WO2018087793A1 - Adhesive roller type cleaner - Google Patents

Adhesive roller type cleaner Download PDF

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Publication number
WO2018087793A1
WO2018087793A1 PCT/JP2016/004841 JP2016004841W WO2018087793A1 WO 2018087793 A1 WO2018087793 A1 WO 2018087793A1 JP 2016004841 W JP2016004841 W JP 2016004841W WO 2018087793 A1 WO2018087793 A1 WO 2018087793A1
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WIPO (PCT)
Prior art keywords
unit
roller
rotation
winding
stock
Prior art date
Application number
PCT/JP2016/004841
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French (fr)
Japanese (ja)
Inventor
利美男 金井
Original Assignee
株式会社 ドリームライク
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by 株式会社 ドリームライク filed Critical 株式会社 ドリームライク
Priority to PCT/JP2016/004841 priority Critical patent/WO2018087793A1/en
Priority to TW106136825A priority patent/TW201828876A/en
Publication of WO2018087793A1 publication Critical patent/WO2018087793A1/en

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L25/00—Domestic cleaning devices not provided for in other groups of this subclass 

Definitions

  • the present invention relates to a cleaning tool using an adhesive roller, and in particular, when the cleaning tool is moved forward and backward to remove dust and the like, the adhesive tape drawn / wound from the rotating roller is used with another roller.
  • the present invention relates to an adhesive roller cleaning tool that is capable of winding / withdrawing and suppressing occurrence of problems during drawing / winding due to a rotation difference between the outer circumferences of the rollers.
  • roller body with a washable adhesive material attached to the outer periphery is used to rotate the roller body back and forth to remove dust and other debris. Things also exist.
  • the attached dust has a configuration that can be used repeatedly by washing the roller body.
  • the applicant of the present invention is a cleaning tool using an adhesive tape type roller, and the adhesive tape drawn out from one roller body is wound around another attached roller body to finish using the adhesive tape. He is the inventor of an adhesive roller type cleaning tool that eliminates the trouble of separating and removing the adhesive tape whose properties have been lost (re-issued 2014/058006).
  • the invention already disclosed is a structure in which a pair of roller bodies are connected by a plurality of gears and both are rotated.
  • both the roller bodies are bitten by the pressing force from the gripping portion.
  • the other roller body that rotates responsively winds and collects the used part of the adhesive tape, and releases the meshing of the gear when not in use.
  • the present invention relates to a cleaning tool using an adhesive roller, and in particular, when removing the dust or the like by moving the cleaning tool forward and backward, separate the adhesive tape drawn / wound from the rotating roller part. It is possible to provide an adhesive roller cleaning tool that can be wound / drawn by a roller portion of the roller and that suppresses the occurrence of winding / drawing failure at the time of drawing / winding due to the rotation difference (rotational speed difference) of each roller outer periphery. Objective.
  • the pressure-sensitive adhesive roller cleaning tool includes a stock roller portion having a structure that is rotatable forward and backward to feed or wind up a pressure-sensitive adhesive sheet wound in a cylindrical shape, and is drawn from the stock roller portion.
  • a take-up unit that winds up the pressure-sensitive adhesive sheet that adheres and collects the object to be removed
  • a rotation operation transmission unit that transmits a back-and-forth rotation operation of the stock roller unit to the take-up unit
  • An adhesive roller cleaning tool comprising: a main body to be held; and a gripping portion fixedly installed on the main body, wherein the rotation operation transmission portion is coaxial with each rotation shaft of the stock roller portion and the winding portion.
  • the stock roller unit transmits the forward rotation of the stock roller unit to the winding unit between the gear and the rotation shaft, and the backward rotation of the stock roller unit is transmitted to the winding unit. It is the structure which provided the rotation control mechanism which suppresses avoiding transmitting.
  • a stock roller portion having a structure that can be rotated forward and backward to feed or wind up the pressure-sensitive adhesive sheet wound in a cylindrical shape, and a wind-up portion that winds up the pressure-sensitive adhesive sheet drawn out from the stock roller portion and attached and collected to be removed
  • a rotation operation transmission unit that transmits the back-and-forth rotation operation of the stock roller unit to the winding unit, a main body that holds the stock roller unit and the winding unit, and a gripping unit that is fixedly installed on the main body.
  • the rotation operation transmission unit includes a pulley installed coaxially with each rotation shaft of the stock roller unit and the winding unit, and rotation of the pulley of the stock roller unit.
  • a belt body that transmits to the pulley, and the stock roller portion is disposed between the pulley and the rotating shaft.
  • the rotation control mechanism transmits the rotation of the stock roller unit in the forward direction to the rotation operation transmitting unit by setting the stock roller unit in a locked state when the stock roller unit rotates in the forward direction, and the stock roller unit When the vehicle rotates in the rearward direction, it is configured by a one-way clutch that avoids transmitting the rotation in the rearward direction of the stock roller portion to the rotational operation transmitting portion by entering the unlocked state.
  • the rotation operation transmission unit is configured to mesh even number of transmission gears.
  • the rotation operation transmission unit is wound so that the belt body intersects and the pulley of the stock roller unit and the pulley of the winding unit are interlocked.
  • the rotation operation transmission unit has a configuration in which a gear ratio between the stock roller unit and the winding unit is reduced to 1: 1.14 or less. Further, the rotation operation transmission unit may be configured such that the pulley of the stock roller unit is larger than the pulley of the winding unit.
  • the rotation operation transmitting unit is constituted by a plurality of gears, the rotational force of the stock roller unit can always be transmitted to the winding unit.
  • a mechanism that prevents the backward rotation of the stock roller unit from being transmitted to the take-up unit is provided, making it possible to fill in the difference in rotation speed between the stock roller unit and the take-up unit.
  • the winding operation can be performed.
  • the rotation transmission unit is constituted by a plurality of pulleys and a belt that transmits the rotational force, the rotational force of the stock roller unit can be transmitted to the winding unit with a simple structure.
  • the one-way clutch is used as the rotation control mechanism, it is possible to perform rotation control in only one direction, and the difference in rotation speed between the stock roller portion and the winding portion can be filled. 4). Since an even number of transmission gears for use in the rotation operation transmission unit are provided, the rotation directions of the stock roller unit and the winding unit can be reversed.
  • the pulley of the stock roller portion is configured to be larger than the pulley of the winding portion, it is possible to perform a stable drawing / winding operation of the adhesive tape.
  • FIG. 1 is a diagram showing the internal structure of an adhesive roller cleaning tool according to the present invention
  • FIG. 2 is a conceptual diagram showing the operation of the adhesive roller cleaning tool
  • FIG. 3 is a diagram showing an internal structure of an adhesive roller cleaning tool using a pulley.
  • the adhesive roller cleaning tool 1 includes an adhesive tape stock roller unit 100, a winding unit 200, a rotation operation transmitting unit 300, a main body 400, and a gripping unit 410.
  • the stock roller portion 100 rotates in contact with the object to be cleaned, and dust or the like adheres to the adhesive tape 10a.
  • the rotational force of the stock roller unit 100 is transmitted to the winding unit 200 via the rotation operation transmitting unit 300, so that the adhesive tape 10b pulled out from the stock roller unit 100 and attached with dust or the like is wound.
  • the take-up unit 200 takes up and collects.
  • the stock roller unit 100 is a member for sending out or winding up the pressure-sensitive adhesive sheet 10a that is wound and stored in a cylindrical shape, and as shown in FIG. It has become.
  • the pressure-sensitive adhesive sheet 10a is preliminarily wound and stored in a cylindrical hollow core member, and the rod-shaped portion of the stock roller portion 100 is inserted into the hollow cylindrical member.
  • the structure is a structure that can freely rotate back and forth.
  • the stock roller unit 100 is desirably provided with a lock mechanism for preventing the hollow core member wound with the pressure-sensitive adhesive sheet 10a from dropping from the rod-shaped unit.
  • the winding unit 200 is a member for winding and collecting the adhesive sheet 10b that has been used by attaching dust such as dust to be removed after being pulled out from the stock roller unit 100.
  • the main body 400 is installed so as to be able to rotate back and forth.
  • a hollow core member is inserted into the winding portion 200 made of a rod-shaped member, and the pressure-sensitive adhesive sheet 10b with dust collected and collected on the core member is wound and collected.
