JP2016034397A - Control mechanism of fully automatic multistage folding umbrella - Google Patents

Control mechanism of fully automatic multistage folding umbrella Download PDF

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JP2016034397A
JP2016034397A JP2014158349A JP2014158349A JP2016034397A JP 2016034397 A JP2016034397 A JP 2016034397A JP 2014158349 A JP2014158349 A JP 2014158349A JP 2014158349 A JP2014158349 A JP 2014158349A JP 2016034397 A JP2016034397 A JP 2016034397A
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tube
pipe
plug
outer tube
drawstring
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JP6109120B2 (en
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陳添成
Tien-Cheng Chen
宋順鋒
Sun-Feng Sung
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Xiamen Ming Ho Brother Manufacturing Co Ltd
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Abstract

PROBLEM TO BE SOLVED: To provide a control mechanism of fully automatic multistage folding umbrella.SOLUTION: A control/conversion mechanism for opening/closing an umbrella is such that there are a spiral rod 6, a nut 7 and a push rod 8 on the spiral rod, that the nut and the apex of a tube B2 are connected with the push rod and that, with the lower end of the spiral rod driven in forward/backward direction by a power source in the handle G, the nut can be vertically moved while the power source is controlled by a button G1 on the handle. The conversion mechanism for opening/closing the umbrella composed of a three-stage or a two-stage pull string materializes the opening/closing function of the umbrella by the junction relation between each tube member and a top notch/runner of the tube unit.SELECTED DRAWING: Figure 1

Description

本発明は、傘に関し、特に、自動的に完全に開くことと完全にすぼめるができる多段折り畳み傘機構に関する。     The present invention relates to an umbrella, and more particularly to a multi-stage folding umbrella mechanism that can be fully opened automatically and fully retracted.

近年、気候の変化が激しくて、人々も、傘を手元にする慣習を身に着けて、突然に降れてきた雨によって濡れることを防止する。しかし、従来の傘は、手で、親骨フレームを上へ所定の位置に押すことにより、傘が開かれ、急に降れて来た大雨により、傘を開くことが間に合わなく、体がぬれてしまうことが多発する。そのため、手元に、ボタンを設置して、上記ボタンだけを押すと、自動的に開く傘が登場したが、自動的にすぼめることができないため、乗車する時、両手で、傘をすぼめてから乗車でき、この短い間でも、体も、容易に雨によってぬれてしまわれ、傘の使用便利性が、十分ではない。     In recent years, the climate has changed drastically, and people wear the custom of using umbrellas to prevent them from getting wet by the sudden rain. However, in the case of the conventional umbrella, the umbrella frame is opened by pushing the skeleton frame upwards into a predetermined position by hand. Due to heavy rain that suddenly falls, the umbrella cannot be opened in time and the body gets wet. It happens frequently. Therefore, an umbrella that opens automatically when a button is installed at the hand and only the above button is pressed appears, but it cannot be automatically retracted. It is possible to get on, and even in this short time, the body is easily wetted by rain, and the convenience of using an umbrella is not sufficient.

また、既存の自動開閉の傘は、実質上、自動的に傘を開いて半自動的にすぼめる機能だけを有するため、傘を完全に、開傘の初期状態まですぼめることができなく、二次に力を印加してから、傘を完全にすぼめる状態になる。そのため、如何に、手元を制御することだけで、傘を全自動的に完全に開くこととすぼめることができることは、本発明の解決しよう課題である。     In addition, since an existing automatic opening / closing umbrella has only a function of automatically opening the umbrella and semi-automatically retracting it, the umbrella cannot be completely disassembled to the initial state of opening the umbrella. Next, after applying force, the umbrella is fully retracted. Therefore, it is a problem to be solved by the present invention that the umbrella can be fully opened and fully opened only by controlling the hand.

本発明者は、上記欠点を解消するため、慎重に研究し、また、学理を活用して、有効に上記欠点を解消でき、設計が合理である本発明を提案する。     The present inventor proposes the present invention in which the above-mentioned drawbacks are solved by careful research, and the above-mentioned drawbacks can be effectively eliminated by utilizing science, and the design is rational.

本発明の目的は、多段傘を、完全に開くことと完全にすぼめることができる全自動傘の制御機構を提供する。     An object of the present invention is to provide a fully automatic umbrella control mechanism that can fully open and fully retract a multistage umbrella.

上記目的を達成できる本発明は、全自動多段折り畳み傘の制御機構であり、てもとと中棒セットに設けられ、上記中棒セットは、上から下へ、順に、少なくとも、外管と中管及び内管の三つの円筒があり、傘を開閉制御する変換機構は、上記制御機構が、螺旋棒と、螺旋棒にセットされたナットと押し棒を有し、押し棒で、ナットと中棒セットの中管頂端とを連接し、螺旋棒は、下端が、てもと中の動力源に連接され、動力源によって、正逆方向に、回転するように駆動されて、ナットが、螺旋棒に沿って上下に変位し、動力源が、てもとにあるボタンによって制御され、上記傘は、更に、親骨フレームと上ろくろ、下ろくろ及び傘開閉変換機構があり、上記親骨フレームの各子親骨が、それぞれ、対応した上ろくろや下ろくろに、結合され、上記中棒セットは、外管の上端の内部に、外管栓が固定され、下端に、外管固定リングが嵌設され、上記外管栓に、中心貫通穴が形成され、上記外管固定リングの上部が、外管の中に嵌設され、中管の頂端に、中管栓が固定され、下端に、中管固定リングが嵌設され、上記中管栓の下部が、中管の中に嵌設され、上記中管固定リングの上部が、中管の中に嵌設され、内管の頂部に、内管栓が固定され、内管の下端が、てもと上に固定され、上記上ろくろは、外管の頂端に固定され、外管上に嵌設された下部において、傘開閉変換機構が変位し、上記下ろくろが、可動的に、外管上に嵌設され、上記押し棒は、下端に、ナットがセットされ、上端が、内管栓を跨って中管栓に連接され、上記の押し棒は、二本の対称して設置された硬質棒で、ナットが、その押し棒を通過して、中管栓が連動されて上下に変位し、上記螺旋棒の上端が、内管栓に結合される。     The present invention that can achieve the above object is a fully automatic multi-stage folding umbrella control mechanism, and is provided in the center rod set. The center rod set is at least an outer tube and a center in order from top to bottom. There are three cylinders, a tube and an inner tube, and the conversion mechanism that controls the opening and closing of the umbrella has a spiral rod, a nut set on the spiral rod, and a push rod. The spiral rod is connected to the top end of the middle pipe, and the lower end of the spiral rod is connected to the power source in the center, and is driven to rotate in the forward and reverse directions by the power source. It is displaced up and down along the rod, and the power source is controlled by the button at the beginning, and the umbrella further has a main bone frame and an upper crossbone, a lower crosspiece and an umbrella opening / closing conversion mechanism, and each of the main bone frames The parent bones are joined to the corresponding upper and lower legs, respectively. In the middle rod set, an outer tube plug is fixed inside the upper end of the outer tube, an outer tube fixing ring is fitted to the lower end, a center through hole is formed in the outer tube plug, and the outer tube fixing The upper part of the ring is fitted into the outer pipe, the middle pipe plug is fixed to the top end of the middle pipe, the middle pipe fixing ring is fitted to the lower end, and the lower part of the middle pipe plug is connected to the middle pipe. It is fitted inside, the upper part of the middle pipe fixing ring is fitted in the middle pipe, the inner pipe plug is fixed to the top of the inner pipe, and the lower end of the inner pipe is fixed at the top. The upper crosspiece is fixed to the top end of the outer tube, the umbrella opening / closing conversion mechanism is displaced at the lower portion fitted on the outer tube, and the lower crosspiece is movably fitted on the outer tube, The push rod has a nut set at the lower end, the upper end is connected to the middle tube plug across the inner tube plug, and the push rod is a rigid bar installed in two symmetry, Tsu bets will pass through the push rod, is interlocked middle tube plug displaced vertically, the upper end of the helical rod is coupled to the inner tube stopper.

