JP3194180U - Suction cup structure and pad - Google Patents
Suction cup structure and pad Download PDFInfo
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- JP3194180U JP3194180U JP2014004622U JP2014004622U JP3194180U JP 3194180 U JP3194180 U JP 3194180U JP 2014004622 U JP2014004622 U JP 2014004622U JP 2014004622 U JP2014004622 U JP 2014004622U JP 3194180 U JP3194180 U JP 3194180U
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- 239000007779 soft material Substances 0.000 claims abstract description 8
- 238000004080 punching Methods 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 2
- 239000007769 metal material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000005553 drilling Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000000149 penetrating effect Effects 0.000 description 1
Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16B—DEVICES FOR FASTENING OR SECURING CONSTRUCTIONAL ELEMENTS OR MACHINE PARTS TOGETHER, e.g. NAILS, BOLTS, CIRCLIPS, CLAMPS, CLIPS OR WEDGES; JOINTS OR JOINTING
- F16B47/00—Suction cups for attaching purposes; Equivalent means using adhesives
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Abstract
【課題】一体の環状硬質構造が設置されることで吸盤のプレス部材を安定的にプレスし、かつ硬質環状構造全体へのプレス力が均一になり、気密性を向上させる効果を有する吸盤パッドの構造及び吸盤の構造を提供する。【解決手段】軟質性材料で作られる本体１を有し、本体１は吸盤のプレス部材をプレスするための軸面１１を有し、かつ一体で環状の受圧部２が設置される。受圧部２は均一な硬質であることで、軸面１１に硬質受圧エリア１２が形成される。それによって吸盤のプレス部材が硬質な受圧エリア１２にプレスするときに、プレス力を均一に分布することができため、吸盤の気密性を向上させる。【選択図】図２A sucker pad having an effect of improving airtightness by stably pressing a pressing member of a suction cup by installing an integral annular hard structure and making the pressing force to the entire hard annular structure uniform. Provide structure and sucker structure. A main body 1 is made of a soft material, the main body 1 has a shaft surface 11 for pressing a pressing member of a suction cup, and an annular pressure receiving portion 2 is provided integrally therewith. Since the pressure receiving portion 2 is uniform and hard, a hard pressure receiving area 12 is formed on the shaft surface 11. Thereby, when the pressing member of the suction cup presses the hard pressure receiving area 12, the pressing force can be uniformly distributed, so that the airtightness of the suction cup is improved. [Selection] Figure 2
Description
本考案は吸盤構造に関し、特に、改良される吸盤パッドの構造に関する。 The present invention relates to a suction cup structure, and more particularly, to an improved suction pad structure.
よく見られる吸盤構造は、一つの軟質パッドを有し、前記パッドが通常にゴム製であり、前記パッドの中央には引張部が設置されており、かつ前記パッドの上方にはプレス部材が設置される。吸盤の使用方法は前記パッドを平滑な表面に貼付け、制御部により前記プレス部を前記パッドにプレスさせると同時に、引張部を引っ張て上に移動させることで前記パッドの中央部位を引き上げ、そのとき、前記パッドはプレス部材のプレッシングにより気密状態になるため、前記パッドは引き上げられることによって変形し、真空空間が形成され、強い吸引力が生じるため、吸盤を壁面上に固定させる。 A common suction cup structure has one soft pad, the pad is usually made of rubber, a tension part is installed in the center of the pad, and a press member is installed above the pad. Is done. The sucker is used by sticking the pad on a smooth surface, and pressing the pressing part onto the pad by the control unit, and at the same time pulling the pulling part and moving it up, pulling up the central part of the pad, Since the pad is hermetically sealed by pressing the pressing member, the pad is deformed by being pulled up to form a vacuum space, and a strong suction force is generated, thereby fixing the suction cup on the wall surface.