  • Rotation operation transmission unit 300 is a member for transmitting the forward / backward rotation operation of stock roller unit 100 to winding unit 200.
  • the rotation operation transmission unit 300 has a structure using gears, pulleys, and the like, so that the stock roller unit 100 and the winding unit 200 are always connected. Thereby, when the stock roller unit 100 rotates, the rotational force is transmitted to the winding unit 200.
  • the main body 400 is a member for holding the stock roller unit 100 and the winding unit 200. As shown in FIG. 1, a grip portion 410 is fixedly installed on the main body 400.
  • the gripper 410 is a member that the user holds in the hand when using the adhesive roller cleaning tool 1, and the user joins the adhesive roller cleaning tool 1 to the object to be cleaned with the gripper 410.
  • the stock roller unit 100 is moved back and forth to rotate to clean dust such as dust.
  • Rotational operation transmission unit 300 is composed of a plurality of gears in this embodiment. That is, as shown in FIGS. 1 and 2, a gear 120 fixedly installed coaxially with the rotation shaft 110 of the stock roller unit 100, a gear 220 fixedly installed coaxially with the rotation shaft 210 of the winding unit 200, This is a configuration including one or a plurality of transmission gears 310 for transmitting the rotation of the gear 120 of the stock roller unit 100 to the gear 220 of the winding unit 200. With this configuration, the rotational force of the stock roller unit 100 can always be transmitted to the winding unit 200.
  • the stock roller unit 100 has a configuration in which a rotation control mechanism 500 is provided between the gear 120 and the rotating shaft 110 as shown in FIG.
  • the rotation control mechanism 500 is a mechanism that transmits the rotational torque of the rotating shaft 110 to the gear 120 only when the rotating shaft 110 rotates in a specific direction.
  • the stock roller unit 100 rotates in the forward direction. Only in the case, the rotational force is transmitted to the gear 120 and the rotational force is transmitted to the winding unit 200 via the rotation operation transmitting unit 300.
  • the rotation control mechanism 500 winds the rotational force when the stock roller unit 100 rotates forward (that is, when the adhesive tape 10a is pulled out).
  • control is performed so that the rotational force is not transmitted to the take-up unit 200 during the backward rotation of the stock roller unit 100 (that is, when the stock roller unit 100 takes up the adhesive tape 10b). Operates as follows.
  • the rotational torque from the gear 120 during the backward rotation of the stock roller unit 100 (when the adhesive tape 10b is taken up by the stock roller unit 100. That is, when the adhesive tape 10b is pulled out from the take-up unit 200) 110.
  • the rotation control mechanism 500 serves as a cushioning material that absorbs the difference in rotational speed (rotational speed difference) between the rotary shaft 110 and the gear 120.
  • the specific operation of the adhesive roller cleaning tool 1 will be described.
  • the stock roller unit 100 rotates in the forward direction
  • the pressure-sensitive adhesive tape 10 a wound (stocked) in a cylindrical shape is pulled out.
  • the end of the adhesive tape 10 a is connected to the winding unit 200.
  • the forward rotation of the stock roller unit 100 is transmitted to the winding unit 200 via the rotation operation transmitting unit 300 by the operation of the rotation control mechanism 500. Since the winding unit 200 rotates in response to the stock roller unit 100, the winding unit 200 rotates in the direction of winding the adhesive tape 10b to which dust such as dust adheres, and winds and collects the adhesive tape 10b.
  • the rotation control mechanism 500 does not transmit the rotational force to the rotation operation transmission unit 300 or the winding unit 200.
  • the adhesive tape 10b taken up and collected by the winding unit 200 is pulled by the rotation of the stock roller unit 100, the adhesive tape 10b is pulled out from the winding unit 200, and the stock roller unit 100 takes up. It will be collected.
  • the rotational force is transmitted to the rotation control mechanism 500 via the rotation operation transmission unit 300, but as described above, the rotation control mechanism 500 has a rotational speed difference (rotation) between the rotation shaft 110 and the gear 120. It will serve as a cushioning material that absorbs (speed difference).
  • the rotation control mechanism 500 absorbs the number of rotations (rotation speed), and it becomes possible to repeatedly draw out and wind up the stable adhesive tapes 10a and 10b. Further, when the stock roller unit 100 rotates backward by the rotation control mechanism 500, it is possible to prevent the winding unit 200 from over-rotating, and the adhesive tape 10b taken up by the stock roller unit 100 is loosened. It became possible to suppress this.
  • Rotational operation transmission unit 300 can be configured to use a pulley and a belt body instead of a plurality of gears. That is, as illustrated in FIG. 3, the rotation transmission unit 300 includes a pulley 130 installed coaxially with the rotation shaft 110 of the stock roller unit 100 and a pulley 230 installed coaxially with the rotation shaft 210 of the winding unit 200. And a belt body 320 for transmitting the rotation of the pulley 130 of the stock roller unit 100 to the pulley 230 of the winding unit 200. With this configuration, the rotational force of the stock roller unit 100 can always be transmitted to the winding unit 200.
  • the stock roller unit 100 has a configuration in which a rotation control mechanism 500 is provided between the pulley 130 and the rotating shaft 110.
  • the rotation control mechanism 500 transmits the rotation of the stock roller unit 100 to the winding unit 200 when the stock roller unit 100 rotates forward (that is, when the adhesive tape 10a is pulled out). Is transmitted to the take-up unit 200, and the rotational force is transmitted to the take-up unit 200 when the stock roller unit 100 rotates backward (that is, when the stock roller unit 100 takes up the adhesive tape 10b). Avoid avoidance. With this configuration, the rotational force of the stock roller unit 100 can be transmitted to the winding unit 200 with a simple structure.
  • the rotation control mechanism 500 is configured to use a one-way clutch 510 in this embodiment.
  • the one-way clutch 510 is a mechanism for transmitting a torque in one direction between the inner ring and the outer ring on the same axis.
  • the stock roller unit 100 is locked when the stock roller unit 100 rotates in the forward direction.
  • the rotation of the roller unit 100 in the forward direction is transmitted to the rotation operation transmitting unit 300 via the gear 120 (pulley 130), and then the rotational force is transmitted to the winding unit 200.
  • the rotation operation transmission unit 300 can be configured to be equipped with an even number of transmission gears 310.
  • the rotation direction of the stock roller part 100 and the winding-up part 200 becomes a reverse direction.
  • the drawing / winding-up process of the stable adhesive tape 10a * 10b became possible.
  • the rotation operation transmission unit 300 is configured to wind so that the belt body 320 intersects and the pulley 130 of the stock roller unit 100 and the pulley 230 of the winding unit 200 are interlocked.
  • the rotation direction of the stock roller part 100 and the winding part 200 becomes a reverse direction, and compared with the case where the rotation direction of the stock roller part 100 and the winding part 200 is the same, stable adhesive tape 10a. -10b drawer / rewind processing became possible.
  • the rotation operation transmission unit 300 can be configured to reduce the gear ratio between the gear 120 of the stock roller unit 100 and the gear 220 of the winding unit 200.
  • the gear ratio is desirably 1: 1.14 or lower, and thus a stable drawing / winding operation can be realized.
  • the gear ratio is not limited to this.
  • the rotation operation transmission unit 300 can be configured such that the pulley 130 of the stock roller unit 100 is larger than the pulley 230 of the winding unit 200.
  • Adhesive roller type cleaning tool 10a Adhesive tape 10b Adhesive tape 100 Stock roller part 110 Rotating shaft 120 Gear 130 Pulley 200 Winding part 210 Rotating shaft 220 Gear 230 Pulley 300 Rotation action transmission part 310 Transmission gear 320 Belt body 400 Main body 410 Grasping 500 Rotation control mechanism 510 One-way clutch

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  • Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
  • Cleaning In General (AREA)

Abstract

[Problem] To provide an adhesive roller type cleaner configured such that, during the removal of dust, etc. performed by moving the cleaner forward and backward, an adhesive tape pulled out of or wound onto a rotating roller section is wound onto or pulled out of another roller section, and such that failures in winding and pull-out during pull-out and winding operation caused by a rotational difference (difference in rotational speed) between the outer peripheries of the rollers are prevented. [Solution] Provided is an adhesive roller type cleaner comprising a stock roller section, a winding section, a rotational operation transmitting section, a body, and a grip section. The rotational operation transmitting section comprises: gears disposed coaxial with the rotating shafts, respectively, of the stock roller section and winding section; and one or more transmission gears for transmitting the rotation of the gear of the stock roller section to the gear of the winding section. The stock roller section is configured by providing a rotation control mechanism between the gear and the rotating shaft.

