JP4868997B2 - Sucker sheet - Google Patents

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JP4868997B2
JP4868997B2 JP2006256989A JP2006256989A JP4868997B2 JP 4868997 B2 JP4868997 B2 JP 4868997B2 JP 2006256989 A JP2006256989 A JP 2006256989A JP 2006256989 A JP2006256989 A JP 2006256989A JP 4868997 B2 JP4868997 B2 JP 4868997B2
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plate
force
elastic body
support
elastic
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JP2008075795A (en
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一彦 山田
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Japan Aviation Electronics Industry Ltd
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本発明は、結合しようとする相手方に吸着させることにより、コネクタ間の電極間接続を行ったり、平面ボードにシート状の貼付物を貼り付けたり、壁面に掛け具等を固定したりする場合に用いる吸盤シートの技術分野に属する。   The present invention is used when interelectrode connection between connectors is performed by adsorbing to the other party to be coupled, a sheet-like patch is pasted on a flat board, or a hanging tool is fixed on a wall surface. It belongs to the technical field of sucker sheets used.

従来、吸着を利用したコネクタ電極接続技術としては、第1の基体の接続点に、導電性ゴム状弾性体からなり、接続相手方に対面する対面部に開口空洞を有する吸盤となっている端子部を設け、接続時は、第2の基体の電極に吸盤を押し付けて空洞内の空気を排出させて減圧し外気圧との差圧によって端子部を電極に吸着させ電気的接続を得るというものがある(例えば、特許文献1参照)。   Conventionally, as a connector electrode connection technique using suction, a terminal portion that is a suction cup having an open cavity in a facing portion facing a connection partner is formed of a conductive rubber-like elastic body at a connection point of a first base. At the time of connection, a suction cup is pressed against the electrode of the second base body, the air in the cavity is discharged, the pressure is reduced, and the terminal part is adsorbed to the electrode by the differential pressure from the external pressure to obtain an electrical connection. Yes (see, for example, Patent Document 1).

また、半導体パッケージをソケットまたは印刷回路基板に実装するものとして、LGA(Land Grid Array)ソケットの上面の外周部にLGAとソケットとを接続するための吸着部材が設けられ、LGAをソケットに接続する場合は、LGAをソケットの上面に押し付けることにより、LGAとソケットとの間に形成される空間にて、内部の空気が外部に押し出され、内部の気圧が低下することにより、LGAとLGAソケットとが吸着され、固定接続されることになるというものがある(例えば、特許文献2参照)。   Further, as a semiconductor package to be mounted on a socket or a printed circuit board, an adsorption member for connecting the LGA and the socket is provided on the outer peripheral portion of the upper surface of the LGA (Land Grid Array) socket, and the LGA is connected to the socket. In this case, by pressing the LGA against the upper surface of the socket, the internal air is pushed out in the space formed between the LGA and the socket, and the internal air pressure decreases, so that the LGA and the LGA socket Is adsorbed and fixedly connected (see, for example, Patent Document 2).

平面ボードにシート状の貼付物を貼り付ける場合の吸盤シートとしては、ポリ塩化ビニール、合成紙等の貼付材の裏面等にポリ塩化ビニール樹脂系の吸盤素材をスクリーン印刷等の方法により微細な網目状の吸盤型の連続紋様を印刷して貼付材に吸盤層を設置した吸盤付シートや、ポリオレフィン系、その他樹脂シートまたはフィルム等の貼付材を、掲示板、窓ガラス等に接着する面に微細な網目状の吸盤層を印刷等の方法により設置するために、その素材に適するエポキシ樹脂系その他の樹脂等のインキにて吸盤層の接着層を印刷し、その接着層の表面に微細な網目状の吸盤層を印刷等の方法により設置した吸盤付シートなどがある(例えば、特許文献3参照)。   As a sucker sheet when a sheet-like patch is applied to a flat board, a fine mesh of PVC resin-based sucker material is applied to the back surface of the adhesive material such as polyvinyl chloride or synthetic paper by screen printing or the like. A sheet with a sucker with a sucker layer printed on it and a sticker with a sucker layer on it, or other adhesive materials such as polyolefin or other resin sheets or films on the surface to be adhered to a bulletin board, window glass, etc. In order to install a mesh-like sucker layer by printing or the like, the adhesive layer of the sucker layer is printed with an ink such as an epoxy resin or other resin suitable for the material, and a fine mesh shape is formed on the surface of the adhesive layer. There is a sheet with a sucker in which the sucker layer is installed by a method such as printing (for example, see Patent Document 3).