しかし、前記真空空間に空気が侵入すると、真空状態が破壊されて吸引力が消えてしまい、吸盤が平滑な表面上に固定する効果がなくなる。そのため、吸盤プレス部材がパッドへプレスする能力が極めて重要である。前記パッド6は軟質性材料で作ったものであるため、弾力性を有し、変形できる。前記プレス部材７が制御されてパッド６にプレスするとき、図７に示すように、まずそのプレス力がパッド6に吸収されて弱くなる。また、前記プレス部材７は通常、薄殻であり、点接触で前記パッド６にプレスし、接触面積が比較的に小さいと同時に、前記パッド６のプレスされる所が引き上げられて中心方向への変形が生じるため、前記の箇所の気密性が悪くなる。また、製品部件のサイズにおける精度の誤差により、前記プレス部材７が均一の力で前記パッド６へプレスすることは難しい。受圧力の弱い箇所の気密性が比較的劣り、外の空気に侵入されやすいため、真空状態が破壊され、吸盤が平滑な表面上への吸着の維持時間が短くなる。 However, if air enters the vacuum space, the vacuum state is broken and the suction force disappears, and the suction cup is no longer fixed on a smooth surface. Therefore, the ability of the suction cup press member to press the pad is extremely important. Since the pad 6 is made of a soft material, it has elasticity and can be deformed. When the pressing member 7 is controlled and pressed onto the pad 6, the pressing force is first absorbed by the pad 6 and weakened, as shown in FIG. Further, the pressing member 7 is usually a thin shell and is pressed to the pad 6 by point contact, and at the same time the contact area is relatively small, the place where the pad 6 is pressed is pulled up toward the center. Since the deformation occurs, the airtightness of the portion is deteriorated. Moreover, it is difficult for the pressing member 7 to press the pad 6 with a uniform force due to an accuracy error in the size of the product part. Since the airtightness of the portion where the receiving pressure is weak is relatively poor and easily invaded by outside air, the vacuum state is broken, and the time for maintaining the suction on the smooth surface of the suction cup is shortened.
前記の点を鑑み、本考案の第一課題は前記問題を改善することである。 In view of the above, the first problem of the present invention is to improve the problem.
前記考案の主な目的は吸盤パッドの構造を提供することであり、前記吸盤パッドの構造において、一体の環状硬質構造が設置されることで吸盤のプレス部材を安定的にプレスし、かつ硬質環状構造全体へのプレス力が均一になり、気密性を向上させる効果を有する。 The main purpose of the device is to provide a suction pad structure. In the suction pad structure, an integrated annular rigid structure is installed to stably press the suction cup pressing member, and the rigid annular structure. The pressing force on the entire structure becomes uniform, and the airtightness is improved.
前記目的を達成するため、本考案により吸盤パッドの構造を提供する。前記吸盤パッドの構造においては、軟質性材料で作る本体を有し、前記本体は吸盤のプレス部材がプレスするための軸面を有し、前記本体には環状受圧部が設置される。前記環状受圧部は本体と固定接続し、均一な硬質状であることで、前記軸面には環状硬質受圧エリアが形成される。また、前記本体が前記受圧部に形成する環の内側には、引張部が設置される。
そのなかの実施例において、前記受圧部は前記軸面上に設置される。
もう一つの実施例において、前記受圧部は本体に設置される。
In order to achieve the above object, a suction pad structure is provided according to the present invention. The structure of the suction pad has a main body made of a soft material, the main body has a shaft surface for pressing a pressing member of the suction cup, and the main body is provided with an annular pressure receiving portion. The annular pressure receiving portion is fixedly connected to the main body and has a uniform hard shape, whereby an annular hard pressure receiving area is formed on the shaft surface. Moreover, a tension | pulling part is installed inside the ring which the said main body forms in the said pressure receiving part.
In the embodiment, the pressure receiving part is installed on the shaft surface.
In another embodiment, the pressure receiving part is installed in the main body.
また、本考案により吸盤構造を提供し、前記吸盤構造はパッド、プレス部材、制御部を有し、その中で、
前記パッドが軟質性材料で製造された本体を有し、前記本体は前記プレス部がプレスするための軸面を有し、前記本体には環状受圧部が設置され、
前記受圧部は本体と固定接続し、均一な硬質状であるため、前記軸面には環状硬質受圧エリアが形成される。前記本体は前記受圧部が形成する環の内側には、引張部が設置される。
In addition, the present invention provides a suction cup structure, the suction cup structure has a pad, a press member, a control unit,
The pad has a main body made of a soft material, the main body has an axial surface for the press part to press, and the main body is provided with an annular pressure receiving part,
Since the pressure receiving portion is fixedly connected to the main body and has a uniform hard shape, an annular hard pressure receiving area is formed on the shaft surface. The main body is provided with a tension portion inside an annulus formed by the pressure receiving portion.
