JPS63135235A - Preparation of support frame material for supporting plate-shaped body and structure thereof - Google Patents

Preparation of support frame material for supporting plate-shaped body and structure thereof

Info

Publication number
JPS63135235A
JPS63135235A JP61282902A JP28290286A JPS63135235A JP S63135235 A JPS63135235 A JP S63135235A JP 61282902 A JP61282902 A JP 61282902A JP 28290286 A JP28290286 A JP 28290286A JP S63135235 A JPS63135235 A JP S63135235A
Authority
JP
Japan
Prior art keywords
support frame
divided
molded body
primary molded
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.)
Pending
Application number
JP61282902A
Other languages
Japanese (ja)
Inventor
Yoshinori Kishimoto
吉則 岸本
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.)
Kishimoto Sangyo Co Ltd
Original Assignee
Kishimoto Sangyo Co Ltd
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 Kishimoto Sangyo Co Ltd filed Critical Kishimoto Sangyo Co Ltd
Priority to JP61282902A priority Critical patent/JPS63135235A/en
Publication of JPS63135235A publication Critical patent/JPS63135235A/en
Pending legal-status Critical Current

Links

Abstract

PURPOSE:To facilitate manufacturing control by standardizing all of main parts, by connecting two plate bodies in the longitudinal direction thereof by a large number of ribs to form an outer skin body, and forming said skin body into a primary molded body by extrusion molding. CONSTITUTION:A splitting blade B is arranged at the position in front of the emitting port provided to an extrusion molding machine A for a primary molded body 20 so that the blade tip (b) is arranged at a position capable of dividing the height of the ribs 22 of the primary molded body 20 extruded in a horizontal state into two and the primary molded body 20 emitted as the one plate shaped body is divided into two plates in upper and lower directions to be separated into secondary molded bodies 30, 30 which are, in turn, cut into a proper set dimension in the longitudinal direction by a cutter (C) to form support frame materials 2. That is, the plate-shaped primary molded body 20 made of a thermoplastic resin having a large number of square or parallelogram gaps 23 formed thereto in a parallel state is divided into two plates at a position where all of the gaps 23 arranged in parallel are parallel to the plane part thereof to form the support frame materials 2 each having such a structure that each of the divided gaps 23 becomes an insert groove 3 and the ribs 22 forming the gaps 23 become support pieces 5 and the positions of a surface to be divided are set to the groove open parts of the insert grooves and the flat plate 21 being the outer skin part of the front and back becomes a base part 4.

Description

【発明の詳細な説明】 産業上の利用分野 この発明は、版状体を支持する支持枠素材の製法及びそ
の構造に関するものである。
DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention relates to a method for manufacturing a support frame material for supporting a plate-shaped body and its structure.

この発明の支持枠で支持される版状体とは5例えば、電
子部品の配線基板、フロッピーディスク、半導体クエハ
ー等を主に、これらとは全く異分野のものでも、その形
状・形態が類似するものを総称するもので、これら形態
の版状体の同種あるいは異種の多数を直立または水平状
にして積み重ね状態をもりて、互の表裏両面が隣接する
版状体に接触する“ことなく、シかも咳版状体の限られ
た寸法の縁部のみを支持しようとする支持枠素材の製法
及びその構造に係るものである。
What is the plate-shaped body supported by the support frame of this invention? 5 For example, the plate-shaped body is mainly a wiring board for electronic components, a floppy disk, a semiconductor wafer, etc., but even if it is in a field completely different from these, its shape and form are similar. This is a general term for all types of plates, and is a type of plate that can be formed by stacking a large number of the same or different types of plates in an upright or horizontal manner so that the front and back surfaces of each plate do not come into contact with adjacent plates. The present invention relates to a method of manufacturing a support frame material and its structure that supports only the edge portion of a limited size of a plate-shaped body.

