JP3122542U - Mop structure - Google Patents

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JP3122542U
JP3122542U JP2006002521U JP2006002521U JP3122542U JP 3122542 U JP3122542 U JP 3122542U JP 2006002521 U JP2006002521 U JP 2006002521U JP 2006002521 U JP2006002521 U JP 2006002521U JP 3122542 U JP3122542 U JP 3122542U
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compression
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pedestal
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cleaning
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Abstract

【課題】可動角度調整、自動脱水およびスポンジの取り外し洗浄が可能なモップの構造を提供する。
【解決手段】柄棒30のレバー31が引かれることにより連結棒32が上下移動を行う。柄棒30の先端には連結軸片33が固定され、連結槽34が設けられる。圧縮構造40は、円弧槽42を有する2枚の圧縮片41を備え、その下方に2つの圧縮軸43を設けられる。台座50は、2枚の翼片51を連結して作られ、その境は、軸52および孔53の結合により折り畳むことができる。台座50の底部には清掃用拭布57が取り付けられる。以上の改良により、柄棒30と台座50との間の角度が変えられ、また台座50底部の清掃用拭布57の自動脱水および取り外し洗浄が可能になった。
【選択図】図3
A structure of a mop capable of adjusting a movable angle, automatic dehydration, and removing and cleaning a sponge is provided.
When a lever 31 of a handle rod 30 is pulled, a connecting rod 32 moves up and down. A connecting shaft piece 33 is fixed to the tip of the handle 30 and a connecting tank 34 is provided. The compression structure 40 includes two compression pieces 41 each having an arc tank 42, and two compression shafts 43 are provided below the compression pieces 41. The pedestal 50 is formed by connecting two wing pieces 51, and the boundary can be folded by the coupling of the shaft 52 and the hole 53. A cleaning wipe 57 is attached to the bottom of the base 50. By the above improvement, the angle between the handle 30 and the pedestal 50 can be changed, and the automatic dehydration and removal cleaning of the cleaning wipe 57 on the bottom of the pedestal 50 can be performed.
[Selection] Figure 3

Description

本考案は、モップの構造、特に可動角度の調整、自動脱水およびスポンジの取り外し洗浄が可能なモップの構造に関する。   The present invention relates to a mop structure, and more particularly to a mop structure capable of adjusting a movable angle, performing automatic dehydration, and removing and cleaning a sponge.

図1は、市場でよく見かけるモップの構造を示す斜視図である。柄棒10には、レバー11が取りつけられ、柄棒10の先端には押え棒12が連結されている。ロッド13は、レバー11により上下に移動させられ、ロッド13の先端にはスポンジ14が挟まれ固定されている。スポンジ14は、レバー11が押え棒12に力を加えることにより搾られ、脱水機能を有する。しかしながら、従来のモップは実際に使用してみると、スポンジ14は円形を呈しているため、床に接触したとき、「線」状になり接触面積が小さく、汚れを取る機能が不十分であることがわかる。また、柄棒10とスポンジ14との間の角度は、固定されていて調節できないようになっており、家具の下方に隙間があった場合、角度の制限を受けて、清掃することができない。さらに、清掃後、スポンジ14がひどく汚れてしまった場合、スポンジ14はモップ本体から取り外しができないので、その洗浄作業は非常に手間が掛かるうえ、洗浄効果も中途半端で、使い勝手が良くなかった。
市場でよく見かけるモップには、図2で示されるような簡易型モップもある。柄棒20の下部に連結リング21が連結されていて、連結リング21は台座22に固定されていて、台座22の下部には清掃用拭布23が固定されている。この簡易型モップは、柄棒20および台座22の角度が調整でき、角度の制限を受けずに家具の下方の隙間を清掃することができるという利点がある。しかし、モップの清掃用拭布23は、脱水機能がなく、毎回使用するたびに、台座22から清掃用拭布23を取り外し洗浄しなければならなかった。それで、使用者は、床の清掃過程で、何度も清掃用拭布23を取り外し洗浄する必要があるので、手を洗浄水に触れなければならないという欠点があった。
FIG. 1 is a perspective view showing the structure of a mop often found in the market. A lever 11 is attached to the handle bar 10, and a presser bar 12 is connected to the tip of the handle bar 10. The rod 13 is moved up and down by the lever 11, and a sponge 14 is sandwiched and fixed at the tip of the rod 13. The sponge 14 is squeezed when the lever 11 applies force to the presser bar 12, and has a dehydrating function. However, when the conventional mop is actually used, since the sponge 14 has a circular shape, when it comes into contact with the floor, it becomes a “line” shape, and the contact area is small, and the function of removing dirt is insufficient. I understand that. Further, the angle between the handle bar 10 and the sponge 14 is fixed and cannot be adjusted. If there is a gap below the furniture, the angle is limited and the cleaning cannot be performed. Furthermore, when the sponge 14 is extremely dirty after cleaning, the sponge 14 cannot be removed from the mop body, so that the cleaning work is very troublesome and the cleaning effect is halfway, so that it is not easy to use.
A mop that is often found in the market is a simple mop as shown in FIG. A connecting ring 21 is connected to the lower part of the handle bar 20, and the connecting ring 21 is fixed to the pedestal 22, and a cleaning wipe 23 is fixed to the lower part of the pedestal 22. This simple mop has the advantage that the angle of the handle bar 20 and the pedestal 22 can be adjusted, and the gap below the furniture can be cleaned without being limited by the angle. However, the mop cleaning cloth 23 does not have a dehydrating function, and each time it is used, the cleaning cloth 23 must be removed from the base 22 and cleaned. Therefore, since the user needs to remove and clean the cleaning cloth 23 many times during the floor cleaning process, the user has to touch the cleaning water.

