JP5712449B2

JP5712449B2 - Equipment installation frame

Info

Publication number: JP5712449B2
Application number: JP2013180076A
Authority: JP
Inventors: 晋作宮田
Original assignee: トラスコ中山株式会社
Priority date: 2013-08-30
Filing date: 2013-08-30
Publication date: 2015-05-07
Anticipated expiration: 2033-08-30
Also published as: JP2015048880A

Description

本発明は、多面体の各辺を各頂点で連結した形態のフレーム構造を有する枠体に、その多面体形状の内部に機器を取り付ける機器取付部を設け、その枠体は、互いに同構造の枠体どうしをそれらの多面体形状における各１面どうしが連結面として近接対向する隣接配置で連結手段により相互に連結固定する構成にしてある機器設置用枠に関する。 The present invention provides a frame having a frame structure in which each side of a polyhedron is connected at each apex, and is provided with a device mounting portion for attaching a device inside the polyhedron shape, and the frame is a frame having the same structure. The present invention relates to a device installation frame that is configured to be connected and fixed to each other by a connecting means in an adjacent arrangement in which one surface in the polyhedral shape is adjacently opposed as a connecting surface.

従来、この種の機器設置用枠としては、特許文献１に見られるように、内部にプロペラファンを取り付けた直方体形状の枠体（本体ケーシング）を、その左右各面を同構造の枠体に対する連結面として横一列に複数並べた状態で相互に連結固定し、この相互連結により送風機列を構成するものが知られている。 Conventionally, as this kind of equipment installation frame, as can be seen in Patent Document 1, a rectangular parallelepiped frame (main body casing) with a propeller fan attached to the inside, and the left and right sides of the frame are the same structure. It is known that a plurality of connecting surfaces are connected and fixed to each other in a state where they are arranged in a horizontal row, and a blower row is formed by this interconnection.

特開２００１−２６３２９９号公報JP 2001-263299 A

しかし、上記送風機列を構成する互いに同構造の各枠体は、その左右各面を隣の枠体に対する連結面として横一列に複数並べた状態で相互に連結することしかできず、それら枠体夫々の姿勢及び枠体どうしの配置パターン（換言すれば、枠体内部の機器夫々の姿勢及び機器どうしの配置パターン）が限られるため、それら枠体の内部に配置した機器を使用する上で機能性や汎用性あるいは設置性などが制限される問題があった。 However, the frames having the same structure constituting the blower row can only be connected to each other in a state where a plurality of horizontal frames are arranged in a horizontal row as connection surfaces to the adjacent frame. Each posture and arrangement pattern between frames (in other words, the posture and arrangement pattern of each device inside the frame) are limited, so it functions in using the devices arranged inside these frames. There is a problem that the performance, versatility, installation property, and the like are limited.

この実情に鑑み、本発明の主たる課題は、合理的な枠体構造により上記問題を効果的に解消し得る機器設置用枠を提供する点にある。 In view of this situation, a main problem of the present invention is to provide a device installation frame that can effectively solve the above problem by a rational frame structure.

本発明の第１特徴構成は機器設置用枠に係り、その特徴は、
多面体の各辺を各頂点で連結した形態のフレーム構造を有する枠体に、その多面体形状の内部に機器を取り付ける機器取付部を設け、
前記枠体は、互いに同構造の枠体どうしをそれらの多面体形状における各１面どうしが連結面として近接対向する隣接配置で連結手段により相対的に連結固定する構成にしてある機器設置用枠であって、
前記枠体のフレーム構造は正多面体の各辺を各頂点で連結した形態のフレーム構造にし、
前記枠体は、その正多面体形状における３面以上の面の各々を前記連結手段により連結固定する同構造の枠体に対する前記連結面として選択することが可能な構成にし、
前記連結手段は、前記枠体の正多面体形状における頂点部に配置するとともに、この頂点部を共有頂点部とする前記正多面体形状における複数面のうちのいずれの１面を前記連結面として同構造の枠体を隣接配置した場合にも、それら枠体どうしの連結固定に兼用して使用できる構成にしてある点にある。 The first characteristic configuration of the present invention relates to a device installation frame,
In the frame having a frame structure in which each side of the polyhedron is connected at each apex, a device mounting portion for mounting a device inside the polyhedron shape is provided,
The frame is a frame for equipment installation in which frames having the same structure are connected and fixed relatively by a connecting means in an adjacent arrangement in which each one face in the polyhedron shape is adjacently opposed as a connecting surface. There,
The frame structure of the frame is a frame structure in which each side of a regular polyhedron is connected at each vertex,
The frame body is configured to be able to be selected as the connection surface for the frame body having the same structure in which each of the three or more surfaces in the regular polyhedron shape is connected and fixed by the connection means ,
The connecting means is arranged at the apex portion in the regular polyhedron shape of the frame body, and has the same structure as any one of the plurality of surfaces in the regular polyhedron shape having the apex portion as a shared apex portion as the connecting surface. Even when the frame bodies are arranged adjacent to each other, the frame body is configured so that it can also be used for connecting and fixing the frame bodies .

この第１特徴構成によれば、互いに同構造の枠体どうしをそれらの多面体形状における各１面どうしが連結面として近接対向する隣接配置で連結手段により相互に連結固定するのに、それら連結対象の枠体の各々について、その正多面体形状における３面以上の面（望ましくは全て面）のうちのいずれの面を同構造の枠体に対する連結面とするかを必要に応じて選択することができる（略言すれば、枠体の正多面体形状における３面以上の面のうちのいずれの面に同構造の枠体を連結するかを必要に応じて選択することができる）から、２個の枠体どうしだけを相互に連結固定する場合にしても、それら枠体夫々の姿勢及び枠体どうしの配置パターン（換言すれば、枠体内部の機器夫々の姿勢及び機器どうしの配置パターン）について種々の姿勢及び種々の配置パターンを採ることができる。 According to this first characteristic configuration, the frames having the same structure are connected and fixed to each other by the connecting means in the adjacent arrangement in which each one face in the polyhedron shape is adjacently opposed as a connecting surface. For each of the frame bodies, it is possible to select, as necessary, which of the three or more faces (preferably all faces) in the regular polyhedron shape is to be a connection face for the frame of the same structure. Can be selected (in short, it is possible to select which of the three or more faces in the regular polyhedron shape of the frame is connected to the frame having the same structure as necessary). Even when only the frames are connected and fixed to each other, the posture of each frame and the arrangement pattern of the frames (in other words, the posture of each device inside the frame and the arrangement pattern of the devices) Various It can take energizing and various arrangement patterns.