従来の技術 従来、上記した版状体を支持する支持枠は、支持する目
的、即ち、支持の目的別、例えば、被支持体である版状
体の管理、生産過程、移送(流通)、梱包、保管、貯留
等の各作業分野ごとに当該分野あるいは部門のみに行う
支持作用に適した支持構成を施した容器体を各々個々に
生産されていたものである。そのため他部門に移行する
際に異っ次容器へのt換作業を行わなければならないし
、また、その作業時において被支持体に損傷を与えるお
それがあった。これらの支持枠構成は、1個の完成体と
して用途部門ごとに生産されてい友もので、その方法、
構成ならびに形態等において、各部門独自に構成されて
い次ものである。
Conventional technology Conventionally, the support frame for supporting the above-mentioned plate has been designed for different purposes, such as management, production process, transportation (distribution), and packaging of the plate to be supported. For each field of work, such as storage, storage, etc., containers were manufactured individually, each with a support structure suitable for the support function performed only in that field or department. Therefore, when transferring to another department, it is necessary to perform a t-change operation to a different container, and there is also a risk of damage to the supported body during this operation. These support frame configurations are produced as one complete unit for each application category, and the method and
Each division has its own unique structure and form as follows.

発明が解決しようとする問題点 上記のように、版状体の生産、管理、流通の主だった部
門において、各部各様の形態の支持体を構成するもので
あるから、−貫し九経路をそのまま履行させるにさまざ
まな障害が生ずるばかpで、なく、また支持体自体の生
産に対しても一貫性が欠除されてい次ため、無駄が多く
その結果高価となる欠点があった。
Problems to be Solved by the Invention As mentioned above, in the main departments of production, management, and distribution of plates, each part constitutes a support body of various forms, so there are nine paths through all. However, there are various obstacles that arise in carrying out the method as it is, and there is also a lack of consistency in the production of the support itself, which has the drawback of being wasteful and resulting in high costs.

この発明は、支持枠素材を一貫した手段により生産にこ
れを使用することにより、特に数量管理。
This invention particularly improves quantity control by using it to produce support frame materials by consistent means.

保aW理、流通、梱包等の管理ならびに作業等。Management and work such as maintenance, distribution, packaging, etc.

生産から流通段階まで一貫し九共通事項を備えることが
できるようにした支持枠素材を提供するにある。
To provide a support frame material that can consistently provide nine common items from production to distribution stages.

問題点を解決する九めの手段 この発明の、多数の版状体を支持する支持枠素材は、支
持枠として、方形、あるいは方形以外の形状のものであ
っても、その縁部の少なくとも2辺1通常3辺、ま次は
少なくても2箇所1通常3箇所で、且つ、設定された寸
法を挟着し、これを並列支持するもので、その支持枠の
平面形状はる九かも櫛急状を形成するものである。
Ninth Means for Solving the Problems The supporting frame material of the present invention for supporting a large number of plate-like bodies is rectangular or has a shape other than rectangular, but at least two of its edges are Side 1 Usually 3 sides, 2 or 1 usually 3 sides at least, and the set dimensions are sandwiched and supported in parallel, and the planar shape of the support frame is very large. It forms an acute condition.

この発明の支持枠素材は、多数の支持片を並列させ、且
つ、該各支持片間に形成され光挿入溝とによって連続す
る凹凸形状は、方形あるいは平行四辺形の空隙の多数が
並列状態をもりて形成されて押し出し成形機より押し出
されて成形される熱可塑性樹脂製の板状の1次成形体を
前記並列し次すべての空隙がその平面部と平行する位置
で2つに分割して構成するものである。
In the support frame material of the present invention, a large number of support pieces are arranged in parallel, and the uneven shape formed between each support piece and continuous with the light insertion groove is such that a large number of square or parallelogram-shaped voids are arranged in parallel. The thermoplastic resin plate-shaped primary molded body, which is formed by pressing and extruding from an extrusion molding machine, is arranged in parallel and then divided into two at a position where all the voids are parallel to the plane part thereof. It consists of

その分割前の1次成形体の原形の構成思想は。What is the concept behind the original form of the primary molded body before division?

基本的に、ダンゾール紙の構成概念に基いて開発された
ものである。
Basically, it was developed based on the construction concept of Danzor paper.

