JPH0611329Y2 - Handle mounting structure - Google Patents
Handle mounting structureInfo
- Publication number
- JPH0611329Y2 JPH0611329Y2 JP1988117685U JP11768588U JPH0611329Y2 JP H0611329 Y2 JPH0611329 Y2 JP H0611329Y2 JP 1988117685 U JP1988117685 U JP 1988117685U JP 11768588 U JP11768588 U JP 11768588U JP H0611329 Y2 JPH0611329 Y2 JP H0611329Y2
- Authority
- JP
- Japan
- Prior art keywords
- hole
- handle
- screw
- mounting
- mounting 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.)
- Expired - Lifetime
Links
Landscapes
- Supports Or Holders For Household Use (AREA)
- Furniture Connections (AREA)
Description
本考案は家具の抽斗、扉などに用いられる取手の取付構
造に関する。The present invention relates to a handle mounting structure used for furniture drawers, doors, and the like.
家具における取手の取付構造として、第３図〜第５図に
例示したものが知られている。 第３図に例示された取付構造の場合、取手が取りつけら
れる取付板（例：抽斗の前板）Ａの表面に支柱体ａの取
付端面ｂが当接され、かつ、ハンドル体ｆの端部が支柱
体ａの通孔ｅ内に嵌めこまれており、取付板Ａの透孔Ｂ
を貫通して支柱体ａのビス孔ｄにねじこまれたビスｃ
が、ハンドル体ｆの端部に圧接してこれを支柱体ａの通
孔ｅ内に固定している。 第４図に例示された取付構造では、支柱体ａの一端側に
前記ビス孔ｄが形成されているほか、支柱体ａの他端側
にもビス孔ｇが形成されている。 したがって、この取付構造の場合は、ビス孔ｄにねじこ
まれたビスｃにより、支柱体ａが取付板Ａに固定され、
ビス孔ｇにねじこまれたビスｈにより、ハンドル体ｆが
支柱体ａに固定される。 第５図に例示された取付構造では、ハンドル体ｆの両端
部を支持するための袋孔ｅ′が、対をなす支柱体ａにそ
れぞれ形成されている。 したがって、この取付構造の場合は、ハンドル体ｆの両
端部が両支柱体ａの袋孔ｅ′に嵌めこまれてこれらが組
み合わされた後、両支柱体ａがビスｃを介して取付板Ａ
に固定される。 その他、実開昭５５−８０４４７号公報にも取手の取付
構造が開示されいる。 この公知例においては、既述の支柱体ａに該当する部材
が、筒状の脚主体とこれの内部に収容された摺動部材と
からなり、既述の通孔ｅに該当する貫通横孔がこれら脚
主体、摺動部材にそれぞれ形成されており、既述のビス
孔ｄに該当するビス穴が摺動部材に形成されている。 この公知例において、たとえば、取手を家具の扉に取り
つけるとき、脚主体、摺動部材の相互に一致した貫通横
孔内に棒杆（ハンドル体に該当）の端部が挿入され、脚
主体の端面が扉の表面にあてがわれた後、扉を裏面側か
ら表面側へ貫通したビスが、摺動部材のビス穴内にねじ
こまれる。 このようにすると、摺動部材がビスを介して扉の表面側
へ引きつけられ、摺動部材の貫通横孔内に嵌まりこんで
いる棒杆、同じく、貫通横孔を介して棒杆と係り合って
いる脚主体も、扉の表面側へ引きつけられるので、脚主
体、摺動部材、棒杆が相互に固定されると同時に、脚主
体が扉の表面側に固定される。As a handle attachment structure for furniture, the structure illustrated in FIGS. 3 to 5 is known. In the case of the mounting structure illustrated in FIG. 3, the mounting end surface b of the pillar body a is in contact with the surface of the mounting plate (eg, the front plate of the drawer) A to which the handle is mounted, and the end portion of the handle body f is Is inserted into the through hole e of the support body a, and the through hole B of the mounting plate A is
Which is screwed into the screw hole d of the pillar body a through the screw c
However, it is pressed against the end of the handle body f and fixed in the through hole e of the support column a. In the mounting structure illustrated in FIG. 4, the screw hole d is formed on one end side of the strut body a, and the screw hole g is formed on the other end side of the strut body a. Therefore, in the case of this mounting structure, the support body a is fixed to the mounting plate A by the screw c screwed into the screw hole d,
The handle body f is fixed to the strut body a by the screw h screwed into the screw hole g. In the mounting structure illustrated in FIG. 5, bag holes e ′ for supporting both ends of the handle body f are formed in the pair of columnar bodies a, respectively. Therefore, in the case of this mounting structure, both ends of the handle body f are fitted into the bag holes e'of the two strut bodies a to be assembled, and then the two strut bodies a are attached via the screws c.