また、３個以上の枠体どうしを相互に連結固定する場合では、それら枠体夫々の姿勢（枠体内部の機器夫々の姿勢）について種々の姿勢を採り得るとともに、枠体どうしの配置パターン（機器どうしの配置パターン）について更に多種の配置パターンを採ることができ、これらのことで、それら複数の枠体夫々の内部に取り付けた機器を使用する上での機能性や汎用性あるいは設置性などを従前に比べ効果的に高めることができる。 In the case where three or more frames are connected and fixed to each other, various postures can be adopted for the postures of the respective frames (the postures of the respective devices inside the frame), and the arrangement pattern of the frames ( Various arrangement patterns can be taken for the arrangement patterns between the devices), and the functionality, versatility, and installation properties for using the devices attached inside each of the plurality of frames can be taken. Can be increased more effectively than before.

なお、この第１特徴構成の実施においては、１つの枠体を同構造の枠体と相互連結することなく、その枠体を単体で使用してもよいことは言うまでもない。 In the implementation of the first feature configuration, it goes without saying that one frame body may be used alone without interconnecting the frame body with the same structure.

また、枠体の正多面体形状における３面以上の面の各々を連結手段により連結固定する同構造の枠体に対する連結面として選択し得る構成とするのに、連結面としての選択を可能にする面の面数は３面以上であれば何面であってもよく、枠体の正多面体形状における全ての面を連結面として選択し得るようにしてもよい。 In addition, each of the three or more surfaces in the regular polyhedron shape of the frame body can be selected as a connection surface for the frame body having the same structure that is connected and fixed by the connection means. The number of faces may be any number as long as it is three or more, and all faces in the regular polyhedron shape of the frame may be selected as the connection faces.

この第１特徴構成の実施において、枠体の正多面体形状における内部に取り付ける機器は、送風装置や照明装置あるいは音響装置など、どのような機器であってもよいが、枠体の外部に対して指向的に作用する指向性機器が特に好適である。 In the implementation of the first feature configuration, the device attached to the inside of the regular polyhedron shape of the frame may be any device such as a blower, a lighting device, or an acoustic device, but with respect to the outside of the frame Directional devices that act in a directional manner are particularly suitable.

さらにまた、上記第１特徴構成では、前記連結手段は、前記枠体の正多面体形状における頂点部に配置するとともに、この頂点部を共有頂点部とする前記正多面体形状における複数面のうちのいずれの１面を前記連結面として同構造の枠体を隣接配置した場合にも、それら枠体どうしの連結固定に兼用して使用できる構成にしてあるから、次の作用効果も得ることができる。 Furthermore, in the first characteristic configuration, the connecting means is arranged at a vertex portion in the regular polyhedron shape of the frame, and any one of the plurality of surfaces in the regular polyhedron shape having the vertex portion as a shared vertex portion. Even when frames having the same structure are disposed adjacent to each other with the one surface as the connection surface , the following functions and effects can be obtained because the frames can be used for connection and fixation between the frames .

つまり、連結手段を配置した頂点部を共有頂点部とする正多面体形状における複数面のうちのいずれの１面を連結面として同構造の枠体を隣接配置した場合にも、その頂点部に配置の連結手段を枠体どうしの連結固定に兼用して使用できるから、全体構成を簡略化することができ、また、その分、取扱いを容易にするとともにコスト面でも有利になる。 In other words, even when a frame with the same structure is placed adjacent to any one of a plurality of faces in a regular polyhedron shape with the apex part where the connecting means is arranged as a shared apex part, it is arranged at the apex part. This connecting means can also be used for connecting and fixing the frames, so that the overall configuration can be simplified, and the handling is facilitated and the cost is advantageous.

なお、この第１特徴構成の実施においては、連結手段を配置した頂点部を共有頂点部とする正多面体形状における複数面のうちの２面以上の面を連結面として２個以上の同構造の枠体を同時に隣接配置する場合にも、その頂点部に配置の連結手段をそれら枠体どうしの連結固定に兼用して使用できるようにしてもよい。 In the implementation of the first feature configuration, two or more of the same structure having two or more faces of the plurality of faces in the regular polyhedron shape having the apex portion where the connecting means is disposed as the common apex portion are connected. Even when the frame bodies are arranged adjacent to each other at the same time, the connecting means arranged at the apex may be used to connect and fix the frame bodies together.

本発明の第２特徴構成は機器設置用枠に係り、その特徴は、
多面体の各辺を各頂点で連結した形態のフレーム構造を有する枠体に、その多面体形状の内部に機器を取り付ける機器取付部を設け、
前記枠体は、互いに同構造の枠体どうしをそれらの多面体形状における各１面どうしが連結面として近接対向する隣接配置で連結手段により相対的に連結固定する構成にしてある機器設置用枠であって、
前記枠体のフレーム構造は正多面体の各辺を各頂点で連結した形態のフレーム構造にし、
前記枠体は、その正多面体形状における３面以上の面の各々を前記連結手段により連結固定する同構造の枠体に対する前記連結面として選択することが可能な構成にし、
前記連結手段は、前記枠体の正多面体形状における頂点部に形成した個別凹部と、その個別凹部に嵌め込んだ状態でその個別凹部の内部で前記枠体に連結固定する嵌込連結具とで構成し、
前記個別凹部は、互いに同構造の前記枠体どうしをそれらの前記連結面が近接対向する隣接配置状態にしたときに、それら枠体の前記個別凹部どうしが結合してそれら枠体にわたる一連の連結用凹部を形成する構成にし、
前記嵌込連結具は、前記個別凹部どうしの結合により形成された前記連結用凹部に嵌め込んで枠体どうしにわたらせた状態で、その連結用凹部における各個別凹部の内部で各枠体に連結する構成にしてある点にある。 The second characteristic configuration of the present invention relates to a device installation frame ,
In the frame having a frame structure in which each side of the polyhedron is connected at each apex, a device mounting portion for mounting a device inside the polyhedron shape is provided,
The frame is a frame for equipment installation in which frames having the same structure are connected and fixed relatively by a connecting means in an adjacent arrangement in which each one face in the polyhedron shape is adjacently opposed as a connecting surface. There,
The frame structure of the frame is a frame structure in which each side of a regular polyhedron is connected at each vertex,
The frame body is configured to be able to be selected as the connection surface for the frame body having the same structure in which each of the three or more surfaces in the regular polyhedron shape is connected and fixed by the connection means,
The connecting means includes an individual recess formed at the apex portion of the regular polyhedron shape of the frame, and a fitting connector that is connected and fixed to the frame inside the individual recess while being fitted into the individual recess. Configure
When the individual recesses are arranged adjacent to each other so that the connection surfaces of the frames having the same structure are close to each other, the individual recesses of the frames are connected to each other to connect the frames. To form a concave part for use,
The fitting connector is connected to each frame body inside each individual recess in the coupling recess in a state where the fitting connector is fitted into the coupling recess formed by coupling of the individual recesses and extends over the frame bodies. It is in the point which is made the structure to do.