前記プレス部材が軸面に設けられ、かつ前記制御部は、プレス部材に設置され、引張部と連結する。環状のプレス部を有する前記制御部は、プレス部材を前記パッドへ移動させて前記軸面の硬質な受圧エリアにプレスすることを制御できると同時に、前記引張部を引っ張ることで、前記本体は、受圧部に形成される環の内側エリアに変形が生じる。 The press member is provided on the shaft surface, and the control unit is installed on the press member and is connected to the tension unit. The control unit having an annular press part can control the pressing member to move to the pad and press the hard pressure receiving area of the shaft surface, and at the same time, by pulling the tension part, the main body is Deformation occurs in the inner area of the ring formed in the pressure receiving portion.
その中で、前記プレス部材には穿孔が設置され、また、前記引張部は前記本体に立設されて前記穿孔を貫通し、その外周にはネジ山部が設置され、
前記制御部が前記プレス部材の穿孔の穴の縁に係止し、ネジ孔は前記制御部に設けられ、引張部のネジ山部に螺着し、前記制御部を回すことによりプレス部材と引張部の動作を制御する。
本考案の前記目的と優れた点については、下述実施例の詳細な説明と図面から、より容易に深く理解できる。
Among them, the press member is provided with a perforation, and the tension portion is erected on the main body and penetrates the perforation, and the outer periphery thereof is provided with a thread portion.
The control unit is locked to the edge of the punched hole of the press member, the screw hole is provided in the control unit, is screwed to the thread portion of the tension unit, and is rotated with the press member by turning the control unit. Control the operation of the unit.
The above objects and advantages of the present invention can be understood more easily and deeply from the following detailed description of the embodiments and the drawings.
本考案が提供する吸盤パッド構造の第一実施例は図1、2に示される。前記吸盤パッド構造においては、ゴムなどの軟質素材で作る円盤形本体１を有し、前記本体１は吸盤のプレス部材をプレスするための軸面１１を有する。前記本体1には一体の環状受圧部２が設置され、前記受圧部２と前記本体が固定接続し、受圧部２は、均一の硬質状であり、例えば、金属材料で製成された環状平板である。また、本実施例において、吸盤のプレス部材がプレスするため、前記受圧部２は軸面１１上に一体が固定的に設置されることで、前記軸面１１には環状硬質な受圧エリア１２が形成される。本体１は前記硬質受圧エリア１２の下方に置かれる受圧部１５を形成し、他の部分は中心部１３を形成する。また、そのなか、前記本体１は中心部１３に引張部１４を設置し、それによって前記パッドが吸盤構造を形成した後に、前記引張部14の動作を制御することで、前記中心部13を変形させ、吸盤の吸引力を生じさせる。 A first embodiment of the suction pad structure provided by the present invention is shown in FIGS. The sucker pad structure has a disc-shaped main body 1 made of a soft material such as rubber, and the main body 1 has a shaft surface 11 for pressing a press member of the sucker. An integral annular pressure receiving portion 2 is installed in the main body 1, and the pressure receiving portion 2 and the main body are fixedly connected. The pressure receiving portion 2 is a uniform hard shape, for example, an annular flat plate made of a metal material. It is. Further, in this embodiment, since the pressing member of the suction cup presses, the pressure receiving portion 2 is integrally fixed on the shaft surface 11, so that the shaft surface 11 has an annular hard pressure receiving area 12. It is formed. The main body 1 forms a pressure receiving portion 15 placed under the hard pressure receiving area 12, and the other portion forms a central portion 13. Among them, the main body 1 is provided with a tension part 14 at the center part 13, and after the pad forms a sucker structure, the operation of the tension part 14 is controlled to deform the center part 13. To generate suction force of the suction cup.