Fixed to. In addition, Japanese Utility Model Laid-Open No. 55-80447 discloses a handle mounting structure. In this publicly known example, the member corresponding to the above-mentioned strut body a is composed of a tubular leg main body and a sliding member accommodated therein, and a through lateral hole corresponding to the above-mentioned through hole e. Are formed in the leg main body and the sliding member respectively, and the screw hole corresponding to the screw hole d described above is formed in the sliding member. In this known example, for example, when a handle is attached to a door of furniture, an end portion of a rod (corresponding to a handle body) is inserted into a through-hole that is aligned with the main body of the leg and the sliding member. After the end face is applied to the front surface of the door, the screw penetrating the door from the rear surface side to the front surface side is screwed into the screw hole of the sliding member. By doing so, the sliding member is attracted to the front surface side of the door via the screw, and the rod rod fitted in the through lateral hole of the sliding member is engaged with the rod rod through the through lateral hole. Since the main body of the leg is also attracted to the front side of the door, the main body of the leg, the sliding member, and the rod are fixed to each other, and at the same time, the main body of the leg is fixed to the front side of the door.
第３図に例示された従来技術において、支柱体ａとハン
ドル体ｆとを同時に固定するためのビスｃは、これの長
さが取付板Ａの厚さとビス孔ｄとの和を所定値（微小
量）だけ上回るものでなければならない。 したがって、この従来技術の場合は、取手を取りつける
べき取付板Ａの厚さが変わるごとに、所定長さのビスｃ
を用意しておかねばならず、実用性がほとんどない。 第４図に例示された従来技術の場合は、支柱体ａを取付
板Ａに固定するためのビスと、ハンドル体ｆを支柱体ａ
に固定するためのビスｈが互いに独立しているので、既
述の不具合はないが、ビス止め箇所の増加、各ビスｃ、
ｈの緩み、ビスｈの露見が生じるので望ましくない。 第５図に例示された従来技術の場合は、支柱体ａの袋孔
ｅ′内に嵌めこまれたハンドル体ｆがビス止めされてい
ないために、ハンドル体ｆのガタツキが生じ、長期使用
において、支柱体ａに第５図一点鎖線のごとき傾きが生
じる。 さらに、実開昭５５−８０４４７号公報に開示された公
知技術の場合は、棒杆の支持部品（支柱体に該当）とし
て、脚主体、摺動部材の二つを要し、しかも、内外に嵌
め合わされる該当二部品相互の整合性、脚主体、摺動部
材に形成される貫通横孔相互の整合性が要求されるため
に製作難度が高くなるほか、ビスの緩み対策も欠如して
いる。In the prior art illustrated in FIG. 3, a screw c for fixing the support body a and the handle body f at the same time has a length that is a predetermined value (the sum of the thickness of the mounting plate A and the screw hole d). It must be a small amount). Therefore, in the case of this prior art, each time the thickness of the mounting plate A to which the handle is attached changes, a screw c of a predetermined length is provided.
Must be prepared and has little practicality. In the case of the prior art illustrated in FIG. 4, the screw for fixing the support body a to the mounting plate A and the handle body f are the support body a.