この第２特徴構成によれば、前述の第１特徴構成と同様、互いに同構造の枠体どうしをそれらの多面体形状における各１面どうしが連結面として近接対向する隣接配置で連結手段により相互に連結固定するのに、それら連結対象の枠体の各々について、その正多面体形状における３面以上の面（望ましくは全て面）のうちのいずれの面を同構造の枠体に対する連結面とするかを必要に応じて選択することができる（略言すれば、枠体の正多面体形状における３面以上の面のうちのいずれの面に同構造の枠体を連結するかを必要に応じて選択することができる）から、２個の枠体どうしだけを相互に連結固定する場合にしても、それら枠体夫々の姿勢及び枠体どうしの配置パターン（換言すれば、枠体内部の機器夫々の姿勢及び機器どうしの配置パターン）について種々の姿勢及び種々の配置パターンを採ることができる。
また、３個以上の枠体どうしを相互に連結固定する場合では、それら枠体夫々の姿勢（枠体内部の機器夫々の姿勢）について種々の姿勢を採り得るとともに、枠体どうしの配置パターン（機器どうしの配置パターン）について更に多種の配置パターンを採ることができ、これらのことで、それら複数の枠体夫々の内部に取り付けた機器を使用する上での機能性や汎用性あるいは設置性などを従前に比べ効果的に高めることができる。
なお、この第２特徴構成の実施においては、第１特徴構成と同様、１つの枠体を同構造の枠体と相互連結することなく、その枠体を単体で使用してもよいことは言うまでもない。
また、枠体の正多面体形状における３面以上の面の各々を連結手段により連結固定する同構造の枠体に対する連結面として選択し得る構成とするのに、連結面としての選択を可能にする面の面数は３面以上であれば何面であってもよく、枠体の正多面体形状における全ての面を連結面として選択し得るようにしてもよい。
この第２特徴構成の実施において、枠体の正多面体形状における内部に取り付ける機器は、送風装置や照明装置あるいは音響装置など、どのような機器であってもよいが、枠体の外部に対して指向的に作用する指向性機器が特に好適である。
さらにまた、この第２特徴構成では、連結対象の枠体夫々の個別凹部どうしの結合により形成される連結用凹部に嵌込連結具を嵌め込むことで、その嵌込連結具を連結対象の枠体どうしにわたらせた状態（具体的には、それら枠体の個別凹部どうしにわたらせた状態）にし、その状態で嵌込連結具を連結用凹部における各個別凹部の内部で各枠体に連結することで、それら枠体を嵌込連結具により相互に連結固定する。 According to this second feature configuration, as in the first feature configuration described above, the frames having the same structure are mutually connected by the connecting means in the adjacent arrangement in which each one face in the polyhedron shape is adjacent to each other as a connection surface. Which of the three or more faces (preferably all faces) in the regular polyhedron shape should be used as the connection face for the frame of the same structure for each of the frames to be connected to be fixed. Can be selected as needed (in short, select which of the three or more faces in the regular polyhedron shape of the frame is connected to the frame with the same structure) Even if only two frames are connected and fixed to each other, the posture of each frame and the arrangement pattern of the frames (in other words, the devices inside the frame Position and arrangement of equipment It can take various postures and different arrangement pattern for the pattern).
In the case where three or more frames are connected and fixed to each other, various postures can be adopted for the respective postures of the frames (the postures of the respective devices inside the frame), and the arrangement pattern of the frames ( Various arrangement patterns can be taken for the arrangement patterns between the devices), and the functionality, versatility, and installation properties for using the devices attached inside each of the plurality of frames can be taken. Can be increased more effectively than before.
In the implementation of the second feature configuration, it goes without saying that one frame body may be used alone without interconnecting the frame body with the same structure as in the first feature configuration. Yes.
In addition, each of the three or more surfaces in the regular polyhedron shape of the frame body can be selected as a connection surface for the frame body having the same structure that is connected and fixed by the connection means. The number of faces may be any number as long as it is three or more, and all faces in the regular polyhedron shape of the frame may be selected as the connection faces.
In the implementation of the second feature configuration, the device attached to the inside of the regular polyhedron shape of the frame may be any device such as a blower, a lighting device, or an acoustic device, but with respect to the outside of the frame Directional devices that act in a directional manner are particularly suitable.
Furthermore, in the second feature configuration, the fitting connector is fitted into the coupling recess formed by coupling the individual recesses of the frame bodies to be coupled, so that the fitting connector is connected to the frame to be coupled. In a state of being spread between the bodies (specifically, in a state of being spread between the individual recesses of the frame bodies), in that state, the fitting connector is connected to each frame body within each individual recess in the connection recess. Then, these frame bodies are mutually connected and fixed by the fitting connector.

そして、この第２特徴構成によれば、嵌込連結具を連結用凹部に嵌め込むから、その嵌込連結具が連結用凹部から外部に突出した状態になること（換言すれば、嵌込連結具が正多面体形状の頂点部から外部に突出した状態になること）を抑止することができ、また、嵌込連結具を連結用凹部の内部（具体的には連結用凹部における各個別凹部の内部）において各枠体に連結するから、嵌込連結具を各枠体に連結する端末連結具が連結用凹部から外部に突出した状態になること（換言すれば、端末連結具が正多面体形状の頂点部から外部に突出した状態になること）も抑止することができ、これにより、それら嵌込連結具や端末連結具が邪魔になることや、それら嵌込連結具や端末連結具に他物が接触する接触トラブルなどを効果的に回避することができ、また、外観的にもシンプルで意匠性に優れたものにすることができる。 And according to this 2nd characteristic structure, since a fitting connector is inserted in the recessed part for connection, it will be in the state which protruded outside from the recessed part for connection (in other words, fitting connection) The fixture can be prevented from projecting to the outside from the apex portion of the regular polyhedron shape, and the fitting connector can be connected to the inside of the connecting recess (specifically, each of the individual recesses in the connecting recess). Since it is connected to each frame in the interior), the terminal connector that connects the fitting connector to each frame is in a state of protruding from the connecting recess (in other words, the terminal connector is a regular polyhedral shape) Projecting to the outside from the apex portion of the connector), thereby preventing the fitting connector and the terminal connector from getting in the way, as well as the fitting connector and the terminal connector. Effectively avoid contact troubles that come into contact with things Bets can be, also, can be also appearance is simple and excellent in design property.