上記によれば、本発明の制御機構は、傘の開閉変換機構を制御して、自動的に傘を開閉することが実現され、
傘を開く時、てもとにあるボタンを押すと、動力源が、駆動されて動力を出力し、螺旋棒により、ナットが、上へ移動しながら、押し棒を押して、中管が、内管に対して、上へ展開するように連動され、中管栓と内管上端との間の距離が、長くなり、また、内管引き紐により、上記の距離変化に応じて、外管固定リングが、中管に対して上へ移動するように、連動され、更に、同時に、外管が、中管に対して、展開されるように、押され、この時、外管栓と中管栓との間の距離が、長くなり、上記の距離変化に応じて、下ろくろ引き紐により、下ろくろが、外管に対して、上へ移動され、下ろくろが上へ変位することにより、親骨フレームが開かれ、上記のシリアスの同期作動により、完全に傘を開く機能が実現される。すぼめる時、再び、てもとのボタンを押して、動力源を駆動すると、螺旋棒により、ナットが、下へ移動しながら、押し棒を駆動し、中管が、内管に対して下へ移動するように嵌合され、同時に、中管栓上に連接された下ろくろ引き紐により、下ろくろが、外管に対して上へ移動するように連動され、親骨フレームが、すぼめばねと傘布により、すぼめられる。
According to the above, the control mechanism of the present invention is realized to automatically open and close the umbrella by controlling the opening and closing conversion mechanism of the umbrella,
When opening the umbrella, when the button on the original is pushed, the power source is driven to output power, and the nut is moved upward by the spiral rod, while the push rod is pushed, the inner tube is The pipe is interlocked so as to expand upward, and the distance between the middle pipe plug and the upper end of the inner pipe is increased, and the outer pipe is fixed by the inner pipe drawstring according to the above-mentioned distance change. The ring is interlocked so as to move upward relative to the middle tube, and at the same time, the outer tube is pushed so as to be deployed against the middle tube, at which time the outer tube plug and the middle tube The distance between the stopper and the stopper increases, and according to the above distance change, the bottom pulling string is moved upward with respect to the outer tube by the bottom pulling string, and the bottom crossing is displaced upward. The main frame is opened, and the function of fully opening the umbrella is realized by the above-mentioned serious synchronous operation. When the power source is driven again by pushing the original button, the nut is moved downward by the spiral rod, and the push rod is driven by the spiral rod, and the middle tube is lowered with respect to the inner tube. At the same time, the lower drawstring connected to the middle tube plug is linked by the lower drawstring so that the lower drawoff moves with respect to the outer tube, and the main frame is connected to the spring and umbrella. It is squeezed by cloth.

或いは、傘を開く時、てもとにあるボタンを押すと、動力源が、駆動されて動力を出力し、動力源により、螺旋棒が回転され、ナットが、螺旋棒に沿って上へ移動しながら、同時に、螺旋棒により、押し棒で、中管と一緒に中管栓が、上へ移動するように、押さえられ、中管が、内管に対して上へ展開するように押さえられ、中管引き紐のもう一端により、上記の距離変化に応じて、外管が、中管に対して上へ移動するように引かれ、即ち、同時に、外管が、中管に対して展開するように推され、この時、外管栓と中管栓との間の距離が長くなり、下ろくろ引き紐により、下ろくろが、上記の距離変化に応じて、外管に対して上へ移動するように引かれ、下ろくろの上移により、親骨フレームが展開され、完全に開傘機能が実現され、すぼめる時、再び、てもとのボタンを押して、動力源を駆動すると、逆回転力が出力され、動力源により、螺旋棒が、逆方向に回転するように、連動され、ナットが、螺旋棒に沿って下へ移動しながら、同時に、螺旋棒が、押し棒で、中管とともに、中管栓を下へ移動させ、中管が、内管に対して下へ移動して嵌合するように、推され、中管引き紐により、外管が、中管に対して下へ移動して嵌合し、親骨フレームが、すぼめばねと傘布により、すぼめられて、傘が完全にすぼめられる。     Alternatively, when opening the umbrella, pressing the button on the original power, the power source is driven to output power, the power source rotates the spiral rod, and the nut moves up along the spiral rod At the same time, the spiral rod is pressed by the push rod so that the middle tube plug moves together with the middle tube, and the middle tube is pushed so as to expand upward with respect to the inner tube. The other end of the middle pipe pulling cord is pulled so that the outer pipe moves upward with respect to the middle pipe in response to the above-mentioned distance change, that is, the outer pipe is simultaneously deployed with respect to the middle pipe. At this time, the distance between the outer tube plug and the middle tube plug becomes longer, and the lower rope pulls upward with respect to the outer tube according to the above distance change by the lower rope pull string. By pulling to move and moving up the bottom of the skull, the main frame is unfolded, fully opening the umbrella function, When the power source is driven again by pushing the original button, the reverse rotational force is output, and the power source is interlocked so that the spiral rod rotates in the reverse direction, and the nut is turned into the spiral rod. At the same time, the spiral rod moves with the middle tube, along with the middle tube, and the middle tube stopper moves downward, and the middle tube moves downward and fits with the inner tube. Then, the outer tube moves downward and fits to the middle tube by the middle tube drawstring, and the main frame is swung by the slack spring and the umbrella cloth, so that the umbrella is completely swung.

本発明によれば、傘の中棒セットに、三段や二段の引き紐により構成された傘開閉変換機構を設置することにより、そして、上記の三段や二段の引き紐が、それぞれ、中棒セットにある各段の管部材や上ろくろ及び下ろくろの連接関係、更に、てもとの動力源により、傘開閉作業システムの螺旋棒が回転するように、駆動され、螺旋棒上のナットが、上下に移動する時、押し棒を推して、中管が、内管に対して上下に移動するように推される同時、中棒セットの各管部材と傘面との開閉機能が実現される。多段折り畳み傘具は、完全に、全自動開閉の機能が実現され、使用上、快速的になり、また、より良い便利性が得られる。     According to the present invention, by installing an umbrella opening / closing conversion mechanism composed of three-stage or two-stage drawstrings on the umbrella middle rod set, and the above-mentioned three-stage or two-stage drawstrings, In addition, the tube members of each stage in the middle rod set, the connection relation of the upper and lower crosspieces, and the original power source are driven so that the spiral rod of the umbrella opening / closing work system rotates, and on the spiral rod When the nut moves up and down, the push rod is pushed, and the middle tube is pushed up and down with respect to the inner tube. Is realized. The multi-stage folding umbrella implements a fully automatic opening / closing function, is quick in use, and provides better convenience.

以下、図面を参照しながら、本発明の特徴や技術内容について、詳しく説明するが、それらの図面等は、参考や説明のためであり、本発明は、それによって制限されることが無い。     Hereinafter, the features and technical contents of the present invention will be described in detail with reference to the drawings. However, the drawings and the like are for reference and explanation, and the present invention is not limited thereby.