従来のモップには前述した欠点があった。本考案の目的は、可動角度調整、自動脱水およびスポンジの取り外し洗浄が可能なモップの構造を提供することである。   Conventional mops have the disadvantages described above. An object of the present invention is to provide a mop structure capable of adjusting a movable angle, automatically dewatering and removing and cleaning a sponge.

上記課題を解決させるために請求項1の考案は、柄棒は、空洞の管状を呈して、柄棒上にはレバーが取りつけられて、レバーが引かれることにより連結棒が上下移動を行い、柄棒の先端には連結軸片が固定され、連結軸片中には連結槽があり、表面には孔が設けられ、ボルトにより固定される。圧縮構造は、円弧槽を有する2枚の圧縮片を備え、2枚の圧縮片の下方に2つの圧縮軸を設け、圧縮軸は圧縮片の下部を固定させる機能を有し、2枚の圧縮片の間にはブロックが設けられ、ブロックの幅はちょうど2枚の圧縮片の間隔と同じであって、ブロックには孔が設けられ、ブロックの両端には凸軸が設けられ、凸軸はそれぞれ圧縮片の円弧槽内に配置され、ブロックは2枚の圧縮片の上部を固定させる機能を有し、円弧槽内において弧状運動を行う。台座は、2枚の翼片を連結して作られ、2枚の翼片の境は、軸および孔の結合により折り畳むことができ、またスプリングにより2枚の翼片を水平に保つことができ、台座の中央には方向板が凸出して、方向板は下部を軸として台座上で回動し、方向板の上端には孔が、下端には貫通槽が設けられ、台座の底部には清掃用拭布が取り付けられることを特徴とするモップの構造である。   In order to solve the above problems, the invention of claim 1 is that the handle bar has a hollow tubular shape, a lever is mounted on the handle bar, and the connecting rod moves up and down by pulling the lever. A connecting shaft piece is fixed to the tip of the handle bar, a connecting tank is provided in the connecting shaft piece, a hole is provided on the surface, and is fixed by a bolt. The compression structure includes two compression pieces each having an arc tank, two compression shafts are provided below the two compression pieces, and the compression shaft has a function of fixing the lower part of the compression pieces and has two compression pieces. A block is provided between the pieces, the width of the block is exactly the same as the interval between the two compression pieces, the hole is provided in the block, the convex shaft is provided at both ends of the block, and the convex shaft is Each block is disposed in the arc tank of the compression pieces, and the block has a function of fixing the upper portions of the two compression pieces, and performs an arcuate motion in the arc tank. The pedestal is made by connecting two wing pieces. The boundary between the two wing pieces can be folded by connecting the shaft and the hole, and the two wing pieces can be kept horizontal by a spring. A directional plate protrudes from the center of the pedestal, and the directional plate rotates on the pedestal with the lower part as an axis. A hole is provided at the upper end of the directional plate, a penetrating tank is provided at the lower end, and a bottom of the pedestal is provided. The mop structure is characterized in that a cleaning wipe is attached.

請求項2の考案は、台座の底部清掃用拭布は、綿布、スポンジ、コットン紙であることを特徴とする請求項1記載のモップの構造である。   The invention of claim 2 is the structure of the mop according to claim 1, wherein the wiping cloth for cleaning the bottom of the pedestal is cotton cloth, sponge, or cotton paper.