即ち、その形態は、2枚の板体の長手方向を多数のリプ
で接続し、前記の板体のそれぞれを外皮体とし、また、
リプで区画されることによって多数の長尺中空孔が形成
される。このような構造体を熱可塑性樹脂を素材とし、
押し出し成形によって前記した1次成形体として形成す
るものである。
That is, the form is such that two plates are connected in the longitudinal direction with a large number of lips, each of the plates is an outer shell, and
A large number of long hollow holes are formed by partitioning with lips. Such a structure is made of thermoplastic resin,
It is formed as the above-mentioned primary molded body by extrusion molding.

そしてその1次成形体を厚さ方向に2版となるように分
割することは前述の通シである。
The method described above is to divide the primary molded body into two versions in the thickness direction.

実施例 次に、この発明の実施例を図面とともに説明すれば、方
形あるいは方形以外の形状の版状体(1)を支持する支
持枠素材(2)は、その条件として被支持体である版状
体(1)の厚さくア)と、被支持部所である表裏平面に
おける周縁の被覆許容寸法(い)とを基本算定基準とし
、且つ該周縁の被覆許容寸法(い)の接合面積で被支持
体である版状体(1)を支持する支持力を発揮できるも
のとする支持枠素材(2)の構成素材(原料)が固有す
る強度との兼ね合いも考慮するものである。
Embodiment Next, an embodiment of the present invention will be described with reference to the drawings. The supporting frame material (2) that supports the plate-like body (1) having a rectangular or other shape The basic calculation criteria are the thickness (a) of the shaped body (1) and the permissible covering dimension (b) of the peripheral edge on the front and back planes, which are supported parts, and the joint area of the permissible covering dimension (b) of the peripheral edge. Consideration should also be given to the inherent strength of the constituent material (raw material) of the support frame material (2), which is capable of exerting a supporting force to support the plate-like body (1) that is the supported body.

この発明の支持枠素材(2)は、第1図に示すように1
版状体(1)周縁の被支持部所(1′)における厚さ寸
法(あ)と、周縁の被覆許容寸法(い)を挿入Ill 
(3)の形態の基礎採寸規準とするもので、前記厚さ寸
法(あ)と同等寸法を溝幅(ア)とし、周縁の被覆許容
寸法(い)と同等寸法を溝深(イ)として1つの挿入溝
(3)を形成する。この挿入溝(3)は、基部(4)に
おいて前記溝幅(ア)を介し、前記溝深(イ)を構成す
る両側の支持片(5)をもって形成に支持片(5)を介
して左右両方向に同形の挿入溝(3)を形成し、同状態
をもって多数の挿入溝(3)を並列設に、この全体形状
があたかも略櫛歯状となるように構成する。前記支持片
(5)単片の厚さ寸法(つ)は、挿入しようとする版状
体(1)の/xikと該版状体(1)の支持形態即ち、
垂直収納斜状収納、あるいは水平収納などの支持形態な
らびに支持枠素材(2)の構成素材(原料)の固有強度
に準じて支持強度を算定して設定するものである。
As shown in FIG.
Insert the thickness dimension (A) at the supported part (1') of the periphery of the plate-like body (1) and the permissible coating dimension (I) of the periphery.
This is the basic measurement standard for the form of (3), where the groove width (A) is equivalent to the thickness dimension (A), and the groove depth (A) is equivalent to the permissible peripheral coating dimension (I). One insertion groove (3) is formed. This insertion groove (3) is formed in the base (4) with support pieces (5) on both sides constituting the groove width (A) and the groove depth (A). Insertion grooves (3) of the same shape are formed in both directions, and a large number of insertion grooves (3) are arranged in parallel in the same state, so that the overall shape is approximately comb-like. The thickness dimension of the support piece (5) is determined by /xik of the plate-like body (1) to be inserted and the supporting form of the plate-like body (1), that is,
The support strength is calculated and set according to the support form such as vertical storage, diagonal storage, or horizontal storage, and the inherent strength of the constituent material (raw material) of the support frame material (2).