図1乃至図13を参照しながら、本発明は、てもとGと中棒セットBに設けられた全自動多段折り畳み傘の制御機構を提供し、上記中棒セットBは、上から下へ、順に、少なくとも、外管B1と中管B2及び内管B3の三段円筒があり、
傘を開閉制御する変換機構は、上記制御機構Fが、螺旋棒6と、螺旋棒6にセットされたナット7と押し棒8を有し、押し棒8で、連接ナット7と中棒セットBの中管B2頂端とを連接し、螺旋棒6は、下端が、てもとG中の動力源9に連接され、動力源9によって、正逆方向に、回転するように駆動されて、令ナット7が、螺旋棒6に沿って上下に移動する。動力源9が、てもとGにあるボタンG1によって制御される。
1 to 13, the present invention provides a control mechanism for a fully automatic multi-stage folding umbrella provided in G and the center rod set B, and the center rod set B is from top to bottom. In order, there are at least three-stage cylinders of an outer tube B1, an intermediate tube B2, and an inner tube B3,
In the conversion mechanism for controlling the opening and closing of the umbrella, the control mechanism F has a spiral rod 6, a nut 7 and a push rod 8 set on the spiral rod 6, and the push rod 8 connects the connecting nut 7 and the middle rod set B. The lower end of the spiral rod 6 is connected to the power source 9 in G, and is driven by the power source 9 to rotate in the forward and reverse directions. The nut 7 moves up and down along the spiral rod 6. The power source 9 is controlled by a button G1 which is at G at all.

本発明に係る傘によれば、上記傘は、更に、親骨フレームA0と親骨フレームに固定された傘布(図に未表示)、上ろくろC、下ろくろD及び傘開閉変換機構Eがある。     According to the umbrella according to the present invention, the umbrella further includes the skeleton frame A0, an umbrella cloth (not shown in the figure) fixed to the skeleton frame, the upper skull C, the lower skull D, and the umbrella opening / closing conversion mechanism E.

上記親骨フレームA0の各子親骨A1は、それぞれ、対応した上ろくろCや下ろくろDに結合され、同時に、各子親骨A1に、それぞれ、すぼめばねA2が設けられる。     Each child parent bone A1 of the parent bone frame A0 is coupled to the corresponding upper and lower skulls C and D, respectively, and at the same time, each child parent bone A1 is provided with a compression spring A2.

また、上記中棒セットBは、外管B1の上端内部に、外管栓1が固定され、下端に、外管固定リング2が嵌設され、上記外管栓1に、中心貫通穴11が形成され、同時に、外管栓1の上部に、外管滑車12が設置され、上記外管滑車12に対応した外管B1に、下記の下ろくろ引き紐E1を通させるための欠け口B11が形成され、上記外管固定リング2は、リング状体であり、その上部が、外管B1の中に嵌設され、下端に、外管B1から突出した凸縁21が形成され、
中管B2は、頂端に、中管栓3が固定され、下端に、中管固定リング4が嵌設され、上記中管栓3は、下部が、中管B2の中に嵌設され、中部に、中管滑車31が設置され、上記中管滑車31は、一つや多数に設置されてもよく、ここでは、一つだけを設置し、上記中管固定リング4も、リング状体であり、その上部が、中管B2の中に嵌設され、下端に、中管から突出する凸縁41が形成され、また、上記凸縁41は、一側に、中管固定リング滑車42が設置され、中管B2には、中管固定リング滑車42に対応した位置に、下記変換引き紐E2を通すための欠け口が形成され、
内管B3は、頂部に、内管栓5が固定され、下端が、てもとGに固定される。
The middle rod set B has an outer tube plug 1 fixed inside the upper end of the outer tube B1, an outer tube fixing ring 2 fitted into the lower end, and a central through hole 11 formed in the outer tube plug 1. At the same time, an outer tube pulley 12 is installed on the upper portion of the outer tube plug 1, and a notch B11 for allowing the following rope pulling string E1 to pass through the outer tube B1 corresponding to the outer tube pulley 12 is formed. Formed, the outer tube fixing ring 2 is a ring-shaped body, the upper portion thereof is fitted into the outer tube B1, and the lower end is formed with a convex edge 21 protruding from the outer tube B1,
The middle tube B2 has a middle tube plug 3 fixed to the top end, and a middle tube fixing ring 4 fitted to the lower end. The middle tube plug 3 has a lower portion fitted into the middle tube B2, and a middle portion. The middle pipe pulley 31 may be installed, and the middle pipe pulley 31 may be installed in one or many. Here, only one is installed, and the middle pipe fixing ring 4 is also a ring-shaped body. The upper part is fitted into the middle pipe B2, and the lower end is formed with a convex edge 41 protruding from the middle pipe, and the convex edge 41 is provided with the middle pipe fixing ring pulley 42 on one side. In the middle pipe B2, a notch for passing the following conversion drawstring E2 is formed at a position corresponding to the middle pipe fixing ring pulley 42,
The inner tube B3 has the inner tube plug 5 fixed to the top and the lower end fixed to G at the top.

上記上ろくろCは、外管B1の頂端に固定され、その下部が、外管B1上に嵌設され、また、外管B1の欠け口B11に対応した、下記の下ろくろ引き紐E1を通すための被り槽C1が形成され、また、上記上ろくろCの下端に、更に、附勢ばねIが連接され、上記附勢ばねIは、傘が開かれた状態で、下ろくろDによって押さえられて、圧縮されて蓄エネルギー状態になる。     The upper lathe C is fixed to the top end of the outer tube B1, and the lower part thereof is fitted on the outer tube B1, and the lower lathe pulling string E1 corresponding to the notch B11 of the outer tube B1 is passed therethrough. A cover tank C1 is formed, and a biasing spring I is further connected to the lower end of the upper potter's wheel C. Compressed and enters an energy storage state.

上記下ろくろDは、可動的に、外管B1上に嵌設される。     The lower cross D is movably fitted on the outer tube B1.

上記てもとGは、動力源9を収納するケーシングであり、てもとGケーシングに、動力源9を、正回転力や逆回転力を出力するように駆動するためのボタンG1が設けられる。     The above-mentioned G is a casing for storing the power source 9, and a button G1 for driving the power source 9 so as to output a normal rotational force and a reverse rotational force is provided on the original G casing. .

図2乃至図5のように、本発明に係る実施例1によれば、傘開閉変換機構Eは、下ろくろ引き紐E1と変換引き紐E2及び内管引き紐E3が含まれ、
また、下ろくろ引き紐E1は、一端が、中管栓3頂部に固定され、もう一端が、外管B1を通して、外管栓1の外管滑車12を回って下ろくろDに固定され、
変換引き紐E2は、一端が、内管B1上端に固定され、ここでは、内管栓5上に固定され、もう一端が、中管B2底部の欠け口B21を通し、中管固定リング4の中管固定リング滑車42を回って、中管B2に通し、中管B2の上端から伸び出して、外管B1に通し、更に、外管B1上端から伸び出して、外管栓1上に固定され、
内管引き紐E3は、一端が内管B3上端に固定され、ここでは、同じように、内管栓5上に固定され、もう一端が、中管B2に通し、中管栓3の中管滑車31を回った後、中管B2に通し、更に、中管B2と外管B1との間に通して、外管B1下端に固定され、ここでは、外管固定リング2の凸縁21上に固定される。
As shown in FIG. 2 to FIG. 5, according to the first embodiment of the present invention, the umbrella opening / closing conversion mechanism E includes the lower drawstring E1, the conversion drawstring E2, and the inner tube drawstring E3.
Further, the lower drawstring E1 has one end fixed to the top of the middle tube plug 3 and the other end passed through the outer tube B1 around the outer tube pulley 12 of the outer tube plug 1 and is fixed to the lower wheel D.
One end of the conversion drawstring E2 is fixed to the upper end of the inner tube B1, and here, the conversion cord E2 is fixed on the inner tube plug 5, and the other end passes through the cutout B21 at the bottom of the intermediate tube B2, and Rotate the middle pipe fixing ring pulley 42, pass through the middle pipe B2, extend from the upper end of the middle pipe B2, pass through the outer pipe B1, and further extend from the upper end of the outer pipe B1 to be fixed on the outer pipe plug 1 And
One end of the inner tube pulling string E3 is fixed to the upper end of the inner tube B3. Here, the inner tube pulling string E3 is similarly fixed on the inner tube plug 5, and the other end is passed through the intermediate tube B2, and the middle tube of the intermediate tube plug 3 is inserted. After turning around the pulley 31, it passes through the middle pipe B <b> 2, and further passes between the middle pipe B <b> 2 and the outer pipe B <b> 1, and is fixed to the lower end of the outer pipe B <b> 1. Fixed to.