Description

粘着ローラー式掃除用具Adhesive roller cleaning tool
　本発明は、粘着式のローラーを用いた掃除用具に関し、特に、掃除用具を前進・後退させて塵等を除去する際に、回転するローラーから引出／巻取された粘着テープを別のローラーで巻取／引出するとともに、各ローラー外周の回転差による引出／巻取時の不具合の発生を抑制した粘着ローラー式掃除用具に関する。 The present invention relates to a cleaning tool using an adhesive roller, and in particular, when the cleaning tool is moved forward and backward to remove dust and the like, the adhesive tape drawn / wound from the rotating roller is used with another roller. The present invention relates to an adhesive roller cleaning tool that is capable of winding / withdrawing and suppressing occurrence of problems during drawing / winding due to a rotation difference between the outer circumferences of the rollers.
　従来より、粘着式のローラーを用いた掃除用具が多数開発・製造され、家庭用・業務用を問わず、様々な場所で用いられている。古くから用いられている粘着ローラー式掃除用具としては、単一のローラー体に粘着テープの接着面が外側になるように巻装され、該ローラー体を掃除する場所に接着して前後に回転させることで、塵等のごみを粘着テープに粘着させて除去する構造のものが存在する。 Conventionally, many cleaning tools using adhesive rollers have been developed and manufactured, and are used in various places regardless of household or business use. As an adhesive roller cleaning tool that has been used for a long time, it is wound around a single roller body so that the adhesive surface of the adhesive tape is on the outside, and the roller body is bonded to the place to be cleaned and rotated back and forth. Thus, there is a structure that removes dust and the like by adhering it to an adhesive tape.
　また、粘着テープは使用せず、洗浄可能な粘着性の素材を外周に貼付したローラー体を用いて、該ローラー体を前後に回転させることで、塵等のごみを粘着させて除去する構造のものも存在している。付着したゴミは、ローラー体を洗浄することで、繰り返して使用することが可能な構成となっている。 Also, no adhesive tape is used, and a roller body with a washable adhesive material attached to the outer periphery is used to rotate the roller body back and forth to remove dust and other debris. Things also exist. The attached dust has a configuration that can be used repeatedly by washing the roller body.
　本願発明の出願人は、粘着テープ式のローラーを用いた掃除用具であって、一のローラー体から引き出された粘着テープを、併設された他のローラー体に巻き取ることで、使い終わって粘着性が失われた粘着テープを分離除去する手間を省いた粘着ローラー式掃除用具の発明者である（再表２０１４／０５８００６号）。 The applicant of the present invention is a cleaning tool using an adhesive tape type roller, and the adhesive tape drawn out from one roller body is wound around another attached roller body to finish using the adhesive tape. He is the inventor of an adhesive roller type cleaning tool that eliminates the trouble of separating and removing the adhesive tape whose properties have been lost (re-issued 2014/058006).
　既に開示されている発明は、一対のローラー体を複数のギアで接続して双方を回転させる構造であり、掃除用具の使用時には、把持部からの押圧力によりギアを噛ませて双方のローラー体を一体的に回転させ、応動回転する他のローラー体が粘着テープの使用済み部分を巻取回収し、不使用時には、ギアの噛合を解除する構造となっている。 The invention already disclosed is a structure in which a pair of roller bodies are connected by a plurality of gears and both are rotated. When a cleaning tool is used, both the roller bodies are bitten by the pressing force from the gripping portion. , And the other roller body that rotates responsively winds and collects the used part of the adhesive tape, and releases the meshing of the gear when not in use.
　しかしながら、この構造では、他のローラー体による粘着テープの使用済み部分の巻取回収時に、テープの巻取量に応じて一対のローラー体の回転速度の差が生じる事となり、回転速度差を埋めるための構造を付加しないと、粘着テープの巻取・送出のバランスがうまくいかないという問題点があった。また、ギアを噛合させたり、必要に応じて解除するための構造が複雑になり、故障時の修理が煩雑で困難を伴うという問題点もあった。 However, in this structure, at the time of winding and collecting the used part of the adhesive tape by another roller body, a difference in rotational speed between the pair of roller bodies occurs depending on the amount of tape wound, and the rotational speed difference is filled. If the structure for this is not added, there is a problem that the balance between winding and delivery of the adhesive tape is not good. In addition, the structure for meshing the gears and releasing them as necessary becomes complicated, and there is a problem that repair at the time of failure is complicated and difficult.
　そこで、一対のローラー体の回転速度の差を埋める機構を装備するとともに、故障し難く、かつ故障時に修理が容易な、使い勝手の良い粘着ローラー式掃除用具の開発が望まれていた。
再表２０１４／０５８００６号 Accordingly, it has been desired to develop an easy-to-use adhesive roller cleaning tool that is equipped with a mechanism that fills the difference in rotational speed between the pair of roller bodies and that is difficult to break down and easy to repair in the event of a failure.
Re-listed 2014/058006
　本発明は、粘着式のローラーを用いた掃除用具であって、特に、掃除用具を前進・後退させて塵等を除去する際に、回転するローラー部から引出／巻取された粘着テープを別のローラー部で巻取／引出するとともに、各ローラー外周の回転差（回転速度の差）による引出／巻取時の巻取・引出不良の発生を抑制した粘着ローラー式掃除用具を提供することを目的とする。 The present invention relates to a cleaning tool using an adhesive roller, and in particular, when removing the dust or the like by moving the cleaning tool forward and backward, separate the adhesive tape drawn / wound from the rotating roller part. It is possible to provide an adhesive roller cleaning tool that can be wound / drawn by a roller portion of the roller and that suppresses the occurrence of winding / drawing failure at the time of drawing / winding due to the rotation difference (rotational speed difference) of each roller outer periphery. Objective.
　上記の目的を達成するために本発明に係る粘着ローラー式掃除用具は、筒状に巻装される粘着シートを送り出しまたは巻き取る前後回転自在な構造のストックローラー部と、該ストックローラー部から引き出されて除去対象を付着回収した粘着シートを巻き取る巻き取り部と、前記ストックローラー部の前後回転動作を前記巻き取り部に伝達する回転作動伝達部と、前記ストックローラー部と巻き取り部とを保持する本体と、本体に固定設置される握持部と、からなる粘着ローラー式掃除用具であって、前記回転作動伝達部は、前記ストックローラー部および前記巻き取り部の各回転軸と同軸に設置されるギアと、前記ストックローラー部のギアの回転を前記巻き取り部のギアに伝達する一または複数からなる伝達用ギアと、からなるとともに、前記ストックローラー部は、前記ギアと前記回転軸との間に、前記ストックローラー部の前方向回転を前記巻き取り部に伝達するとともに前記ストックローラー部の後方向回転が前記巻き取り部に伝達することを回避抑制する回転制御機構を設けた構成である。 In order to achieve the above object, the pressure-sensitive adhesive roller cleaning tool according to the present invention includes a stock roller portion having a structure that is rotatable forward and backward to feed or wind up a pressure-sensitive adhesive sheet wound in a cylindrical shape, and is drawn from the stock roller portion. A take-up unit that winds up the pressure-sensitive adhesive sheet that adheres and collects the object to be removed, a rotation operation transmission unit that transmits a back-and-forth rotation operation of the stock roller unit to the take-up unit, and An adhesive roller cleaning tool comprising: a main body to be held; and a gripping portion fixedly installed on the main body, wherein the rotation operation transmission portion is coaxial with each rotation shaft of the stock roller portion and the winding portion. An installed gear and one or a plurality of transmission gears for transmitting the rotation of the gear of the stock roller unit to the gear of the winding unit; In addition, the stock roller unit transmits the forward rotation of the stock roller unit to the winding unit between the gear and the rotation shaft, and the backward rotation of the stock roller unit is transmitted to the winding unit. It is the structure which provided the rotation control mechanism which suppresses avoiding transmitting.