前記した構成形状を基本態形とした支持枠素材(2)を
この発明では熱可塑性樹脂を素材として押し出し成形に
よりて形成するものである。
In the present invention, the support frame material (2) having the basic configuration described above is formed by extrusion molding using a thermoplastic resin as a material.

この発明の1次成形体(20)は、従来梱包材料ならび
に包装材料として用いられているダン?−ル紙の構成と
基本的に同等構造体を熱可塑性樹脂を素材として押し出
し形成するものであシ、この、1次成形体(20ンの構
成は、基本的に2枚の平板(21)(21)間に任意設
定する寸法のリプ(22)の多数をもって任意設定寸法
の間隙を介して断面形状が方形あるいは平行四辺形の空
隙(23)の多数が形成されるように押し出し成形して
成るものである。
The primary molded body (20) of the present invention is made of a dandelion, which has been conventionally used as a packaging material and packaging material. - A structure basically equivalent to the structure of paper is extruded from a thermoplastic resin. (21) extrusion molding with a large number of lips (22) of arbitrarily set dimensions in between so as to form a large number of voids (23) with rectangular or parallelogram cross-sectional shapes through gaps of arbitrarily set dimensions; It is what it is.

上記の押し出し成形によ多形成された1次成形体(20
)は、前記空隙(23)の多数が並列し次長尺体で、そ
の長手方向に空隙(23)が平行形成されるもので、こ
れらの1次成形体(20)の押し出し成形機(A)にお
ける1次成形体(20)の吐出口C&)の前方位置に割
離刃(B) t−設置し、その刃先(b)を押し出し成
形機(A)側を指向させ、且つ、水平状態をもって押し
出される1次成形体(20)における前記リプ(22)
の高さを2分することができる位置に設置し、1版状に
吐出する1次成形体(20)を上・下方向の2版に分割
して二次成形体(30)(30)に分離するもので、そ
して長手方向に然る設定寸法に断裁機(C)で断歳して
支持枠素材(2)を成形するものである。
The primary molded body formed by the above extrusion molding (20
) is a secondary elongated body in which many of the voids (23) are arranged in parallel, and the voids (23) are formed in parallel in the longitudinal direction, and the extrusion molding machine (A) of these primary molded products (20) is used. A separation blade (B) is installed at a position in front of the discharge port C & The lip (22) in the extruded primary molded body (20)
The primary molded body (20), which is discharged in one plate shape, is divided into two upper and lower versions, and the secondary molded body (30) (30) is placed at a position where the height can be divided into two. The support frame material (2) is formed by cutting the support frame material (2) into the desired size in the longitudinal direction using a cutting machine (C).

以上のように構成された支持枠素材(2)は、6各がそ
の片面に前記空隙(23)が分断され形成された長手方
向に平行する多数の条溝凹設面が相対向して形成される
が、この両者は全く同一形状に構成されているものであ
る。即ち1分割作業によってリプ(22)であった箇所
が前記支持片(5)であり、空隙(23)であった箇所
が挿入溝(3)となり、平板(21)が木部(4)に変
化するものである。
The support frame material (2) configured as described above has a large number of grooved grooved surfaces parallel to the longitudinal direction, each of which is formed by dividing the void (23) on one side thereof and facing each other. However, both are constructed in exactly the same shape. In other words, the part that was the lip (22) becomes the support piece (5), the part that was the gap (23) becomes the insertion groove (3), and the flat plate (21) becomes the wood part (4) by the one-part work. It changes.

このようにして構成される支持枠素材(2)において、
各任意設定する寸法である溝幅(ア)は各リプ(22)
間の間隙、溝深(イ)はリプ(22)の高さ、厚さ寸法
(つ)はリプ(23)の厚さであシこれらの寸法設定は
押し出し成形機(A)に装着する吐出口金型(図示せず
)の製作時に決定されるものである。
In the support frame material (2) constructed in this way,
The groove width (A), which is a dimension that can be arbitrarily set, is for each lip (22).
The gap and groove depth (a) are the height of the lip (22), and the thickness dimension (tsu) is the thickness of the lip (23). This is determined at the time of manufacturing the exit mold (not shown).