本発明の第３特徴構成は、第２特徴構成の実施に好適な構成であり、その特徴は、
前記連結手段を構成する前記個別凹部及び前記嵌込連結具は、前記連結用凹部に対する前記嵌込連結具の嵌め込みに伴い連結対象の前記枠体どうしを適正な隣接配置状態に位置決めする構成にしてある点にある。 The third characteristic configuration of the present invention is a configuration suitable for the implementation of the second characteristic configuration.
The said individual recessed part and the said fitting connector which comprise the said connection means are set as the structure which positions the said frame bodies of connection object in a suitable adjacent arrangement state with the fitting of the said fitting connector with respect to the said recessed part for a connection. There is a point.

この第３特徴構成によれば、連結用凹部に対する嵌込連結具の嵌め込みに伴い連結対象の枠体どうしが適正な隣接配置状態に位置決めされるから、連結対象の枠体どうしを予め適正な隣接配置状態に位置決め操作した上で、それら枠体どうしに連結ボルトなどの連結具をわたして枠体どうしを連結固定するといった一般的な連結構造を採る場合に比べ、枠体どうしの連結固定操作を容易に能率良く行うことができる。
本発明の第４特徴構成は、第１〜第３特徴構成のいずれかの実施に好適な構成であり、その特徴は、
前記連結手段は、前記枠体の正多面体形状における全ての頂点部について共通にしてある点にある。
この第４特徴構成によれば、連結手段は枠体の正多面体形状におけるいずれの頂点部での枠体どうしの連結にも使用することができる。 According to the third feature configuration, the frame bodies to be connected are positioned in an appropriate adjacent arrangement state in accordance with the fitting of the fitting connector into the connecting recess, so that the frame bodies to be connected are appropriately adjacent to each other in advance. Compared to the case of adopting a general connection structure in which the frame body is connected and fixed by inserting a connection tool such as a connection bolt between the frame bodies after positioning in the arrangement state, the connection and fixing operation between the frame bodies is performed. It can be done easily and efficiently.
The fourth feature configuration of the present invention is a configuration suitable for implementing any one of the first to third feature configurations,
The connection means is common to all vertexes in the regular polyhedron shape of the frame.
According to the fourth feature configuration, the connecting means can be used to connect the frames at any vertex in the regular polyhedron shape of the frame.

本発明の第５特徴構成は、第１〜第４特徴構成のいずれかの実施に好適な構成であり、その特徴は、
前記機器取付部は、それにより前記枠体の正多面体形状の内部に取り付ける機器の位置調整又は向き調整が可能な構成にしてある点にある。 The fifth characteristic configuration of the present invention is a configuration suitable for implementing any one of the first to fourth characteristic configurations,
The apparatus mounting portion is configured such that the position adjustment or orientation adjustment of the apparatus to be mounted inside the regular polyhedron shape of the frame can be performed.

この第５特徴構成によれば、枠体の正多面体形状の内部に取り付ける機器の位置調整又は向き調整を行えることで、枠体内部の機器（殊に、相互連結した複数の枠体の内部取り付け機器）を使用する上での機能性や汎用性あるいは設置性などを一層効果的に高めることができる。 According to the fifth characteristic configuration, by adjusting the position or orientation of the device attached inside the regular polyhedron shape of the frame, it is possible to adjust the device inside the frame (in particular, the internal attachment of a plurality of interconnected frames). The functionality, versatility, installation, etc. of using the device can be further effectively improved.

機器設置用枠の斜視図Perspective view of equipment installation frame 機器設置用枠における連結部の（ａ）外面側斜視図及び（ｂ）内面側斜視図(A) Outer side perspective view and (b) Inner side perspective view of the connecting portion in the device installation frame 嵌込連結具の（ａ）内面側斜視図及び（ｂ）外面側斜視図(A) inner surface side perspective view and (b) outer surface side perspective view of the fitting connector 連結部の分解斜視図Exploded perspective view of connecting part 嵌込連結具の取り付け例を分解斜視図Installation example of fitting connector 機器設置用枠の使用例（ａ），（ｂ）を示す斜視図The perspective view which shows the usage example (a) of an apparatus installation frame (b) 機器設置用枠の使用例（ａ），（ｂ）を示す斜視図The perspective view which shows the usage example (a) of an apparatus installation frame (b) 機器設置用枠の使用例（ａ），（ｂ）を示す斜視図The perspective view which shows the usage example (a) of an apparatus installation frame (b) 機器設置用枠の使用例（ａ），（ｂ）を示す斜視図The perspective view which shows the usage example (a) of an apparatus installation frame (b)

図１は機器設置用枠を示し、この機器設置用枠の主体である枠体１は立方体の各辺を各頂点で連結した形態のフレーム構造を有し、この枠体１には、その立方体形状における内部に扇風機２Ａなどの機器２を取り付ける機器取付部３を設けてある。 FIG. 1 shows an apparatus installation frame. A frame 1 which is a main body of the apparatus installation frame has a frame structure in which each side of a cube is connected to each vertex, and the frame 1 includes the cube. A device mounting portion 3 for mounting the device 2 such as the electric fan 2A is provided inside the shape.

枠体１はアルミ型材からなる角棒状の主フレーム４どうしを連結して形成してあり、機器取付部３は、枠体１の立方体形状における１つの面の対向２辺に該当する主フレーム４（４ａ）にわたらせた状態でそれら主フレーム４（４ａ）に連結した屈曲アルミパイプからなる支持フレーム５により形成してある。 The frame 1 is formed by connecting square bar-shaped main frames 4 made of an aluminum mold, and the device mounting portion 3 is a main frame 4 corresponding to two opposite sides of one surface of the cubic shape of the frame 1. It is formed by a support frame 5 made of a bent aluminum pipe connected to the main frame 4 (4a) in the state extended over (4a).