上述した事から分かるように、本考案のモップの構造は、角度調整、自動脱水およびスポンジの取り外し洗浄が可能なモップの構造を提供することができる。   As can be seen from the above, the mop structure of the present invention can provide a mop structure capable of angle adjustment, automatic dehydration, and sponge removal cleaning.

図孔45で示すように、本考案は、主に柄棒30、圧縮構造40および台座50から成る。柄棒30は、空洞の管状を呈してレバー31が取り付けられ、レバー31が連結棒32を上下に移動させ、柄棒30の先端には連結軸片33が固定されて、連結軸片33の中には凸字形の連結槽34があり、表面には孔35があってボルト36により固定される。   As shown by the hole 45, the present invention mainly comprises a handle 30, a compression structure 40 and a pedestal 50. The handle rod 30 has a hollow tubular shape and is provided with a lever 31. The lever 31 moves the connecting rod 32 up and down. A connecting shaft piece 33 is fixed to the tip of the handle rod 30. There is a convex connection tank 34 in the inside, and there is a hole 35 on the surface, which is fixed by a bolt 36.

圧縮構造40は、2枚の圧縮片41上に円弧槽42が設けられ、2枚の圧縮片41の下方に2つの圧縮軸43が設けられ、2枚の圧縮片41の下部を固定させる機能を有する。2枚の圧縮片41の間にはブロック44が設けられ、ブロック44の幅はちょうど2枚の圧縮片41の間隔と同じである。ブロック44には孔45が設けられ、ブロック44の両端には凸軸46が設けられ、凸軸46はそれぞれ圧縮片41の円弧槽42内に配置される。ブロック44は、2枚の圧縮片41の上部を固定させる機能を有し、円弧槽42内において弧状運動を行う。   The compression structure 40 has a function in which an arc tank 42 is provided on two compression pieces 41, two compression shafts 43 are provided below the two compression pieces 41, and a lower portion of the two compression pieces 41 is fixed. Have A block 44 is provided between the two compressed pieces 41, and the width of the block 44 is exactly the same as the interval between the two compressed pieces 41. A hole 45 is provided in the block 44, and convex shafts 46 are provided at both ends of the block 44, and the convex shafts 46 are respectively disposed in the arc tank 42 of the compression piece 41. The block 44 has a function of fixing the upper portions of the two compression pieces 41 and performs an arcuate motion in the arc tank 42.

台座50は、2枚の翼片51を連結して作られ、2枚の翼片51の境は、軸52および孔53の結合により、折り畳むことができ、またスプリングにより2枚の翼片51を水平に保つことができる。台座50の中央には、方向板54が凸出している。方向板54は、下部を軸として台座50上で回動する。方向板54の上端には貫通孔55、下端には貫通槽56が設けられ、台座50の底部には清掃用拭布57が取り付けられる。取り付け方は粘着などの固定方法で、清掃用拭布57は綿布、スポンジ、コットン紙などである。   The pedestal 50 is formed by connecting two wing pieces 51, and the boundary between the two wing pieces 51 can be folded by the coupling of the shaft 52 and the hole 53, and the two wing pieces 51 are connected by a spring. Can be kept horizontal. A direction plate 54 protrudes from the center of the base 50. The direction plate 54 rotates on the pedestal 50 about the lower part as an axis. A through hole 55 is provided at the upper end of the direction plate 54, a through tank 56 is provided at the lower end, and a cleaning wipe 57 is attached to the bottom of the pedestal 50. The attaching method is a fixing method such as adhesive, and the cleaning wipe 57 is a cotton cloth, sponge, cotton paper or the like.