壁面に掛け具等を固定したりする場合に用いる吸盤の装着構造としては、吸盤を収納可能な取付本体と、取付本体の中央部から突出開口し、先端にスリ割を設けるとともに内側環状突起を設けた筒状部と、吸盤の中央部から直角に伸び、筒状部より突出するスリーブと、スリーブの先端に取り付けた押ボタンと、押ボタンと取付本体との間に介装されたコイルスプリングと、押ボタンの外周に設けた外側環状突起と、からなり、押ボタンがコイルスプリングによって飛び出してしまわないように、外側環状突起は内側環状突起と係止するようになっており、吸盤を壁に吸着させようとするときには、吸盤を壁面に当てて押ボタンを押すと吸盤と壁の間の空気が排出され、押ボタンから手を離すとコイルスプリングが取付本体に対して吸盤を引き上げようとするので吸盤内が減圧されて吸着するというものである(例えば、特許文献4参照)。
特開2004−172051号公報(図1、図2) 特開2001−77249号公報([0019]、図1〜図4) 実開平7−39072号公報(図1、図2) 特開2006−64168号公報([0015]、[0016]、図1、図2)
As a mounting structure for the suction cups used when fixing hanging tools etc. to the wall surface, a mounting body that can store the suction cups, a projecting opening from the center of the mounting body, a slit at the tip and an inner annular projection The provided cylindrical part, a sleeve extending perpendicularly from the central part of the suction cup and projecting from the cylindrical part, a push button attached to the tip of the sleeve, and a coil spring interposed between the push button and the attachment body And an outer annular protrusion provided on the outer periphery of the push button, and the outer annular protrusion is locked with the inner annular protrusion so that the push button does not pop out by the coil spring, When the push button is pressed with the suction cup against the wall, the air between the suction cup and the wall is discharged, and when the hand is released from the push button, the coil spring pulls the suction cup against the mounting body. It is that adsorbs the suction cup is reduced pressure because it tries to increase (e.g., see Patent Document 4).
JP 2004-172051 A (FIGS. 1 and 2) JP 2001-77249 A ([0019], FIGS. 1 to 4) Japanese Utility Model Publication No. 7-39072 (FIGS. 1 and 2) Japanese Patent Laying-Open No. 2006-64168 ([0015], [0016], FIGS. 1 and 2)

前記従来の各吸着手段は、その吸着力が充分であり、吸着が面的に一様であるため、逆に、剥がそうとする場合、吸着面のどの方向から剥がそうとしても一様に剥がしにくいという問題がある。   Since each of the conventional suction means has sufficient suction force and the suction is uniform across the surface, conversely, when trying to peel off, even if it is going to peel from any direction of the suction surface, it peels uniformly. There is a problem that it is difficult.

本発明は、上記従来技術の問題点に鑑みて、吸着したときの吸着力は充分であるが剥がそうとするときには或る方向から力を加えることによって容易に剥がれる吸盤シートの実現を課題とするものである。   SUMMARY OF THE INVENTION In view of the above-mentioned problems of the prior art, an object of the present invention is to realize a sucker sheet that has a sufficient suction force when sucked but can be easily peeled off by applying a force from a certain direction when it is peeled off. Is.

本発明は、上記の課題を解決するために、次の各手段構成を有する。
本発明の第1の構成(基本構成)は、板状支持体上に、その面との傾斜角を減少させる方向に力を加えても立ち直る変形弾性を有する板状弾性体を1個以上傾斜させて立設し、その周囲を板状支持体上に設けたゴム状弾性を有する弾性体からなる壁で囲い、壁頂面は全周に渡って同一面で平面に対し密着性があることを特徴とする吸盤シートである。
In order to solve the above-mentioned problems, the present invention has the following means configurations.
In the first configuration (basic configuration) of the present invention, one or more plate-like elastic bodies having deformation elasticity that recovers even when a force is applied in the direction of decreasing the inclination angle with the surface of the plate-like support are inclined. The wall is surrounded by a wall made of an elastic material with rubbery elasticity provided on a plate-like support, and the top surface of the wall is the same surface and adheres to the flat surface. It is a sucker sheet characterized by.