変換引き紐E2の一端と内管引き紐E3の一端とも、内管B3上端に固定されたため、変換引き紐E2と内管引き紐E3とは、同一の連接紐を利用できる。     Since one end of the conversion drawstring E2 and one end of the inner tube drawstring E3 are fixed to the upper end of the inner tube B3, the conversion drawstring E2 and the inner tube drawstring E3 can use the same connecting string.

上記押し棒8の下端に、ナット7がセットされ、上端が、内管栓5を跨って中管栓3上に連接され、ここの押し棒8は、二本の対称した硬質棒であり、例えば、鋼線で、ナット7は、当該押し棒8を通して、中管栓3が、上下に移動させる。     The nut 7 is set at the lower end of the push rod 8, the upper end is connected to the middle tube plug 3 across the inner tube plug 5, and the push rod 8 here is two symmetrical hard rods, For example, the nut 7 is a steel wire, and the middle tube plug 3 is moved up and down through the push rod 8.

上記螺旋棒6は、上端が、内管栓5に設置され、内管栓5上には、押し棒8が跨るための案内槽51が形成され、この実施例によれば、内管栓5は、両側に、押し棒8を収納する案内槽51が形成される。     The upper end of the spiral rod 6 is installed in the inner tube plug 5, and a guide tank 51 for the push rod 8 to straddle is formed on the inner tube plug 5. According to this embodiment, the inner tube plug 5 Are formed with guide tanks 51 for accommodating the push rods 8 on both sides.

図3、3a、3bのように、開傘操作の時、てもとGのボタンG1を押して動力源9を駆動すると、正回転力が出力され、螺旋棒6が回転するように連動され、ナット7が、螺旋棒6に沿って上へ移動し、上移する同時に、螺旋棒6が、押し棒8で、中管B2とともに、中管栓3が、押されて、上へ移動し、中管B2が、内管B3に対して、上へ展開するように押さえられ、中管B2が、上へ移動すると同時に、中管栓3と内管B3上端との間の距離が長くなり、内管引き紐E3が、上記の距離変化に応じて、外管固定リング2が、中管B2に対して上へ移動するように、引かれ、即ち、同時に、外管B1が、中管B2に対して展開するように推され、この時、外管栓1と中管栓3との間の距離が長くなり、下ろくろ引き紐E1が、上記の距離変化に応じて、下ろくろDを、外管B1に対して上へ移動するように引き、下ろくろDが上へ移動して、親骨フレームA0を開かせ、このシリアルの同期作動により、完全開傘機能が実現される。内管栓5にある定位装置の作用により、展開した中管が、内管に対して下へすべることない。また、説明しなければならないことは、この開傘作動において、内管引き紐E3と下ろくろ引き紐E1は、主として、開傘の作動を起動させるものであり、変換引き紐E2は、中管固定リング4と内管B3上端の距離の短縮に、そして、外管栓1と内管B3上端との距離が長くなる時の変化に対応するものである。     As shown in FIGS. 3, 3 a, and 3 b, when opening the umbrella, when the power source 9 is driven by pushing the G button G 1, a positive rotational force is output, and the spiral rod 6 is interlocked so as to rotate. The nut 7 moves upward along the spiral rod 6 and moves upward. At the same time, the spiral rod 6 is pushed by the push rod 8 together with the middle tube B2, and the middle tube plug 3 is pushed and moved upward. The middle tube B2 is pressed against the inner tube B3 so as to expand upward, and at the same time the middle tube B2 moves upward, the distance between the middle tube plug 3 and the upper end of the inner tube B3 becomes longer, The inner pipe pulling string E3 is pulled so that the outer pipe fixing ring 2 moves upward with respect to the middle pipe B2 in response to the above-described distance change, that is, the outer pipe B1 is simultaneously pulled into the middle pipe B2. At this time, the distance between the outer tube plug 1 and the middle tube plug 3 is increased, and the lower drawstring E1 is In response to the change, the lower roller D is pulled to move upward with respect to the outer tube B1, and the lower roller D moves upward to open the master frame A0. Umbrella function is realized. Due to the action of the localization device in the inner tube plug 5, the deployed middle tube does not slide down relative to the inner tube. In addition, what should be explained is that, in this opening operation, the inner pipe pulling string E3 and the bottom pulling string E1 mainly activate the opening operation, and the conversion pulling string E2 This corresponds to the shortening of the distance between the fixing ring 4 and the upper end of the inner tube B3 and the change when the distance between the outer tube plug 1 and the upper end of the inner tube B3 becomes longer.

図4、4a、4bのように、傘をすぼめる時、再び、てもとGのボタンG1を押し、動力源9を駆動して、逆回転力を出力し、動力源9により、動螺旋棒6が逆方向回転に連動され、ナット7が、螺旋棒6に沿って下へ移動し、下移する同時に、螺旋棒6が、押し棒8で中管栓3が連動され、ナット7により、螺旋棒8が内管B3に対して下へ移動するように連動され、中管B2が内管B3に対して下へ移動して嵌合され、同時に、下ろくろDが、附勢ばねIによって、外管B1に沿って、下移する運動傾向が表し、中管B2が下移すると同時に、中管固定リング4と内管B3上端との距離が長くなると、変換引き紐E2が、外管栓1を引いて、外管B1が中管B2に対して、下へ移動して嵌合し、中管栓3上に連接された下ろくろ引き紐E1が、下ろくろDに対する引きが解消され、下ろくろDが、外管B1に沿って下へ移動し、親骨フレームA0が、すぼめばねA1と傘面により、すばめられ、これと同時に、シリアルの同期作動により、傘が完全にすぼめられる。また、このすぼめる作動において、変換引き紐E2と下ろくろ引き紐E1は、主として、すぼめる作動を起動させるものであり、内管引き紐E3は、外管固定リング2と中管栓3の距離が長くなることと、中管栓3と内管B3上端との間の距離短縮に対応するものである。     As shown in FIGS. 4, 4 a, and 4 b, when the umbrella is retracted, the G button G <b> 1 is pushed again, the power source 9 is driven, and the reverse rotational force is output. The rod 6 is interlocked with the reverse rotation, and the nut 7 is moved down along the spiral rod 6 and moved down. At the same time, the spiral rod 6 is interlocked with the push rod 8 and the inner tube plug 3 is interlocked. The spiral rod 8 is interlocked so as to move downward with respect to the inner tube B3, and the intermediate tube B2 is moved downward with respect to the inner tube B3 to be fitted. Therefore, when the distance between the middle tube fixing ring 4 and the upper end of the inner tube B3 is increased at the same time as the middle tube B2 is moved down, the conversion pull string E2 is Pulling the tube plug 1, the outer tube B 1 moves downward and fits into the intermediate tube B 2, and is connected to the lower tube plug 3. However, pulling on the bottom roller D is eliminated, the bottom roller D moves down along the outer tube B1, and the main frame A0 is swung by the slack spring A1 and the umbrella surface. Due to the synchronous operation, the umbrella is completely retracted. In this squeezing operation, the conversion drawstring E2 and the bottom drawstring E1 mainly activate the squeeze operation, and the inner tube drawstring E3 is formed by the outer tube fixing ring 2 and the middle tube plug 3. This corresponds to an increase in the distance and a reduction in the distance between the middle tube plug 3 and the upper end of the inner tube B3.