この支持フレーム５の両端部５ａは、支持脚として枠体１の立方体形状における中央部に向けて延出させてあり、取り付け対象の機器２に取り付けてある２本の脚パイプ２ａの各々に支持フレーム５の各端部５ａを差し込んだ状態で、脚パイプ２ａに装備のパイプ固定ネジ２ｂにより脚パイプ２ａと支持フレーム５の端部５ａとを相互に抜止固定することで、機器２を枠体１の立方体形状における内部において支持するようにしてある。 Both end portions 5a of the support frame 5 are extended toward the center of the cubic shape of the frame 1 as support legs, and are supported by each of the two leg pipes 2a attached to the device 2 to be attached. With the end portions 5a of the frame 5 inserted, the leg pipe 2a and the end portion 5a of the support frame 5 are secured to each other by the pipe fixing screws 2b provided on the leg pipe 2a. 1 is supported inside the cube shape.

なお、取り付け機器２として本例に示すように扇風機２Ａを枠体１の内部に取り付ける場合、その扇風機２Ａは、枠体１の内部において縦軸芯周り及び横軸芯での首角度の調整による送風向きの調整、並びに、縦軸芯周りでの反復首振り動作が可能なものにするのが望ましい。 When the electric fan 2A is attached to the inside of the frame 1 as shown in this example as the attachment device 2, the electric fan 2A is adjusted by adjusting the neck angle around the vertical axis and the horizontal axis inside the frame 1. It is desirable to be able to adjust the air blowing direction and to repeatedly swing the head around the longitudinal axis.

枠体１は、互いに同構造の枠体１どうしをそれらの立方体形状における各１面どうしが連結面として近接対向する隣接配置で連結手段６により相互に連結固定し得る構造にしてあり、また、この構造を採るにあたり、枠体１は、その立方体形状における６面全ての面の各々を連結手段６により連結固定する同構造の枠体１に対する連結面として選択することが可能な構成にしてあり、これにより、図６〜図９に示す如く、枠体１夫々の姿勢及び枠体１どうしの配置パターン（換言すれば、枠体内部の機器２夫々の姿勢及び機器２どうしの配置パターン）を要求に応じて種々に変化させた状態で、複数の枠体１を相互に連結固定できるようにしてある。 The frame body 1 has a structure in which the frame bodies 1 having the same structure can be connected and fixed to each other by the connecting means 6 in the adjacent arrangement in which each one face in the cubic shape is adjacently opposed as a connection surface. In adopting this structure, the frame 1 is configured to be able to be selected as a connection surface for the frame 1 having the same structure in which each of all six surfaces in the cubic shape is connected and fixed by the connecting means 6. Thus, as shown in FIGS. 6 to 9, the posture of each frame body 1 and the arrangement pattern between the frame bodies 1 (in other words, the posture of each device 2 inside the frame body and the arrangement pattern between the devices 2). A plurality of frame bodies 1 can be connected and fixed to each other in variously changed states as required.

図６（ａ），（ｂ）は夫々、３個の枠体１を縦一列に並べて相互に連結固定した例を示すが、図６（ａ）に示す例と図６（ｂ）に示す例とでは、最上段の枠体１の連結姿勢（即ち、扇風機２Ａの設置姿勢）が異なる。 6 (a) and 6 (b) show examples in which three frame bodies 1 are arranged in a vertical row and connected and fixed to each other. The example shown in FIG. 6 (a) and the example shown in FIG. 6 (b) are shown. And the connection posture of the uppermost frame body 1 (that is, the installation posture of the electric fan 2A) is different.

また、図７（ａ），（ｂ）は夫々、３個の枠体１を横一列に並べて相互に連結固定した例を示すが、図７（ａ）に示す例では、取り付け機器２である３台の扇風機２Ａをそれら扇風機２Ａ夫々の送風方向がそれら扇風機２Ａの並び方向に対して直交する並列状態に配置してあり、図７（ｂ）に示す例では、取り付け機器２である３台の扇風機２Ａをそれら扇風機２Ａ夫々の送風方向がそれら扇風機２Ａの並び方向に一致する直列配置にしてある。 7A and 7B each show an example in which three frame bodies 1 are arranged in a horizontal row and connected and fixed to each other. In the example shown in FIG. Three fans 2A are arranged in a parallel state in which the blowing direction of each of the fans 2A is orthogonal to the arranging direction of the fans 2A. In the example shown in FIG. The fans 2A are arranged in series such that the blowing direction of each of the fans 2A coincides with the arrangement direction of the fans 2A.

図８（ａ），（ｂ）は夫々、４個の枠体１を上下２段及び左右２段に配置して相互に連結固定した例を示すが、図８（ａ）に示す例では、取り付け機器２である４台の扇風機２Ａを並列配置にしてあり、図８（ｂ）に示す例では、取り付け機器２である４台の扇風機２Ａを、左側の上下２台の扇風機２Ａが左側を向き、右側の上下２台の扇風機２Ａが右側を向く状態に配置にしてある。 8 (a) and 8 (b) show examples in which four frame bodies 1 are arranged in two upper and lower two stages and two left and right stages and connected and fixed to each other. In the example shown in FIG. In FIG. 8 (b), four fans 2A, which are the attachment devices 2, are arranged in parallel. In the example shown in FIG. 8B, the four fans 2A, which are the attachment devices 2, are placed on the left and the upper two fans 2A on the left. Orientation, right and left two upper and lower fans 2A are arranged to face the right side.

図９（ａ），（ｂ）は夫々、上下方向への並置と横方向への並置とを組わせた配置形態で複数の枠体１を相互に連結固定した例を示すが、図９（ａ）に示す例では、取り付け機器２として全ての枠体１の内部に扇風機２Ａを取り付けてあり、図９（ｂ）に示す例では、最上段の枠体１の内部には取り付け機器２として投光機２Ｂを取り付け、その他の枠体
１の内部には取り付け機器２として全て扇風機２Ａを取り付けてある。 9 (a) and 9 (b) show examples in which a plurality of frame bodies 1 are connected and fixed to each other in an arrangement form in which juxtaposition in the vertical direction and juxtaposition in the horizontal direction are combined. In the example shown in a), the fans 2A are installed inside all the frames 1 as the attachment devices 2, and in the example shown in FIG. 9B, the attachment devices 2 are installed inside the uppermost frame 1. The floodlight 2B is attached, and the electric fan 2A is attached as the attachment device 2 inside the other frame 1.