本発明の第2の構成は、前記第1の構成において、複数の板状弾性体が同方向に傾いていることを特徴とする吸盤シートである。   A second configuration of the present invention is a suction cup sheet according to the first configuration, wherein the plurality of plate-like elastic bodies are inclined in the same direction.

本発明の第3の構成は、前記第1の構成又は第2の構成において、板状弾性体の先端が壁頂面より出ていることを特徴とする吸盤シートである。   A third configuration of the present invention is a sucker sheet characterized in that, in the first configuration or the second configuration, the tip of the plate-like elastic body protrudes from the top surface of the wall.

本発明の第4の構成は、前記第1、第2、第3のいずれかの構成において、壁の弾性伸縮性が板状支持体および板状弾性体の弾性伸縮性よりも大であることを特徴とする吸盤シートである。   According to a fourth configuration of the present invention, in any of the first, second, and third configurations, the elastic elasticity of the wall is greater than the elastic elasticity of the plate-like support and the plate-like elastic body. It is a sucker sheet characterized by.

図4は本発明の吸盤シートの基本構成と原理を示す図である。
即ち、板状支持体1上(図では下面側)に板状弾性体3が傾斜させて固定立設されており、傾斜角φが減少する方向、即ち先端5を板状支持体1へ近付けて寝かせるように力が加えられて図の(a)の点線で示されるように傾斜角φが小さくなっても力を解放すると実線の位置へ戻る復元弾性を有している。
また、この板状弾性体3を囲むようにゴム状弾性体2の壁が設けられている。図4の(a)では断面的に示されているので左右2箇所に示されているが、紙面の向う側も手前側も連続して板状弾性体3を取り囲んでいる。
FIG. 4 is a diagram showing the basic configuration and principle of the suction cup sheet of the present invention.
That is, the plate-like elastic body 3 is inclined and fixedly erected on the plate-like support 1 (the lower surface side in the figure), and the direction in which the inclination angle φ decreases, that is, the tip 5 is brought close to the plate-like support 1. Even if the force is applied so as to lie down and the inclination angle φ is reduced as shown by the dotted line in FIG.
Further, a wall of the rubber-like elastic body 2 is provided so as to surround the plate-like elastic body 3. In FIG. 4A, since it is shown in a cross-sectional view, it is shown in two places on the left and right sides, but continuously surrounds the plate-like elastic body 3 on both the front side and the front side.

このような構造のものを、まず吸着させる場合について述べる。
図4の(b)のように平面4上に配置して上から力Fを加えてゴム状弾性体2を圧縮変形させると、板状支持体1、ゴム状弾性体2および平面4で囲われる内部空間6は、力Fを加えない時よりも空気が排出されて圧縮されゴム状弾性体2が平面4に密着するため密封空間になるとともに、板状弾性体3も、板状支持体1と平面4との間隔が小さくなったことにより傾斜角φは小さくなる。
A case where such a structure is first adsorbed will be described.
When the rubber-like elastic body 2 is compressed and deformed by applying a force F from above as shown in FIG. 4B and surrounded by the plate-like support 1, the rubber-like elastic body 2 and the plane 4. The inner space 6 is a sealed space because air is discharged and compressed more than when the force F is not applied and the rubber-like elastic body 2 is in close contact with the flat surface 4, and the plate-like elastic body 3 is also a plate-like support. As the distance between 1 and the plane 4 becomes smaller, the inclination angle φ becomes smaller.

