JP7152225B2 - Assembly structure and assembly method of panel body in partition - Google Patents

Assembly structure and assembly method of panel body in partition Download PDF

Info

Publication number
JP7152225B2
JP7152225B2 JP2018163428A JP2018163428A JP7152225B2 JP 7152225 B2 JP7152225 B2 JP 7152225B2 JP 2018163428 A JP2018163428 A JP 2018163428A JP 2018163428 A JP2018163428 A JP 2018163428A JP 7152225 B2 JP7152225 B2 JP 7152225B2
Authority
JP
Japan
Prior art keywords
panel body
frame
fitted
groove
bottom plate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
JP2018163428A
Other languages
Japanese (ja)
Other versions
JP2020033828A (en
Inventor
京嗣 脇坂
祐三 小林
清文 木鎌
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sanwa Shutter Corp
Original Assignee
Sanwa Shutter Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Sanwa Shutter Corp filed Critical Sanwa Shutter Corp
Priority to JP2018163428A priority Critical patent/JP7152225B2/en
Publication of JP2020033828A publication Critical patent/JP2020033828A/en
Application granted granted Critical
Publication of JP7152225B2 publication Critical patent/JP7152225B2/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Landscapes

  • Securing Of Glass Panes Or The Like (AREA)

Description

本発明は、室内空間を仕切るため建て付けられる間仕切りにおけるパネル体の組付け構造および組付け方法の技術分野に関するものである。 TECHNICAL FIELD The present invention relates to a technical field of an assembly structure and an assembly method of a panel body in a partition erected to partition an indoor space.

今日、ビル等の建造物に設けられる室内空間を間仕切りを用いて仕切る（区画する）ことがあり、このような間仕切りは、一般に、躯体側に設けられる枠材（一般に四周枠が多い）と、該枠材に組込まれるパネル体とを用いて構成されるが、このような間仕切りにおいて、パネル体は、該パネル体の端縁部を枠材に設けられる凹溝部に内嵌した状態で組付けられることになる。この場合に、パネル体の表面と凹溝部の内側面とのあいだに隙間があると、パネル体の確実な支持ができないことになってパネル体が不用意に移動したり振動したりし、そして振動した場合にはカタカタと不快な音が発生したりする等の問題がある。
そこで凹溝部の内側面とパネル体とのあいだの隙間に、ゴム質弾性を有したビード材を嵌め込むようにし、これによりパネル体を凹溝部に対して弾性的な支持をするようにして、前記のようにパネル体が移動したり振動をしたりするような不具合を回避するものが提唱されている（例えば特許文献１参照。）。 Nowadays, an indoor space provided in a building such as a building is sometimes partitioned (divided) using a partition. In such a partition, the panel body is assembled with the edge portion of the panel body fitted into the recessed groove provided in the frame member. will be In this case, if there is a gap between the surface of the panel body and the inner side surface of the recessed groove, the panel body cannot be reliably supported, causing the panel body to move or vibrate unintentionally. When it vibrates, there is a problem that an unpleasant clattering sound is generated.
Therefore, a bead material having rubber elasticity is fitted into the gap between the inner side surface of the groove and the panel body, thereby elastically supporting the panel body with respect to the groove. A proposal has been made to avoid such problems as the panel body moving or vibrating as described above (see, for example, Patent Document 1).

実公平５－４４４７４号公報Japanese Utility Model Publication No. 5-44474

ところが前記従来のものにおいて、パネル体を、例えば棒状体が縦横格子状に設けられたメッシュ（格子）状のものを採用した場合や、厚いガラス板から薄いステンレス板（金属板）に交換したりしたような場合、パネル体のビード材に対する接触面積が小さかったり支持強度が弱くなったりする等してビード材によるパネル体の支持が不安定になって、前述したようにパネル体が不用意に移動したりする等の問題があり、ここに本発明の解決すべき課題がある。 However, in the above-described conventional panel, for example, when a mesh (lattice)-like panel in which bars are arranged in a vertical and horizontal grid is adopted, or a thick glass plate is replaced with a thin stainless steel plate (metal plate). In such a case, the contact area of the panel body with respect to the bead material becomes small, the support strength becomes weak, etc., and the support of the panel body by the bead material becomes unstable. There are problems such as movement, etc., and this is the problem to be solved by the present invention.

本発明は、上記の如き実情に鑑みこれらの課題を解決することを目的として創作されたものであって、請求項１の発明は、室内空間を前後に仕切るための間仕切りを、躯体側に設けられる枠材と、該枠材に設けられた凹溝部に端縁部が嵌入取付けされるパネル体と、該パネル体と凹溝部内側面とのあいだの隙間に組込まれるゴム質弾性を有したビード材とを備えて構成するにあたり、前後側板部と底板部とを備え、先端縁が開口し、パネル体端縁部を前後側板部により押圧状に挟持する状態でパネル体端縁部に外嵌する挟持材を備え、前記ビード材は、前記パネル体端縁部を挟持する状態の挟持材が凹溝部に内嵌した状態で、該挟持材側板部と凹溝部内側面部とのあいだの隙間に嵌入組込みされ、挟持材は、底板部がパネル体の端縁から離間する状態で凹溝部の底面部に当接または近接するようにして凹溝部に嵌入組込みされていることを特徴とする間仕切りにおけるパネル体の組付け構造である。
請求項２の発明は、挟持材は、底板部が凹溝部底面部から離間する状態で仮組込されたものが、底板部を凹溝部底面部に当接または近接するよう移動することで凹溝部に嵌入組込みされることを特徴とする請求項１記載の間仕切りにおけるパネル体の組付け構造である。
請求項３の発明は、挟持材は、底板部が凹溝部底面部に当接または近接した嵌入組込み状態では先端縁部が凹溝部の開口端縁部と略同位置に位置するように設定されていることを特徴とする請求項１または２記載の間仕切りにおけるパネル体の組付け構造である。
請求項４の発明は、挟持材は、パネル体端縁部を挟持していない自然状態では前後の先端縁同士が当接または接する非挟持姿勢になっており、該非挟持姿勢の先端縁同士を強制開口してパネル体端縁部を内嵌することでパネル体端縁部の押圧状の挟持をするように構成されていることを特徴とする請求項１乃至３の何れか１記載の間仕切りにおけるパネル体の組付け構造である。
請求項５の発明は、パネル体は、棒状体が格子状に設けられたメッシュ状のものであることを特徴とする請求項１乃至４の何れか１記載の間仕切りにおけるパネル体の組付け構造である。
請求項６の発明は、躯体側に設けられる枠材と、該枠材に設けられた凹溝部に端縁部が嵌入取付けされるパネル体と、該パネル体と凹溝部内側面部とのあいだの前後方向の隙間に組込まれるゴム質弾性を有したビード材とを備えて構成される間仕切りを組付けて室内空間を前後に仕切るにあたり、前後側板部と底板部とを備え、先端縁が開口した挟持材を、パネル体端縁部に前後側板部が押圧状に挟持する状態で外嵌し、該パネル体に外嵌した挟持材を枠材に仮組付けした後、該挟持材と凹溝部内側面部とのあいだの隙間に、前記ビード材を嵌入組込みする一方、凹溝部の前後方向一方の内側面部と挟持材とのあいだの隙間に組込まれるビード材は、挟持材が仮組付けされる前に前後方向一方の内側面部に既に取付けられており、前後方向他方の内側面部と挟持材とのあいだの隙間に組込まれるビード材は、前記パネル体に外嵌した挟持材が仮組付けされた後に挟持材と前後方向他方の内側面部とのあいだの隙間に嵌入組込みされるものであることを特徴とする間仕切りにおけるパネル体の組付け方法である。
請求項７の発明は、挟持材は、底板部が凹溝部底面部から離間する状態で仮組込された後、底板部を凹溝部底面部に当接または近接するよう移動することで凹溝部の嵌入組込み位置に移動することを特徴とする請求項６記載の間仕切りにおけるパネル体の組付け方法である。
請求項８の発明は、枠材は、第一、第二の枠体部を用いて構成され、第一枠体部は、凹溝部の底面部と前後方向一方の内側面部とを構成する板面部が設けられ、凹溝部は、前後方向他方の内側面部が設けられた第二枠体部を第一枠体部に取付けることで形成されるものとし、挟持材は、第二枠体部が第一枠体部に取付けられる前の段階で底板部を凹溝部底面部から離間する状態で仮組込された後、底板部を凹溝部底面部に当接または近接するよう移動され、しかる後、第二枠体部を第一枠体部に取付けて凹溝部を形成し、その後、前後方向他方の内側面部と挟持材とのあいだの隙間にビード材を嵌入組込みするようにしたことを特徴とする請求項６または７記載の間仕切りにおけるパネル体の組付け方法である。 The present invention was created with the aim of solving these problems in view of the actual situation as described above. a frame material, a panel body whose edge is fitted into a groove provided in the frame material, and a bead having rubber elasticity incorporated in a gap between the panel body and the inner surface of the groove. The front and rear side plate portions and the bottom plate portion are provided, the front edge is open, and the panel body edge portion is fitted to the panel body edge portion in a state where the panel body edge portion is pressed and held by the front and rear side plate portions. The bead material is inserted into the gap between the side plate portion of the holding material and the inner side surface of the concave groove portion in a state in which the holding member that holds the edge portion of the panel body is fitted inside the concave groove portion . A partition characterized in that the clamping member is fitted and incorporated into the recessed groove so as to abut or approach the bottom surface of the recessed groove in a state in which the bottom plate is separated from the edge of the panel body. It is an assembly structure of the panel body in.
According to the invention of claim 2, the clamping member is temporarily assembled in a state in which the bottom plate is separated from the bottom surface of the recessed groove, and the bottom plate is moved to contact or approach the bottom surface of the recessed groove. 2. The assembly structure of the panel body in the partition according to claim 1 , wherein the panel body is fitted into the groove.
According to the third aspect of the invention, the clamping member is set so that the tip end edge of the clamping member is located at substantially the same position as the opening end edge of the recessed groove when the bottom plate is in contact with or close to the bottom surface of the recessed groove. 3. The assembly structure of the panel body in the partition according to claim 1 or 2 , characterized in that
According to the fourth aspect of the present invention, the clamping members are in a non-clamping posture in which the front and rear end edges abut or contact each other in a natural state in which the edge portion of the panel body is not clamped, and the front end edges in the non-clamping posture are in a non-clamping posture. 4. The partition according to any one of claims 1 to 3 , wherein the edge portion of the panel body is pressed and held by forcibly opening and fitting the edge portion of the panel body. It is an assembly structure of the panel body in.
According to the invention of claim 5, the panel body is a mesh-like one in which rod-shaped bodies are provided in a grid pattern, and the assembly structure of the panel body in the partition according to any one of claims 1 to 4 . is.
In the invention of claim 6, there is provided a frame material provided on the frame side, a panel body having an edge portion fitted in a recessed groove provided in the frame material, and a structure between the panel body and the inner side surface of the recessed groove. When assembling a partition configured with a bead material having rubber elasticity incorporated in a gap in the front-rear direction to partition the interior space in the front-rear direction, the front-rear side plate portion and the bottom plate portion are provided, and the tip edge is open. The holding member is fitted around the edge of the panel body in a state where the front and rear side plate portions are pressed against each other, and after the holding member externally fitted to the panel body is temporarily assembled to the frame member, the holding member and the recessed groove portion are assembled. While the bead material is fitted into the gap between the inner side surface portion and the holding material, the holding material is temporarily assembled in the bead material incorporated in the gap between the inner side surface portion on one side in the front-rear direction of the recessed groove and the holding material. The bead material that has already been attached to one of the inner side surfaces in the front-to-rear direction and is incorporated in the gap between the other inner side surface in the front-to-rear direction and the clamping material is temporarily assembled with the clamping material that is fitted onto the panel body. The method for assembling the panel body in the partition, characterized in that the panel body is fitted into a gap between the holding member and the other inner side surface portion in the front-rear direction after the panel body is mounted.
According to the invention of claim 7, the clamping member is temporarily assembled in a state in which the bottom plate is separated from the bottom surface of the recessed groove, and then the bottom plate is moved to contact or approach the bottom surface of the recessed groove. 7. A method for assembling a panel body in a partition according to claim 6 , wherein the panel body is moved to the fitting assembly position.
In the eighth aspect of the invention, the frame member is configured using first and second frame body portions, and the first frame body portion is a plate that constitutes the bottom surface portion of the concave groove portion and one inner side surface portion in the front-rear direction. A surface portion is provided, and the recessed groove portion is formed by attaching a second frame portion provided with the other inner side surface portion in the front-rear direction to the first frame portion, and the sandwiching member is formed by the second frame portion. After the bottom plate portion is temporarily assembled in a state of being separated from the bottom surface portion of the groove before being attached to the first frame portion, the bottom plate portion is moved to abut or approach the bottom surface portion of the groove. The second frame is attached to the first frame to form a concave groove, and then the bead material is fitted into the gap between the other inner side surface in the front-rear direction and the clamping material. A method for assembling a panel body in a partition according to claim 6 or 7 .