枠体１の立方体形状における８つの各頂点部には概ね三角錐形状の樹脂製の連結ブロック７を配置してあり、図２〜図４に示すように、この連結ブロック７に形成してある開口向きが互いに直交する３つのフレーム連結孔７ａに３本の主フレーム４の端部を各別に差し込んだ状態で、フレーム固定ボルト７ｂにより各主フレーム４の端部を連結ブロック７に対して抜止固定することで、それら３本の主フレーム４を相互に連結する。 A resin connection block 7 having a substantially triangular pyramid shape is arranged at each of the eight apexes in the cubic shape of the frame 1, and is formed in this connection block 7 as shown in FIGS. 2 to 4. With the end portions of the three main frames 4 inserted into the three frame connecting holes 7a whose opening directions are orthogonal to each other, the end portions of the main frames 4 are secured to the connecting blocks 7 by the frame fixing bolts 7b. By fixing, the three main frames 4 are connected to each other.

即ち、この連結ブロック７に対する主フレーム連結操作を、枠体１の立方体形状における各頂点部に配置する８つの連結ブロック７の各々について行うことで、枠体１における立方体形状のフレーム構造を組み立てる。 That is, the main frame connection operation for the connection block 7 is performed for each of the eight connection blocks 7 arranged at each vertex in the cube shape of the frame body 1, thereby assembling the cubic frame structure in the frame body 1.

枠体１どうしを相互に連結固定する連結手段６も枠体１の立方体形状における８つの各頂点部に配置してあり、具体的には、上記連結ブロック７の三角錐形状における頂点部に個別凹部８を形成するとともに、この個別凹部８に対して半部を嵌め込んだ状態でその個別凹部８の内部において連結ボルト９により連結ブロック７に連結する樹脂製の嵌込連結具１０を設け、これら個別凹部８と嵌込連結具１０と端末接続具としての連結ボルト９とで枠体１の立方体形状における８つの各頂点部の連結手段６を構成してある。 The connecting means 6 for connecting and fixing the frames 1 to each other is also arranged at each of the eight apexes in the cubic shape of the frame 1, specifically, individually at the apexes in the triangular pyramid shape of the connecting block 7. In addition to forming the recess 8, a resin fitting connector 10 that is connected to the connection block 7 by the connecting bolt 9 inside the individual recess 8 in a state where the half portion is fitted into the individual recess 8 is provided. These individual recesses 8, fitting connectors 10, and connecting bolts 9 as terminal connectors constitute the connecting means 6 for each of the eight apexes in the cubic shape of the frame 1.

また、連結ブロック７における個別凹部８は、連結対象の枠体１どうしをそれらの連結面が近接対向する隣接配置状態にしたときに連結ブロック７の個別凹部８どうしが結合して両枠体１にわたる一連の連結用凹部１１を形成する構造にしてある。 In addition, the individual recesses 8 in the connection block 7 are connected to each other when the frames 1 to be connected are arranged adjacent to each other so that their connection surfaces are close to each other. A series of connecting recesses 11 are formed.

即ち、一方の枠体１の連結ブロック７における個別凹部８に嵌込連結具１０の半部を嵌め込み、かつ、他方の枠体１の連結ブロック７における個別凹部８に嵌込連結具１０の残りの半部を嵌め込む形態で、それら個別凹部８どうしの結合により形成された連結用凹部１１に嵌込連結具１０を嵌め込むことにより、その嵌込連結具１０を両枠体１の連結ブロック７どうしにわたらせ、この状態で嵌込連結具１０を連結用凹部１１における各個別凹部８の内部で各枠体１の連結ブロック７に対し連結ボルト９により連結することにより、枠体１どうしを相互に連結固定する。 That is, the half of the fitting connector 10 is fitted into the individual recess 8 in the connection block 7 of the one frame 1, and the rest of the fitting connector 10 is inserted into the individual recess 8 in the connection block 7 of the other frame 1. Are inserted into the connecting recesses 11 formed by coupling the individual recesses 8 to each other, thereby inserting the fitting connector 10 into the connecting block of both frame bodies 1. In this state, the fitting connector 10 is connected to the connection block 7 of each frame body 1 by the connection bolt 9 inside each individual recess 8 in the connection recess 11, thereby connecting the frame bodies 1 to each other. Connect and fix each other.

個別凹部８及び嵌込連結具１０は、枠体１の立方体形状における８つの頂点部について全て共通のものにしてあり、したがって、嵌込連結具９は、枠体１の立方体形状における８つの頂点部のいずれの頂点部において形成される連結用凹部１１での枠体１どうしの連結にも使用することができる。 The individual recess 8 and the fitting connector 10 are common to all eight vertexes in the cubic shape of the frame 1, and therefore the fitting connector 9 has eight vertexes in the cubic shape of the frame 1. It can be used to connect the frame bodies 1 in the connecting recess 11 formed at any vertex of the part.

個別凹部８は、枠体１の立方体形状において１つの頂点を共有する３辺の各々に対して直交する姿勢にした同一形状の３つの側面８ａ（換言すれば、１つの連結ブロック７に対して連結する３本の主フレーム４の各々に対して直交する姿勢にした同一形状の３つ側面８ａ）と、枠体１の立方体形状における中心と頂点とを結ぶ対角線に対して直交する姿勢にした１つの正三角形状の底面８ｂとで形成し、その底面８ｂの中央部に嵌込連結具１０に対する連結ボルト９をねじ込むボルト孔８ｃを形成してある。 The individual concave portion 8 has three side surfaces 8a having the same shape in a posture orthogonal to each of the three sides sharing one vertex in the cubic shape of the frame body 1 (in other words, with respect to one connecting block 7). The three side surfaces 8a having the same shape, which are orthogonal to each of the three main frames 4 to be connected, and the diagonal line connecting the center and the vertex of the cubic shape of the frame 1 are orthogonal to each other. A bottom surface 8b having a regular triangular shape is formed, and a bolt hole 8c into which the connection bolt 9 for the fitting connector 10 is screwed is formed at the center of the bottom surface 8b.