しかし、この板状弾性体3は傾斜角φが元の大きな角になる方向に復元しようとする弾性力を出しているので、これにより板状支持体1と平面4との間隔を拡げようとする力を出している。このため、上から押している力Fを除去すると板状支持体1は板状弾性体3の復元力により押し上げられる。押し上げられると密封された内部空間6はその容積が大きくなるので減圧されて行き、それに応じて外気側からは板状支持体1を押し下げようとする力(外圧)が加わるが、この力と板状弾性体3が押し上げようとする復元力と釣り合うところまで押し上げて平衡を保ちその状態における減圧に対応する外気圧によって押圧されて吸着状態を維持することになる。   However, since the plate-like elastic body 3 gives an elastic force to restore the inclination angle φ to the original large angle, the plate-like elastic body 3 tries to increase the distance between the plate-like support 1 and the plane 4. The power to do. For this reason, when the force F pushed from above is removed, the plate-like support 1 is pushed up by the restoring force of the plate-like elastic body 3. When pushed up, the sealed internal space 6 is depressurized because its volume increases, and a force (external pressure) for pushing down the plate-like support 1 is applied from the outside air accordingly. The elastic body 3 is pushed up to a point where it is balanced with the restoring force to be pushed up, and is kept in equilibrium by being pressed by the external air pressure corresponding to the reduced pressure in that state.

次に吸着を剥がす場合について述べる。
板状支持体1を、吸着力を越える力で上へ引き上げると剥がれることは当然であるが、それより小さい力では剥がれない。
このような吸着状態を無理なく剥がすには板状支持体1を押し下げて内部空間6の減圧状態を弱めるか解消するかして引き上げることが必要である。
今、図4の(b)の吸着状態に対して(c)のように右から左上向きの力Fを加えた場合、その分力は分力fと分力fとなり、点Aを支点として板状支持体1を押し上げる方向の力のみとなる。Aが支点とならない場合には、力Fは水平方向と垂直上方向きの分となり、やはり板状支持体を押し下げる力は生じない。従って単なる上向きの力や右側から左側上方向きの力では吸着力を上回る力でなければ剥がれないことになる。
Next, the case of removing the adsorption will be described.
The plate-like support 1 is naturally peeled off when pulled up with a force exceeding the adsorption force, but cannot be peeled off with a force smaller than that.
In order to remove such an adsorbed state without difficulty, it is necessary to push down the plate-like support 1 to weaken or eliminate the reduced pressure state of the internal space 6.
Now, when the force F 1 from the right to the upper left is applied to the suction state of FIG. 4B as shown in FIG. 4C, the component forces become the component force f 1 and the component force f 2 , and the point A Only the force in the direction in which the plate-like support 1 is pushed up is used as a fulcrum. A is the case where not a fulcrum, the force F 1 becomes a partial horizontal and vertical upward-looking, still does not occur a force pushing down the plate support. Accordingly, the mere upward force or the force from the right side to the upper left side cannot be removed unless the force exceeds the adsorption force.

以上に対して、(d)のように、左方から板状弾性体3の傾斜角φより小さい角度で左側から右上へ向う力Fを加えるとその分力は分力fと分力fとなり、このうち分力fは板状支持体1を押し下げる力となり、これにより内部空間6が小さくなって減圧状態が弱くなるかゼロになる一方、分力fによって板状支持体1が右上方へ移動されることにより吸着状態が解消されることになる。 On the other hand, as shown in (d), when a force F 2 is applied from the left side toward the upper right side from the left side at an angle smaller than the inclination angle φ of the plate-like elastic body 3, the component force is divided into the component force f 3 and the component force. f 4, and this out component force f 4 becomes a force pushing down the plate support 1, thereby one becomes zero or reduced pressure internal space 6 is reduced state is weak, plate-like support by the component force f 3 The suction state is canceled by moving 1 to the upper right.

このように、本発明の吸着シートは、板状支持体1上でゴム状弾性体2で囲われた部分に、傾斜角が小さくなる方向に力が加えられて傾斜変形しても力を除くと復元する弾性を有する板状弾性体3を傾斜させて立設させているので、板状弾性体3が平面4に接している側の方から板状支持体1に立設している側の方へ向けて傾斜上向きの力を加えると吸着状態を容易に解除できるという効果がある。   Thus, the suction sheet of the present invention removes the force even if the force is applied to the portion surrounded by the rubber-like elastic body 2 on the plate-like support 1 in the direction in which the inclination angle becomes smaller and the inclination is deformed. Since the plate-like elastic body 3 having elasticity to be restored is tilted and erected, the side where the plate-like elastic body 3 is erected on the plate-like support 1 from the side in contact with the plane 4 If an upward force is applied toward the direction, the adsorbed state can be easily released.