本考案が提供する吸盤パッド構造の第二実施例は図３に示される。本実施例と前記第1実施例の差異点は第２受圧部の設置される位置である。図に示すように、前記受圧部２は一体で本体１の中に埋設される。前記パッドの外観は依然としてゴム円盤の形態になっているが、前記受圧部2が埋設されるため、前記本体1において、軸面11上には環状硬質な受圧エリア１２が形成され、それによって吸盤のプレス部材がプレスする。 A second embodiment of the suction pad structure provided by the present invention is shown in FIG. The difference between the present embodiment and the first embodiment is the position where the second pressure receiving portion is installed. As shown in the figure, the pressure receiving portion 2 is integrally embedded in the main body 1. Although the external appearance of the pad is still in the form of a rubber disk, since the pressure receiving portion 2 is embedded, an annular rigid pressure receiving area 12 is formed on the shaft surface 11 in the main body 1, thereby sucking the suction cup. The pressing member presses.
更に、本考案により、前記パッドを利用して構成する吸盤構造を提供する。図4、5に示すように、パッド、プレス部材４、制御部５を含み、その中で、前記パッドは、上述のように、ゴムなど軟質性材料で製造する円盤形本体3を有し、前記本体3の頂面は前記プレス部材４がプレスするための軸面31である。前記本体3には一体で環状受圧部32が設置され、前記環状受圧部32が均一な硬質状であり、例えば金属材料で製造する環状平板である。その中で、受圧部32の位置につては、前記２つの実施例の記載のように、一体を前記軸面31に設置するか、一体を前記本体３に埋設し、前記2つの方法により前記軸面31には環状硬質受圧エリア33が形成される。前記本体3は硬質受圧エリア33の下に受圧部36を形成し、残りの部分は中心部34を形成する。 Further, according to the present invention, a suction cup structure configured using the pad is provided. As shown in FIGS. 4 and 5, it includes a pad, a press member 4, and a control unit 5, in which the pad has a disk-shaped body 3 made of a soft material such as rubber as described above, The top surface of the main body 3 is an axial surface 31 for the pressing member 4 to press. The main body 3 is integrally provided with an annular pressure receiving portion 32, and the annular pressure receiving portion 32 is a uniform hard shape, for example, an annular flat plate made of a metal material. Among them, as to the position of the pressure receiving portion 32, as described in the two embodiments, the integral is installed on the shaft surface 31, or the integral is embedded in the main body 3, and the two methods are used. An annular hard pressure receiving area 33 is formed on the shaft surface 31. The main body 3 forms a pressure receiving portion 36 below the hard pressure receiving area 33, and the remaining portion forms a central portion 34.
従って、前記本体3は前記中心部34に引張部35を設置し、その中で、前記引張部35は前記中心部34にベース351を埋設し、かつ柱体352は前記ベース351に立設され、前記本体3を突出する。前記柱体352の外周にはネジ山部353が設置され、前記プレス部材4は前記パッドの上に設置され、かつ前記プレス部材4には穿孔41が設置され、前記穿孔41が前記引張部35に対応するとともに、前記引張部35の柱体352がプレス部材4を貫通し、前記プレス部材４は環状プレス部42を有することで、軸面31に積設される。さらに、前記プレス部材4のプレス部42は前記硬質受圧エリア33に積設される。 Accordingly, the main body 3 is provided with a tension portion 35 at the center portion 34, in which the tension portion 35 has a base 351 embedded in the center portion 34, and a column 352 is erected on the base 351. The main body 3 protrudes. A threaded portion 353 is installed on the outer periphery of the column 352, the press member 4 is installed on the pad, and a perforation 41 is installed in the press member 4, and the perforation 41 is the tension portion 35. In addition, the column body 352 of the tension portion 35 penetrates the press member 4, and the press member 4 has an annular press portion 42, so that it is stacked on the shaft surface 31. Further, the press part 42 of the press member 4 is stacked in the hard pressure receiving area 33.
前記控制件５は前記プレス部材4に設置され、かつ前記引張部35に接続する。前記実施例において、貫通するネジ孔51は、前記制御５に設置され、かつ前記引張部35の柱体352のネジ山353に螺着する。また、前記制御部5が前記プレス部材４の穿孔41の穴の縁に係止し、さらに、前記制御部５と前記穿孔41間の穴の縁の間にはワッシャー52が設置される。 The restriction 5 is installed on the press member 4 and connected to the tension portion 35. In the embodiment, the threaded hole 51 penetrating is installed in the control 5 and screwed to the thread 353 of the column 352 of the pulling portion 35. Further, the control unit 5 is engaged with the edge of the hole of the perforation 41 of the press member 4, and a washer 52 is installed between the edge of the hole between the control unit 5 and the perforation 41.