なお、溝深(イ)のみにおいては割離刃(B)′の刃先
(b)の設置位置郡動でその「和」が「10」の長・短
寸法を設定することもできる。
In addition, for only the groove depth (a), it is also possible to set the long and short dimensions whose "sum" is "10" by moving the installation position of the cutting edge (b) of the separating blade (B)'.

なおまた、支持枠素材(2)中、基部(4)において、
支持片(5)の支持力増強ならびに基部(4)の剛性強
化を図る目的から後段構成の補助基部(4′)を設ける
ことは任意である。
Furthermore, in the support frame material (2), at the base (4),
For the purpose of increasing the supporting force of the support piece (5) and the rigidity of the base (4), it is optional to provide an auxiliary base (4') in a later stage.

作用 この発明は以上のように、方形あるいは平行四辺形の空
隙(23)の多数が並列状態に形成されて押し出し成形
機(A)より押し出されて成形される熱可塑性樹脂製の
板状の1次成形体(20)を、前記並列したすべての空
隙(23)が、その平面部と平行する位置で2版に分割
し、該分割された各々の空隙(23)が挿入溝(3)と
なり、各々の空隙(23)を形成していたリプ(22)
が支持片(5)となって、被分割面位置が挿入溝(3)
の開溝部とし、表裏の外皮部分である平板(21)が基
部(4)となる支持枠素材(2)に形成することができ
るもので、これらの溝li(ア)、溝深(イ)ならびに
支持片(5)の厚さ寸法(つ)は1次成形体(20)の
吐出口金型において設定形成に基いて構成される。
Operation As described above, the present invention is a thermoplastic resin plate-shaped plate formed by forming a large number of rectangular or parallelogram-shaped voids (23) in parallel and extruded from an extrusion molding machine (A). The next molded body (20) is divided into two versions at positions where all the parallel voids (23) are parallel to the plane part thereof, and each of the divided voids (23) becomes an insertion groove (3). , lip (22) forming each void (23)
becomes the support piece (5), and the divided surface position is the insertion groove (3)
The flat plate (21), which is the front and back outer skin part, can be formed in the support frame material (2) where the base (4) is the open groove part. ) and the thickness dimension (5) of the support piece (5) are configured based on the setting in the discharge port mold of the primary molded body (20).

この支持枠素材(2)において、基部(4)に補助基部
(4′)を設けて剛性を付加したものであれば、支持枠
素材(2)のみをもって、支持枠として設定した寸法に
従い、且つ、挿入溝(3ン、支持片(5)を内面として
断面倒コ字形に折曲し、−面を開口した支持枠となる立
方体容器の2壁面ならびに底面とを形成し、残る2壁面
は他部材をもって形成する素材として用いることを使用
形態の基本とし、また、相対面する2組の壁面中1組2
壁面のみに支持枠素材(2)を用いて他の2壁面及び1
底面の計3面に平滑面素材を用いて支持枠を構成しても
よい。負にまた。補助基部(4′)を備えない支持枠素
材(2)を用いる場合は、予め設定した寸法の容器内あ
るいは設定寸法の容器形状に組み立てた枠内に前記と同
様、挿入溝(3)、支持片(5)を内面にして断面例コ
字形に折曲しこれを匿合挿入して内面に支持溝を有する
容器構成してもいい、また更に、相対向壁面に相当する
面のみに挿入溝(3)、支持片(5)の形成面を対峙形
成してもいい。
In this support frame material (2), if the base (4) is provided with an auxiliary base (4') to add rigidity, only the support frame material (2) is used, and according to the dimensions set as the support frame, and , the insertion groove (3) is bent into a U-shape in cross section with the support piece (5) as the inner surface, and forms two walls and a bottom of a cubic container that will serve as a support frame with the - side open, and the remaining two walls are the other side. The basic usage pattern is to use it as a material for forming parts, and one set of two walls facing each other is
Use support frame material (2) only on the wall surface and use it on the other two walls and 1
The support frame may be constructed using a smooth surface material on a total of three bottom surfaces. Negative again. When using the support frame material (2) without the auxiliary base (4'), insert the insertion groove (3), the support It is also possible to construct a container having a support groove on the inner surface by bending the piece (5) into a U-shaped cross section with the piece (5) as the inner surface and inserting it in a concealed manner.Furthermore, it is also possible to construct a container having a support groove on the inner surface. (3) The forming surfaces of the support piece (5) may be formed facing each other.