　また、筒状に巻装される粘着シートを送り出しまたは巻き取る前後回転自在な構造のストックローラー部と、該ストックローラー部から引き出されて除去対象を付着回収した粘着シートを巻き取る巻き取り部と、前記ストックローラー部の前後回転動作を前記巻き取り部に伝達する回転作動伝達部と、前記ストックローラー部と巻き取り部とを保持する本体と、本体に固定設置される握持部と、からなる粘着ローラー式掃除用具において、前記回転作動伝達部は、前記ストックローラー部および前記巻き取り部の各回転軸と同軸に設置されるプーリーと、前記ストックローラー部のプーリーの回転を前記巻き取り部のプーリーに伝達するベルト体と、からなるとともに、前記ストックローラー部は、前記プーリーと前記回転軸との間に、前記ストックローラー部の前方向回転を前記巻き取り部に伝達するとともに前記ストックローラー部の後方向回転が前記巻き取り部に伝達することを回避抑制する回転制御機構を設けた構成である。 In addition, a stock roller portion having a structure that can be rotated forward and backward to feed or wind up the pressure-sensitive adhesive sheet wound in a cylindrical shape, and a wind-up portion that winds up the pressure-sensitive adhesive sheet drawn out from the stock roller portion and attached and collected to be removed A rotation operation transmission unit that transmits the back-and-forth rotation operation of the stock roller unit to the winding unit, a main body that holds the stock roller unit and the winding unit, and a gripping unit that is fixedly installed on the main body. In the adhesive roller type cleaning tool, the rotation operation transmission unit includes a pulley installed coaxially with each rotation shaft of the stock roller unit and the winding unit, and rotation of the pulley of the stock roller unit. A belt body that transmits to the pulley, and the stock roller portion is disposed between the pulley and the rotating shaft. Is a structure in which an avoidance inhibit rotation control mechanism that rotating after the stock roller unit with transmitting the forward rotation of the stock roller unit to the take-up unit is transmitted to the take-up unit.
　また、前記回転制御機構は、前記ストックローラー部が前方向に回転する際にロック状態とすることにより前記ストックローラー部の前方向への回転を前記回転作動伝達部に伝達し、前記ストックローラー部が後方向に回転する際にはロック解除状態とすることにより前記ストックローラー部の後方向への回転を前記回転作動伝達部に伝達するのを回避抑制するワンウェイクラッチからなる構成である。
　また、前記回転作動伝達部は、前記伝達用ギアを偶数個噛合装備した構成である。 Further, the rotation control mechanism transmits the rotation of the stock roller unit in the forward direction to the rotation operation transmitting unit by setting the stock roller unit in a locked state when the stock roller unit rotates in the forward direction, and the stock roller unit When the vehicle rotates in the rearward direction, it is configured by a one-way clutch that avoids transmitting the rotation in the rearward direction of the stock roller portion to the rotational operation transmitting portion by entering the unlocked state.
In addition, the rotation operation transmission unit is configured to mesh even number of transmission gears.
　また、前記回転作動伝達部は、前記ベルト体を交差させて前記ストックローラー部のプーリーと前記巻き取り部のプーリーが連動するように巻装した構成である。
　前記回転作動伝達部は、前記ストックローラー部と前記巻き取り部とのギア比を（１：１．１４またはそれより）低くした構成である。
　更に、前記回転作動伝達部は、前記ストックローラー部のプーリーを前記巻き取り部のプーリーより大きくした構成でもある。 Further, the rotation operation transmission unit is wound so that the belt body intersects and the pulley of the stock roller unit and the pulley of the winding unit are interlocked.
The rotation operation transmission unit has a configuration in which a gear ratio between the stock roller unit and the winding unit is reduced to 1: 1.14 or less.
Further, the rotation operation transmission unit may be configured such that the pulley of the stock roller unit is larger than the pulley of the winding unit.
　本発明は、上記詳述した通りの構成であるので、以下のような効果がある。
１．回転作動伝達部を複数のギアで構成したため、ストックローラー部の回転力を常に巻き取り部に対して伝達することが可能となる。また、ストックローラー部の後方向回転が巻き取り部に伝達することを回避抑制する機構を設けたため、ストックローラー部と巻き取り部の回転速度差を埋めることが可能となり、粘着テープの安定した引出／巻取操作を行う事ができる。
２．回転作動伝達部を複数のプーリーとそれらの回転力を伝達するベルトによって構成したため、簡易な構造でストックローラー部の回転力を巻き取り部に対して伝達することが可能となる。 Since the present invention is configured as described in detail above, the following effects are obtained.
1. Since the rotation operation transmitting unit is constituted by a plurality of gears, the rotational force of the stock roller unit can always be transmitted to the winding unit. In addition, a mechanism that prevents the backward rotation of the stock roller unit from being transmitted to the take-up unit is provided, making it possible to fill in the difference in rotation speed between the stock roller unit and the take-up unit. / The winding operation can be performed.
2. Since the rotation transmission unit is constituted by a plurality of pulleys and a belt that transmits the rotational force, the rotational force of the stock roller unit can be transmitted to the winding unit with a simple structure.
３．回転制御機構としてワンウェイクラッチを用いる構造としたため、一方向のみの回転制御を行う事が可能となり、ストックローラー部と巻き取り部の回転速度差を埋めることができる。
４．回転作動伝達部に用いる伝達用ギアを偶数個装備する構成としたため、ストックローラー部と巻き取り部の回転方向を逆にすることが可能となる。 3. Since the one-way clutch is used as the rotation control mechanism, it is possible to perform rotation control in only one direction, and the difference in rotation speed between the stock roller portion and the winding portion can be filled.
4). Since an even number of transmission gears for use in the rotation operation transmission unit are provided, the rotation directions of the stock roller unit and the winding unit can be reversed.
５．回転作動伝達部に用いる複数のプーリーの回転力を伝達するベルトを交差させる構成としたため、ストックローラー部と巻き取り部の回転方向を逆にすることが可能となる。
６．ストックローラー部と巻き取り部とのギア比を低くする構成としたため、粘着テープの安定した引出／巻取操作を行う事が可能となる。 5). Since the belts that transmit the rotational force of the plurality of pulleys used in the rotation operation transmission unit are crossed, the rotation directions of the stock roller unit and the winding unit can be reversed.
6). Since the gear ratio between the stock roller portion and the winding portion is reduced, it is possible to perform a stable drawing / winding operation of the adhesive tape.
７．ストックローラー部のプーリーを巻き取り部のプーリーより大きくする構成としたため、粘着テープの安定した引出／巻取操作を行う事が可能となる。 7). Since the pulley of the stock roller portion is configured to be larger than the pulley of the winding portion, it is possible to perform a stable drawing / winding operation of the adhesive tape.
　以下、本発明に係る粘着ローラー式掃除用具を、図面に示す実施例に基づいて詳細に説明する。図１は、本発明に係る粘着ローラー式掃除用具の内部構造を示す図であり、図２は粘着ローラー式掃除用具の動作を示す概念図である。図３は、プーリーを用いた粘着ローラー式掃除用具の内部構造を示す図である。 Hereinafter, the adhesive roller type cleaning tool according to the present invention will be described in detail based on the embodiments shown in the drawings. FIG. 1 is a diagram showing the internal structure of an adhesive roller cleaning tool according to the present invention, and FIG. 2 is a conceptual diagram showing the operation of the adhesive roller cleaning tool. FIG. 3 is a diagram showing an internal structure of an adhesive roller cleaning tool using a pulley.