本発明の第2の構成では、複数の板状弾性体が同じ方向に傾けて設けられているので板状支持体1を押し上げる力が大きくなり、吸着時における内部空間内の減圧度が大きくなり、その分だけ吸着度が強くなる。吸着解除に要する力も板状弾性体の数に応じて大きくなるが、元々他方向からの解除に較べて、解除に要する力が小さいから、板状弾性体の数が増えても解除が容易であることに変わりはない。   In the second configuration of the present invention, since the plurality of plate-like elastic bodies are provided to be inclined in the same direction, the force for pushing up the plate-like support 1 is increased, and the degree of decompression in the internal space during adsorption is increased. , The degree of adsorption increases accordingly. The force required to release the suction increases depending on the number of plate-like elastic bodies. However, the force required for release is small compared to the release from the other direction, so that the release is easy even if the number of plate-like elastic bodies increases. There is no change.

本発明の第3の構成では、板状弾性体の先端が壁頂面(平面4に接する面)より出ているので、吸着による板状弾性体3の傾き変形が大きくなり、その分だけ復元力が大となり減圧度が大きくなるので吸着力が増加するという効果がある。   In the third configuration of the present invention, since the tip of the plate-like elastic body protrudes from the top surface of the wall (the surface in contact with the plane 4), the inclination deformation of the plate-like elastic body 3 due to adsorption becomes large and is restored accordingly. Since the force increases and the degree of decompression increases, there is an effect that the adsorption force increases.

本発明の第4の構成では、壁の弾性伸縮性が板状支持体や板状弾性体の弾性伸縮性よりも大きいので、内部空間を外気と遮断し密閉するための変形は壁の変形のみで達成されるという効果がある。   In the fourth configuration of the present invention, the elastic elasticity of the wall is larger than the elastic elasticity of the plate-like support or the plate-like elastic body. Therefore, the deformation for shutting off the internal space from the outside air and sealing it is only the deformation of the wall. There is an effect that it is achieved by.

本発明の実施においては、板状弾性体は曲げ変形弾性を有する板ばねを用いるのが最良である。
ゴム状弾性体としては柔軟性のある合成ゴムが最良である。板状支持体は剛体を用いるのが最良である。
板状弾性体の先端は、吸盤シートを平面に押し付けた際に傾斜の変化に伴う移動が円滑になるよう曲面接触とするのが最良である。
In the practice of the present invention, it is best to use a leaf spring having bending deformation elasticity as the plate-like elastic body.
As the rubber-like elastic body, a flexible synthetic rubber is the best. The plate-like support is best to use a rigid body.
The tip of the plate-like elastic body is best to have a curved surface contact so that the movement along with the change in inclination is smooth when the suction cup sheet is pressed against a flat surface.

以下、本発明の吸盤シートの実施例を図面を参照して説明する。
図1は、本発明の吸盤シートの第1の実施例の構造図である。(a)は吸着面側から見た平面図であり、(b)は(a)のX−X断面図である。
板状支持体1に板状弾性体3が複数個(図では4個)同じ向きに傾斜させて立設されている。
この複数の板状弾性体3を囲むようにゴム状弾性体2が壁状に立設されている。板状弾性体3は(b)の傾斜から更に倒す方向に力を加えて傾斜させても、押し返して元に戻ろうとする弾性反発力を有しており、力を除くと(b)の状態に戻る。
ゴム状弾性体2は、高さ方向の押圧力を加えると圧縮変形し、押圧力がなくなると元の形状に戻る。(c)は、(a)、(b)で示される吸盤シートを平面4に吸着面を当接させ押圧力(図では板状支持体1を下方に押す力)を加えて吸着させ押圧力を除いた後の吸着状態を示している。
Hereinafter, embodiments of the suction cup sheet of the present invention will be described with reference to the drawings.
FIG. 1 is a structural diagram of a first embodiment of a suction cup sheet according to the present invention. (A) is the top view seen from the adsorption surface side, (b) is XX sectional drawing of (a).
A plurality of plate-like elastic bodies 3 (four in the figure) are erected on the plate-like support 1 so as to be inclined in the same direction.
A rubber-like elastic body 2 is erected in a wall shape so as to surround the plurality of plate-like elastic bodies 3. The plate-like elastic body 3 has an elastic repulsive force that pushes it back to return to its original state even if it is tilted by applying a force in the direction of further tilting from the tilt of (b). Return to.
The rubber-like elastic body 2 is compressed and deformed when a pressing force in the height direction is applied, and returns to its original shape when the pressing force disappears. (C) is a suction force in which the suction surface shown in (a) and (b) is brought into contact with the flat surface 4 and a pressing force (in the drawing, a force pressing the plate-like support 1 downward) is applied and sucked. The adsorption state after removing is shown.