これら、支持枠素材(2)をもりて支持枠を形成する際
に、挿入溝(3)ならびに支持片(5)の各端面が被支
持体(版状体(1))の挿入口に面することが肝要であ
る。
When forming a support frame using the support frame material (2), each end surface of the insertion groove (3) and the support piece (5) faces the insertion opening of the supported body (plate-like body (1)). It is essential to do so.

このようにして多数の支持片(5)によって形成された
数多の挿入!(3)の対向順序、順位ならびに数等を明
確に感知することを助成するために、順位「5」・「1
0」番目単位などの支持片(5)を他のものよりもその
厚さに変化を備えることは任意である。
Numerous inserts thus formed by the numerous support pieces (5)! (3) In order to assist in clearly sensing the facing order, rank, number, etc.,
It is optional to provide the support pieces (5), such as the 0''th unit, with a variation in their thickness over others.

効果 この発明は以上のように、設定した寸法の吐出口金型を
押し出し成形機(A)に設置し、且つ、該押し出し成形
機(A)の1次成形体(20)の吐出口前方に削離刃(
B)を設置し、その吐出体の厚さを2分して2版に分割
し、その分割面に所望設定した形状の挿入溝(3)、基
部(4)、支持片(5)を有する支持枠素材(2)が自
動的に、且つ、連続して生産され、その要部のすべてが
規格化されているので、これを支持枠の素材として用い
ることによって版状体(1)の生産段階、流通ならびに
保管、管理など各部門間および部門別に統制された運営
、管理が電子的制御が容易になシ、また、支持枠素材自
体が規格生産されるのでその単価も低降させることがで
きる効果あることを特徴とするものである。
Effects As described above, the present invention installs a discharge port mold of set dimensions in an extrusion molding machine (A), and places a mold in front of the discharge port of the primary molded body (20) of the extrusion molding machine (A). Scraping blade (
B), the thickness of the discharge body is divided into two parts, and the dividing surface has an insertion groove (3), a base part (4), and a support piece (5) of a desired shape. The supporting frame material (2) is automatically and continuously produced, and all of its essential parts are standardized, so by using this as the supporting frame material, the production of the plate (1) is possible. Operation and management controlled between and by departments, such as stages, distribution, storage, and management, can be easily controlled electronically.Furthermore, since the support frame material itself is produced to a standard, the unit price can be reduced. It is characterized by being effective.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は支持枠素材と版状体との構成関係を説明するた
めの部分的拡大断面図、第2図は1次成形体の部分的拡
大正面図、第3図は版状体の斜視図、第4図は支持枠素
材の部分的拡大正面図、第5図は他の実施態様の支持枠
素材の部分的拡大正面図、第6図は製法説明略図である
。 (1)・・・版状体、(2)・・・支持枠素材、(3)
・・・挿入溝、(4)・・・基部、(5)、−支持片、
(20)・・・1次成形体、(21)・・・平板、(2
2)・・・リプ、(23)・・・空隙、(A)・・・押
し出し成形機、(B)・・・削離刃、(b)・・・刃部
Fig. 1 is a partially enlarged sectional view for explaining the structural relationship between the support frame material and the plate-like body, Fig. 2 is a partially enlarged front view of the primary formed body, and Fig. 3 is a perspective view of the plate-like body. 4 is a partially enlarged front view of the support frame material, FIG. 5 is a partially enlarged front view of the support frame material of another embodiment, and FIG. 6 is a schematic diagram for explaining the manufacturing method. (1)...Plate material, (2)...Support frame material, (3)
... insertion groove, (4) ... base, (5) - support piece,
(20)...Primary molded body, (21)...Flat plate, (2
2)...Rip, (23)...Gap, (A)...Extrusion molding machine, (B)...Removal blade, (b)...Blade portion.