請求項１の発明とすることにより、パネル体の端縁部を押圧状に外嵌して挟持することになる挟持材が、凹溝部に内嵌してビード材による保持がなされることになる結果、パネル体がメッシュ状のものであったり、薄い板材であったりする等して、パネル体単独ではビード材による十分な保持力が得られないようなものであったとしても、該パネル体自体は、パネル体の端縁部に外嵌して押圧状に挟持する挟持材がビード材を介して凹溝部に保持されることになって不用意に移動したりすることが回避され、間仕切りにおいて安定性のあるパネル体の保持ができることになる。
しかもパネル体は、端縁が凹溝部の底面部から離間する状態で取付けられたものであっても、該パネル体を押圧状に挟持する状態の挟持材が枠材側に確実に支持されることになるため、パネル体の凹溝部に対する嵌入組込みが確実になる。
請求項２の発明とすることにより、端縁部が内嵌した状態の挟持材を組込む際に、挟持材を、底板部が凹溝部の底面部から離間する状態で仮組込した後、底板部が凹溝部の底面部に当接または近接するよう移動させることで凹溝部に対する嵌入組込みができることになって、パネル体の端縁が凹溝部の底面部に当接しない状態での組込みが容易になる。
請求項３の発明とすることにより、パネル体端縁部が深く嵌入した状態の挟持材を組込むもでありながら、該挟持材の底板部を凹溝部の底面部に当接または近接する組込み状態にすることで、挟持材の開口先端縁部は凹溝部の開口端縁部と略同位置に位置することになる結果、挟持材を用いながら、組込み後において挟持材の外部からの視認を回避できることになって、外観性が損なわれることを防止できる。
請求項４の発明とすることにより、挟持材は、自然状態では先端縁が当接または近接する非挟持姿勢になったものを強制開口する状態でパネル体端縁部の嵌入をすることでパネル体端縁部の挟持材による押圧状の挟持ができることとなって、挟持材によるパネル体の挟持が簡単で確実なものになる。
請求項５の発明とすることにより、パネル体が、ビード材との接触面積が僅かになるメッシュ状のものであっても、挟持材を用いることで凹溝部に対して確実に保持する状態で組込むことができる。
請求項６の発明とすることにより、パネル体の端縁部が内嵌した状態の挟持材を組込む際に、前記内嵌した状態の挟持材を、底板部が凹溝部の底面部から離間する状態で仮組込した後、ビード材を嵌入組み込みすればよいことになって、パネル体の凹溝部への組込みが容易になる。
しかも挟持材を用いてパネル体を凹溝部に嵌入組込みするにあたり、凹溝部内側面と挟持材とのあいだに形成される前後の隙間にビード材を嵌入組込みすることになるが、この場合に、前後方向一方のビード材は、挟持材が仮組込される以前に取付けられる一方、他方のビード材は、挟持材が仮組込された後に取付けられることになって、挟持材、ビード材を含めたパネル体の取付け作業が容易化する。
請求項７の発明とすることにより、挟持材は、底板部が凹溝部の底面部から離間する状態で仮組込された後、底板部を凹溝部の底面部に当接または近接するよう移動することで凹溝部の嵌入組込み位置に移動すればよいことになって、挟持材を用いてのパネル体の組込みでありながら、挟持材の底板部が凹溝部の底面部に当接または近接する組込み作業が容易になる。
請求項８の発明とすることにより、パネル体が内嵌された挟持材を、前後方向他方の内側面部が設けられた第二枠体部が取付けられる前の段階で、底板部を凹溝部の底面部から離間する状態で仮組込した後、挟持材底板部を凹溝部底面部に当接または近接するよう移動し、しかる後、第二枠体部を第一枠体部に取付け、その後、該第二枠体部を取付けることで形成される他方の内側面部と挟持材とのあいだの隙間にビード材を嵌入組込みするように取付けることでよいことになって、凹溝部に対するパネル体が嵌入取り付けされた挟持材の取付けが簡単にできることになって、作業性が複雑になることがなく、効率の良い取り付けができることになる。 According to the invention of claim 1, the clamping member that clamps the edge portion of the panel body by pressing it from the outside fits inside the recessed groove and is held by the bead member. As a result, even if the panel body is a mesh-like one or a thin plate material, and the panel body alone cannot obtain a sufficient holding force by the bead material, the panel body As a result, it is possible to prevent the clamping material, which is fitted on the edge of the panel body and clamped in a pressing manner, from being held in the recessed groove via the bead material and moving inadvertently. , the panel body can be held stably.
Moreover , even if the panel body is attached in such a manner that the edge thereof is separated from the bottom surface of the recessed groove, the clamping member that presses and clamps the panel body is reliably supported on the frame member side. Therefore, it is possible to reliably fit and incorporate the panel body into the recessed groove.
According to the invention of claim 2 , when the clamping member with the edge portion fitted inside is assembled, the clamping member is temporarily assembled in a state in which the bottom plate portion is separated from the bottom surface portion of the recessed groove portion, and then the bottom plate By moving the panel body so that it abuts or approaches the bottom surface of the groove, it is possible to insert the panel body into the groove, so that the edge of the panel body can be easily assembled without contacting the bottom surface of the groove. become.
According to the third aspect of the present invention, the sandwiching member is installed in a state in which the edge portion of the panel body is deeply inserted, but the bottom plate portion of the sandwiching member is in contact with or close to the bottom portion of the recessed groove portion. By doing so, the edge of the opening of the clamping material is located at approximately the same position as the edge of the opening of the recessed groove. As a result, while using the clamping material, it is possible to avoid visual recognition from the outside of the clamping material after assembly. As a result, deterioration of appearance can be prevented.
According to the invention of claim 4 , the clamping member is in a non-clamping posture in which the tip edge abuts or approaches in the natural state, and is forced to open. Since it is possible to press and hold the panel body by means of the holding members at the edges of the body, the holding of the panel body by the holding members becomes simple and reliable.
According to the invention of claim 5 , even if the panel body is a mesh-like one with a small contact area with the bead material, it can be securely held in the recessed groove by using the sandwiching material. can be incorporated.
According to the invention of claim 6 , when the clamping member in which the edge portion of the panel body is fitted inside is incorporated, the bottom plate portion separates the clamping member in the state of being fitted inside from the bottom portion of the recessed groove. After temporarily assembling in this state, the bead material can be inserted and incorporated, which facilitates the assembling into the groove of the panel.
Moreover , when the panel body is fitted into the recessed groove using the clamping material, the bead material is fitted into the front and rear gap formed between the inner surface of the recessed groove and the clamping material. One of the bead members in the front-rear direction is attached before the holding member is temporarily assembled, while the other bead member is attached after the holding member is temporarily assembled. The installation work of the panel body including is facilitated.
According to the invention of claim 7 , the clamping member is temporarily assembled in a state in which the bottom plate portion is separated from the bottom surface portion of the concave groove portion, and then the bottom plate portion is moved to abut or approach the bottom surface portion of the concave groove portion. As a result, it is sufficient to move to the position where the recessed groove is inserted, and the bottom plate portion of the clamping member abuts or approaches the bottom surface of the recessed groove while the panel body is assembled using the clamping member. Easier installation work.
According to the eighth aspect of the invention, the clamping member in which the panel body is fitted is attached to the bottom plate portion of the concave groove portion before the second frame portion provided with the other inner side surface portion in the front-rear direction is attached. After temporarily assembling in a state separated from the bottom surface portion, the clamping material bottom plate portion is moved to contact or approach the bottom surface portion of the recessed groove portion, after that, the second frame portion is attached to the first frame portion, and then , the bead material may be fitted into the gap between the other inner side surface part formed by attaching the second frame part and the clamping material so that the panel body is attached to the recessed groove part. Since the clamping member fitted by fitting can be easily attached, workability is not complicated, and efficient attachment can be achieved.