Since the screws h for fixing to each other are independent from each other, there is no problem described above, but the number of screw fixing points increases, each screw c,
This is not desirable because loosening of h and exposure of screws h occur. In the case of the prior art illustrated in FIG. 5, since the handle body f fitted in the bag hole e ′ of the support body a is not screwed, the rattle of the handle body f occurs, and the handle body f is not used for a long time. The columnar body a is inclined as shown by the alternate long and short dash line in FIG. Further, in the case of the known technique disclosed in Japanese Utility Model Laid-Open No. 55-80447, two main members, a leg member and a sliding member, are required as a supporting member (corresponding to a support member) of the rod and, in addition, the inside and the outside. It is difficult to manufacture because the matching of the two parts to be fitted together and the matching of the through-holes formed in the legs and the sliding member are required, and there is also a lack of measures to loosen the screws. .
本考案はこのような技術的課題に鑑み、取手取付時の作
業性、取手取付状態の安定性、構成の簡潔性、外観上の
体裁、厚さの異なる取付板への対応など、これらを満足
させることのできる取手の取付構造を提供しようとする
ものである。In view of such technical problems, the present invention satisfies these requirements such as workability when attaching the handle, stability of the state of attaching the handle, simplicity of configuration, appearance, and support for mounting plates having different thicknesses. It is intended to provide a mounting structure for a handle that can be operated.
本考案は初期の目的を達成するために、軸方向の一端側
にある取付端面と、その取付端面から内部に向けてねじ
切りされたビス孔と、軸方向の他端側にその軸方向と交
差した通孔とを有する支柱体が、前記取付端面を介して
取付板の表面にあてがわれ、かつ、取付板を裏面側から
表面側へ貫通して前記ビス孔内にねじこまれたビスが支
柱体を取付板の表面に固定しているとともに、前記通孔
内に挿入されたハンドル体の棒状端部が支柱体により支
持されている取手の取付構造において、前記支柱体内
に、前記取付端面と前記通孔との間にわたるピン挿入孔
が開通されており、そのピン挿入孔よりもわずかに長い
介在ピンが当該ピン挿入孔内に挿入され、その介在ピン
の両端が、前記ビスの締付力を介して前記ハンドル体の
外周面、前記取付板の表面にそれぞれ押しつけられてい
ることを特徴とする。In order to achieve the initial purpose, the present invention has a mounting end face at one end in the axial direction, a screw hole inwardly threaded from the mounting end face, and an axial direction at the other end in the axial direction. A support body having a through hole is applied to the surface of the mounting plate via the mounting end face, and a screw screwed into the screw hole through the mounting plate from the rear surface side to the front surface side. In the handle mounting structure in which the support body is fixed to the surface of the mounting plate, and the rod-shaped end portion of the handle body inserted into the through hole is supported by the support body, in the support body, the mounting end surface is provided. And a pin insertion hole extending between the through hole and the through hole is opened, an intervening pin slightly longer than the pin inserting hole is inserted into the pin inserting hole, and both ends of the intervening pin are tightened by the screw. The outer peripheral surface of the handle body, the mounting plate through force Characterized in that pressed against each surface.
本考案に係る取手の取付構造では、通孔内においてハン
ドル体の棒状端部を支持している支柱体が、ビスを介し
て取付板の表面に固定される。 上記における支柱体のピン挿入孔内には、これよりもわ
ずかに長い介在ピンが挿入されており、支柱体がビスを
介して取付板の表面へ引きつけられたときに、介在ピン
の両端がハンドル体の外周面および取付板の表面に強く
押しつけられる。 したがって、支柱体がビスを介して取付板の表面に固定
されると同時、支柱体の通孔内にあるハンドル体の棒状
端部も介在ピンを介して支柱体に固定される。 この際の介在ピンは、これに生じる反力により支柱体を
取付板の表面から押し離すように作用するので、スプリ
ングワッシャを用いたと同様に、ビスに緩みが生じがた
い。In the mounting structure of the handle according to the present invention, the pillar body supporting the rod-shaped end portion of the handle body in the through hole is fixed to the surface of the mounting plate via the screw. An intervening pin slightly longer than this is inserted in the pin insertion hole of the above-mentioned strut body, and when the strut body is attracted to the surface of the mounting plate via a screw, both ends of the intervening pin are handles. It is strongly pressed against the outer peripheral surface of the body and the surface of the mounting plate. Therefore, at the same time when the support pillar is fixed to the surface of the mounting plate via the screw, the rod-shaped end of the handle body in the through hole of the support pillar is also fixed to the support pillar via the intervening pin. At this time, the intervening pin acts so as to push the strut body away from the surface of the mounting plate due to the reaction force generated therein, so that the screws are unlikely to loosen as in the case of using the spring washer.