押圧力を加えた時にゴム状弾性体2は圧縮変形して高さが短くなり、板状弾性体3は(b)の状態より更に寝る方向に傾斜する。その結果、内部空間6の容積は押圧力を加える前よりも小さくなりその分内部の空気が排出される。このとき、ゴム状弾性体2の下面は平面4に押し付けられ、よく密着しているので内部空間6は密閉状態にある。この状態で押圧力を除去すると、板状弾性体3が元の傾斜に戻ろうとして板状支持体1を押し上げる。このため内部空間6は拡がるので減圧状態となり、外気圧に押圧され平面4に対し吸着状態となる。   When a pressing force is applied, the rubber-like elastic body 2 is compressed and deformed and its height is shortened, and the plate-like elastic body 3 is inclined further in the sleeping direction than in the state (b). As a result, the volume of the internal space 6 becomes smaller than before the pressing force is applied, and the internal air is discharged accordingly. At this time, the lower surface of the rubber-like elastic body 2 is pressed against the flat surface 4 and is in close contact with each other, so that the internal space 6 is in a sealed state. When the pressing force is removed in this state, the plate-like elastic body 3 pushes up the plate-like support body 1 to return to the original inclination. For this reason, since the internal space 6 expands, it will be in a pressure-reduced state and will be attracted | sucked with respect to the plane 4 by being pressed by external pressure.

このような吸着状態を解除しようとするときは、板状弾性体3の傾斜角φよりも小さい角度の斜め上向きの力Fを加えると、その分力fによって板状弾性体3を寝せる方向に作用し、板状支持体1が下がって内部空間の容積を小さくし減圧状態を弱めるとともに、その状態で分力fによって板状支持体1を斜め上へ移動させるので容易に吸着状態を解除できる。 When trying to release such an adsorbed state, when an oblique upward force F 2 having an angle smaller than the inclination angle φ of the plate-like elastic body 3 is applied, the plate-like elastic body 3 is laid down by the component force f 4 . Acting in the direction, the plate-like support 1 is lowered, the volume of the internal space is reduced and the reduced pressure state is weakened, and in this state, the plate-like support 1 is moved obliquely upward by the component force f 3 , so that it is easily attracted Can be canceled.

これに対して(c)の右側の方から上向き成分を含む力を加えた場合には、板状弾性体3に対して分力fのような力はかからないので、結局は吸着力を越える向きの力を加えなければ吸着状態を解除できない。これは従来の吸盤と同じである。
本願発明の吸盤シートは、板状弾性体を傾斜させて立設しているため、(c)における左側からのように、特定の方向からは吸着状態が容易に解除できるという特徴がある。
In the case where a force including an upward component from the direction of the right hand (c), because not applied forces such as the component force f 3 to the plate-like elastic body 3, eventually exceeding the attractive force The suction state cannot be released without applying the force of the direction. This is the same as a conventional suction cup.
The suction cup sheet of the present invention is characterized in that the adsorbed state can be easily released from a specific direction as seen from the left side in (c) because the plate-like elastic body is inclined and erected.

なお、図1では吸着前の板状弾性体3の先端とゴム状弾性体2の先端の高さは揃っているが、板状弾性体3の先端をゴム状弾性体の先端より出すことにより、吸着させた場合の板状弾性体の復元力は強くなるので吸着力が大きくなる。また、ゴム状弾性体3は、吸着相手の平面と密着して、内部空間の密閉性を維持しなければならないものであるところから、板状支持体1や板状弾性体3よりも弾性伸縮性の大きいものが用いられる。   In FIG. 1, the height of the tip of the plate-like elastic body 3 before the suction and the tip of the rubber-like elastic body 2 are the same, but the tip of the plate-like elastic body 3 is extended from the tip of the rubber-like elastic body. Since the restoring force of the plate-like elastic body when adsorbed is increased, the adsorbing force is increased. Further, the rubber-like elastic body 3 is in close contact with the flat surface of the adsorption partner and must maintain the hermeticity of the internal space, so that it is more elastic than the plate-like support body 1 and the plate-like elastic body 3. The one with large property is used.