　本発明に係る粘着ローラー式掃除用具１は、図１に示すように、粘着テープのストックローラー部１００と、巻き取り部２００と、回転作動伝達部３００と、本体４００と、把持部４１０とからなり、ユーザが把持部４１０を持ち、把持部４１０を介して本体４００を前後動させることで、ストックローラー部１００が被清掃物に接して回転し粘着テープ１０ａに塵等のごみを付着させて掃除するとともに、ストックローラー部１００の回転力を回転作動伝達部３００を介して巻き取り部２００に伝達することで、ストックローラー部１００から引き出されて塵等のごみが付着した粘着テープ１０ｂを巻き取り部２００が巻取回収する。 As shown in FIG. 1, the adhesive roller cleaning tool 1 according to the present invention includes an adhesive tape stock roller unit 100, a winding unit 200, a rotation operation transmitting unit 300, a main body 400, and a gripping unit 410. Thus, when the user holds the grip portion 410 and moves the main body 400 back and forth through the grip portion 410, the stock roller portion 100 rotates in contact with the object to be cleaned, and dust or the like adheres to the adhesive tape 10a. While cleaning, the rotational force of the stock roller unit 100 is transmitted to the winding unit 200 via the rotation operation transmitting unit 300, so that the adhesive tape 10b pulled out from the stock roller unit 100 and attached with dust or the like is wound. The take-up unit 200 takes up and collects.
　ストックローラー部１００は、筒状に巻装されて蓄えられている粘着シート１０ａを送り出し、または巻き取るための部材であり、図１に示すように、本体４００に前後回転自在に設置される構造となっている。本実施例では、粘着シート１０ａは、予め筒状からなる中空の芯部材に巻装されて備蓄された状態となっており、ストックローラー部１００の棒状部を中空の該筒状部材に挿入することにより、前後回転自在な構造となる構成である。ストックローラー部１００には、粘着シート１０ａの巻装された中空の芯部材が棒状部から脱落することを防止するためのロック機構を設けることが望ましい。 The stock roller unit 100 is a member for sending out or winding up the pressure-sensitive adhesive sheet 10a that is wound and stored in a cylindrical shape, and as shown in FIG. It has become. In the present embodiment, the pressure-sensitive adhesive sheet 10a is preliminarily wound and stored in a cylindrical hollow core member, and the rod-shaped portion of the stock roller portion 100 is inserted into the hollow cylindrical member. Thus, the structure is a structure that can freely rotate back and forth. The stock roller unit 100 is desirably provided with a lock mechanism for preventing the hollow core member wound with the pressure-sensitive adhesive sheet 10a from dropping from the rod-shaped unit.
　巻き取り部２００は、ストックローラー部１００から引き出された後、除去対象である塵等のごみを付着することで使用済みの状態となった粘着シート１０ｂを巻き取って回収するための部材であり、図１に示すように、本体４００に前後回転自在に設置される構造となっている。本実施例では、棒状部材からなる巻き取り部２００に中空の芯部材を挿入した構成であり、該芯部材にごみを付着回収した粘着シート１０ｂを巻き取って回収する構成である。なお、巻き取り部２００には、粘着シート１０ｂを巻き取る中空の芯部材が脱落することを防止するためのロック機構を設けることが望ましい。 The winding unit 200 is a member for winding and collecting the adhesive sheet 10b that has been used by attaching dust such as dust to be removed after being pulled out from the stock roller unit 100. As shown in FIG. 1, the main body 400 is installed so as to be able to rotate back and forth. In this embodiment, a hollow core member is inserted into the winding portion 200 made of a rod-shaped member, and the pressure-sensitive adhesive sheet 10b with dust collected and collected on the core member is wound and collected. In addition, it is desirable to provide the winding unit 200 with a lock mechanism for preventing the hollow core member that winds up the pressure-sensitive adhesive sheet 10b from falling off.
　回転作動伝達部３００は、ストックローラー部１００の前後回転動作を、巻き取り部２００に伝達するための部材である。本実施例では、回転作動伝達部３００は、後述するように、ギアやプーリー等を用いた構造であり、これによりストックローラー部１００と巻き取り部２００が常に接続された状態となっている。これにより、ストックローラー部１００が回転すると、その回転力が巻き取り部２００に伝達される構成である。 Rotation operation transmission unit 300 is a member for transmitting the forward / backward rotation operation of stock roller unit 100 to winding unit 200. In this embodiment, as will be described later, the rotation operation transmission unit 300 has a structure using gears, pulleys, and the like, so that the stock roller unit 100 and the winding unit 200 are always connected. Thereby, when the stock roller unit 100 rotates, the rotational force is transmitted to the winding unit 200.
　本体４００は、ストックローラー部１００と、巻き取り部２００とを保持するための部材である。本体４００には、図１に示すように、把持部４１０が固定設置される。把持部４１０は、ユーザが粘着ローラー式掃除用具１を使用する際に手に持つための部材であり、ユーザは、把持部４１０を持った状態で粘着ローラー式掃除用具１を被清掃物に接合させストックローラー部１００を前後移動させて回転させ、塵等のごみを清掃する構成である。 The main body 400 is a member for holding the stock roller unit 100 and the winding unit 200. As shown in FIG. 1, a grip portion 410 is fixedly installed on the main body 400. The gripper 410 is a member that the user holds in the hand when using the adhesive roller cleaning tool 1, and the user joins the adhesive roller cleaning tool 1 to the object to be cleaned with the gripper 410. The stock roller unit 100 is moved back and forth to rotate to clean dust such as dust.
　回転作動伝達部３００は、本実施例では、複数のギアで構成されている。すなわち、図１および図２に示すように、ストックローラー部１００の回転軸１１０と同軸に固定設置されるギア１２０と、巻き取り部２００の回転軸２１０と同軸に固定設置されるギア２２０と、ストックローラー部１００のギア１２０の回転を巻き取り部２００のギア２２０に伝達するための一または複数からなる伝達用ギア３１０とからなる構成である。この構成とすることにより、ストックローラー部１００の回転力を常に巻き取り部２００に対して伝達することが可能となる。 Rotational operation transmission unit 300 is composed of a plurality of gears in this embodiment. That is, as shown in FIGS. 1 and 2, a gear 120 fixedly installed coaxially with the rotation shaft 110 of the stock roller unit 100, a gear 220 fixedly installed coaxially with the rotation shaft 210 of the winding unit 200, This is a configuration including one or a plurality of transmission gears 310 for transmitting the rotation of the gear 120 of the stock roller unit 100 to the gear 220 of the winding unit 200. With this configuration, the rotational force of the stock roller unit 100 can always be transmitted to the winding unit 200.
　ストックローラー部１００は、ギア１２０と回転軸１１０との間に、図１に示すように、回転制御機構５００を設けた構成である。回転制御機構５００は、回転軸１１０の回転トルクを回転軸１１０が特定の方向に回転した場合に限りギア１２０に伝達する機構であり、本実施例では、ストックローラー部１００が前方向に回転した場合に限り、ギア１２０に回転力を伝達し、回転作動伝達部３００を介して巻き取り部２００に回転力が伝達される構成となっている。 The stock roller unit 100 has a configuration in which a rotation control mechanism 500 is provided between the gear 120 and the rotating shaft 110 as shown in FIG. The rotation control mechanism 500 is a mechanism that transmits the rotational torque of the rotating shaft 110 to the gear 120 only when the rotating shaft 110 rotates in a specific direction. In this embodiment, the stock roller unit 100 rotates in the forward direction. Only in the case, the rotational force is transmitted to the gear 120 and the rotational force is transmitted to the winding unit 200 via the rotation operation transmitting unit 300.
　すなわち、回転制御機構５００は、ストックローラー部１００の回転を巻き取り部２００に伝達するにあたり、ストックローラー部１００の前方向回転時（すなわち、粘着テープ１０ａの引き出し時）に、その回転力を巻き取り部２００に伝達するとともに、ストックローラー部１００の後方向回転時（すなわち、粘着テープ１０ｂをストックローラー部１００が巻き取る時）に、その回転力が巻き取り部２００に伝達しないように制御するように作動する。 That is, when the rotation of the stock roller unit 100 is transmitted to the winding unit 200, the rotation control mechanism 500 winds the rotational force when the stock roller unit 100 rotates forward (that is, when the adhesive tape 10a is pulled out). In addition to transmitting to the take-up unit 200, control is performed so that the rotational force is not transmitted to the take-up unit 200 during the backward rotation of the stock roller unit 100 (that is, when the stock roller unit 100 takes up the adhesive tape 10b). Operates as follows.
　ストックローラー部１００の後方向回転時（粘着テープ１０ｂをストックローラー部１００が巻き取るという場合。すなわち、粘着テープ１０ｂが巻き取り部２００から引き出される時）のギア１２０からの回転トルクは、回転軸１１０に伝達される。 The rotational torque from the gear 120 during the backward rotation of the stock roller unit 100 (when the adhesive tape 10b is taken up by the stock roller unit 100. That is, when the adhesive tape 10b is pulled out from the take-up unit 200) 110.