圧縮構造40を台座50の上に設け、台座50の方向板54を圧縮構造40のブロック44を通し、柄棒30の連結軸片33を方向板54およびブロック44と結合させる。方向板54の先端は柄棒30の連結棒32の末端と繋がり、ブロック44の上部は凸字形の連結槽34と繋がり、ボルト36が順番に孔35とブロック44の孔孔45を通し、柄棒30は連結軸片33により圧縮構造40のブロック44と結合する。
図6で示されるように、柄棒30上のレバー31が引かれると、連結棒32が上方に移動し、方向板54はその先端に連結棒32が繋がっているため、連結棒32が引かれると、上昇する力を受ける。方向板54に上昇する力が加わると、ブロック44が連結槽34に固定されているため、上昇できず、台座50の2枚の翼片51は圧縮軸43の圧縮作用を受ける。要するに、方向板54および2枚の翼片51に上昇する力が加わると、2枚の翼片51は圧縮軸43の圧縮作用により折り畳まれる。このとき、台座50の底部の清掃用拭布57は2枚の翼片51が折り畳まれることにより脱水される。連結棒32がレバー31により元の位置に戻された場合、方向板54も元に戻ろうとする。2枚の翼片51もスプリングの作用により元の位置に戻され水平の状態を呈する。
図7で示されるように、方向板54は、下部を軸として台座50上で回動するので、その上部に接続している柄棒30も同様に回動することができる。それで、使用者の身長によりモップの使用角度が異なったり、家具の下方に隙間の清掃したりするにしても、柄棒30の可動角度の変化によりこれらの問題を解決することができる。また、柄棒30は、使用中に自由に角度を変えることもでき、台座50が床の清掃中にひっくり返るのを防ぐことができる。さらに、清掃用拭布57は、簡単で楽に台座50の底部から取り外しができるので、清掃用拭布57は単独で洗浄および取り替えが可能である。
The compression structure 40 is provided on the pedestal 50, the direction plate 54 of the pedestal 50 is passed through the block 44 of the compression structure 40, and the connecting shaft piece 33 of the handle bar 30 is coupled to the direction plate 54 and the block 44. The tip of the direction plate 54 is connected to the end of the connecting rod 32 of the handle rod 30, the upper portion of the block 44 is connected to the convex connecting tank 34, and the bolt 36 passes through the hole 35 and the hole 45 of the block 44 in order, The rod 30 is connected to the block 44 of the compression structure 40 by a connecting shaft piece 33.
As shown in FIG. 6, when the lever 31 on the handle bar 30 is pulled, the connecting bar 32 moves upward, and the direction plate 54 is connected to the tip of the connecting bar 32, so that the connecting bar 32 is pulled. When you get it, you will receive a rising force. When a rising force is applied to the direction plate 54, the block 44 is fixed to the connection tank 34, so that it cannot be lifted, and the two blade pieces 51 of the pedestal 50 are subjected to the compression action of the compression shaft 43. In short, when a rising force is applied to the direction plate 54 and the two blade pieces 51, the two blade pieces 51 are folded by the compression action of the compression shaft 43. At this time, the cleaning wipe 57 at the bottom of the base 50 is dehydrated by folding the two wing pieces 51. When the connecting rod 32 is returned to the original position by the lever 31, the direction plate 54 also tries to return to the original position. The two wing pieces 51 are also returned to their original positions by the action of the springs and exhibit a horizontal state.
As shown in FIG. 7, the direction plate 54 rotates on the pedestal 50 about the lower part as an axis, so that the handle 30 connected to the upper part can also rotate in the same manner. Therefore, even if the use angle of the mop is different depending on the height of the user or the gap is cleaned below the furniture, these problems can be solved by changing the movable angle of the handle bar 30. Further, the handle 30 can be freely changed in angle during use, and the pedestal 50 can be prevented from tipping over during floor cleaning. Further, since the cleaning wiping cloth 57 can be easily and easily removed from the bottom of the base 50, the cleaning wiping cloth 57 can be cleaned and replaced independently.

本考案では好適な実施形態を前述の通りに開示したが、これらは決して本考案を限定するものではなく、当該技術を熟知する者は誰でも、本考案の精神と領域を脱しない範囲内で各種の変更や修正を加えることができる。従って、本考案の保護の範囲は、実用新案登録請求の範囲で指定した内容を基準とする。   Although the present invention discloses preferred embodiments as described above, these are not intended to limit the present invention in any way, and anyone skilled in the art is within the spirit and scope of the present invention. Various changes and modifications can be made. Therefore, the scope of protection of the present invention is based on the contents specified in the claims for utility model registration.

従来のモップの構造を示す立体図である。It is a three-dimensional view showing the structure of a conventional mop. もう一つの従来の簡易型モップの構造を示す立体図である。It is a three-dimensional view showing the structure of another conventional simplified mop. 本考案のモップの構造を示す立体図である。It is a three-dimensional view showing the structure of the mop of the present invention. 本考案のモップの構造を示す正面図である。It is a front view which shows the structure of the mop of this invention. 本考案のモップの構造を示す側面図である。It is a side view which shows the structure of the mop of this invention. 本考案の一実施形態である脱水の動作の説明図である。It is explanatory drawing of the operation | movement of dehydration which is one Embodiment of this invention. 本考案の一実施形態である角度を変える動作の説明図である。It is explanatory drawing of the operation | movement which changes the angle which is one Embodiment of this invention.