間仕切りの正面図である。It is a front view of a partition. 上側部位の間仕切りの横断面図である。FIG. 10 is a cross-sectional view of the partition of the upper section; 下側部位の間仕切りの横断面図である。FIG. 4 is a cross-sectional view of the partition of the lower portion; （Ａ）（Ｂ）（Ｃ）は左右方向一方側、中央側、他方側の間仕切りの縦断面図である。(A), (B), and (C) are vertical cross-sectional views of partitions on one side, the center side, and the other side in the left-right direction. メッシュ状パネル体を組込んだ間仕切り部位の縦断面図である。FIG. 4 is a vertical cross-sectional view of a partition part incorporating a mesh-like panel body; メッシュ状パネル体を組込んだ間仕切り部位の横断面図である。FIG. 4 is a cross-sectional view of a partitioning portion incorporating a mesh-like panel body; （Ａ）は第一枠体部の側面図、（Ｂ）は第一ビード材の側面図、（Ｃ）は第二枠体部の側面図、（Ｄ）は第二ビード材の側面図、（Ｅ）は挟持材の側面図である。(A) is a side view of the first frame body portion, (B) is a side view of the first bead member, (C) is a side view of the second frame body portion, (D) is a side view of the second bead member, (E) is a side view of the clamping member. （Ａ）は第一枠体部に第二枠体部を組込む状態を示した作用説明図、（Ｂ）は第一枠体部に第二枠体部が組込まれた状態を示す側面図である。(A) is an operation explanatory view showing a state in which the second frame body portion is incorporated into the first frame body portion, and (B) is a side view showing a state in which the second frame body portion is incorporated in the first frame body portion. be. （Ａ）（Ｂ）（Ｃ）（Ｄ）はパネル体を組込む手順を正面視で示す作用説明図である。(A), (B), (C), and (D) are action explanatory diagrams showing the procedure for incorporating the panel body in a front view. （Ａ）は第一枠体部のコーナー部位の側面図、（Ｂ）は第一枠体部のスペーサーを組込んだ状態の側面図、（Ｃ）は第一枠体部のスペーサーを組込んだ状態の平面図である。(A) is a side view of the corner portion of the first frame, (B) is a side view of the state in which the spacer of the first frame is incorporated, and (C) is a state in which the spacer of the first frame is incorporated. It is a plan view of the state. （Ａ）（Ｂ）（Ｃ）（Ｄ）（Ｅ）はパネル体を組込む手順を縦断面で示した作用説明図である。(A), (B), (C), (D), and (E) are action explanatory diagrams showing the procedure for assembling the panel body in vertical cross section. （Ａ）（Ｂ）（Ｃ）（Ｄ）（Ｅ）はパネル体を組込む手順を横断面で示した作用説明図である。(A), (B), (C), (D), and (E) are action explanatory diagrams showing the procedure for assembling the panel body in a cross section. 他の実施の形態のパネル体取付け構造を示す縦断面図である。FIG. 10 is a vertical cross-sectional view showing a panel body mounting structure of another embodiment;

以下、本発明の実施の形態について、図面に基づいて説明する。図面において、１は室内空間を前後に仕切るため設けられる間仕切りであって、該間仕切り１は、パネル体２と、該パネル体２を躯体側に組込むため設けられる枠材３とを備えて構成されるが、本実施の形態において枠材３としては、左右の縦枠４と、上下の横枠５、５ｂと、左右縦枠４間に設けられる無目枠（無目）６とを備えたものとして構成され、これによって間仕切り１としては、無目枠６を介して上下に分割されたパネル体２が組付けられるが、さらに本実施の形態では、間仕切り１は、左右方向に三枚のパネル体２が一連状に連結された状態で設けられたものとして構成され、これによって上下左右に都合六枚のパネル体２が設けられたものとなっている。尚、前後左右の方向は方向性を関連付けるためにした便宜上の記載であって、本発明はこれに限定されないものであることは勿論である。 BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. In the drawings, reference numeral 1 denotes a partition that is provided to divide the interior space into front and rear, and the partition 1 comprises a panel body 2 and a frame member 3 that is provided to incorporate the panel body 2 into the frame side. However, in the present embodiment, the frame material 3 includes left and right vertical frames 4, upper and lower horizontal frames 5 and 5b, and a blind frame (no mesh) 6 provided between the left and right vertical frames 4. As a result, the partition 1 is assembled with the panel body 2 divided vertically through the blind frame 6. Further, in the present embodiment, the partition 1 is made up of three panels in the horizontal direction. The panel body 2 is provided in a state of being connected in a series, and thus a total of six panel bodies 2 are provided vertically and horizontally. Note that the front, back, left, and right directions are described for convenience in order to associate directionality, and the present invention is, of course, not limited to these.

そして本実施の形態においては、三枚の下側のパネル体２は、表裏面板間にペーパーコア材等の充填材が内装された肉厚のもので構成されており、これらのうち、中央のパネル体７は開き戸として構成され、開閉自在になっていて間仕切り１において開き戸を構成するパネル体７を通しての出入りができるように設けられ、また左右両側の下側パネル体８はフィックス（固定式）のものとなっている。因みに開閉式のパネル体７は、蝶番７ａを介して縦枠４に支持されるが、この場合には下枠５が設けられない構成になっている。またこの場合に、開閉ドアとなる下側のパネル体７と上側の後述するパネル体９とのあいだに設けられる無目枠６は、開閉式パネル体７の上枠としても機能することになる。 In this embodiment, the three lower panel bodies 2 are made of thick panels in which a filling material such as a paper core material is inserted between the front and back panels. The panel body 7 is configured as a hinged door, is openable and closable, and is provided in the partition 1 so as to allow entry and exit through the panel body 7 constituting the hinged door, and the lower panel bodies 8 on both left and right sides are fixed. It belongs to Incidentally, the openable panel body 7 is supported by the vertical frame 4 via hinges 7a, but in this case, the lower frame 5 is not provided. Further, in this case, the blind frame 6 provided between the lower panel body 7 serving as an opening/closing door and the upper panel body 9, which will be described later, also functions as an upper frame of the opening/closing type panel body 7. .

さらに三枚の上側（欄間部位）のパネル体２のうち、中央のパネル体９は、棒状体９ａが縦横格子（交差）状に設けられたメッシュ式のものであり、このパネル体９の取付けについて、後述するように本発明が実施されている。これに対し左右方向一方側のパネル体１０はガラス板（材質としてはガラス材に限らず、アクリル樹脂材のように合成樹脂材を用いることができることは言うまでもない。）、他方側のパネル体１１は貫通孔（本実施の形態では丸孔であるが、四角孔等、適宜の孔形状のものを実施できることは言うまでもない。）１１ａが形成されたパンチングメタル板によって構成されたものとなっており、これらのパネル体１０、１１は、後述するように従来通りの取付け構造になっているが、これらパネル体１０、１１についても本発明を実施して取付けてもよく、また下側のパネル体７、８についても、肉薄の板材にしたような場合に、必要において本発明を実施して取付けるようにしてもよいことは勿論である。
さらにまた、間仕切り１としては、無目枠６がなく、一枚板状のパネル体を用いたものとしても実施することができ、このような一枚状のパネル体についても本発明を実施することができる。
また、前記メッシュ状のパネル体９としては、欄間機能を有するものとした場合に、縦横格子状のものに限定されず、棒状体が傾斜状に交差したもの、透かし模様が施されたもの等、通常知られた各種のものを採用できることも言うまでもない。 Furthermore, among the three upper (transom) panel bodies 2, the central panel body 9 is of a mesh type in which bar-shaped bodies 9a are provided in a vertical and horizontal grid (intersection). The present invention is implemented as described below. On the other hand, the panel body 10 on one side in the left-right direction is a glass plate (it goes without saying that the material is not limited to a glass material, but a synthetic resin material such as an acrylic resin material can be used), and the panel body 11 on the other side is a glass plate. is constituted by a punching metal plate in which a through-hole 11a (a round hole is used in this embodiment, but it is needless to say that an appropriate hole shape such as a square hole can be implemented) 11a is formed. , These panel bodies 10 and 11 have a conventional mounting structure as will be described later. As for 7 and 8, it is a matter of course that the present invention may be implemented and attached if necessary in the case of using a thin plate material.
Furthermore, as the partition 1, there is no blind frame 6, and a single plate-like panel body can be used. be able to.
Further, the mesh-like panel body 9 is not limited to a vertical and horizontal lattice-like one when it has a transom function, and a bar-like body intersecting in a slanted shape, a watermark pattern, or the like. , and it goes without saying that various commonly known ones can be employed.