　仮に例えば、ストックローラー部１００の後方向への回転数（回転速度）が巻き取り部２００の回転数（回転速度）より多い（速い）場合（すなわち、粘着テープ１０ｂが、巻き取り部２００に多く巻き取られている状態の場合）、ギア１２０からの回転トルクが回転軸１１０に伝達する際に、既に後方向回転をしている回転軸１１０とギア１２０との間で回転数差（回転速度差）が生じるが、ギア１２０の回転数（回転速度）が少ない（遅い）ため、回転軸１１０に対する回転トルクの伝達が回避抑制される方向に作用する事となる。すなわち、回転制御機構５００が回転軸１１０とギア１２０との間の回転数差（回転速度差）を吸収する緩衝材の役割を果たす事となる。 For example, when the rotational speed (rotational speed) in the backward direction of the stock roller unit 100 is higher (faster) than the rotational speed (rotational speed) of the winding unit 200 (that is, the adhesive tape 10b is more in the winding unit 200). When the rotational torque from the gear 120 is transmitted to the rotary shaft 110, the rotational speed difference (rotational speed) between the rotary shaft 110 and the gear 120 that are already rotating in the rearward direction. However, since the rotational speed (rotational speed) of the gear 120 is small (slow), the transmission of the rotational torque to the rotating shaft 110 is avoided and suppressed. That is, the rotation control mechanism 500 serves as a cushioning material that absorbs the difference in rotational speed (rotational speed difference) between the rotary shaft 110 and the gear 120.
　同様に、ストックローラー１００の後方への回転数（回転速度）が巻き取り部２００の回転数（回転速度）より少ない（遅い）場合は、前述と同様の作用を生じ、回転軸１１０とギア１２０との間の回転数差（回転速度差）を吸収する事になる。 Similarly, when the rotational speed (rotational speed) to the rear of the stock roller 100 is smaller (slower) than the rotational speed (rotational speed) of the winding unit 200, the same operation as described above occurs, and the rotational shaft 110 and the gear 120 are operated. The difference in rotational speed between them (rotational speed difference) will be absorbed.
　次に、粘着ローラー式掃除用具１の具体的な動作を説明する。図２に示すように、ストックローラー部１００が前方向に回転した場合、筒状に巻装（備蓄）された粘着テープ１０ａが引き出される。このとき、粘着テープ１０ａの端部は、巻き取り部２００に接続されている。ストックローラー部１００の前方向回転は、回転制御機構５００の動作により、回転作動伝達部３００を介して巻き取り部２００に伝達される。巻き取り部２００は、ストックローラー部１００に応動して回転することになるため、塵等のごみが付着した粘着テープ１０ｂを巻き取る方向に回転し、粘着テープ１０ｂを巻取回収する。 Next, the specific operation of the adhesive roller cleaning tool 1 will be described. As shown in FIG. 2, when the stock roller unit 100 rotates in the forward direction, the pressure-sensitive adhesive tape 10 a wound (stocked) in a cylindrical shape is pulled out. At this time, the end of the adhesive tape 10 a is connected to the winding unit 200. The forward rotation of the stock roller unit 100 is transmitted to the winding unit 200 via the rotation operation transmitting unit 300 by the operation of the rotation control mechanism 500. Since the winding unit 200 rotates in response to the stock roller unit 100, the winding unit 200 rotates in the direction of winding the adhesive tape 10b to which dust such as dust adheres, and winds and collects the adhesive tape 10b.
　一方、ストックローラー部１００が後方向に回転した場合、回転制御機構５００により回転力が回転作動伝達部３００乃至巻き取り部２００には伝達されない事となる。しかしながら、巻き取り部２００に巻取回収された粘着テープ１０ｂは、ストックローラー部１００の回転によって引っ張られることになるため、巻き取り部２００から粘着テープ１０ｂが引き出され、ストックローラー部１００が巻き取り回収することとなる。 On the other hand, when the stock roller unit 100 rotates backward, the rotation control mechanism 500 does not transmit the rotational force to the rotation operation transmission unit 300 or the winding unit 200. However, since the adhesive tape 10b taken up and collected by the winding unit 200 is pulled by the rotation of the stock roller unit 100, the adhesive tape 10b is pulled out from the winding unit 200, and the stock roller unit 100 takes up. It will be collected.
　このとき、回転制御機構５００には、回転作動伝達部３００を介して回転力が伝達されるが、前述の通り、回転制御機構５００が回転軸１１０とギア１２０との間の回転数差（回転速度差）を吸収する緩衝材の役割を果たすこととなる。 At this time, the rotational force is transmitted to the rotation control mechanism 500 via the rotation operation transmission unit 300, but as described above, the rotation control mechanism 500 has a rotational speed difference (rotation) between the rotation shaft 110 and the gear 120. It will serve as a cushioning material that absorbs (speed difference).
　この構造とすることにより、ストックローラー部１００に巻装される粘着テープ１０ａと巻き取り部２００に巻装される塵等を付着回収した粘着テープ１０ｂに外周の差が生じても、回転制御機構５００が回転数（回転速度）を吸収することとなり、安定した粘着テープ１０ａ・１０ｂの引き出しおよび巻き取りを繰り返し行う事が可能となった。また、回転制御機構５００により、ストックローラー部１００が後方向に回転する際に、巻き取り部２００が過回転することを抑制することが可能となり、ストックローラー部１００が巻き取る粘着テープ１０ｂが緩むことを抑制することが可能となった。 By adopting this structure, even if there is a difference in the outer periphery between the adhesive tape 10a wound around the stock roller portion 100 and the adhesive tape 10b that collects and collects dust or the like wound around the take-up portion 200, the rotation control mechanism 500 absorbs the number of rotations (rotation speed), and it becomes possible to repeatedly draw out and wind up the stable adhesive tapes 10a and 10b. Further, when the stock roller unit 100 rotates backward by the rotation control mechanism 500, it is possible to prevent the winding unit 200 from over-rotating, and the adhesive tape 10b taken up by the stock roller unit 100 is loosened. It became possible to suppress this.
　回転作動伝達部３００は、複数のギアに換えて、プーリーとベルト体を用いる構成とすることが可能である。すなわち、図３に示すように、回転作動伝達部３００は、ストックローラー部１００の回転軸１１０と同軸に設置されるプーリー１３０と、巻き取り部２００の回転軸２１０と同軸に設置されるプーリー２３０と、ストックローラー部１００のプーリー１３０の回転を巻き取り部２００のプーリー２３０に伝達するためのベルト体３２０とからなる構成である。この構成とすることにより、ストックローラー部１００の回転力を常に巻き取り部２００に対して伝達することが可能となる。 Rotational operation transmission unit 300 can be configured to use a pulley and a belt body instead of a plurality of gears. That is, as illustrated in FIG. 3, the rotation transmission unit 300 includes a pulley 130 installed coaxially with the rotation shaft 110 of the stock roller unit 100 and a pulley 230 installed coaxially with the rotation shaft 210 of the winding unit 200. And a belt body 320 for transmitting the rotation of the pulley 130 of the stock roller unit 100 to the pulley 230 of the winding unit 200. With this configuration, the rotational force of the stock roller unit 100 can always be transmitted to the winding unit 200.
　更に、ストックローラー部１００は、プーリー１３０と回転軸１１０との間に、回転制御機構５００を設けた構成である。回転制御機構５００は、前述の通り、ストックローラー部１００の回転を巻き取り部２００に伝達するにあたり、ストックローラー部１００の前方向回転時（すなわち、粘着テープ１０ａの引き出し時）に、その回転力を巻き取り部２００に伝達するとともに、ストックローラー部１００の後方向回転時（すなわち、粘着テープ１０ｂをストックローラー部１００が巻き取る時）に、その回転力が巻き取り部２００に伝達することを回避抑制する。この構成とすることにより、簡易な構造でストックローラー部１００の回転力を巻き取り部２００に対して伝達することが可能となった。 Furthermore, the stock roller unit 100 has a configuration in which a rotation control mechanism 500 is provided between the pulley 130 and the rotating shaft 110. As described above, the rotation control mechanism 500 transmits the rotation of the stock roller unit 100 to the winding unit 200 when the stock roller unit 100 rotates forward (that is, when the adhesive tape 10a is pulled out). Is transmitted to the take-up unit 200, and the rotational force is transmitted to the take-up unit 200 when the stock roller unit 100 rotates backward (that is, when the stock roller unit 100 takes up the adhesive tape 10b). Avoid avoidance. With this configuration, the rotational force of the stock roller unit 100 can be transmitted to the winding unit 200 with a simple structure.