図2は、図1の吸盤シートを電極接続に適用した構成図である。
まず、第1電極7に板状支持体1側を固着し、第2電極8には吸着相手である平面4を固着している。図2は、吸盤の吸着によって、第1電極7と第2電極8が接触面9で接触維持されている状態を示している
FIG. 2 is a configuration diagram in which the suction cup sheet of FIG. 1 is applied to electrode connection.
First, the plate-like support 1 side is fixed to the first electrode 7, and the flat surface 4, which is an adsorption partner, is fixed to the second electrode 8. FIG. 2 shows a state in which the first electrode 7 and the second electrode 8 are maintained in contact with each other by the contact surface 9 by suction of the suction cup.

図3は、本発明吸盤シートの第2の実施例の平面図である。
大きな板状支持体1に、図1におけるような板状弾性体3とゴム状弾性体2を複数組配列したものである。
FIG. 3 is a plan view of a second embodiment of the suction cup sheet of the present invention.
A large plate-like support 1 is formed by arranging a plurality of plate-like elastic bodies 3 and rubber-like elastic bodies 2 as shown in FIG.

本発明の吸盤シートの第1の実施例の構造図である。It is a structural diagram of the first embodiment of the suction cup sheet of the present invention. 図1の吸盤シートを電極接続に適用した構造図である。FIG. 2 is a structural diagram in which the suction cup sheet of FIG. 1 is applied to electrode connection. 本発明の吸盤シートの第2の実施例の構造図である。It is a block diagram of the 2nd Example of the suction cup sheet | seat of this invention. 本発明の吸盤シートの基本構成と原理を示す図である。It is a figure which shows the basic composition and principle of the suction cup sheet | seat of this invention.

符号の説明Explanation of symbols

1 板状支持体
2 ゴム状弾性体
3 板状弾性体
4 平面
5 先端
6 内部空間
7 第1電極
8 第2電極
9 接触面
DESCRIPTION OF SYMBOLS 1 Plate-like support body 2 Rubber-like elastic body 3 Plate-like elastic body 4 Plane 5 Tip 6 Internal space 7 First electrode 8 Second electrode 9 Contact surface

Claims (4)

板状支持体上に、その面との傾斜角を減少させる方向に力を加えても立ち直る変形弾性を有する板状弾性体を1個以上傾斜させて立設し、その周囲を板状支持体上に設けたゴム状弾性を有する弾性体からなる壁で囲い、壁頂面は全周に渡って同一面で平面に対し密着性があることを特徴とする吸盤シート。   On the plate-like support, one or more plate-like elastic bodies having deformation elasticity that can recover even if a force is applied in a direction to reduce the angle of inclination with the surface are inclined to stand, and the periphery of the plate-like support is placed on the plate-like support A sucker sheet characterized in that it is surrounded by a wall made of an elastic body having rubber-like elasticity provided above, and the top surface of the wall is coherent to a flat surface on the same surface over the entire circumference. 複数の板状弾性体が同方向に傾いていることを特徴とする請求項1記載の吸盤シート。   The suction cup sheet according to claim 1, wherein the plurality of plate-like elastic bodies are inclined in the same direction. 板状弾性体の先端が壁頂面より出ていることを特徴とする請求項1又は請求項2記載の吸盤シート。   The suction cup sheet according to claim 1 or 2, wherein the tip of the plate-like elastic body protrudes from the top surface of the wall. 壁の弾性伸縮性が板状支持体および板状弾性体の弾性伸縮性よりも大であることを特徴とする請求項1ないし3のいずれか1項に記載の吸盤シート。   The suction cup sheet according to any one of claims 1 to 3, wherein the elastic elasticity of the wall is larger than the elastic elasticity of the plate-like support and the plate-like elastic body.
JP2006256989A 2006-09-22 2006-09-22 Sucker sheet Expired - Fee Related JP4868997B2 (en)

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JPS4634265Y1 (en) * 1968-04-01 1971-11-26
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