次に、本発明が実施されたメッシュ状のパネル体９の取付けについて具体的に説明する。まず該パネル体９は、左右の縦枠４、上枠５、下側となる無目枠６によって四周枠として囲撓形成される空間Ｓに取付けられるが、その場合に、本実施の形態では、該パネル体９は、空間Ｓを構成する四周枠４、５、６に設けられる取付け枠体１２を介して取付けられる構成になっているが、これに限定されることはなく、本発明を逸脱しない範囲であれば、四周枠全てに取付け枠体１２を設ける必要はなく、一部の実施であってもよく、さらに取付け枠体１２の形状（構造）についても、すべて同一にする必要はなく適宜変更したものを採用して実施できることは言うまでもない。
そしてこの場合、本実施の形態の枠材３として、左右縦枠４については、枠本体４ａと、該枠本体４ａの左右方向内側面に設けられる取付け枠体１２とにより構成され、上枠５については、枠本体５ａと、該枠本体５ａの下側面に取り付けられる取付け枠体１２とにより構成され、無目枠６については、枠本体６ａと、該枠本体６ａの上側面に取り付けられる取付け枠１２とにより構成されたものとなっているが、例えば無目枠６については、図４（Ａ）（Ｃ）に示されるガラス板あるいはパンチングメタル材からなるパネル体１０、１１が取付けられるもののように、下側パネル体８の上框材８ａに取付けられた取付け枠体１２自体を単独で無目枠６として構成したものであっても勿論よい。 Next, the attachment of the mesh panel body 9 embodying the present invention will be specifically described. First, the panel body 9 is attached to the space S which is surrounded by the left and right vertical frames 4, the upper frame 5, and the blind frame 6 on the lower side as a four-peripheral frame. , the panel body 9 is configured to be mounted via mounting frame bodies 12 provided on the four peripheral frames 4, 5 and 6 that constitute the space S, but the present invention is not limited to this. As long as it does not deviate, it is not necessary to provide the mounting frame 12 on all of the four peripheral frames, and only a part of them may be provided. Needless to say, it is possible to adopt and implement those that have been appropriately changed.
In this case, as the frame member 3 of this embodiment, the left and right vertical frames 4 are composed of a frame body 4a and an attachment frame body 12 provided on the left and right inner surfaces of the frame body 4a. is composed of a frame body 5a and an attachment frame body 12 attached to the lower side of the frame body 5a, and the blind frame 6 is composed of a frame body 6a and an attachment attached to the upper side of the frame body 6a For example, as for the blind frame 6, although panel bodies 10 and 11 made of a glass plate or punching metal material shown in FIGS. 4(A) and 4(C) are attached, As described above, the attachment frame 12 itself attached to the upper frame member 8a of the lower panel body 8 may of course be configured as the blind frame 6 alone.

そしてここでは、前記無目枠６の枠本体６ａに取付け枠体１２が取付けられるものについて説明をし、他の取付け枠体１２についての詳細は何れも同様であるので、とくに言及されたものを除き記載は省略する。
前記取付け枠体１２は、枠本体６ａの上側面６ｂに上側から当接する状態で先行して取付けられる（本実施の形態ではビス１３を介して取付け固定される。）第一枠体部１４と、該第一枠体部１４に後付けする状態で係止状に取付けられる第二枠体部１５とを備えて構成される。
第一枠体部１４は、前記枠本体６ａにおける上側面６ｂの前後幅よりも僅かに幅狭な状態で該上側面６ｂに当接する底板面部１４ａと、該底板面部１４ａの前後方向一方側において起立状に設けられたフォロー状（四角形をした中空筒状）の側板面部１４ｂとを備えた略Ｌ字形に構成されるが、底板面部１４ａの前後方向中央部位は後述する凹溝部Ｕの底面部を構成し、側板面部１４ｂの前後方向内側に位置する内側板面部１４ｃは凹溝部Ｕの前後方向一方側の内側面部を形成するようになっている。 Here, the attachment frame 12 attached to the frame body 6a of the blind frame 6 will be described, and the details of the other attachment frames 12 are the same. Description is omitted except for
The mounting frame 12 is mounted in advance in a state of abutting on the upper side surface 6b of the frame main body 6a from above (in this embodiment, it is mounted and fixed via screws 13). , and a second frame body portion 15 attached to the first frame body portion 14 in a locking manner in a state of being retrofitted.
The first frame body portion 14 includes a bottom plate surface portion 14a that abuts on the upper side surface 6b in a state slightly narrower than the front-rear width of the upper side surface 6b of the frame main body 6a, and one side of the bottom plate surface portion 14a in the front-rear direction. The bottom plate surface portion 14a is formed in a substantially L shape with a follow-like (square hollow cylindrical) side plate surface portion 14b provided in an upright shape, and the center portion of the bottom plate surface portion 14a in the front-rear direction is the bottom surface portion of a concave groove portion U described later. , and the inner side plate surface portion 14c located inside the side plate surface portion 14b in the front-rear direction forms an inner side surface portion on one side of the concave groove portion U in the front-rear direction.

さらに側板面部１４ｂを構成する内側板面部１４ｃと上側板面部１４ｄとのコーナー部には係止溝１４ｅが形成されているが、該係止溝１４ｅには、パネル体９が組込まれた挟持材１８の前後方向一方側の側板部１８ｂを弾性支持するため、ゴム質弾性材（ゴム弾性を有していて弾性変形をする素材）により形成された第一ビード材１６の係止片部１６ａが嵌入係止することで、該第一ビード材１６が着脱自在に取付けられるようになっており、このようにして第一枠体部１４に取付けられた第一ビード材１６は、結果として挟持材１８の前後方向一方側の側板部１８ｂと凹溝部Ｕの該側の内側面部とのあいだの隙間Ｘに押圧状（弾圧状）に嵌入組込みされたものとなり、これによって第一ビード材１６に設けられる当接面部１６ｂが挟持材１８の前後方向一方の側板部１８ｂに弾性的に当接して挟持材１８の押圧状（弾圧状）の支持をするようになっている。 Further, a locking groove 14e is formed at a corner portion between the inner plate surface portion 14c and the upper plate surface portion 14d that constitute the side plate surface portion 14b. In order to elastically support the side plate portion 18b on one side in the front-rear direction of 18, the locking piece portion 16a of the first bead member 16 formed of a rubbery elastic material (a material that has rubber elasticity and is elastically deformable) is provided. By fitting and locking, the first bead material 16 is detachably attached, and the first bead material 16 attached to the first frame body portion 14 in this way is, as a result, a clamping material. 18 on one side in the front-to-rear direction and the inner side surface of the recessed groove portion U. The contact surface portion 16b is elastically contacted with one side plate portion 18b of the clamping member 18 in the front-rear direction to support the clamping member 18 in the form of pressure (restraint).

一方、第二枠体部１５は、フォロー形状（筒形状）をし、下端部に係止凸部１５ａおよび係止凹部１５ｂが形成されており、そして係止凸部１５ａを第一枠体部底板面部１４ａの前後方向他方側に形成の係止溝１４ｆに浅く嵌入することで、係止凹部１５ｂに形成される凸コーナー部１５ｃが、第一枠体部底板面部１４ａの前後方向他端部に起立形成される係止突片１４ｇの先端に当接した状態となり、この状態から第二枠体部１５を無理押しすることで、凸コーナー部１５ｃが係止突片１４ｇの先端を越えた移動をし、これにより、係止凹部１５ｂに係止突片１４ｇが嵌入係合することになって第二枠体部１５の第一枠体部１４への取付けができ、このようにすることで、前述したように底板面部１４ａの前後方向中央部位が底面部となったパネル体２取付け用の凹溝部Ｕが形成されることになる。
そして第二枠体部１５の上端部に形成される係止突起１５ｄに、ゴム質弾性材により形成された第二ビード材１７の係止凹部１７ａを外嵌係止することで、該第二ビード材１７が着脱自在に取付けられるようになっており、このようにして第二枠体部１５に取付けられた第二ビード材１７は、挟持材１８の前後方向他方側の側板部１８ｂと凹溝部Ｕの該側内側面とのあいだの隙間Ｙに押圧状（弾圧状）に嵌入組込みされたものとなり、これによって第二ビード材１７に設けられる当接面部１７ｂが挟持材１８の前後方向他方側の側板部１８ｂに弾性的に当接して押圧状（弾圧状）の支持をするようになっている。
尚、本実施の形態の第一、第二ビード材１６、１７は、複数の当接面部１６ｂ、１７ｂが襞状に連続するよう設けられており、そしてパネル体（挟持材１８が設けられたものも含む）２の厚さに対応してこれら当接面部１６ｂ、１７ｂを適宜取り去る（除去する）ことができるようになっている。 On the other hand, the second frame body portion 15 has a follow shape (cylindrical shape), and has a locking projection 15a and a locking recess 15b formed at its lower end. By shallowly fitting into the locking groove 14f formed on the other side in the front-rear direction of the bottom plate surface portion 14a, the convex corner portion 15c formed in the locking concave portion 15b is aligned with the other front-rear direction end portion of the first frame portion bottom plate surface portion 14a. When the second frame portion 15 is forcibly pushed from this state, the convex corner portion 15c exceeds the tip of the locking projection 14g. As a result, the locking protrusion 14g is engaged with the locking recess 15b, so that the second frame portion 15 can be attached to the first frame portion 14. Thus, as described above, the concave groove portion U for mounting the panel body 2 is formed in which the front-rear direction central portion of the bottom plate surface portion 14a serves as the bottom surface portion.
Then, by externally fitting and locking the locking recess 17a of the second bead member 17 formed of a rubbery elastic material to the locking projection 15d formed on the upper end portion of the second frame body portion 15, the second The bead member 17 is detachably attached, and the second bead member 17 attached to the second frame body portion 15 in this manner is recessed from the side plate portion 18b on the other side of the clamping member 18 in the front-rear direction. The contact surface portion 17b provided on the second bead member 17 is inserted into the gap Y between the groove portion U and the inner side surface of the groove portion U in a pressing manner (in a resilient pressure manner). It is adapted to elastically abut on the side plate portion 18b on the side to provide pressing (resilience) support.
In addition, the first and second bead members 16 and 17 of the present embodiment are provided so that a plurality of contact surface portions 16b and 17b are continuous in a fold shape, and the panel body (the sandwiching member 18 is provided) These contact surface portions 16b and 17b can be appropriately removed (removed) in accordance with the thickness of 2.