Claims (2)

【特許請求の範囲】[Claims] (1)熱可塑性樹脂を素材として、平行する平板間に任
意設定する間隙寸法を介し等間隔に数多のリブをもって
その断面形状が方形あるいは平行四辺形で長尺の空隙が
中層として並列設して形成される1次成形体を押し出し
構成できる押し出し成形機の前記1次成形体の吐出口前
方に、1次成形体における厚さ寸法を2分できる位置に
割離刃の刃部を設置し吐出する1次成形体を厚さ方向に
2分割に各々の被分割面に断面コ字形の挿入溝を有する
2版の支持枠素材が同時に形成できるようにして成るこ
とを特徴とする版状体を支持する支持枠素材の製法。
(1) Using thermoplastic resin as a material, a large number of ribs are arranged at equal intervals between parallel flat plates with arbitrarily set gap dimensions, and the cross-sectional shape is rectangular or parallelogram, and long voids are arranged in parallel as the middle layer. A blade part of a separating blade is installed in front of the discharge port of the primary molded body of an extrusion molding machine capable of extruding and forming a primary molded body formed by A plate-shaped body, characterized in that a discharged primary molded body is divided into two parts in the thickness direction, and two versions of support frame material each having an insertion groove having a U-shaped cross section on each divided surface can be formed at the same time. A manufacturing method for the support frame material that supports the.
(2)方形あるいは平行四辺形の空隙の多数が並列状態
に形成されて押し出し成形機より押し出されて成形され
る熱可塑性樹脂製で版状の1次成形体を、前記並列した
すべての空隙がその表面部と平行する位置で2版に分割
し、該被分割面において前記の各々の空隙が挿入溝とな
り、また前記各各の空隙を形成していたリブが支持片と
なって被分割面位置が挿入溝の開溝部となり、更に表裏
を形成していた外皮部分である平板が基部となる支持枠
素材に構成してなることを特徴とする版状体を支持する
支持枠素材の構造。
(2) A plate-shaped primary molded body made of thermoplastic resin is formed by forming a large number of square or parallelogram-shaped voids in a parallel state and is extruded from an extrusion molding machine. It is divided into two plates at a position parallel to the surface part, and each of the above-mentioned voids becomes an insertion groove on the surface to be divided, and the ribs forming each of the above-mentioned voids become supporting pieces, and the surface to be divided is divided into two plates. A structure of a support frame material for supporting a plate-like object, characterized in that the position is the opening groove of the insertion groove, and the support frame material is composed of a flat plate, which is the outer skin part that forms the front and back sides, and serves as the base. .
JP61282902A 1986-11-27 1986-11-27 Preparation of support frame material for supporting plate-shaped body and structure thereof Pending JPS63135235A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP61282902A JPS63135235A (en) 1986-11-27 1986-11-27 Preparation of support frame material for supporting plate-shaped body and structure thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP61282902A JPS63135235A (en) 1986-11-27 1986-11-27 Preparation of support frame material for supporting plate-shaped body and structure thereof

Publications (1)

Publication Number Publication Date
JPS63135235A true JPS63135235A (en) 1988-06-07

Family

ID=17658589

Family Applications (1)

Application Number Title Priority Date Filing Date
JP61282902A Pending JPS63135235A (en) 1986-11-27 1986-11-27 Preparation of support frame material for supporting plate-shaped body and structure thereof

Country Status (1)

Country Link
JP (1) JPS63135235A (en)

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS53125468A (en) * 1977-04-06 1978-11-01 Goodrich Co B F Production of for building structure

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS53125468A (en) * 1977-04-06 1978-11-01 Goodrich Co B F Production of for building structure

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