図6乃至図13のように、本発明に係る実施例2によれば、傘開閉変換機構Hは、下ろくろ引き紐H1と中管引き紐H2が含まれ、上記下ろくろ引き紐H1は、一端が、中管栓3上に連接され、もう一端が、外管栓1に通し、外管滑車12を跨った後、外管B1から伸び出して下ろくろDに固定され、上記中管引き紐H2は、一端が、内管栓5上に連接され、もう一端が、中管栓3の中管滑車31を跨った後、外管B1の下端に固定される。     As shown in FIGS. 6 to 13, according to the second embodiment of the present invention, the umbrella opening / closing conversion mechanism H includes the lower drawstring H1 and the middle pipe drawstring H2, and the lower drawstring H1 is One end is connected to the middle tube plug 3, the other end is passed through the outer tube plug 1, straddles the outer tube pulley 12, and then extends from the outer tube B 1 and is fixed to the lower cross D. One end of the string H2 is connected to the inner tube plug 5, and the other end is fixed to the lower end of the outer tube B1 after straddling the intermediate tube pulley 31 of the intermediate tube plug 3.

図3と図6乃至図9のように、開傘する時、てもとGのボタンG1を押して動力源9を駆動し、正回転力が出力され、動力源9により、螺旋棒6が回転するように連動され、ナット7が、螺旋棒6に沿って上へ移動し、上移すると同時に、螺旋棒6が、押し棒8で、中管B2とともに中管栓3を上へ移動するように押し、中管B2が、内管B3に対して上へ展開し、中管B2が、上へ移動すると同時に、中管栓3と内管栓5との間の距離が長くなり、中管引き紐H2のもう一端により、上記の距離変化に応じて、外管B1が、中管B2に対して、上へ移動するように、引かれ、即ち、同時に、外管B1が、中管B2に対して押されて展開し、この時の外管栓1と中管栓3との間の距離が長くなり、下ろくろ引き紐H1により、上記の距離変化に応じて、下ろくろDが、外管B1に対して上へ移動するように引かれ、下ろくろDが上移して親骨フレームA0を開くように押し、このシリアルの同期作動によれば、完全開傘機能が実現される。     As shown in FIGS. 3 and 6 to 9, when the umbrella is opened, the power source 9 is driven by pushing the G button G 1, and a positive rotational force is output. The power source 9 rotates the spiral rod 6. The nut 7 moves upward along the spiral rod 6 and moves upward, and at the same time, the spiral rod 6 moves the middle tube plug 3 together with the middle tube B2 with the push rod 8. The middle tube B2 expands upward with respect to the inner tube B3, and at the same time the middle tube B2 moves upward, the distance between the middle tube plug 3 and the inner tube plug 5 becomes longer. The other end of the drawstring H2 is pulled so that the outer tube B1 moves upward with respect to the middle tube B2 in accordance with the distance change, that is, the outer tube B1 is simultaneously moved to the middle tube B2. The distance between the outer tube plug 1 and the middle tube plug 3 at this time becomes longer, and the distance change is caused by the lower drawstring H1. In response, the bottom roller D is pulled to move upward with respect to the outer tube B1, and the bottom roller D is pushed upward to open the master frame A0. Umbrella function is realized.

図4と図10乃至13のように、すぼめる作動の時、再び、てもとGのボタンG1を押せば、動力源9が、駆動されて逆回転力を出力し、動力源9により、螺旋棒6が逆方向回転を行い、ナット7が、螺旋棒6に沿って下へ移動し、下移する同時に、螺旋棒6は、押し棒8で、中管B2とともに、中管栓3が下へ移動するように押さえられ、中管B2が、内管B3に対して下へ移動して嵌合するように連動され、中管B2が下へ移動する同時に、中管栓3と内管栓5との間の距離が短縮され、上記の距離変化に応じて、中管引き紐H2のもう一端により、外管B1が中管B2に対して下へ移動するように引かれ、外管B1が、中管B2に対して下へ移動して嵌合し、同時に、下ろくろDが、附勢ばねIの回復力により、外管B1に沿って下移する運動傾向が表し、親骨フレームA0が、すぼめばねA1と傘布によりすばめられ、外管栓1と中管栓3との間の距離が短縮され、上記の距離変化に応じて、下ろくろ引き紐H1が、下ろくろDによって引かれ、このシリアルの同期作動によれば、傘が完全にすぼめられる。     As shown in FIG. 4 and FIGS. 10 to 13, if the G button G1 is pressed again at the time of the squeezing operation, the power source 9 is driven to output the reverse rotational force. The spiral rod 6 rotates in the reverse direction, and the nut 7 moves downward along the spiral rod 6 and moves downward. At the same time, the spiral rod 6 is the push rod 8 and the middle tube plug 3 is moved together with the middle tube B2. The middle pipe B2 is moved so as to be moved downward and engaged with the inner pipe B3 so that the middle pipe B2 moves downward. At the same time, the middle pipe plug 3 and the inner pipe are moved. The distance to the stopper 5 is shortened, and the outer tube B1 is pulled downward relative to the middle tube B2 by the other end of the middle tube pulling cord H2 in accordance with the change in the distance. B1 moves downward with respect to the middle tube B2 and is fitted, and at the same time, the bottom roller D is moved down along the outer tube B1 by the restoring force of the biasing spring I. The main frame A0 is swung by the slack spring A1 and the umbrella cloth, and the distance between the outer tube plug 1 and the middle tube plug 3 is shortened. The rope drawstring H1 is pulled by the drawstring D, and according to this serial synchronous operation, the umbrella is completely retracted.

図1−1、1−2のように、上記両実施例によれば、中管栓3が、金属材質やプラスチック材質からなり、その上に、押し棒8に合わせた引っ掛け穴32が形成され、プラスチック材質であれば、引っ掛け穴32に、金属リング33がセットされ、その目的は、押し棒8と引っ掛け穴32との耐用寿命を向上するためであり、押し棒8の湾曲箇所と金属リング33とを接触させ、これにより、押し棒8と引っ掛け穴32との直接接触磨耗により、隙間が大きくなり、また、隙間が大きくなることによる押し棒8のトルクが大きくなって、断裂しやすいことを防止する。また、中管栓3に引き紐が固定される固定穴34に、更に、一端面に案内円弧辺351を有する金属円筒35を設置し、これにより、引き紐が固定穴34の縁によって切られることを防止し、引き紐の耐用寿命が向上される。     As shown in FIGS. 1-1 and 1-2, according to both of the above-described embodiments, the middle tube plug 3 is made of a metal material or a plastic material, and a hook hole 32 is formed on the push rod 8 on the middle tube plug 3. In the case of a plastic material, the metal ring 33 is set in the hook hole 32, and the purpose is to improve the service life of the push bar 8 and the hook hole 32. The curved portion of the push bar 8 and the metal ring 33 is brought into contact with it, so that the contact gap between the push rod 8 and the hooking hole 32 becomes larger, and the torque of the push rod 8 due to the increase in the clearance becomes larger, so that it is easy to tear. To prevent. Further, a metal cylinder 35 having a guide arc side 351 on one end surface is further installed in the fixing hole 34 where the pull string is fixed to the middle tube plug 3, whereby the pull string is cut by the edge of the fixed hole 34. And the service life of the drawstring is improved.