１８は前記メッシュ状のパネル体９の端縁部に外嵌する挟持材であって、該挟持材１８は、底板部１８ａと前後側板部１８ｂとを有し、側板部１８ｂの先端縁部１８ｃが開口した凹溝形状をしており、パネル体９が嵌入組込みされていない自然状態では、先端縁部１８ｃ側ほど前後の対向間隔が狭くなり、そして先端縁部１８ｃ同士が当接（若しくは近接）する三角形状をした非挟持姿勢になっている。そしてこの非挟持姿勢の状態から先端縁部１８ｃ同士を離間せしめるよう側板部１８ｂを強制拡開した状態にしてパネル体９の端縁部を内嵌することで、該パネル体９の端縁部を側板部１８ｂによって押圧状に挟持する嵌入組込み状態になるが、この場合に、パネル体９の先端縁が底板部１８ａに当接（または近接）する状態になるようパネル体９の端縁部を深く嵌入しておくことで、挟持材１８のパネル体９に対する安定取付けができて好ましい。 A clamping member 18 is fitted around the edges of the mesh panel body 9. The clamping member 18 has a bottom plate portion 18a and front and rear side plate portions 18b. In the natural state where the panel body 9 is not fitted and incorporated, the distance between the front and rear facing edges becomes narrower toward the leading end edge 18c, and the leading edge portions 18c abut (or approach each other). ) is in a triangular non-clamping posture. Then, from this non-clamping posture, the side plate portions 18b are forcibly expanded so as to separate the tip edges 18c from each other, and the edge portions of the panel body 9 are fitted into the edge portions of the panel body 9. is pressed and held by the side plate portions 18b. It is preferable that the clamping member 18 can be stably attached to the panel body 9 by inserting the clamping member 18 deeply.

次に、挟持材１８が四周の端縁部に嵌入組込みされたパネル体９を空間Ｓに取付ける手順について説明する（図１１参照）。前記第一枠体部１４が枠本体６ａに取付けられ、かつ該取付けられた第一枠体部１４に第一ビード材１６が取付けられた状態としたところに、前記パネル体９の端縁部に挟持材１８が取付けられたものを、第一ビード材１６に当接する状態の組込み（仮組込み）をすることになるが、この場合に、挟持材１８の底板部１８ａが第一枠体部１４の底板面部１４ａから離間する状態（中空状態）にセットすることで仮組込がなされる。次いで挟持材１８を、底板部１８ａが第一枠体部底板面部１４ａに当接（または近接）するよう下方に向けて移動させると、挟持材１８は、底板部１８ａがパネル体９の端縁から離間した状態になる。しかる後、第二枠体部１５の係止凸部１５ａを第一枠体部１４の係止溝１４ｆに嵌入させると、凸コーナー部１５ｃが係止凸片１４ｇの先端部に係止する状態となり、この状態で、第二枠体部１５を底部１４ａ側に強制的に（無理やりに）押し込むと、凸コーナー部１５ｃが係止凸部１４ｇに入り込むことになって第二枠体部１５の第一枠体部１４への組込みがなされるようになっており、このようにすることでパネル体９を組込むための凹溝部Ｕが形成される。次いで第二ビード材１７を、挟持材１８が設けられたパネル体２の前後方向他方側面部と凹溝部Ｕの該側内側面とのあいだの隙間Ｙに押圧状（弾圧状）に嵌入組込みすることで挟持材１８を介した状態でパネル体９の空間Ｓへの取付けが完了することになる。 Next, a procedure for mounting the panel body 9, in which the holding members 18 are fitted and incorporated in the four peripheral edge portions, in the space S will be described (see FIG. 11). When the first frame body portion 14 is attached to the frame main body 6a and the first bead material 16 is attached to the attached first frame body portion 14, the edge portion of the panel body 9 The clamping member 18 is attached to the first bead member 16 and is assembled (temporarily assembled) in a state of contact with the first bead member 16. In this case, the bottom plate portion 18a of the clamping member 18 is attached to the first frame portion 14 is set in a state (hollow state) away from the bottom plate surface portion 14a, and temporary assembly is performed. Next, when the clamping member 18 is moved downward so that the bottom plate portion 18a abuts (or approaches) the first frame bottom plate surface portion 14a, the clamping member 18 is moved so that the bottom plate portion 18a is positioned at the edge of the panel body 9. becomes separated from After that, when the locking projection 15a of the second frame body portion 15 is fitted into the locking groove 14f of the first frame body portion 14, the convex corner portion 15c is locked to the tip of the locking projection piece 14g. In this state, if the second frame body portion 15 is forcibly (forcibly) pushed toward the bottom portion 14a side, the convex corner portion 15c will enter the locking convex portion 14g, and the second frame body portion 15 will be removed. Incorporation into the first frame body portion 14 is performed, and by doing so, a concave groove portion U for incorporating the panel body 9 is formed. Next, the second bead material 17 is fitted into the gap Y between the other side surface in the front-rear direction of the panel body 2 provided with the clamping material 18 and the inner side surface of the concave groove portion U in a pressing manner (in a resilient manner). Thus, the mounting of the panel body 9 to the space S is completed with the sandwiching member 18 interposed therebetween.

尚、本実施の形態において、前記取付け枠体１２は、パネル体９を組み込むための四周枠を形成しているが、該四周枠を形成するにあたり、縦横対向するコーナー部の端面同士について、４５度カットしたものを互いに突き合わせる構成にした場合には問題がないが、例えば図９に示すように、左右方向に長い状態の上下の取付け枠体１２の上下方向内側面に上下方向には短い状態左右取付け枠体１２の上下外端縁を突合わせる構成のものにした場合、前述したように取付け枠材１２を構成する第一枠体部１４は、前後方向一方に側板面部１４ｂを有したＬ字形をしているため、突合せ部位において、側板面部１４ｂが設けらる部位においては、突き合わされる側の取付け枠体１２は上側面部１４ｄに当接することになるが、側板面部１４ｂが設けられていない側（係止突片１４ｇが設けられる側）においては、突合わせ当接するものがなく、離間した状態になって視認性に欠けるだけでなく、四周枠を形成した際に不安定な構造になる。そこで本実施の形態においては、図１０に示すように、上下の取付け枠体１２の側板面部１４ｂが設けられない側の高さが側板面部１４ｂの高さと同じになるよう、係止凸片１４ｇと係止溝１４ｆに係止取付けされるスペーサ材１９を設けた構成にしている。 In the present embodiment, the mounting frame 12 forms a four-peripheral frame for incorporating the panel body 9. In forming the four-peripheral frame, 45 However, as shown in FIG. 9, for example, as shown in FIG. When the upper and lower outer edges of the left and right mounting frames 12 are abutted against each other, the first frame portion 14 constituting the mounting frame member 12 has the side plate surface portion 14b on one side in the front-rear direction as described above. Because of the L-shape, the mounting frame 12 on the butted side abuts against the upper side surface portion 14d at the portion where the side plate surface portion 14b is provided. On the side where the locking protrusion 14g is provided, there is nothing to butt and contact, and the separated state not only lacks visibility, but also makes it unstable when the four-peripheral frame is formed. become a structure. Therefore, in this embodiment, as shown in FIG. 10, the locking convex pieces 14g are arranged such that the height of the side of the upper and lower mounting frames 12 on which the side plate surface portions 14b are not provided is the same as the height of the side plate surface portions 14b. and a spacer member 19 which is locked and attached to the locking groove 14f.

叙述の如く構成された本実施の形態において、室内空間を前後に仕切るため設けられる間仕切り１を、躯体側に設けられる枠材３と、該枠材３の構成部材である取付け枠体１２に設けられた凹溝部Ｕに端縁部が嵌入取付けされるメッシュ状のパネル体９と、該パネル体９と凹溝部Ｕ内側面とのあいだの隙間Ｘ、Ｙに組込まれるゴム質弾性を有した第一、第二ビード材１６、１７とを備えて構成するものにおいて、前記パネル体９は、枠材３側に設けられる凹溝部Ｕに嵌入取付けすることになるが、この場合において、前後側板部１８ｂと底板部１８ａとを備え、先端縁部１８ｃが開口した断面凵字形をした挟持材１８を用意し、該挟持材１８を、先端縁部１８ｃを強制的に拡開した状態にしてパネル体９の端縁部を嵌入し、拡開を解消することで、該挟持材１８は、前後側板部１８ｂによりパネル体９の端縁部を押圧状に挟持する状態となり、該挟持した状態の挟持材１８が、凹溝部Ｕに内嵌した嵌入組込み状態になり、しかもこのとき該挟持材１８の側板部１８ｂと凹溝部Ｕの内側面とのあいだの隙間に前記第一、第二ビード材１６、１７が嵌入組込みされた構造になっている結果、パネル体９がメッシュタイプのものであっても、該パネル体９は、第一、第二ビード材１６、１７に広面積状態で接触する挟持材１８を介して保持されることになる。このため挟持材１８がなく直にパネル体９を組込んだ場合のように、ビード材１６、１７との接触面積が小さいものになってパネル体９の保持力が低いものになってしまうことがなくなって、パネル体９が不用意に移動したりすることがなく、安定したパネル体９の組込みができることになる。 In the embodiment constructed as described above, the partition 1 provided to divide the interior space into the front and rear is provided on the frame member 3 provided on the building body side and the mounting frame 12 which is a constituent member of the frame member 3. A mesh-like panel body 9 whose edges are fitted into the recessed groove portion U formed thereon, and a rubber-like elastic material incorporated in the gaps X and Y between the panel body 9 and the inner surface of the recessed groove portion U. 1. In the structure including the second bead members 16 and 17, the panel body 9 is fitted into the concave groove portion U provided on the frame member 3 side, and in this case, the front and rear side plate portions 18b and a bottom plate portion 18a, a sandwiching member 18 having a cross section with an open tip edge portion 18c is prepared, and the sandwiching member 18 is forcibly expanded with the tip edge portion 18c opened to form a panel body. By inserting the edge portion of the panel body 9 and canceling the expansion, the sandwiching member 18 is in a state of pressingly sandwiching the edge portion of the panel body 9 with the front and rear side plate portions 18b. The first and second bead members 16 are inserted into the gap between the side plate portion 18b of the clamping member 18 and the inner surface of the groove portion U at this time. , 17 are fitted and incorporated, the panel body 9 contacts the first and second bead members 16 and 17 over a wide area even if the panel body 9 is of the mesh type. It will be held via the sandwiching material 18 . As a result, the contact area with the bead members 16 and 17 becomes small, and the holding force of the panel body 9 becomes low, as in the case where the panel body 9 is directly incorporated without the clamping member 18 . The panel body 9 does not move carelessly due to the absence of a gap, and the panel body 9 can be stably incorporated.