前記構造と配置により、前記制御部5が前記穿孔41に係止し、制御部５を回すと、下向きの圧力が生じる。図６に示すように、この力がプレス部材４にプレスすることで、前記パッドの軸面31にプレスする。具体的に、前記プレス部材４が前記軸面31の硬質受圧エリア３３にプレスする。次は、硬質受圧エリア３３により前記圧力を前記本体の受圧部３６に伝える。制御部５を回すとともに、前記制御部5が前記穿孔41に係止するため、対応する固定端が形成される。前記引張部３５は前記制御部５により引っ張られて上に移動することで、前記本体３の中心部３４が引き上げられて変形し、さらに真空空間Vが形成され、吸盤の吸引力が生じる。 Due to the structure and arrangement, when the control unit 5 is locked to the perforation 41 and the control unit 5 is turned, a downward pressure is generated. As shown in FIG. 6, this force presses the pressing member 4 to press the shaft surface 31 of the pad. Specifically, the pressing member 4 presses the hard pressure receiving area 33 of the shaft surface 31. Next, the pressure is transmitted to the pressure receiving portion 36 of the main body by the hard pressure receiving area 33. As the control unit 5 is turned and the control unit 5 is locked to the perforation 41, a corresponding fixed end is formed. The pulling part 35 is pulled by the control part 5 and moved upward, whereby the central part 34 of the main body 3 is pulled up and deformed, and further, a vacuum space V is formed and suction force of the suction cup is generated.
上述のように、前記受圧部３２は硬質かつ均一な平板であるため、その上のプレス力を均一に分布させ、それによって硬質受圧エリア３３上各箇所が受けるプレス力が等しくなる。そのため、下の本体３の受圧部３６には面接触式のプレス状態が形成されることで、パッドと平滑な表面との接触面積を増加させる。また、前記受圧部３２は硬質であり、かつ前記受圧部３６と一体となるため、前記受圧部３６の変形量を大幅に制限することができる。よって、パッドと平滑な表面との広い接触面積を維持することができる。以上の特性がぞれぞれパッドの高気密性を維持することができることにより、吸盤が平滑な表面へ吸着する維持時間を延長させる。 As described above, since the pressure receiving portion 32 is a hard and uniform flat plate, the pressing force on the pressure receiving portion 32 is evenly distributed, so that the pressing force received at each location on the hard pressure receiving area 33 becomes equal. For this reason, a surface contact type press state is formed in the pressure receiving portion 36 of the lower main body 3 to increase the contact area between the pad and the smooth surface. Further, since the pressure receiving portion 32 is hard and integrated with the pressure receiving portion 36, the deformation amount of the pressure receiving portion 36 can be greatly limited. Therefore, a wide contact area between the pad and the smooth surface can be maintained. Each of the above characteristics can maintain the high airtightness of the pad, thereby extending the maintenance time for the suction cup to adsorb to a smooth surface.
前記実施例における記載は本考案を説明する例示であり、前記考案を制限するものではないため、同じ効果を達成する部品による置き換えは本考案の範囲に属するべきものである。
上述により、当業者は本考案の技術をよく理解し、前記目的を達成することができるため、特許法の規定する要件を満たし、法律に基づいて出願する。
The description in the above embodiment is an example for explaining the present invention, and does not limit the present invention. Therefore, replacement with a part that achieves the same effect should belong to the scope of the present invention.
As described above, those skilled in the art can understand the technique of the present invention well and achieve the above-mentioned object, so that the requirements stipulated by the Patent Law are satisfied and an application is made based on the law.