はじめに、本考案に係る取手の取付構造を第１図に示さ
れた実施例に基づいて説明する。 第１図(a)(b)において、軸形をなす支柱体１、棒状をな
すハンドル体３、介在ピン４などは、一例として金属、
他の一例として硬質合成樹脂からなり、ビス２は周知の
材料からなる。 支柱体１は、軸方向の一端側にある取付端面１ａと、取
付端面１ａから内部に向けてねじ切りされたビス孔１ｃ
と、軸方向の他端側にあって軸方向に対して交差する通
孔１ｂとを有している。 さらに、支柱体１の内部には、取付端面１ａと通孔１ｂ
との間にわたるピン挿入孔１ｄが開通されている。 ピン挿入孔１ｄと、これの内部に介在される介在ピン４
とは、互いに嵌め合うことのできる内外径を有するが、
介在ピン４は、ピン挿入孔１ｄよりもわずかに長い。 介在ピン４の長さは、ピン挿入孔１ｄの長さを０．５〜
２．０mmの範囲内で上回るものであればよく、第１図
(a)(b)に例示された支柱体１が実物大（直径約１０mm、
長さ約３４mm）であるとき、介在ピン４は、ピン挿入孔
１ｄの長さを約１mm程度上回る。 ハンドル体３は、その一端部が９０度の曲げ角度に曲げ
られて脚部３ａをなしており、当該脚部３ａは、その取
付端面３ｂから内部に向けてねじ切りされたビス孔３ｃ
を有している。 第１図(a)(b)において、支柱体１とハンドル体３と介在
ピン４とを組み合わせ、これらを家具の取付板Ａ、たと
えば、抽斗の前板に取りつけるとき、一例として、以下
のようになる。 支柱体１には、あらかじめ、通孔１ｂ内にハンドル体３
の一端部が嵌めこまれるとともに、ピン挿入孔１ｄ内に
介在ピン４が挿入される。 このようにしてハンドル体３、介在ピン４が支柱体１に
組み合わされた後は、支柱体１の取付端面１ａ、ハンド
ル体３の取付端面３ｂがそれぞれ取付体Ａの表面にあて
がわれ、取付板Ａを裏面側から表面側へ貫通した各ビス
２が、支柱体１のビス孔１ｃ内、ハンドル体３のビス孔
３ｃ内にそれぞれねじこまれる。 かくて、ハンドル体３の右端部が第１図(a)の右側ビス
２を介して取付板Ａの表面に直接固定され、支柱体１が
第１図(a)の左側ビス２を介して取付板Ａの表面に固定
され、これと同時に、ハンドル体３の左端部も支柱体１
に固定される。 すなわち、ハンドル体３の左端部は、支柱体１が左側ビ
ス２を介して取付板Ａの表面へ引きつけられたとき、介
在ピン４の両端がハンドル体３の外周面、取付板Ａの表
面に強く押しつけられるために、支柱体１に固定され
る。 つぎに、本考案に係る取手の取付構造を第２図に示され
た実施例に基づいて説明する。 第２図に示された実施例の場合、ハンドル体３が直状を
なしている点、この直状ハンドル体３を取付面Ａの表面
に取りつけるために、既述の支柱体１が二つ用いられる
点が、第１図の実施例と異なる。 第２図に示された実施例において、左右一対の各支柱体
１には、これらの通孔１ｂ内にハンドル体３の両端部が
嵌めこまれるとともに、これらのピン挿入孔１ｄ内に介
在ピン４がそれぞれ挿入される。 このようにしてハンドル体３、介在ピン４が両支柱体１
に組み合わされた後は、第１図を参照して述べたとお
り、両支柱体１の取付端面１ａがそれぞれ取付板Ａの表
面にあてがわれ、取付板Ａを裏面側から表面側へ貫通し
た各ビス２が、両支柱体１のビス孔１ｃ内にそれぞれね
じこまれる。 したがって、第２図に示された実施例の場合、左側の支
柱体１、右側の支柱体１が左側ビス２、右側ビス２を介
して取付板Ａの表面に固定されるとともに、左側支柱体
１内の介在ピン４、右側支柱体１内の介在ピン４を介し
てハンドル体３の両端部がこれら支柱体１に固定され
る。First, the mounting structure of the handle according to the present invention will be described based on the embodiment shown in FIG. In FIGS. 1 (a) and 1 (b), the pillar body 1 in the form of a shaft, the handle body 3 in the form of a rod, the intervening pin 4, etc. are made of metal,
As another example, it is made of a hard synthetic resin, and the screw 2 is made of a known material. The support column 1 has a mounting end face 1a on one end side in the axial direction and a screw hole 1c screwed inward from the mounting end face 1a.