図1−3、1−4のように、上記内管栓5も、金属材質やプラスチック材質からなり、その上に、引き紐が貫設されるための固定穴52が形成され、プラスチック材質であれば、その固定穴52にも、一端面に案内円弧辺531を有する金属管53がセットされ、同じように、引き紐が、固定穴52の縁によって切られることを防止でき、引き紐の耐用寿命が向上される。また、内管栓5の側壁に、内管B3の上端に合わせて、直接に凹槽54が成型される場合、内管B3に対して凹点B31をパンチすることにより退避空間が形成される。     As shown in FIGS. 1-3 and 1-4, the inner pipe plug 5 is also made of a metal material or a plastic material, on which a fixing hole 52 for penetrating the drawstring is formed, and the plastic material is used. If there is, a metal tube 53 having a guide arc side 531 on one end face is set in the fixing hole 52, and similarly, the pulling string can be prevented from being cut by the edge of the fixing hole 52. The service life is improved. Further, when the concave tank 54 is directly molded on the side wall of the inner pipe plug 5 in accordance with the upper end of the inner pipe B3, a retreat space is formed by punching the concave point B31 with respect to the inner pipe B3. .

また、図1−5のように、螺旋棒6の下端において、動力源9の上方に、軟質パッド61が設けられ、例えば、ゴムパッキンやゴムパッドが設置されて、ナット7が、螺旋棒6の下端に移動した時、動力源9の出力軸に対する衝撃を吸収しても良く、これにより、動力源が保護され、緩衝制動の機能を発揮できる。     Also, as shown in FIG. 1-5, a soft pad 61 is provided above the power source 9 at the lower end of the spiral rod 6. For example, a rubber packing or a rubber pad is installed, and the nut 7 is attached to the spiral rod 6. When moving to the lower end, the impact on the output shaft of the power source 9 may be absorbed, whereby the power source is protected and the function of buffer braking can be exhibited.

以上のように、本発明は、傘の中棒セットBに、三段や二段の引き紐から構成された傘開閉変換機構E、Fを設置することにより、三段や二段の引き紐が、それぞれ、中棒セットBの各管部材と上ろくろC及び下ろくろDの連接関係を利用して、てもとGの動力源9を駆動する傘開閉作業システムFの螺旋棒6回転で、螺旋棒6上のナット7が上下に移動する時、押し棒8を押して、中管B2が、内管B3に対して上下に移動するように押さえられる同時、中棒セットBの各管部材と傘面により、開くやすぼめるの機能が実現される。多段折り畳み傘は、完全に全自動的に開閉できる機能を実現でき、傘の使用が、より便利的に且つ快速的になる。     As described above, according to the present invention, by installing the umbrella opening / closing conversion mechanisms E and F composed of three-stage or two-stage drawstrings on the umbrella center rod set B, three-stage or two-stage drawstrings are provided. However, by using the connection relationship between the tube members of the center rod set B and the upper and lower skulls C and D, the spiral rod 6 rotation of the umbrella opening and closing work system F that drives the power source 9 of the G at all is performed. When the nut 7 on the spiral rod 6 moves up and down, the push rod 8 is pushed so that the intermediate tube B2 is pressed so as to move up and down with respect to the inner tube B3. And the umbrella side realizes the function of opening and constricting. The multi-stage folding umbrella can realize a function that can be opened and closed completely automatically, and the use of the umbrella becomes more convenient and quick.

そのため、本発明は、より進歩的かつより実用的で、法に従って特許請求を出願する。     As such, the present invention is more progressive and more practical, and claims are filed according to law.

以上は、ただ、本発明のより良い実施例であり、本発明は、それによって制限されることが無く、本発明に係わる特許請求の範囲や明細書の内容に基づいて行った等価の変更や修正は、全てが、本発明の特許請求の範囲内に含まれる。     The above is merely a better embodiment of the present invention, and the present invention is not limited thereby, and equivalent changes made based on the scope of the claims and the description of the present invention. All modifications are within the scope of the claims of the present invention.

本発明の分解図Exploded view of the present invention 本発明の中管栓の分解図Exploded view of the middle tube plug of the present invention 本発明の中管栓と押し棒の組立て図Assembly drawing of middle pipe stopper and push rod of the present invention 本発明の内管栓の分解図Exploded view of the inner tube plug of the present invention 本発明の内管栓の組立て図Assembly drawing of inner pipe plug of the present invention 本発明の螺旋棒のてもの組立て構成図Assembly diagram of the spiral rod of the present invention 本発明に係る実施例1の局部分解図The local exploded view of Example 1 concerning the present invention 本発明に係る実施例1の開傘状態図FIG. 1 is a diagram showing an opening state of the first embodiment according to the present invention 図3のa−a線断面図Aa line sectional view of FIG. 図3のb−b線断面図Bb sectional view of FIG. 本発明に係る実施例1のすぼめる状態図Example 1 according to the present invention 図4のc−c線断面図Cc line sectional view of FIG. 図4のd−d線断面図Dd line sectional view of FIG. 本発明に係る実施例1のすぼめる状態の局部構成図FIG. 3 is a local configuration diagram of the first embodiment according to the present invention in a squeezed state. 本発明に係る実施例2の開傘状態の局部構成図1FIG. 1 is a diagram showing a local configuration in an opened state according to a second embodiment of the present invention. 本発明に係る実施例2の開傘状態の局部構成図2FIG. 2 is a diagram showing a local configuration of an opened state according to a second embodiment of the present invention. 本発明に係る実施例2の開傘状態の局部構成図3FIG. 3 is a local configuration diagram of an opened state of the second embodiment according to the present invention. 本発明に係る実施例2の開傘状態の局部構成図4FIG. 4 is a diagram showing a local configuration in the opened state according to the second embodiment of the present invention. 本発明に係る実施例2のすぼめる状態の局部構成図1FIG. 1 is a diagram showing the local configuration of the second embodiment according to the present invention. 本発明に係る実施例2のすぼめる状態の局部構成図2FIG. 2 is a diagram showing the local configuration of the second embodiment according to the present invention. 本発明に係る実施例2のすぼめる状態の局部構成図3FIG. 3 is a diagram showing the local configuration of the second embodiment according to the present invention. 本発明に係る実施例2のすぼめる状態の局部構成図4FIG. 4 is a diagram showing the local configuration of the second embodiment according to the present invention.