1 本体
11 軸面
１２ 硬質受圧エリア
１３ 中心部
１４ 引張部
１５ 受圧部
２ 受圧部
３ 本体
３１ 軸面
３２ 受圧部
３３ 硬質受圧エリア
３４ 中心部
３５ 引張部
３５１ ベース
３５２ 柱体
353 ネジ山部
３６ 受圧部
４ プレス部材
４１ 穿孔
４２ プレス部
５ 制御部
５１ ネジ孔
52 ワッシャー
V 真空空間
６ パッド
７ プレス部材
1 Body
11 Shaft surface 12 Hard pressure receiving area
13 Central part 14 Tensile part
15 Pressure receiving part 2 Pressure receiving part
3 Body 31 Shaft surface
32 Pressure receiving part 33 Hard pressure receiving area
34 Center part 35 Tensile part
351 base
352 Column
353 Thread part 36 Pressure receiving part
4 Press member 41 Drilling
42 Press part 5 Control part
51 Screw holes
52 washer
V Vacuum space 6 Pad
7 Press material
Claims (7)
軟質材料から製造される本体を有し、前記本体は吸盤のプレス部材がプレスを行うための軸面を有し、
前記本体には環状の受圧部が設置され、前記受圧部は本体と固定接続され、前記受圧部は均一な硬質で構成され、前記軸面には環状の硬質受圧エリアが形成され、
前記本体は前記受圧部の形成する環の内側エリアに引張部を設置する
ことを特徴とする吸盤パッドの構造。 In the structure of the suction pad,
Having a main body manufactured from a soft material, the main body has a shaft surface for pressing the pressing member of the suction cup;
An annular pressure receiving portion is installed in the main body, the pressure receiving portion is fixedly connected to the main body, the pressure receiving portion is configured with uniform rigidity, and an annular hard pressure receiving area is formed on the shaft surface,
The sucker pad structure is characterized in that the main body is provided with a tension portion in an inner area of the ring formed by the pressure receiving portion.
パッド、プレス部材、制御部を含み、その中で、
前記パッドは軟質性材料で作る本体であり、前記本体はプレス部材がプレスするための軸面を有し、
本体には環状の受圧部が設けられ、前記受圧部が本体と固定接続し、かつ前記受圧部が均一な硬質であることで、前記軸面には環状受圧エリアが形成され、
前記本体は前記受圧部が形成する環の内側エリアに引張部が設置され、
前記プレス部材が軸面上に設置され、
前記制御部はプレス部材上に設置され、かつ引張部と接続し、
前記プレス部は環状プレス部を有し、前記制御部は、前記プレス部材が前記パッドへ移動して軸面の硬質受圧エリア上にプレスすることを制御できるとともに、引張部を引張らせることにより、前記本体を前記受圧部が形成する環の内側エリアに変形させる
ことを特徴とする吸盤構造。 In the structure of the suction cup,
Including pad, press member, control part,
The pad is a main body made of a soft material, and the main body has an axial surface for pressing by a press member;
The main body is provided with an annular pressure receiving portion, the pressure receiving portion is fixedly connected to the main body, and the pressure receiving portion is uniformly hard, so that an annular pressure receiving area is formed on the shaft surface,
The body is provided with a tension portion in an inner area of the ring formed by the pressure receiving portion,
The pressing member is installed on the shaft surface;
The control unit is installed on the press member and connected to the tension unit,
The press part has an annular press part, and the control part can control that the press member moves to the pad and presses on the hard pressure receiving area of the shaft surface, and pulls the tension part. The suction cup structure is characterized in that the main body is deformed into an inner area of an annulus formed by the pressure receiving portion.
前記プレス部材には穿孔が設置され、
前記引張部は、前記本体に立設されて前記穿孔を貫通し、かつ前記引張部の外周にはネジ山部が設置されており、
前記制御部は前記プレス部材の穿孔の穴の縁に係止され、前記制御部にはネジ孔が設けられて、引張部のネジ山部に螺着し、
これにより、前記制御部の旋動により前記プレス部材と前記引張部の動作を制御することを特徴とする請求項４記載の吸盤構造。 In the suction cup structure,
The press member is provided with perforations,
The tension part is erected on the main body and penetrates the perforation, and a thread part is installed on the outer periphery of the tension part,
The control unit is locked to an edge of a hole in the punching hole of the press member, the control unit is provided with a screw hole, and is screwed to the thread portion of the tension unit,
5. The suction cup structure according to claim 4, wherein the operation of the pressing member and the tension portion is controlled by the rotation of the control portion.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20180017352A (en) * | 2016-08-09 | 2018-02-21 | 장진태 | Absorption device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20180017352A (en) * | 2016-08-09 | 2018-02-21 | 장진태 | Absorption device |
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