And a through hole 1b on the other end side in the axial direction and intersecting with the axial direction. Further, inside the pillar body 1, the mounting end face 1a and the through hole 1b are provided.
And a pin insertion hole 1d extending between and is opened. The pin insertion hole 1d and the interposition pin 4 interposed therein.
Has an inner and outer diameter that can be fitted to each other,
The interposition pin 4 is slightly longer than the pin insertion hole 1d. The length of the interposition pin 4 is 0.5 to the length of the pin insertion hole 1d.
As long as it is within the range of 2.0 mm, it can be set as shown in FIG.
The pillar body 1 illustrated in (a) and (b) is a full size (diameter of about 10 mm,
When the length is about 34 mm), the intervening pin 4 exceeds the length of the pin insertion hole 1d by about 1 mm. One end of the handle body 3 is bent at a bending angle of 90 degrees to form a leg portion 3a, and the leg portion 3a is screwed inward from a mounting end surface 3b thereof.
have. In FIGS. 1 (a) and 1 (b), when the pillar body 1, the handle body 3 and the intervening pin 4 are combined and attached to the furniture mounting plate A, for example, the front plate of the drawer, the following is taken as an example. become. In the pillar body 1, the handle body 3 is previously provided in the through hole 1b.
One end of the pin is inserted, and the interposition pin 4 is inserted into the pin insertion hole 1d. After the handle body 3 and the intervening pin 4 are assembled to the support body 1 in this manner, the mounting end surface 1a of the support body 1 and the mounting end surface 3b of the handle body 3 are applied to the surface of the mounting body A, respectively. The screws 2 penetrating the plate A from the back surface side to the front surface side are screwed into the screw holes 1c of the support body 1 and the screw holes 3c of the handle body 3, respectively. Thus, the right end portion of the handle body 3 is directly fixed to the surface of the mounting plate A via the right side screw 2 in FIG. 1 (a), and the column body 1 via the left side screw 2 in FIG. 1 (a). It is fixed to the surface of the mounting plate A, and at the same time, the left end of the handle body 3 is also attached to the support body 1.
Fixed to. That is, the left end portion of the handle body 3 has the both ends of the intervening pin 4 on the outer peripheral surface of the handle body 3 and the surface of the mounting plate A when the strut body 1 is attracted to the surface of the mounting plate A via the left side screw 2. Since it is strongly pressed, it is fixed to the column body 1. Next, a handle mounting structure according to the present invention will be described based on the embodiment shown in FIG. In the case of the embodiment shown in FIG. 2, the handle body 3 has a straight shape, and in order to mount this straight handle body 3 on the surface of the mounting surface A, the above-mentioned two pillar bodies 1 are used. The point of use is different from the embodiment of FIG. In the embodiment shown in FIG. 2, both ends of the handle body 3 are fitted in the through holes 1b of the pair of left and right pillar bodies 1, and the interposition pins are inserted in the pin insertion holes 1d. 4 are inserted respectively. In this way, the handle body 3 and the intervening pin 4 become
As described with reference to FIG. 1, the mounting end faces 1a of the two strut bodies 1 are respectively applied to the front surface of the mounting plate A, and the mounting plate A is penetrated from the rear surface side to the front surface side. Each of the screws 2 is screwed into each of the screw holes 1c of the support columns 1. Therefore, in the case of the embodiment shown in FIG. 2, the left strut body 1 and the right strut body 1 are fixed to the surface of the mounting plate A via the left side screw 2 and the right side screw 2, and the left side strut body is Both ends of the handle body 3 are fixed to the support columns 1 through the intervening pins 4 in the first column 1 and the intervening pins 4 in the right column body 1.