A0 親骨フレーム
A1 子親骨
A2 すぼめばね
B 中棒セット
B1 外管
B11 欠け口
B2 中管
B21 欠け口
B3 内管
C 上ろくろ
D 下ろくろ
E 傘開閉変換機構
E1 下ろくろ引き紐
E2 変換引き紐
E3 内管引き紐
F 制御機構
G てもと
G1 ボタン
H 傘開閉変換機構
H1 下ろくろ引き紐
H2 中管引き紐
I 附勢ばね
1 外管栓
11 中心貫通穴
12 外管滑車
2 外管固定リング
21 凸縁
3 中管栓
31 中管滑車
32 引っ掛け穴
33 金属リング
34 固定穴
35 金属円筒
351 案内円弧辺
4 中管固定リング
41 凸縁
42 中管固定リング滑車
5 内管栓
51 案内槽
52 固定穴
53 金属管
531 案内円弧辺
54 凹槽
6 螺旋棒
61 軟質パッド
7 ナット
8 押し棒
9 動力源
A0 Master bone frame A1 Child master bone A2 Narrow spring B Middle rod set B1 Outer tube B11 Chip B2 Middle tube B21 Chip B3 Inner tube C Upper wheel D Lower wheel E Umbrella opening / closing conversion mechanism E1 Tubing string F Control mechanism G Original G1 Button H Umbrella opening / closing conversion mechanism H1 Lower pulling string H2 Middle pipe pulling string I Energizing spring 1 Outer tube plug 11 Center through hole 12 Outer tube pulley 2 Outer tube fixing ring 21 Convex Edge 3 Middle pipe plug 31 Middle pipe pulley 32 Hook hole 33 Metal ring 34 Fixing hole 35 Metal cylinder 351 Guide arc side 4 Middle pipe fixing ring 41 Convex edge 42 Middle pipe fixing ring pulley 5 Inner pipe plug 51 Guide tank 52 Fixing hole 53 Metal tube 531 Guide arc side 54 Recessed tank 6 Spiral bar 61 Soft pad 7 Nut 8 Push bar 9 Power source

Claims (10)