　回転制御機構５００は、この実施例では、ワンウェイクラッチ５１０を使用する構成である。ワンウェイクラッチ５１０は、同軸上の内輪と外輪の間で一方向のトルクを伝達する機構であり、この実施例では、ストックローラー部１００が前方向に回転する際にロック状態とすることにより、ストックローラー部１００の前方向への回転をギア１２０（プーリー１３０）を介して回転作動伝達部３００に伝達した上で回転力を巻き取り部２００に伝達する。また、ストックローラー部１００が後方向に回転する際にロック解除状態とすることにより、ストックローラー部１００の後方向への回転をギア１２０（プーリー１３０）に伝達するのを回避抑制することで、回転力が回転作動伝達部３００に伝達するのを防止する構造である。 The rotation control mechanism 500 is configured to use a one-way clutch 510 in this embodiment. The one-way clutch 510 is a mechanism for transmitting a torque in one direction between the inner ring and the outer ring on the same axis. In this embodiment, the stock roller unit 100 is locked when the stock roller unit 100 rotates in the forward direction. The rotation of the roller unit 100 in the forward direction is transmitted to the rotation operation transmitting unit 300 via the gear 120 (pulley 130), and then the rotational force is transmitted to the winding unit 200. In addition, by setting the unlocked state when the stock roller unit 100 rotates in the rear direction, by avoiding transmission of the rotation in the rear direction of the stock roller unit 100 to the gear 120 (pulley 130), In this structure, the rotational force is prevented from being transmitted to the rotational operation transmitting unit 300.
　この構造とすることにより、回転制御機構５００による一方向のみの回転制御を実現することが可能となり、ストックローラー部１００と巻き取り部２００の回転速度差を埋めることが可能となった。 By adopting this structure, it is possible to realize rotation control in only one direction by the rotation control mechanism 500, and it is possible to fill in the rotational speed difference between the stock roller unit 100 and the winding unit 200.
　回転作動伝達部３００は、図１に示すように、伝達用ギア３１０を偶数個噛合装備する構成とすることが可能である。この構成とすることにより、ストックローラー部１００と巻き取り部２００の回転方向が逆方向となる。これにより、ストックローラー部１００と巻き取り部２００の回転方向が同一の場合と比較して、安定した粘着テープ１０ａ・１０ｂの引き出し／巻き取り処理が可能となった。 As shown in FIG. 1, the rotation operation transmission unit 300 can be configured to be equipped with an even number of transmission gears 310. By setting it as this structure, the rotation direction of the stock roller part 100 and the winding-up part 200 becomes a reverse direction. Thereby, compared with the case where the rotation direction of the stock roller part 100 and the winding part 200 is the same, the drawing / winding-up process of the stable adhesive tape 10a * 10b became possible.
　また、回転作動伝達部３００は、図３に示すように、ベルト体３２０を交差させてストックローラー部１００のプーリー１３０と巻き取り部２００のプーリー２３０が連動するように巻装する構成である。この構成とすることにより、ストックローラー部１００と巻き取り部２００の回転方向が逆方向となり、ストックローラー部１００と巻き取り部２００の回転方向が同一の場合と比較して、安定した粘着テープ１０ａ・１０ｂの引き出し／巻き取り処理が可能となった。 Further, as shown in FIG. 3, the rotation operation transmission unit 300 is configured to wind so that the belt body 320 intersects and the pulley 130 of the stock roller unit 100 and the pulley 230 of the winding unit 200 are interlocked. By setting it as this structure, the rotation direction of the stock roller part 100 and the winding part 200 becomes a reverse direction, and compared with the case where the rotation direction of the stock roller part 100 and the winding part 200 is the same, stable adhesive tape 10a. -10b drawer / rewind processing became possible.
　回転作動伝達部３００は、ストックローラー部１００のギア１２０と巻き取り部２００のギア２２０とのギア比を低くする構成とすることが可能である。この構成とすることにより、ストックローラー部１００のギア１２０と巻き取り部２００のギア２２０の間の回転数差（回転速度差）を意図的に発生させることが可能となり、その結果、粘着テープの安定した引出／巻取操作を行う事が可能となった。なお、上記ギア比は、１：１．１４またはそれより低くすることが望ましく、これにより安定した引出／巻取操作を実現できるが、このギア比に限定されるものではない。 The rotation operation transmission unit 300 can be configured to reduce the gear ratio between the gear 120 of the stock roller unit 100 and the gear 220 of the winding unit 200. By adopting this configuration, it is possible to intentionally generate a rotational speed difference (rotational speed difference) between the gear 120 of the stock roller unit 100 and the gear 220 of the winding unit 200, and as a result, the adhesive tape It became possible to perform a stable drawing / winding operation. Note that the gear ratio is desirably 1: 1.14 or lower, and thus a stable drawing / winding operation can be realized. However, the gear ratio is not limited to this.
　また、回転作動伝達部３００は、ストックローラー部１００のプーリー１３０を巻き取り部２００のプーリー２３０より大きくする構成とすることが可能である。この構成とすることにより、ストックローラー部１００のプーリー１３０と巻き取り部２００のプーリー２３０の間の回転数差（回転速度差）を意図的に発生させることが可能となり、その結果、粘着テープの安定した引出／巻取操作を行う事が可能となった。 Further, the rotation operation transmission unit 300 can be configured such that the pulley 130 of the stock roller unit 100 is larger than the pulley 230 of the winding unit 200. By adopting this configuration, it is possible to intentionally generate a rotational speed difference (rotational speed difference) between the pulley 130 of the stock roller unit 100 and the pulley 230 of the winding unit 200, and as a result, the adhesive tape It became possible to perform a stable drawing / winding operation.
本発明に係る粘着ローラー式掃除用具の内部構造を示す図The figure which shows the internal structure of the adhesion roller type cleaning tool which concerns on this invention 粘着ローラー式掃除用具の動作を示す概念図Conceptual diagram showing the operation of the adhesive roller cleaning tool プーリーを用いた粘着ローラー式掃除用具の内部構造を示す図The figure which shows the internal structure of the adhesion roller type cleaning tool using a pulley
　１　　粘着ローラー式掃除用具
　１０ａ　　粘着テープ
　１０ｂ　　粘着テープ
　１００　　ストックローラー部
　１１０　　回転軸
　１２０　　ギア
　１３０　　プーリー
　２００　　巻き取り部
　２１０　　回転軸
　２２０　　ギア
　２３０　　プーリー
　３００　　回転作動伝達部
　３１０　　伝達用ギア
　３２０　　ベルト体
　４００　　本体
　４１０　　把持部
　５００　　回転制御機構
　５１０　　ワンウェイクラッチ DESCRIPTION OF SYMBOLS 1 Adhesive roller type cleaning tool 10a Adhesive tape 10b Adhesive tape 100 Stock roller part 110 Rotating shaft 120 Gear 130 Pulley 200 Winding part 210 Rotating shaft 220 Gear 230 Pulley 300 Rotation action transmission part 310 Transmission gear 320 Belt body 400 Main body 410 Grasping 500 Rotation control mechanism 510 One-way clutch

Claims (7)

  1. 　筒状に巻装される粘着シート(10a)を送り出しまたは巻き取る前後回転自在な構造の粘着テープのストックローラー部(100)と、該粘着テープのストックローラー部(100)から引き出されて除去対象を付着回収した粘着シート(10b)を巻き取る巻き取り部(200)と、前記ストックローラー部(100)の前後回転動作を前記巻き取り部(200)に伝達する回転作動伝達部(300)と、前記ストックローラー部(100)と巻き取り部(200)とを保持する本体(400)と、本体(400)に固定設置される握持部(410)と、からなる粘着ローラー式掃除用具(1)において、
    　前記回転作動伝達部(300)は、前記ストックローラー部(100)および前記巻き取り部(200)の各回転軸(110・210)と同軸に設置されるギア(120・220)と、前記ストックローラー部(100)のギア(120)の回転を前記巻き取り部(200)のギア(220)に伝達する一または複数からなる伝達用ギア(310)と、からなるとともに、
    　前記ストックローラー部(100)は、前記ギア(120)と前記回転軸(110)との間に、前記ストックローラー部(100)の前方向回転を前記巻き取り部(200)に伝達するとともに前記ストックローラー部(100)の後方向回転が前記巻き取り部(200)に伝達することを回避抑制する回転制御機構(500)を設けたことを特徴とする粘着ローラー式掃除用具。     The pressure-sensitive adhesive sheet (10a) wound in a cylindrical shape can be rotated forward and backward, the pressure-sensitive adhesive tape stock roller section (100), and the pressure-sensitive adhesive tape stock roller section (100) pulled out to be removed A winding unit (200) that winds up the adhesive sheet (10b) that adheres and collects, and a rotation operation transmission unit (300) that transmits the back-and-forth rotation operation of the stock roller unit (100) to the winding unit (200). An adhesive roller cleaning tool comprising a main body (400) for holding the stock roller part (100) and the winding part (200), and a gripping part (410) fixedly installed on the main body (400) ( In 1)
    The rotation transmission unit (300) includes gears (120/220) installed coaxially with the rotation shafts (110/210) of the stock roller unit (100) and the winding unit (200), and the stock And one or more transmission gears (310) that transmit the rotation of the gear (120) of the roller unit (100) to the gear (220) of the winding unit (200), and
    The stock roller unit (100) transmits a forward rotation of the stock roller unit (100) to the winding unit (200) between the gear (120) and the rotating shaft (110) and An adhesive roller-type cleaning tool provided with a rotation control mechanism (500) that prevents the backward rotation of the stock roller unit (100) from being transmitted to the winding unit (200).