しかもこのものでは、パネル体９が嵌入された状態の挟持材１８は、パネル体９の端縁が挟持材底板部１８ａに当接（または近接）した状態になっているが、この嵌入状態の挟持材１８を、底板部１８ａが凹溝部Ｕに対して底面部から離間した状態で仮組込した後、底板部１８ａがパネル体９の端縁から離間するよう挟持材１８を移動して凹溝部Ｕの底面部に底板部１８ａが当接（または近接）するように操作することで、パネル体９の挟持材１８を介しての凹溝部Ｕに対する嵌入組込みができるため、前記パネル体９が嵌入された挟持材１８自体は、当初、底板部１８ａが凹溝部の底面部に当接しない状態で仮組込すればよいことになって、パネル体９が嵌入された挟持材１８の凹溝部Ｕに対する嵌入組込みが簡単にできることになる。
そのうえ挟持材１８は、底板部１８ａが凹溝部Ｕの底面部から離間する状態で仮組込されたものが、底板部１８ａを凹溝部Ｕの底面部に当接（または近接）するよう外側に向けて移動することで凹溝部Ｕに嵌入組込みされることになり、このためパネル体９の端縁部が内嵌された状態の挟持材１８を凹溝部Ｕに組込む際に、該挟持材１８を、底板部１８ａが凹溝部の底面部から離間する前記仮組込み状態にした後、底板部１８ａが凹溝部Ｕの底面部に当接（または近接）するよう移動させることで凹溝部Ｕに対する嵌入組込みができることになって、パネル体９の端縁が凹溝部Ｕの底面部から離間した当接しない状態での組込みが容易になる。
しかもこのようにして凹溝部Ｕに組込まれた挟持材１８は、底板部１８ａが凹溝部Ｕの底面部に支持されることになるため、嵌入するパネル体９の凹溝部に対する支持が、挟持材１８を介する状態で確実になる。 Moreover, in this configuration, the edge of the clamping member 18 in which the panel body 9 is inserted is in a state in which the edge of the panel body 9 abuts (or is close to) the clamping member bottom plate portion 18a. After the sandwiching member 18 is temporarily assembled in the recessed groove portion U with the bottom plate portion 18a separated from the bottom surface portion, the sandwiching member 18 is moved so that the bottom plate portion 18a is separated from the edge of the panel body 9 and is recessed. By operating the bottom plate portion 18a to abut (or approach) the bottom surface portion of the groove portion U, the panel body 9 can be fitted into the recessed groove portion U via the holding member 18, so that the panel body 9 can be It was decided that the clamping member 18 itself that was inserted should be temporarily assembled in a state in which the bottom plate portion 18a does not abut against the bottom surface of the recessed groove. Inset integration for U becomes easier.
In addition, the clamping member 18 is temporarily assembled in a state in which the bottom plate portion 18a is separated from the bottom surface portion of the concave groove portion U. When the holding member 18 with the edge portion of the panel body 9 fitted therein is incorporated into the concave groove portion U, the holding member 18 is fitted into the concave groove portion U by moving toward it. is moved so that the bottom plate portion 18a contacts (or approaches) the bottom surface portion of the recessed groove portion U after the temporary assembled state in which the bottom plate portion 18a is separated from the bottom surface portion of the recessed groove portion U, thereby fitting into the recessed groove portion U. Since the assembly can be performed, the assembly can be easily performed in a state in which the edge of the panel body 9 is separated from the bottom surface of the concave groove portion U and does not come into contact with the bottom surface portion.
Moreover, since the bottom plate portion 18a of the sandwiching member 18 incorporated in the groove portion U in this manner is supported by the bottom surface portion of the groove portion U, the support of the inserted panel body 9 to the groove portion is less than that of the sandwiching member. The state through 18 becomes certain.

また挟持材１８は、底板部１８ａが凹溝部Ｕの底面部に当接（または近接）した最終的な嵌入組込み状態では、開口先端縁部１８ｃが凹溝部Ｕの開口端縁部と略同位置に位置するように設定されているため、パネル体９の端縁部が嵌入した状態の挟持材１８を凹溝部Ｕに嵌入組込むするものでありながら、該挟持材１８の底板部１８ａを凹溝部Ｕの底面部に当接（または近接）する組込み状態にしたときに、挟持材１８の開口先端縁部１８ｃは凹溝部Ｕの開口端縁部と略同位置に位置することになって、挟持材１８を用いながら、組込み後において挟持材１８の外部からの視認を回避できることになって、外観性が損なわれることを防止できる。
さらに挟持材１８は、パネル体９の端縁部を挟持していない自然状態では前後側板部１８ｂの先端縁部１８ｃが当接（または近接）する非挟持姿勢になっている結果、該非挟持姿勢の前後側板部１８ｂを強制開口してパネル体９の端縁部を内嵌するだけで、挟持材１８は、パネル体９の端縁部を押圧状の挟持することになり、この結果、挟持材１８によるパネル体９の押圧状に挟持させるための嵌入作業が簡単にできると共に、挟持材１８によるパネル体９の保持も確実になる。
この結果、パネル体９が、棒状体が格子状に設けられたメッシュ状のもののようにビード材１６、１７との接触面積が小さいものであっても、斯かる挟持材１８を用いることで凹溝部Ｕに確実に保持する状態で組込むことができることになる。 In addition, in the clamping member 18, in the final inserted state where the bottom plate portion 18a is in contact with (or close to) the bottom surface portion of the concave groove portion U, the opening leading edge portion 18c is positioned substantially at the same position as the opening edge portion of the concave groove portion U. , the holding member 18 in which the edge of the panel body 9 is fitted is fitted into the concave groove portion U, while the bottom plate portion 18a of the holding member 18 is inserted into the concave groove portion. When the holding member 18 is assembled in contact with (or close to) the bottom surface of the U, the opening edge 18c of the clamping member 18 is positioned at substantially the same position as the opening end edge of the recessed groove U. Although the material 18 is used, it is possible to avoid visual recognition of the sandwiching material 18 from the outside after assembly, thereby preventing deterioration of the appearance.
Furthermore, in the natural state in which the clamping member 18 does not clamp the edge portion of the panel body 9, the tip edge portions 18c of the front and rear side plate portions 18b abut (or approach) in a non-clamping posture. By forcibly opening the front and rear side plate portions 18b and fitting the edge portion of the panel body 9 inside, the clamping member 18 presses and clamps the edge portion of the panel body 9, and as a result, clamping is performed. The fitting work for pressing the panel body 9 by the material 18 can be easily performed, and the holding of the panel body 9 by the clamping material 18 can be ensured.
As a result, even if the panel body 9 has a small contact area with the bead members 16 and 17, such as a mesh-like one in which bars are arranged in a grid pattern, the sandwiching member 18 can be used to form a recess. It can be assembled in a state of being securely held in the groove portion U.

このような挟持材１８を用いてパネル体９を凹溝部Ｕに嵌入組込みする場合に、該挟持材１８を、パネル体９の端縁部に対して前後両側板部１８ｂが押圧状に挟持する状態で外嵌し、該外嵌した状態の挟持材１８を、第二枠体部１４が組込まれる前の未完成の凹溝部Ｕに前述したように仮組付けした後、第二枠体部１５を組込んで凹溝部Ｕを形成し、しかる後、該挟持材１８の側板部１８ｂと凹溝部Ｕの内側面部とのあいだの隙間Ｘ、Ｙに前記第一、第二ビード材１６、１７を嵌入組込みすることで、パネル体の凹溝部Ｕへの嵌入組込みができることになる結果、パネル体９の端縁部が内嵌した状態の挟持材１８を凹溝部Ｕに組込む際に、該挟持材１８を、底板部１８ａが凹溝部Ｕの底面部から離間する状態で仮組込した後、第一、第二ビード材１６、１７を嵌入組み込みすればよいことになって、パネル体９の凹溝部Ｕへの組込みが容易になる。 When the panel body 9 is fitted into the recessed groove portion U using such a holding member 18, the front and rear side plate portions 18b hold the holding member 18 against the edge portion of the panel body 9 in a pressing manner. After the clamping member 18 in the fitted state is temporarily assembled in the incomplete groove portion U before the second frame portion 14 is incorporated as described above, the second frame portion 15 is incorporated to form a recessed groove portion U, and thereafter, the first and second bead members 16 and 17 are inserted into the gaps X and Y between the side plate portion 18b of the holding member 18 and the inner side surface portion of the recessed groove portion U. can be fitted into the recessed groove portion U of the panel body. After temporarily assembling the material 18 in a state in which the bottom plate portion 18a is separated from the bottom surface portion of the concave groove portion U, the first and second bead materials 16 and 17 may be fitted and incorporated. Incorporation into the concave groove portion U becomes easier.