てもとと中棒セットに設けられ、
上記中棒セットは、上から下へ、順に、少なくとも、外管と中管及び内管の三つの円筒があり、
傘を開閉制御する変換機構は、上記制御機構が、螺旋棒と、螺旋棒にセットされたナットと押し棒を有し、押し棒で、ナットと中棒セットの中管頂端とを連接し、螺旋棒は、下端が、てもと中の動力源に連接され、動力源によって、正逆方向に、回転するように駆動されて、ナットが、螺旋棒に沿って上下に変位し、
動力源が、てもとにあるボタンによって制御され、
上記傘は、更に、親骨フレームと上ろくろ、下ろくろ及び傘開閉変換機構があり、
上記親骨フレームの各子親骨が、それぞれ、対応した上ろくろや下ろくろに、結合され、
上記中棒セットは、外管の上端の内部に、外管栓が固定され、下端に、外管固定リングが嵌設され、上記外管栓に、中心貫通穴が形成され、上記外管固定リングの上部が、外管の中に嵌設され、
中管の頂端に、中管栓が固定され、下端に、中管固定リングが嵌設され、上記中管栓の下部が、中管の中に嵌設され、上記中管固定リングの上部が、中管の中に嵌設され、
内管の頂部に、内管栓が固定され、内管の下端が、てもと上に固定され、
上記上ろくろは、外管の頂端に固定され、外管上に嵌設された下部において、傘開閉変換機構が変位し、
上記下ろくろが、可動的に、外管上に嵌設され、
上記押し棒は、下端に、ナットがセットされ、上端が、内管栓を跨って中管栓に連接され、上記の押し棒は、二本の対称して設置された硬質棒で、ナットが、その押し棒を通過して、中管栓が連動されて上下に変位し、
上記螺旋棒の上端が、内管栓に結合される、
ことを特徴とする全自動多段折り畳み傘の制御機構。
It is provided in the center and middle stick set,
The middle rod set has at least three cylinders of an outer tube, a middle tube, and an inner tube in order from top to bottom,
The conversion mechanism that controls the opening and closing of the umbrella, the control mechanism has a spiral rod, a nut and a push rod set on the spiral rod, and the push rod connects the nut and the middle pipe top end of the middle rod set, The lower end of the spiral rod is connected to the power source at the center, and the power source is driven to rotate in the forward and reverse directions, so that the nut is displaced up and down along the spiral rod.
The power source is controlled by the button at the beginning,
The umbrella further has a main frame and an upper and lower skull and an umbrella opening / closing conversion mechanism,
Each of the parent bones of the parent bone frame is joined to the corresponding upper and lower skulls,
In the middle rod set, an outer tube plug is fixed inside the upper end of the outer tube, an outer tube fixing ring is fitted to the lower end, a center through hole is formed in the outer tube plug, and the outer tube fixing The top of the ring is fitted into the outer tube,
An intermediate tube stopper is fixed to the top end of the intermediate tube, an intermediate tube fixing ring is fitted to the lower end, a lower portion of the intermediate tube plug is fitted into the intermediate tube, and an upper portion of the intermediate tube fixing ring is Inserted in the inner tube,
An inner tube stopper is fixed to the top of the inner tube, and the lower end of the inner tube is fixed to the top,
The upper lathe is fixed to the top end of the outer tube, and in the lower part fitted on the outer tube, the umbrella opening / closing conversion mechanism is displaced,
The above-mentioned bottom wheel is movably fitted on the outer tube,
The push rod has a nut set at the lower end, the upper end is connected to the middle tube plug across the inner tube plug, and the push rod is two symmetrically installed hard rods with nuts , Passing through the push rod, the middle tube stopper is moved up and down,
The upper end of the spiral rod is coupled to the inner tube plug;
A fully automatic multi-stage folding umbrella control mechanism.
上記傘開閉変換機構は、下ろくろ引き紐と変換引き紐及び内管引き紐があり、下ろくろ引き紐は、一端が、中管栓上に固定され、もう一端が、外管を通して、外管滑車を回って下ろくろに固定され、変換引き紐は、一端が、内管上端に固定され、もう一端が、中管底部から通し、中管固定リングの中管固定リング滑車を回って、中管に貫通し、また、中管の上端から伸び出して、外管に通し、更に、外管上端から伸び出して、外管頂部に固定され、内管引き紐は、一端が、内管上端に固定され、もう一端が、中管に通し、中管栓の滑車を回って、中管と外管との間に通して、外管下端に固定されることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 The umbrella opening / closing conversion mechanism has a lower drawstring, a conversion drawstring, and an inner tube drawstring. One end of the lower drawstring is fixed on the middle tube plug, and the other end passes through the outer tube, Around the pulley, it is fixed to the bottom and the conversion drawstring has one end fixed to the upper end of the inner tube and the other end passed through the bottom of the intermediate tube. It penetrates the pipe, extends from the upper end of the middle pipe, passes through the outer pipe, and further extends from the upper end of the outer pipe and is fixed to the top of the outer pipe. The inner pipe drawstring has one end at the upper end of the inner pipe The other end is fixed to the lower end of the outer tube by passing the intermediate tube between the intermediate tube and the outer tube through the pulley of the intermediate tube plug, and the other end passing through the intermediate tube. Fully automatic multi-stage folding umbrella control mechanism as described. 上記傘開閉変換機構は、下ろくろ引き紐と中管引き紐があり、上記下ろくろ引き紐は、一端が、中管栓上に連接され、もう一端が、外管滑車を跨って外管から伸び出して下ろくろに固定され、上記中管引き紐は、一端が、内管栓上に連接され、もう一端が、中管栓の可動滑車に回って外管の下端に固定されることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 The umbrella opening / closing conversion mechanism has a lower drawstring and an intermediate pipe drawstring. One end of the lower drawstring is connected to the middle tube plug, and the other end extends from the outer tube across the outer tube pulley. The middle pipe drawstring is extended and fixed to the bottom pole. One end of the middle pipe drawstring is connected to the inner pipe plug, and the other end is fixed to the lower end of the outer pipe by turning to the movable pulley of the middle pipe plug. The fully automatic multi-stage folding umbrella control mechanism according to claim 1. 上記外管栓は、上部に、外管滑車が設置され、上記外管滑車に対応した外管に、欠け口が形成されて、上記下ろくろ引き紐が貫設され、上記中管栓の中部に、中管滑車が設置され、上記中管固定リングの下端に、凸縁が形成されて、中管の外へ突出し、また、上記凸縁の一側に、中管固定リング滑車が設けられ、また、中管において、中管固定リング滑車に対応した位置に、欠け口が形成されて、変換引き紐が通され、上記上ろくろは、外管の欠け口に対応して、被り槽が形成され、内管引き紐は、一端が、内管上端に固定され、ここでも、同じように、内管栓上に固定され、もう一端が、中管を通し、中管栓の中管滑車を回って、中管から伸び出し、更に、中管と外管との間に通して、外管下端に固定され、ここでは、外管固定リングの凸縁に固定されることを特徴とする請求項2に記載の全自動多段折り畳み傘の制御機構。 The outer tube plug is provided with an outer tube pulley at the top, a notch is formed in the outer tube corresponding to the outer tube pulley, the lower drawstring is penetrating, and the middle tube plug A middle pipe pulley, a convex edge is formed at the lower end of the middle pipe fixing ring and protrudes out of the middle pipe, and a middle pipe fixing ring pulley is provided on one side of the convex edge. Further, in the middle pipe, a chip opening is formed at a position corresponding to the middle pipe fixing ring pulley, and the conversion pull string is passed through. The inner pipe drawstring is formed with one end fixed to the upper end of the inner pipe and again fixed on the inner pipe plug in the same manner, and the other end is passed through the middle pipe and the middle pipe pulley of the middle pipe plug is formed. , Extending from the middle pipe, passing between the middle pipe and the outer pipe, and fixed to the lower end of the outer pipe. Fully automatic multi-stage folding umbrella of the control mechanism according to claim 2, characterized in that fixed to. 上記外管栓は、上部に、外管滑車が設置され、上記外管滑車に対応した外管に、欠け口が形成されて、上記下ろくろ引き紐が伸び出し、上記中管栓は、中部に、中管滑車が設置され、上記中管固定リングは、下端に、中管の外へ突出した凸縁が形成され、また、上記凸縁は、一側に、中管固定リング滑車が設置され、中管において、中管固定リング滑車に対応した位置に、欠け口が形成されて、変換引き紐が伸び出し、上記上ろくろにおいて、外管の欠け口に対応した被り槽が形成され、上記中管引き紐は、一端が、内管栓上に連接され、もう一端が、中管栓の中管滑車を跨って外管の下端に固定されることを特徴とする請求項3に記載の全自動多段折り畳み傘の制御機構。 The outer tube plug is provided with an outer tube pulley at the top, a notch is formed in the outer tube corresponding to the outer tube pulley, the lower drawstring extends, and the middle tube plug is The middle pipe pulley is installed at the lower end of the middle pipe fixing ring, and a convex edge protruding outside the middle pipe is formed at the lower end, and the middle pipe fixing ring pulley is installed on one side of the convex edge. In the middle pipe, a cutout is formed at a position corresponding to the middle pipe fixing ring pulley, the conversion drawstring extends, and a covering tank corresponding to the cutout of the outer pipe is formed in the upper handle, 4. The middle pipe drawstring has one end connected to the inner pipe plug and the other end fixed to the lower end of the outer pipe across the middle pipe pulley of the middle pipe plug. Fully automatic multi-stage folding umbrella control mechanism. 上記上ろくろは、下端に、更に、附勢ばねが連接され、上記附勢ばねは、傘が開かれた状態で、附勢ばねが、下ろくろによって押さえられて圧縮蓄エネルギー状態になることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 The upper crossing is further connected to the bottom end of an urging spring, and the urging spring is in a state where the urging spring is pressed by the lower crossing to enter a compressed energy storage state with the umbrella opened. The fully automatic multi-stage folding umbrella control mechanism according to claim 1. 上記内管栓上に、押し棒が跨るための案内槽が形成されることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 The fully automatic multistage folding umbrella control mechanism according to claim 1, wherein a guide tub for the push rod to straddle is formed on the inner tube plug. 上記螺旋棒は、下端において、動力源の上方に軟質パッドが設けられることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 The fully automatic multistage folding umbrella control mechanism according to claim 1, wherein a soft pad is provided above the power source at the lower end of the spiral bar. 上記中管栓は、プラスチック材質からなり、その上に、押し棒に対応する引っ掛け穴が形成され、引っ掛け穴に、金属リングが設置され、また、中管栓固定引き紐の固定穴において、その一端面に、案内円弧辺を有する金属円筒があり、上記内管栓は、プラスチック材質からなり、その上に、引き紐が貫設されるための固定穴があって、その一端面に、案内円弧辺を有する金属管があることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 The middle tube plug is made of a plastic material, on which a hook hole corresponding to the push rod is formed, a metal ring is installed in the hook hole, and in the fixing hole of the middle tube plug fixed pull string, There is a metal cylinder having a guide arc side on one end surface, and the inner tube plug is made of a plastic material, and there is a fixing hole for penetrating a pulling string on the one end surface. The fully automatic multistage folding umbrella control mechanism according to claim 1, wherein there is a metal tube having an arc side. 上記内管栓の側壁に、直接に、内管の上端に合わせて、凹槽が形成されて、内管に対して、凹点をパンチすることにより、退避空間が形成されることを特徴とする請求項1に記載の全自動多段折り畳み傘の制御機構。 A concave tank is formed directly on the side wall of the inner pipe plug in accordance with the upper end of the inner pipe, and a retreat space is formed by punching a concave point with respect to the inner pipe. The fully automatic multistage folding umbrella control mechanism according to claim 1.
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Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5538984U (en) * 1978-09-07 1980-03-13
JPS5874818U (en) * 1981-11-16 1983-05-20 矢野 秀雄 Invention of battery-powered one-touch open/close umbrella
JPH08322622A (en) * 1995-06-06 1996-12-10 Tadao Izawa Umbrella
JP2001061526A (en) * 1999-08-30 2001-03-13 Berupurosu:Kk Electrically driven umbrella
CN102578772A (en) * 2012-03-27 2012-07-18 厦门明和实业有限公司 Full-automatic multi-fold umbrella
CN103190750A (en) * 2013-03-14 2013-07-10 厦门明和实业有限公司 Fully automatic multi-folding umbrella
US20140182641A1 (en) * 2011-07-01 2014-07-03 Wangshu-O Chen Multi-folded full-automatic opening-closing umbrella

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5538984U (en) * 1978-09-07 1980-03-13
JPS5874818U (en) * 1981-11-16 1983-05-20 矢野 秀雄 Invention of battery-powered one-touch open/close umbrella
JPH08322622A (en) * 1995-06-06 1996-12-10 Tadao Izawa Umbrella
JP2001061526A (en) * 1999-08-30 2001-03-13 Berupurosu:Kk Electrically driven umbrella
US20140182641A1 (en) * 2011-07-01 2014-07-03 Wangshu-O Chen Multi-folded full-automatic opening-closing umbrella
CN102578772A (en) * 2012-03-27 2012-07-18 厦门明和实业有限公司 Full-automatic multi-fold umbrella
CN103190750A (en) * 2013-03-14 2013-07-10 厦门明和实业有限公司 Fully automatic multi-folding umbrella

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