本考案に係る取手の取付構造は、つぎのような効果を有
する。 支柱体がビスを介して取付板の表面へ引きつけられた
とき、介在ピンの両端部がハンドル体の外周面、取付板
の表面に強く押しつけられるために、支柱体がビスを介
して取付板の表面に固定されると同時、支柱体の通孔内
にあるハンドル体の棒状端部も介在ピンを介して支柱体
に固定される。すなわち、一つのビス止め操作で支柱
体、ハンドル体を同時に固定することができるので、取
手取付時の作業性が向上する。 もちろん、これは、取付板の厚さに影響されないから、
取付板の厚さにごとに各種寸法のビスを取り揃えずと
も、厚さの異なる各種取付板に対応することができる。 支柱体がビスを介して取付板の表面に引きつけられ、
介在ピンの両端部がハンドル体の外周面、取付板の表面
に強く押しつけられたとき、これに抗して介在ピンが支
柱体を取付板の表面から押し離すように作用する。すな
わち、介在ピンがスプリングワッシャのごとく作用する
ので、支柱体を取付板に固定しているビスに緩みが生じ
がたい。 その他、支柱体が取付板に固定されるだけでなく、ハン
ドル体相互も固定されるので、ハンドル体にガタツキが
生ぜず、支柱体に傾きが生じがたい。 ゆえに、取手の取付状態が、長期にわたり安定する。 ハンドル体嵌めこみ用の通孔、ビス孔を有する既成の
支柱体にピン挿入孔を加え、介在ピンを足すだけである
から、各部品の製作難度が高まらず、全体の構成も簡潔
に仕上がる。 取付板の裏面側にある支柱体固定用のビス、支柱体内
にある介在ピンが露見しないので、外観上の体裁がよ
い。The handle mounting structure according to the present invention has the following effects. When the strut body is attracted to the surface of the mounting plate via the screw, both ends of the intervening pin are strongly pressed against the outer peripheral surface of the handle body and the surface of the mounting plate. At the same time as being fixed to the surface, the rod-shaped end portion of the handle body in the through hole of the strut body is also fixed to the strut body via the intervening pin. That is, since the pillar body and the handle body can be fixed at the same time by a single screw fastening operation, workability at the time of attaching the handle is improved. Of course, this is not affected by the thickness of the mounting plate,
It is possible to handle various mounting plates with different thicknesses without having to prepare screws of various sizes for each thickness of the mounting plate. The pillar body is attracted to the surface of the mounting plate via screws,
When both ends of the interposition pin are strongly pressed against the outer peripheral surface of the handle body and the surface of the mounting plate, the interposition pin acts to push the strut body away from the surface of the mounting plate. That is, since the intervening pin acts like a spring washer, the screws that fix the support body to the mounting plate are unlikely to come loose. In addition, the support body is not only fixed to the mounting plate but also the handle bodies are fixed to each other, so that the handle body does not rattle, and the support body is unlikely to tilt. Therefore, the attachment state of the handle is stable for a long period of time. All that is required is to add pin insertion holes to the existing column body that has a through hole for inserting the handle body and a screw hole, and to add an intervening pin. Therefore, the difficulty of manufacturing each part does not increase and the overall structure is simply finished. Since the screws for fixing the strut body on the back side of the mounting plate and the intervening pins in the strut body are not exposed, the appearance is good.