またこの場合において、第一、第二ビード材１６、１７のうち、凹溝部Ｕの前後方向一方の内側面部を構成している内側板面部１４ｃと挟持材１８の側板部１８ｂとのあいだの隙間Ｘに組込まれる第一ビード材１６は、前述したように挟持材１８が仮組付けされる前の段階で前記内側板面部１４ｃに既に取付けられており、そして凹溝部Ｕの前後方向他方の内側面部と挟持材１８の側板部１８ｂとのあいだの隙間Ｙに組込まれる第二ビード材１７は、前記挟持材１８がパネル体９と共に仮組付けされた後に挟持材１８の側板部１８ｃと凹溝部Ｕの内側面部を構成する第二枠体部１５とのあいだの隙間Ｙに嵌入組込みされことになり、このため、挟持材１８、第一、第二ビード材１６、１７を含めたパネル体９の取付け作業に無理がなく、容易化されたものになる。
しかもこのとき、挟持材１８は、底板部１８ａが凹溝部Ｕの底面部を構成している第一枠体部１４の底板面部１４ａから離間する状態で仮組込された後、底板部１８ａを底板面部１４ａに当接（または近接）するよう移動することで、凹溝部Ｕに対して所定の嵌入組込み位置に移動することになるため、挟持材１８を用いてのパネル体９の凹溝部Ｕへの組込みをするものでありながら、挟持材１８の底面部１８ａが凹溝部の底面部に当接（または近接）する組込み作業が容易になる。 Further, in this case, the gap between the inner plate surface portion 14c of the first and second bead members 16 and 17, which constitutes one inner side surface portion in the front-rear direction of the concave groove portion U, and the side plate portion 18b of the clamping member 18. The first bead member 16 incorporated in X is already attached to the inner plate surface portion 14c at a stage before the holding member 18 is temporarily assembled as described above, and the other inner side of the concave groove portion U in the front-rear direction. The second bead member 17 incorporated in the gap Y between the surface portion and the side plate portion 18b of the holding member 18 is formed between the side plate portion 18c of the holding member 18 and the recessed groove portion after the holding member 18 is temporarily assembled together with the panel body 9. The panel body 9 including the clamping member 18 and the first and second bead members 16 and 17 is fitted into the gap Y between the second frame body portion 15 constituting the inner side surface portion of U. The installation work of the is not unreasonable and is facilitated.
Moreover, at this time, the clamping member 18 is temporarily assembled in a state in which the bottom plate portion 18a is separated from the bottom plate surface portion 14a of the first frame body portion 14 forming the bottom surface portion of the concave groove portion U, and then the bottom plate portion 18a is removed. By moving so as to abut (or approach) the bottom plate surface portion 14a, the panel body 9 is moved to a predetermined fitting position with respect to the recessed groove portion U. In addition, the work of assembling the holding member 18 in contact with (or close to) the bottom surface of the recessed groove is facilitated.

また凹溝部Ｕについてみると、該凹溝部Ｕは、底板面部１４ａと前後方向一方の側板面部１４ｂとが設けられる第一枠体部１４に、第二枠体部１５を取付けることで簡単に形成されることになり、しかも挟持材１８についてみると、凹溝部Ｕの他方の内側面部を形成すべく第二枠体部１５が取付けられる前の段階で、底板部１８ａを底板面部１４ａから離間する状態で仮組込した後、底板部１８ａを底板面部１４ａに当接（または近接）するよう移動し、しかる後、前後方向他方の内側面部を形成すべく第二枠体部１５を第一枠体部１４に取付け、その後、第二枠体部１５と挟持材１８の側板部１８ｂとのあいだの隙間Ｙに第二ビード材１７を嵌入組込みすることで、凹溝部Ｕに対するパネル体９が嵌入された挟持材１８の嵌入取付けが簡単にできることになって、作業性が複雑になることがなく、効率の良い取り付けができることになる。 As for the concave groove portion U, the concave groove portion U is easily formed by attaching the second frame body portion 15 to the first frame body portion 14 provided with the bottom plate surface portion 14a and one side plate surface portion 14b in the front-rear direction. As for the holding member 18, the bottom plate portion 18a is separated from the bottom plate surface portion 14a before the second frame portion 15 is attached to form the other inner side surface portion of the concave groove portion U. After the bottom plate portion 18a is temporarily assembled in this state, the bottom plate portion 18a is moved so as to abut (or approach) the bottom plate surface portion 14a. After attaching to the body portion 14, the panel body 9 is fitted into the concave groove portion U by fitting the second bead material 17 into the gap Y between the second frame body portion 15 and the side plate portion 18b of the holding member 18. Since the clamping member 18 can be inserted and attached easily, workability is not complicated, and efficient attachment can be achieved.

尚、本発明は、前記実施の形態のものに限定されないことは勿論であって、挟持材を介して凹溝部に嵌入取付けされるパネル体としては、前述したようにメッシュ式のものに限定されず、パンチングメタル式のもの、薄板式のもの等、必要において適宜のパネル体について実施できるが、パネル体の重量が重く、前記実施の形態のように、パネル体を挟持材の押圧挟持力で支持できないような場合においては、図１３に示す他の実施の形態のように、例えばパンチングメタルから構成されるパネル体９の下端縁を挟持材１８の底板部１８ａに当接した状態のままとし、そして第一枠体部１４の底板面部１４ａと挟持材底板部１８ａとのあいだにスペーサ２０を介装したものとしても実施することができる。 It goes without saying that the present invention is not limited to the above-described embodiment, and the panel body to be fitted into the recessed groove via the sandwiching material is limited to the mesh type as described above. However, the weight of the panel body is heavy, and the panel body is pressed and clamped by the clamping force of the clamping member as in the above-described embodiment. 13, the lower edge of the panel body 9 made of, for example, punching metal is kept in contact with the bottom plate portion 18a of the holding member 18. Further, it is also possible to implement a structure in which a spacer 20 is interposed between the bottom plate surface portion 14a of the first frame body portion 14 and the sandwiching member bottom plate portion 18a.

本発明は、室内空間を仕切るため建て付けられる間仕切りにおいてパネル体の組付け技術として利用することができる。 INDUSTRIAL APPLICABILITY The present invention can be used as a technique for assembling a panel body in a partition built to partition an indoor space.

１ 間仕切り
２ パネル体
３ 枠材
６ 無目枠
９ メッシュ状パネル体
１２ 取付け枠体
１４ 第一枠体部
１４ａ 底板面部
１４ｂ 側板面部
１４ｃ 内側板面部
１５ 第二枠体部
１６ 第一ビード材
１７ 第二ビード材
１８ 挟持材
１８ａ 底板部
１８ｂ 側板部
１８ｃ 先端縁部
Ｓ 空間
Ｕ 凹溝部
Ｘ、Ｙ 隙間
1 partition 2 panel body 3 frame material
6 blind frame 9 mesh panel body 12 mounting frame body 14 first frame body portion 14a bottom plate surface portion 14b side plate surface portion 14c inner plate surface portion 15 second frame body portion 16 first bead material 17 second bead material 18 clamping material 18a bottom plate Part 18b Side plate part 18c Tip edge S Space U Groove X, Y Gap

Claims (8)