  2. 　筒状に巻装される粘着シート(10a)を送り出しまたは巻き取る前後回転自在な構造の粘着テープのストックローラー部(100)と、該粘着テープのストックローラー部(100)から引き出されて除去対象を付着回収した粘着シート(10b)を巻き取る巻き取り部(200)と、前記ストックローラー部(100)の前後回転動作を前記巻き取り部(200)に伝達する回転作動伝達部(300)と、前記ストックローラー部(100)と巻き取り部(200)とを保持する本体(400)と、本体(400)に固定設置される握持部(410)と、からなる粘着ローラー式掃除用具(1)において、
    　前記回転作動伝達部(300)は、前記ストックローラー部(100)および前記巻き取り部(200)の各回転軸(110・120)と同軸に設置されるプーリー(130・230)と、前記ストックローラー部(100)のプーリー(130)の回転を前記巻き取り部(200)のプーリー(230)に伝達するベルト体(320)と、からなるとともに、
    　前記ストックローラー部(100)は、前記プーリー(130)と前記回転軸(110)との間に、前記ストックローラー部(100)の前方向回転を前記巻き取り部(200)に伝達するとともに前記ストックローラー部(100)の後方向回転が前記巻き取り部(200)に伝達することを回避抑制する回転制御機構(500)を設けたことを特徴とする粘着ローラー式掃除用具。     The pressure-sensitive adhesive sheet (10a) wound in a cylindrical shape can be rotated forward and backward, the pressure-sensitive adhesive tape stock roller section (100), and the pressure-sensitive adhesive tape stock roller section (100) pulled out to be removed A winding unit (200) that winds up the adhesive sheet (10b) that adheres and collects, and a rotation operation transmission unit (300) that transmits the back-and-forth rotation operation of the stock roller unit (100) to the winding unit (200). An adhesive roller cleaning tool comprising a main body (400) for holding the stock roller part (100) and the winding part (200), and a gripping part (410) fixedly installed on the main body (400) ( In 1)
    The rotation transmission unit (300) includes a pulley (130/230) installed coaxially with the rotation shafts (110/120) of the stock roller unit (100) and the winding unit (200), and the stock A belt body (320) that transmits the rotation of the pulley (130) of the roller section (100) to the pulley (230) of the winding section (200), and
    The stock roller unit (100) transmits the forward rotation of the stock roller unit (100) to the winding unit (200) between the pulley (130) and the rotating shaft (110) and An adhesive roller-type cleaning tool provided with a rotation control mechanism (500) that prevents the backward rotation of the stock roller unit (100) from being transmitted to the winding unit (200).
  3. 　前記回転制御機構(500)は、前記ストックローラー部(100)が前方向に回転する際にロック状態とすることにより前記ストックローラー部(100)の前方向への回転を前記回転作動伝達部(300)に伝達し、前記ストックローラー部(100)が後方向に回転する際にはロック解除状態とすることにより前記ストックローラー部(100)の後方向への回転を前記回転作動伝達部(300)に伝達するのを回避抑制するワンウェイクラッチ(510)からなることを特徴とする請求項１または請求項２記載の粘着ローラー式掃除用具。 The rotation control mechanism (500) is configured to lock the rotation of the stock roller unit (100) in the forward direction when the stock roller unit (100) rotates in the forward direction. 300), and when the stock roller part (100) rotates backward, the rotational movement transmission part (300) The adhesive roller type cleaning tool according to claim 1 or 2, characterized by comprising a one-way clutch (510) that avoids and suppresses transmission.
  4. 　前記回転作動伝達部(300)は、前記伝達用ギア(310)を偶数個噛合装備したことを特徴とする請求項１記載の粘着ローラー式掃除用具。 The adhesive roller type cleaning tool according to claim 1, wherein the rotation operation transmission unit (300) is equipped with an even number of transmission gears (310).
  5. 　前記回転作動伝達部(300)は、前記ベルト体(320)を交差させて前記ストックローラー部(100)のプーリー(130)と前記巻き取り部(200)のプーリー(230)が連動するように巻装したことを特徴とする請求項２記載の粘着ローラー式掃除用具。 The rotation transmission unit (300) crosses the belt body (320) so that the pulley (130) of the stock roller unit (100) and the pulley (230) of the winding unit (200) are interlocked. The pressure-sensitive roller cleaning tool according to claim 2, wherein the cleaning tool is wound.
  6. 　前記回転作動伝達部(300)は、前記ストックローラー部(100)と前記巻き取り部(300)とのギア比を（１：１．１４またはそれより）低くしたことを特徴とする請求項１記載の粘着ローラー式掃除用具。 The rotation operation transmission unit (300) is characterized in that a gear ratio between the stock roller unit (100) and the winding unit (300) is reduced to 1: 1.14 or less. The adhesive roller type cleaning tool as described.
  7. 　前記回転作動伝達部(300)は、前記ストックローラー部(100)のプーリー(130)を前記巻き取り部(200)のプーリー(230)より大きくしたことを特徴とする請求項２記載の粘着ローラー式掃除用具。 The pressure-sensitive adhesive roller according to claim 2, wherein the rotation transmission unit (300) is configured such that the pulley (130) of the stock roller unit (100) is larger than the pulley (230) of the winding unit (200). Type cleaning tool.
PCT/JP2016/004841 2016-11-09 2016-11-09 Adhesive roller type cleaner WO2018087793A1 (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6433971U (en) * 1987-08-25 1989-03-02
JP3001291U (en) * 1994-02-22 1994-08-23 正幸 花房 Cleaning device
JP2006305276A (en) * 2005-04-28 2006-11-09 Ebara Kunio Adhesive tape winding device
JP2009028228A (en) * 2007-07-26 2009-02-12 Duskin Co Ltd Roll cleaner
US20160213223A1 (en) * 2015-01-23 2016-07-28 Peter John P. Williamson Cleaning device

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6433971U (en) * 1987-08-25 1989-03-02
JP3001291U (en) * 1994-02-22 1994-08-23 正幸 花房 Cleaning device
JP2006305276A (en) * 2005-04-28 2006-11-09 Ebara Kunio Adhesive tape winding device
JP2009028228A (en) * 2007-07-26 2009-02-12 Duskin Co Ltd Roll cleaner
US20160213223A1 (en) * 2015-01-23 2016-07-28 Peter John P. Williamson Cleaning device

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