これに対し、嵌込連結具１０は、連結用凹部１１に嵌め込んだ状態において、その連結用凹部１１を形成する２つの個別凹部８夫々の３側面８ａと底面８ｂとの各々に対して隙間なく接する２つの長板部１０ａと２つの短板部１０ｂと２つの角板部１０ｃとを備える舟形立体構造にしてあり、これら２つの角板部１０ｃ夫々の中央部、即ち、連結用凹部１１を形成する２つの個別凹部８夫々の底面８ｂにおけるボルト孔８ｃに対して合致する位置に連結ボルト９用のボルト挿通孔１０ｄ形成してある。 On the other hand, in the state where the fitting connector 10 is fitted into the coupling recess 11, the gap between each of the three side surfaces 8a and the bottom surface 8b of each of the two individual recesses 8 forming the coupling recess 11 is provided. It has a boat-shaped three-dimensional structure including two long plate portions 10a, two short plate portions 10b, and two square plate portions 10c that are in contact with each other, and a central portion of each of the two square plate portions 10c, that is, a connecting concave portion 11. A bolt insertion hole 10d for the connecting bolt 9 is formed at a position corresponding to the bolt hole 8c on the bottom surface 8b of each of the two individual recesses 8 forming the.

つまり、連結ブロック７における個別凹部８及び嵌込連結具１０を上記の如き構造にすることで、枠体１の立方体形状における８つの各頂点部に配置する連結ブロック７の各々について、各連結ブロック７を配置した頂点部を共有頂点部とする立方体形状における３面のうちのいずれの１面を連結面として同構造の枠体１を隣接配置した場合にも、それら枠体１どうしの連結固定に連結手段６としての個別凹部８及び嵌込連結具１０を兼用して使用できるようにしてあり、これにより、例えば前述の図８に示す使用例において、図５示すように４つの枠体１が接する表側と裏側の接合部ａ，ｂのうち表側の接合部ａでは、嵌込連結具１０を横向き姿勢で連結用凹部１１に嵌め込んで左右の枠体１どうしを連結するのに対し、裏側の接合部ｂでは嵌込連結１０を縦姿勢で連結用凹部１１に嵌め込んで上下の枠体１どうしを連結するようにしている。 In other words, by forming the individual recesses 8 and the fitting connectors 10 in the connection block 7 as described above, each of the connection blocks 7 arranged at each of the eight vertexes in the cubic shape of the frame 1 is connected to each connection block 7. Even when frames 1 having the same structure are arranged adjacent to each other with any one of the three surfaces in the cube shape having the vertex portion 7 arranged as a shared vertex portion, the frames 1 are connected and fixed to each other. 8 can be used in combination with the individual recess 8 and the fitting connector 10 as the connecting means 6, so that, for example, in the use example shown in FIG. 8, the four frame bodies 1 shown in FIG. In the front side and the back side joints a and b that are in contact with each other, on the front side joint a, the fitting connector 10 is fitted in the coupling recess 11 in a lateral orientation to connect the left and right frame bodies 1 to each other. At the junction b on the back side Fitted to the connecting recess 11 of the fitting connection 10 in a vertical orientation so that coupling was how upper and lower frame 1.

また、個別凹部８及び嵌込連結具１０を上記の如き構造にすることで、個別凹部８どうしの結合により形成される連結用凹部１１に対する嵌込連結具１０の嵌め込みに伴い、個別凹部８の側面８ａとそれに対向する嵌込連結具１０における長板部１０ａの表面との摺接により、連結対象の枠体１どうしが適正な隣接配置状態（即ち、連結用凹部１１を形成する２つの個別凹部８の夫々について、個別凹部８の底面８ｂにおけるボルト孔８ｃと嵌込連結具１０の角板部１０ｃにおけるボルト挿通孔１０ｄとが合致する隣接配置状態）に自ずと位置決めされるようにしてある。 Further, by making the individual recess 8 and the fitting connector 10 as described above, the fitting of the fitting connector 10 into the coupling recess 11 formed by the coupling of the individual recesses 8 causes the individual recess 8 to be formed. Due to the sliding contact between the side surface 8a and the surface of the long plate portion 10a in the fitting connector 10 opposite to the side surface 8a, the frame bodies 1 to be connected are appropriately adjacent to each other (that is, two individual forming the connection recess 11). Each of the recesses 8 is naturally positioned in an adjacent arrangement state in which the bolt hole 8c in the bottom surface 8b of the individual recess 8 and the bolt insertion hole 10d in the square plate portion 10c of the fitting connector 10 are matched.

そしてまた、嵌込連結具１０を連結用凹部１１に嵌め込む構造にするともに、連結用凹部１１の内部において嵌込連結具１０を連結ボルト９により連結ブロック７に連結する構造とすることで、嵌込連結具１０や端末連結具としての連結ボルト９が連結用凹部１１から外部に突出した状態にならないようにし、さらには、連結ボルト９をねじ込むボルト孔８ｃを形成する個別凹部８の底面８ｂを枠体１の立方体形状における中心と頂点とを結ぶ対角線に対して直交する姿勢の面にすることで、連結ボルト９のねじ込み操作もスペース的に余裕のある状態で容易に行えるようにしてある。 And while making it the structure which fits the fitting connector 10 in the connection recessed part 11, it is set as the structure which connects the fitting connector 10 to the connection block 7 by the connection bolt 9 in the inside of the connection recessed part 11, The fitting bolt 10 and the connecting bolt 9 as the terminal connecting tool are prevented from projecting to the outside from the connecting recess 11, and further, the bottom surface 8 b of the individual recess 8 that forms the bolt hole 8 c into which the connecting bolt 9 is screwed. By making the surface of the frame 1 in a posture perpendicular to the diagonal line connecting the center and the vertex in the cubic shape, the screwing operation of the connecting bolt 9 can be easily performed in a space-allowed state. .

なお、舟形立体構造とした嵌込連結具１０には、２つの長板部１０ａの中央箇所どうしにわたるリブ部１０ｅを形成してあり、このリブ部１０ｅにより嵌込連結具１０を補強するとともに、このリブ部１０ｅを掴むことで嵌込連結具１０による枠体１どうしの連結操作も一層容易に行えるようにしてある。 In addition, in the fitting connector 10 having a boat-shaped three-dimensional structure, a rib portion 10e extending between the central portions of the two long plate portions 10a is formed, and the fitting connector 10 is reinforced by the rib portion 10e, By grasping the rib portion 10e, the connecting operation of the frames 1 by the fitting connector 10 can be performed more easily.

また、連結ブロック７の外面部（即ち、連結した枠体１の連結ブロック７どうしが当接する面部）には、防振パッド１２を付設してあり、この防振パッド１２により枠体１間にわたる機器振動の伝播を防止するとともに、連結操作時における枠体１どうしの滑りを防止する。 Further, an anti-vibration pad 12 is attached to an outer surface portion of the connecting block 7 (that is, a surface portion where the connecting blocks 7 of the connected frame bodies 1 abut), and the anti-vibration pad 12 extends between the frame bodies 1. Propagation of equipment vibrations is prevented, and sliding between the frame bodies 1 during connection operation is prevented.