室内空間を前後に仕切るための間仕切りを、躯体側に設けられる枠材と、該枠材に設けられた凹溝部に端縁部が嵌入取付けされるパネル体と、該パネル体と凹溝部内側面とのあいだの隙間に組込まれるゴム質弾性を有したビード材とを備えて構成するにあたり、
前後側板部と底板部とを備え、先端縁が開口し、パネル体端縁部を前後側板部により押圧状に挟持する状態でパネル体端縁部に外嵌する挟持材を備え、
前記ビード材は、前記パネル体端縁部を挟持する状態の挟持材が凹溝部に内嵌した状態で、該挟持材側板部と凹溝部内側面部とのあいだの隙間に嵌入組込みされ、
挟持材は、底板部がパネル体の端縁から離間する状態で凹溝部の底面部に当接または近接するようにして凹溝部に嵌入組込みされていることを特徴とする間仕切りにおけるパネル体の組付け構造。 A frame member provided on the frame side as a partition for partitioning an indoor space into front and rear, a panel body having an edge portion fitted in a recessed groove provided in the frame member, and the panel body and the inner side surface of the recessed groove In configuring with a bead material having rubber elasticity incorporated in the gap between
A clamping member having front and rear side plate portions and a bottom plate portion, having an open front end edge and fitted onto the panel body end edge portion in a state in which the panel body end edge portion is clamped by the front and rear side plate portions in a pressed state,
The bead material is fitted into a gap between the side plate portion of the holding material and the inner side surface of the concave groove in a state in which the holding material holding the edge of the panel body is fitted in the groove,
The sandwiching member is fitted into the recessed groove so as to contact or approach the bottom surface of the recessed groove while the bottom plate is spaced apart from the edge of the panel. attachment structure. 挟持材は、底板部が凹溝部底面部から離間する状態で仮組込されたものが、底板部を凹溝部底面部に当接または近接するよう移動することで凹溝部に嵌入組込みされることを特徴とする請求項１記載の間仕切りにおけるパネル体の組付け構造。 The clamping member is temporarily incorporated in a state in which the bottom plate is spaced apart from the bottom surface of the groove, and is fitted and incorporated into the groove by moving the bottom plate so as to abut or approach the bottom surface of the groove. The assembly structure of the panel body in the partition according to claim 1 . 挟持材は、底板部が凹溝部底面部に当接または近接した嵌入組込み状態では先端縁部が凹溝部の開口端縁部と略同位置に位置するように設定されていることを特徴とする請求項１または２記載の間仕切りにおけるパネル体の組付け構造。 The clamping member is characterized in that the tip end edge of the clamping member is positioned at substantially the same position as the opening end edge of the recessed groove when the bottom plate is in contact with or close to the bottom surface of the recessed groove. 3. The assembly structure of the panel body in the partition according to claim 1 or 2 . 挟持材は、パネル体端縁部を挟持していない自然状態では前後の先端縁同士が当接または接する非挟持姿勢になっており、該非挟持姿勢の先端縁同士を強制開口してパネル体端縁部を内嵌することでパネル体端縁部の押圧状の挟持をするように構成されていることを特徴とする請求項１乃至３の何れか１記載の間仕切りにおけるパネル体の組付け構造。 In a natural state in which the clamping member does not clamp the edge of the panel body, the clamping member is in a non-clamping posture in which the front and rear leading edges abut or touch each other. 4. An assembly structure of a panel body in a partition according to any one of claims 1 to 3 , characterized in that the panel body end edge portion is pressed and held by fitting the edge portion inside. . パネル体は、棒状体が格子状に設けられたメッシュ状のものであることを特徴とする請求項１乃至４の何れか１記載の間仕切りにおけるパネル体の組付け構造。 5. An assembly structure of a panel body in a partition according to any one of claims 1 to 4 , wherein the panel body is a mesh-like one in which rod-shaped bodies are provided in a grid pattern. 躯体側に設けられる枠材と、該枠材に設けられた凹溝部に端縁部が嵌入取付けされるパネル体と、該パネル体と凹溝部内側面部とのあいだの前後方向の隙間に組込まれるゴム質弾性を有したビード材とを備えて構成される間仕切りを組付けて室内空間を前後に仕切るにあたり、
前後側板部と底板部とを備え、先端縁が開口した挟持材を、パネル体端縁部に前後側板部が押圧状に挟持する状態で外嵌し、該パネル体に外嵌した挟持材を枠材に仮組付けした後、該挟持材と凹溝部内側面部とのあいだの隙間に、前記ビード材を嵌入組込みする一方、
凹溝部の前後方向一方の内側面部と挟持材とのあいだの隙間に組込まれるビード材は、挟持材が仮組付けされる前に前後方向一方の内側面部に既に取付けられており、
前後方向他方の内側面部と挟持材とのあいだの隙間に組込まれるビード材は、前記パネル体に外嵌した挟持材が仮組付けされた後に挟持材と前後方向他方の内側面部とのあいだの隙間に嵌入組込みされるものであることを特徴とする間仕切りにおけるパネル体の組付け方法。 It is incorporated in the front-rear direction gap between a frame material provided on the frame side, a panel body whose edge portion is fitted into a groove provided in the frame material, and the panel body and the inner side surface of the groove. When assembling a partition configured with a bead material having rubber elasticity to divide the interior space into front and back,
A sandwiching member having front and rear side plate portions and a bottom plate portion and having an open front end edge is fitted onto the edge portion of the panel body in such a manner that the front and rear side plate portions are pressed against each other, and the sandwiching member is fitted onto the panel body. After temporary assembly to the frame material, the bead material is fitted into the gap between the clamping material and the inner side surface of the recessed groove ,
The bead material incorporated in the gap between the one inner side surface in the front-rear direction of the recessed groove and the holding member is already attached to the one inner side surface in the front-rear direction before the holding member is temporarily assembled,
The bead material incorporated in the gap between the other inner side surface portion in the front-rear direction and the clamping member is inserted between the clamping member and the other inner side surface portion in the front-rear direction after the clamping member externally fitted to the panel body is temporarily assembled. A method for assembling a panel body in a partition, characterized in that the panel body is fitted into a gap . 挟持材は、底板部が凹溝部底面部から離間する状態で仮組込された後、底板部を凹溝部底面部に当接または近接するよう移動することで凹溝部の嵌入組込み位置に移動することを特徴とする請求項６記載の間仕切りにおけるパネル体の組付け方法。 The clamping member is temporarily assembled in a state in which the bottom plate is spaced apart from the bottom surface of the groove, and then moves the bottom plate so as to contact or approach the bottom surface of the groove, thereby moving to the insertion position of the groove. A method for assembling a panel body in a partition according to claim 6 , characterized in that: 枠材は、第一、第二の枠体部を用いて構成され、第一枠体部は、凹溝部の底面部と前後方向一方の内側面部とを構成する板面部が設けられ、凹溝部は、前後方向他方の内側面部が設けられた第二枠体部を第一枠体部に取付けることで形成されるものとし、挟持材は、第二枠体部が第一枠体部に取付けられる前の段階で底板部を凹溝部底面部から離間する状態で仮組込された後、底板部を凹溝部底面部に当接または近接するよう移動され、しかる後、第二枠体部を第一枠体部に取付けて凹溝部を形成し、その後、前後方向他方の内側面部と挟持材とのあいだの隙間にビード材を嵌入組込みするようにしたことを特徴とする請求項６または７記載の間仕切りにおけるパネル体の組付け方法。 The frame member is configured using first and second frame body portions, and the first frame body portion is provided with a plate surface portion that constitutes the bottom surface portion of the concave groove portion and one inner side surface portion in the front-rear direction, and the concave groove portion is formed by attaching a second frame portion provided with the other inner side surface portion in the front-rear direction to the first frame portion, and the sandwiching member is formed by attaching the second frame portion to the first frame portion After the bottom plate portion is temporarily assembled in a state of being separated from the bottom surface portion of the recessed groove portion in the stage before being installed, the bottom plate portion is moved to contact or approach the bottom surface portion of the recessed groove portion, and then the second frame portion is moved. Claim 6 or 7 , characterized in that the recessed groove is formed by attaching to the first frame portion, and then the bead material is fitted into a gap between the other inner side surface portion in the front-rear direction and the clamping member. A method of assembling a panel body in the described partition.
JP2018163428A 2018-08-31 2018-08-31 Assembly structure and assembly method of panel body in partition Active JP7152225B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2018163428A JP7152225B2 (en) 2018-08-31 2018-08-31 Assembly structure and assembly method of panel body in partition

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2018163428A JP7152225B2 (en) 2018-08-31 2018-08-31 Assembly structure and assembly method of panel body in partition

Publications (2)

Publication Number Publication Date
JP2020033828A JP2020033828A (en) 2020-03-05
JP7152225B2 true JP7152225B2 (en) 2022-10-12

Family

ID=69667342

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2018163428A Active JP7152225B2 (en) 2018-08-31 2018-08-31 Assembly structure and assembly method of panel body in partition

Country Status (1)

Country Link
JP (1) JP7152225B2 (en)

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004027515A (en) 2002-06-21 2004-01-29 Sanki Eng Co Ltd Partition metal fitting and partition
JP2016142019A (en) 2015-01-30 2016-08-08 株式会社Ｌｉｘｉｌ Fitting

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0544474Y2 (en) * 1988-04-13 1993-11-11
JP3597948B2 (en) * 1996-06-18 2004-12-08 ダイコー化学工業株式会社 Mesh panel attachment method and fixture

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004027515A (en) 2002-06-21 2004-01-29 Sanki Eng Co Ltd Partition metal fitting and partition
JP2016142019A (en) 2015-01-30 2016-08-08 株式会社Ｌｉｘｉｌ Fitting

Also Published As

Publication number Publication date
JP2020033828A (en) 2020-03-05

Similar Documents

Publication Publication Date Title
JP7152225B2 (en) Assembly structure and assembly method of panel body in partition
JP2017002580A (en) Movable partition device
JP5226516B2 (en) Top plate structure
JP6599611B2 (en) Assembled storage furniture
JP5258240B2 (en) Assembly structure and connecting member of frame material in opening of building
JP2006002503A (en) Door and its manufacturing method
JP5872087B1 (en) Plate
JP2010052446A (en) Assembly structure of decorative component
JP3904990B2 (en) Door structure in cabinet
KR100716214B1 (en) Stone Panel and Door-Wall System using The Same
JP6669697B2 (en) Partition panel
JP7410503B2 (en) fastening metal fittings
JP2017186849A (en) Soundproof panel and wall
JP2507339Y2 (en) Connection structure of panel to joiner
JP6050986B2 (en) Panel body
JP4947597B2 (en) Gate
KR200423792Y1 (en) Glass supporting frame for glass panel
JP2001123565A (en) Frame for sticking exterior wall panel
JP2017008484A (en) Fixing structure for spandrel wall panel
JP2024025418A (en) membrane ceiling
JP2880404B2 (en) Non-combustible wall cabinet structure
JP2000160736A (en) Structure for mounting glass panel on support of partition device
JP5846900B2 (en) Panel body
KR101096048B1 (en) light weight beam and the method of manufacturing it
JP2007100392A (en) Spandrel wall structure

Legal Events

Date Code Title Description
A621 Written request for application examination

Free format text: JAPANESE INTERMEDIATE CODE: A621

Effective date: 20210628

A977 Report on retrieval

Free format text: JAPANESE INTERMEDIATE CODE: A971007

Effective date: 20220520

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20220630

A521 Request for written amendment filed

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20220819

TRDD Decision of grant or rejection written
A01 Written decision to grant a patent or to grant a registration (utility model)

Free format text: JAPANESE INTERMEDIATE CODE: A01

Effective date: 20220915

A61 First payment of annual fees (during grant procedure)

Free format text: JAPANESE INTERMEDIATE CODE: A61

Effective date: 20220929

R150 Certificate of patent or registration of utility model

Ref document number: 7152225

Country of ref document: JP

Free format text: JAPANESE INTERMEDIATE CODE: R150