第１図(a)(b)は本考案に係る取手取付構造の一例を一部
切り欠いて示した平面図と正面図、第２図(a)(b)は本考
案で用いられる取手の他例を一部切り欠いて示した平面
図と正面図、第３図、第４図、第５図は従来の各種取手
取付構造を一部切り欠いて示したそれぞれ平面図であ
る。 １……支柱体 １ａ……取付端面 １ｂ……通孔 １ｃ……ビス孔 １ｄ……ピン挿入孔 ２……ビス ３……ハンドル体 ４……介在ピン Ａ……取付板FIGS. 1 (a) and (b) are a plan view and a front view showing an example of a handle mounting structure according to the present invention with a part cut away, and FIGS. 2 (a) and (b) are handles used in the present invention. FIG. 3 is a plan view showing a part of another example, and a front view, FIG. 3, FIG. 4, and FIG. 1 ... Strut body 1a ... Mounting end surface 1b ... Through hole 1c ... Screw hole 1d ... Pin insertion hole 2 ... Screw 3 ... Handle body 4 ... Interposed pin A ... Mounting plate
Claims (1)
の取付端面(1a)から内部に向けてねじ切りされたビス孔
(1c)と、軸方向の他端側にその軸方向と交差した通孔(1
b)とを有する支柱体(1)が、前記取付端面(1a)を介して
取付板(A)の表面にあてがわれ、かつ、取付板(A)を裏面
側から表面側へ貫通して前記ビス孔(1c)内にねじこまれ
たビス(2)が支柱体(1)を取付板(A)の表面に固定してい
るとともに、前記通孔(1b)内に挿入されたハンドル体
(3)の棒状端部が支柱体(1)により支持されている取手の
取付構造において、前記支柱体(1)内に、前記取付端面
(1a)と前記通孔(1b)との間にわたるピン挿入孔(1d)が開
通されており、そのピン挿入孔(1d)よりもわずかに長い
介在ピン(4)が当該ピン挿入孔(1d)内に挿入され、その
介在ピン(4)の両端が、前記ビス(2)の締付力を介して前
記ハンドル体(3)の外周面、前記取付板(A)の表面にそれ
ぞれ押しつけられていることを特徴とする取手の取付構
造。1. A mounting end face (1a) on one end side in the axial direction and a screw hole which is threaded inward from the mounting end face (1a).
(1c) and the through hole (1
b) with a pillar body (1) is applied to the surface of the mounting plate (A) through the mounting end face (1a), and penetrates the mounting plate (A) from the back surface side to the front surface side. A screw (2) screwed into the screw hole (1c) fixes the strut body (1) to the surface of the mounting plate (A), and a handle body inserted into the through hole (1b).
In the mounting structure of the handle in which the rod-shaped end of (3) is supported by the strut body (1), the mounting end surface is provided in the strut body (1).
The pin insertion hole (1d) extending between (1a) and the through hole (1b) is opened, and the intervening pin (4) slightly longer than the pin insertion hole (1d) has the pin insertion hole (1d). ), And both ends of the interposition pin (4) are pressed against the outer peripheral surface of the handle body (3) and the surface of the mounting plate (A) via the tightening force of the screw (2). The mounting structure of the handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1988117685U JPH0611329Y2 (en) | 1988-09-07 | 1988-09-07 | Handle mounting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1988117685U JPH0611329Y2 (en) | 1988-09-07 | 1988-09-07 | Handle mounting structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0239068U JPH0239068U (en) | 1990-03-15 |
| JPH0611329Y2 true JPH0611329Y2 (en) | 1994-03-23 |
Family
ID=31361362
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1988117685U Expired - Lifetime JPH0611329Y2 (en) | 1988-09-07 | 1988-09-07 | Handle mounting structure |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0611329Y2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0735057Y2 (en) * | 1990-06-22 | 1995-08-09 | ワイケイケイアーキテクチュラルプロダクツ株式会社 | Door handle mounting structure |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5580447U (en) * | 1978-11-30 | 1980-06-03 |
-
1988
- 1988-09-07 JP JP1988117685U patent/JPH0611329Y2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0239068U (en) | 1990-03-15 |
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