion 7a of the baseboard. In other words, the five glass plates are attached by a fast method.

  When the glass plate 5 attached in this manner is subjected to an action in a direction away from the partition structure M due to loosening of the tightened state between the male screw member B1 and the female screw hole 632a, the vertical plate An action in a direction away from the partition structure M is also applied to the contacted portion 632 of the engaging claw member 63 through the contact surface 623a of the frame member 62. However, since the engagement claw 631 of the engagement claw member 63 is engaged with the attachment claw 42 on the partition structure M side, the engagement claw member 63 is separated from the partition structure M by this engagement portion. Separation is prevented. The contact surface 623a of the vertical frame member 62 comes into contact with the contacted portion 632 of the engaging claw member 63, so that the vertical frame member 62 moves away from the partition structure M. Be regulated.

  That is, with this configuration, in the state where the engaging claw of the engaging claw member 63 is engaged with the mounting claw 42 on the partition structure M side, the contacted portion 632 is engaged with the engaging claw 632. The contacted portion 632 that is a part of the claw member 63 contacts the contact surface 623a of the vertical frame member 62, thereby restricting the movement of the vertical frame member 62 in a direction away from the partition structure M. Demonstrate the function to do. Therefore, generation | occurrence | production of the malfunction which the position of the glass plate 5 which attached the fixture 6 slip | deviates can be prevented.

  Further, the vertical frame member 62 has a glass plate receiving portion 621 that contacts the edge of the glass plate 5, an arm portion 622 that extends inward from the inner surface side of the glass plate 5, and a plate of the glass plate 5 from the arm portion 622. A contact portion 623 having a contact surface 623a extending parallel to the glass plate receiving portion 621 along the surface and facing the glass plate receiving portion 621, and the engaging claw member 63 includes the vertical frame. Since the abutted portion 632 that abuts against the abutting surface 623a of the member 62 and the engaging claw 631 provided to extend inward from the abutted portion 632 are provided, the abutting surface 623a A configuration in which a part of the engaging claw member 63 is positioned can be easily realized.

  Further, the abutting portion 623 of the vertical frame member 62 and the abutted portion 632 of the engaging claw member 63 are connected by screwing the male screw member B1 into the female screw hole 632a of the abutted portion 632. Therefore, the vertical frame member 62 can be easily and reliably fixed to the mounting claw member 63.

  In addition, a recess 62a into which the contacted portion 632 of the engaging claw member 63 can be inserted is provided on the glass plate receiving portion 621 side of the arm portion 622 of the vertical frame member 62. The effect that the vertical frame member 62 can be reliably fixed to the attachment claw member 63 is obtained, and the engagement claw member 63 can be positioned.

  And, since the glass plate 5 can be attached to the partition structure M by the fast method with the fixture 6 attached to the glass plate 5, the glass plate 5 can be easily attached to the partition structure M. It is.

  In addition, since the vertical frame member 62 is in contact with only the side surface and the inner surface of the glass plate 5 and the whole is located inward of the outer surface of the glass plate 5, the vertical frame member 62 is a glass plate. Therefore, the joint formed between the glass plates 5 adjacent in the width direction can be made inconspicuous.

  The present invention is not limited to the embodiment described above.

  For example, such an attachment structure may be adopted when attaching other transparent or translucent plate material such as an acrylic plate instead of a glass plate. In addition, such an attachment structure may be adopted when an opaque plate member is attached as the panel element.

  Moreover, when attaching an engaging claw member to a vertical frame member, you may make it use not only screwing but a rivet. In addition, as long as the structure of the vertical frame member has an abutting surface that faces the engaging claw member with the side facing the transparent plate, the transparent plate is a fixture. The effect which prevents generation | occurrence | production of the malfunction which remove | deviates from every partition structure can be acquired.

  Furthermore, not only the partition, but also a panel element mounting structure may be employed when a plate-shaped panel element is mounted on, for example, a showcase or a desktop panel.

  In addition, various modifications may be made without departing from the spirit of the present invention.

The whole perspective view which shows the partition which concerns on one Embodiment of this invention. The fragmentary perspective view which shows the partition which concerns on the same embodiment. The figure which shows the height direction center part of the aa cross section in FIG. The figure which shows the upper end part of the aa cross section in FIG. The figure which shows the lower end part of the aa cross section in FIG. The figure which shows the principal part of the bb cross section in FIG. The figure which shows the attachment nail | claw member used for the partition which concerns on the embodiment. The figure which shows the vertical frame member used for the partition which concerns on the embodiment. The figure which shows the engaging claw member used for the partition which concerns on the embodiment.

Explanation of symbols

M ... Partition structure 2 ... Post 42 ... Mounting claw 5 ... Glass plate (panel element)
6 ... fixture 62 ... vertical frame member 621 ... glass plate receiving part (panel element receiving part)
622 ... arm part 623 ... contact part 623a ... contact surface 62a ... recessed part 63 ... engaging claw member 631 ... engaging claw 632 ... contacted part

Claims (7)

At least one of the partition structures via a partition structure having at least a support column provided in a standing manner and an attachment claw provided on the support column, and an attachment having an engagement claw capable of engaging with the attachment claw of the support column. A panel element having a plate shape supported by a surface, wherein the fixture is a vertical frame member attached to a side edge of the panel element, and between the vertical frame member and the column. An engaging claw member interposed between the engaging claw member and at least a part of the engaging claw member abutting against a surface of the vertical frame member facing the panel element. A partition characterized by being attached to. The vertical frame member extends in parallel to the panel element receiving portion from the arm portion, the arm portion extending inward from the inner surface side of the panel element, the panel element receiving portion that contacts the edge of the panel element A contact portion having a contact surface facing the panel element receiving portion,
The said engaging claw member has the to-be-contacted part contact | abutted to the said contact surface of the said vertical frame member, and the engaging claw extended and provided from the said to-be-contacted part. 1 partition. The partition according to claim 2, wherein the abutting portion of the vertical frame member and the abutted portion of the engaging claw member are connected using a screw member. The partition according to claim 2 or 3, wherein the arm portion of the vertical frame member is provided with a recess into which the contacted portion of the engaging claw member can be inserted. The partition according to claim 1, 2, 3, or 4, wherein the panel element can be attached to the partition structure by a fast method in a state where the fixture is attached to the panel element. The vertical frame member is in contact with only the side surface and the inner surface of the panel element and is entirely located inward of the outer surface of the panel element. 5 partitions. At least one surface of the structure is attached to a structure having at least a support column provided upright and a mounting claw provided on the column with an engaging claw that can be engaged with the mounting claw of the column. A panel element having a plate shape is supported, wherein the fixture is interposed between a vertical frame member attached to a side edge of the panel element, the vertical frame member, and the support column. An engaging claw member having a pawl, and at least a part of the engaging claw member is attached to the vertical frame member by contacting the surface of the vertical frame member facing the panel element. Panel element mounting structure characterized by

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