符号の説明Explanation of symbols

10柄棒
11レバー
12押え棒
13ロッド
14スポンジ
20柄棒
21連結リング
22台座
23清掃用拭布
30 柄棒
31 レバー
32 連結棒
33 連結軸片
34 連結槽
35 孔
36 ボルト
40 圧縮構造
41 圧縮片
42 円弧槽
43 圧縮軸
44 ブロック
45 孔
46 凸軸
50 台座
51 翼片
52 軸
53 孔
54 方向板
55 貫通孔
56 貫通槽
57 清掃用拭布
10 handle bar 11 lever 12 presser bar 13 rod 14 sponge 20 handle bar 21 connecting ring 22 pedestal 23 cleaning cloth 30 handle bar 31 lever 32 connecting bar 33 connecting shaft piece 34 connecting tank 35 hole 36 bolt 40 compression structure 41 compression piece 42 Arc tank 43 Compression shaft 44 Block 45 Hole 46 Convex shaft 50 Pedestal 51 Wing piece 52 Shaft 53 Hole 54 Direction plate 55 Through hole 56 Through tank 57 Cleaning wipe

Claims (2)

柄棒、圧縮構造および台座を備えるモップであって、
前記柄棒は、空洞の管状を呈して、該柄棒上にはレバーが取りつけられて、該レバーが引かれることにより連結棒が上下移動を行い、前記柄棒の先端には連結軸片が固定され、該連結軸片中には連結槽があり、その表面には孔が設けられ、ボルトにより固定されて、
前記圧縮構造は、円弧槽を有する2枚の圧縮片を備え、該2枚の圧縮片の下方に2つの圧縮軸を設け、該圧縮軸は前記圧縮片の下部を固定させる機能を有し、前記2枚の圧縮片の間にはブロックが設けられ、該ブロックの幅はちょうど前記2枚の圧縮片の間隔と同じであって、該ブロックには孔が設けられ、該ブロックの両端には凸軸が設けられ、該凸軸はそれぞれ圧縮片の円弧槽内に配置され、該ブロックは前記2枚の圧縮片の上部を固定させる機能を有し、円弧槽内において弧状運動を行い、
前記台座は、2枚の翼片を連結して作られ、該2枚の翼片の境は、軸および孔の結合により折り畳むことができ、またスプリングにより前記2枚の翼片を水平に保つことができ、台座の中央には方向板が凸出して、方向板は下部を軸として台座上で回動し、方向板の上端には孔が、下端には貫通槽が設けられ、台座の底部には清掃用拭布が取り付けられることを特徴とするモップの構造。
A mop comprising a handle bar, a compression structure and a pedestal,
The handle rod has a hollow tubular shape, and a lever is mounted on the handle rod. When the lever is pulled, the connecting rod moves up and down, and a connecting shaft piece is provided at the tip of the handle rod. Fixed, there is a connecting tank in the connecting shaft piece, a hole is provided on the surface, fixed by bolts,
The compression structure includes two compression pieces each having an arc tank, two compression shafts are provided below the two compression pieces, and the compression shaft has a function of fixing a lower portion of the compression pieces, A block is provided between the two compressed pieces, and the width of the block is exactly the same as the interval between the two compressed pieces, and the block is provided with holes, at both ends of the block. Convex shafts are provided, the convex shafts are respectively disposed in the arc tanks of the compression pieces, the block has a function of fixing the upper portions of the two compression pieces, and performs an arcuate motion in the arc tanks,
The pedestal is made by connecting two wing pieces, and the boundary between the two wing pieces can be folded by coupling of a shaft and a hole, and the two wing pieces are kept horizontal by a spring. The directional plate protrudes in the center of the pedestal, and the directional plate rotates on the pedestal about the lower part. The directional plate has a hole at the upper end and a penetrating tank at the lower end. A mop structure characterized in that a cleaning wipe is attached to the bottom.
前記台座の底部清掃用拭布は、綿布、スポンジ、コットン紙であることを特徴とする請求項1記載のモップの構造。
The structure of the mop according to claim 1, wherein the wiping cloth for cleaning the bottom of the pedestal is cotton cloth, sponge, or cotton paper.
JP2006002521U 2006-04-05 2006-04-05 Mop structure Expired - Fee Related JP3122542U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05166967A (en) * 1991-12-19 1993-07-02 Nec Corp Semiconductor device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05166967A (en) * 1991-12-19 1993-07-02 Nec Corp Semiconductor device

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