〔別実施形態〕
次に本発明の別実施形態を列記する。 [Another embodiment]
Next, other embodiments of the present invention will be listed.

上述の実施形態において枠体１は、立方体形状（正六面体形状）のフレーム構造を有するものにしたが、本発明の実施において枠体１は、その他の正多面体形状（正四面体形状、正八面体形状、正十二面体形状、正二十面体形状など）のフレーム構造を有するものにしてもよい。 In the above-described embodiment, the frame 1 has a cubic (regular hexahedral) frame structure. However, in the practice of the present invention, the frame 1 has other regular polyhedral shapes (regular tetrahedral, octahedral). The frame structure may be a shape, a regular dodecahedron shape, a regular icosahedron shape, or the like.

また、枠体１の正多面体形状における一部の面部や各面部における一部分に種々の形状の壁部を設けるようにしてよい。 Moreover, you may make it provide the wall part of various shapes in a part of surface part in the regular polyhedron shape of the frame 1, and a part in each surface part.

枠体１は、その正多面体形状における全ての面の各々を連結対象の枠体１に対する連結面として選択し得る構造に限らず、その正多面体形状における３面以上の面の各々を連結対象の枠体１に対する連結面として選択し得る構造であればよい。 The frame 1 is not limited to a structure in which each of all surfaces in the regular polyhedron shape can be selected as a connection surface for the frame 1 to be connected, but each of three or more surfaces in the regular polyhedron shape is a connection target. Any structure that can be selected as a connecting surface for the frame 1 may be used.

枠体１どうしをそれらの正多面体形状における各１面どうしが連結面として近接対向する隣接配置で相互に連結固定する連結する連結手段６は、上述の実施形態で示した個別凹部８と嵌込連結具１０と連結ボルト９とからなるものに限らず、種々の連結方式の各種構造のものを採用することができる。 The connecting means 6 for connecting and fixing the frame bodies 1 to each other in the adjacent arrangement in which each one face in the regular polyhedron shape is adjacently opposed as a connecting face is fitted with the individual recess 8 shown in the above embodiment. not limited to those comprising a connector 10 connecting bolt 9 Prefecture, it can be formed of the various structures of the concatenation of the seed s.

枠体１の内部に取り付ける機器２は、扇風機２Ａあるいは投光機２Ｂに限られるものではなく、スピーカや装飾照明器あるいはエアコン室内機など、どのような機器であってもよい。 The device 2 attached to the inside of the frame 1 is not limited to the electric fan 2A or the projector 2B, and may be any device such as a speaker, a decorative illuminator, or an air conditioner indoor unit.

また、枠体１の正多面体形状における内部に機器２を取り付ける機器取付部３は、昇降構造や横スライド構造あるいは旋回構造などの採用により、取り付け機器２の位置調整や向き調整が可能なものにしてもよい。 In addition, the device mounting portion 3 for mounting the device 2 inside the regular polyhedron shape of the frame 1 is capable of adjusting the position and orientation of the mounting device 2 by adopting an elevating structure, a lateral slide structure, or a turning structure. May be.

本発明による機器設置枠は各種分野において種々の機器の設置に利用することができる。 The device installation frame according to the present invention can be used for installation of various devices in various fields.

１枠体
２機器
３機器取付部
６連結手段
８個別凹部
１０嵌込連結具
１１連結用凹部 DESCRIPTION OF SYMBOLS 1 Frame 2 Apparatus 3 Apparatus attachment part 6 Connection means 8 Individual recessed part 10 Insertion coupling tool 11 Connection recessed part

Claims

In the frame having a frame structure in which each side of the polyhedron is connected at each apex, a device mounting portion for mounting a device inside the polyhedron shape is provided,
The frame body is a frame for equipment installation in which frames having the same structure are connected and fixed to each other by a connecting means in an adjacent arrangement in which each one face in the polyhedron shape is adjacently opposed as a connecting surface. And
The frame structure of the frame is a frame structure in which each side of a regular polyhedron is connected at each vertex,
The frame body is configured to be able to be selected as the connection surface for the frame body having the same structure in which each of the three or more surfaces in the regular polyhedron shape is connected and fixed by the connection means ,
The connecting means is arranged at the apex portion in the regular polyhedron shape of the frame body, and has the same structure as any one of the plurality of surfaces in the regular polyhedron shape having the apex portion as a shared apex portion as the connecting surface. The frame for equipment installation which has a structure that can be used to connect and fix the frames even when the frames are arranged adjacent to each other .

In the frame having a frame structure in which each side of the polyhedron is connected at each apex, a device mounting portion for mounting a device inside the polyhedron shape is provided,
The frame body is a frame for equipment installation in which frames having the same structure are connected and fixed to each other by a connecting means in an adjacent arrangement in which each one face in the polyhedron shape is adjacently opposed as a connecting surface. And
The frame structure of the frame is a frame structure in which each side of a regular polyhedron is connected at each vertex,
The frame body is configured to be able to be selected as the connection surface for the frame body having the same structure in which each of the three or more surfaces in the regular polyhedron shape is connected and fixed by the connection means,
The connecting means includes an individual recess formed at the apex portion of the regular polyhedron shape of the frame, and a fitting connector that is connected and fixed to the frame inside the individual recess while being fitted into the individual recess. Configure
When the individual recesses are arranged adjacent to each other so that the connection surfaces of the frames having the same structure are close to each other, the individual recesses of the frames are connected to each other to connect the frames. To form a concave part for use,
The fitting connector is connected to each frame body inside each individual recess in the coupling recess in a state where the fitting connector is fitted into the coupling recess formed by coupling of the individual recesses and extends over the frame bodies. Equipment installation frame configured to do .

The said individual recessed part and the said fitting connector which comprise the said connection means are set as the structure which positions the said frame bodies of connection object in a suitable adjacent arrangement state with the fitting of the said fitting connector with respect to the said recessed part for a connection. The apparatus installation frame according to claim 2 .

The equipment connection frame according to any one of claims 1 to 3, wherein the connecting means is common to all apex portions in the regular polyhedron shape of the frame.

The device installation frame according to any one of claims 1 to 4, wherein the device mounting portion is configured to be capable of adjusting a position or an orientation of a device to be mounted inside the regular polyhedral shape of the frame. .