JP4528069B2 - Cleaning tool - Google Patents

Cleaning tool Download PDF

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JP4528069B2
JP4528069B2 JP2004256192A JP2004256192A JP4528069B2 JP 4528069 B2 JP4528069 B2 JP 4528069B2 JP 2004256192 A JP2004256192 A JP 2004256192A JP 2004256192 A JP2004256192 A JP 2004256192A JP 4528069 B2 JP4528069 B2 JP 4528069B2
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container
handle
cleaning
cleaning tool
discharge container
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JP2006068326A (en
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克己 三枝
孝 山田
徳司 野口
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Kao Corp
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Kao Corp
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Description

本発明は清掃具に関する。   The present invention relates to a cleaning tool.

特許文献１に記載の如く、湿式拭き用清掃具として、柄の先端の清掃ヘッドの近傍に、電動ギヤポンプ式吐出容器を設け、柄の手元操作部に加える手操作により電動ギヤポンプ式吐出容器を作動させ、該吐出容器から清掃ヘッドの側に液剤を吐出させるものがある。   As described in Patent Document 1, an electric gear pump-type discharge container is provided near the cleaning head at the tip of the handle as a wet wiping cleaning tool, and the electric gear pump-type discharge container is operated by a manual operation applied to the handle operating portion of the handle. And a liquid agent is discharged from the discharge container to the cleaning head side.

特許文献２に記載の如く、湿式拭き用清掃具として、柄の先端の清掃ヘッドの近傍に、開閉弁を備えてヘッド圧により液剤を吐出可能にする吐出容器を設け、柄の手元操作部に加える手操作により開閉弁を開き、該吐出容器から清掃ヘッドの側に液剤を吐出させるものがある。
特表2000-507480 PCT WO01-72195 A1 As described in Patent Document 2, as a wet wiping cleaning tool, a discharge container is provided in the vicinity of the cleaning head at the tip of the handle, which is equipped with an open / close valve that can discharge the liquid agent by the head pressure. There is one that opens the on-off valve by manual operation and discharges the liquid agent from the discharge container toward the cleaning head.
Special table 2000-507480 PCT WO01-72195 A1

特許文献１の清掃具では、電動ギヤポンプ式吐出容器を用いるものであるから、電源、電動モータ、電気回路を必要とし、構成が複雑でコスト高になるし、メンテナンスにも困難がある。   Since the cleaning tool of Patent Document 1 uses an electric gear pump type discharge container, a power source, an electric motor, and an electric circuit are required, the configuration is complicated, the cost is high, and maintenance is difficult.

特許文献２の清掃具では、手元操作部により開閉弁を開閉操作するものであり、開閉弁、遠隔操作機構を必要とし、構成が複雑でコスト高になるし、メンテナンスにも困難がある。   In the cleaning tool disclosed in Patent Document 2, the on-off valve is operated to be opened and closed by the hand operation unit, and the on-off valve and the remote operation mechanism are required. The configuration is complicated and expensive, and maintenance is difficult.

尚、柄の先端の清掃ヘッドの近傍に、封入ガス圧により液剤を吐出可能にするエアゾール式吐出容器を設け、柄の手元操作部に加える手操作によりエアゾール式吐出容器の開閉弁を作動させ、該吐出容器から清掃ヘッドの側に液剤を吐出させるものがある。しかしながら、エアゾール式吐出容器は、封入ガス圧の密閉安定性のために円柱状の金属容器とされ、加工性が悪いし、柄等への取付性も悪く、軽量化と低コスト化に困難がある。また、手元操作部により開閉弁を作動させるものであり、開閉弁、遠隔操作機構を必要とする点においても、構成が複雑でコスト高になるし、メンテナンスにも困難がある。   In addition, in the vicinity of the cleaning head at the tip of the handle, an aerosol-type discharge container that enables discharge of the liquid agent by the enclosed gas pressure is provided, and the on-off valve of the aerosol-type discharge container is operated by manual operation applied to the handle operation portion of the handle, Some discharge the liquid agent from the discharge container toward the cleaning head. However, the aerosol-type discharge container is a cylindrical metal container for hermetic stability of the sealed gas pressure, and has poor processability and poor attachment to a handle, making it difficult to reduce weight and cost. is there. In addition, the on / off valve is operated by the hand operating section, and the on / off valve and the remote control mechanism are also required, so that the configuration is complicated and expensive, and maintenance is difficult.

本発明の課題は、湿式拭きできる清掃具において、簡易な構成により液剤を安定的に吐出可能にすることにある。   An object of the present invention is to enable a liquid composition to be stably ejected with a simple configuration in a cleaning tool that can be wet wiped.

請求項１の発明は、柄の先端に清掃ヘッドを設け、柄に設けた容器取付具に取付けたスクイズ式吐出容器から清掃ヘッドの側に液剤を吐出させる清掃具であって、柄に対する吐出容器の取付姿勢を上下反転する反転機構を容器取付具に設け、吐出容器は非清掃時には容器本体の上にその開口を位置させる正立状態で柄に取付けられ、清掃時には容器本体の下にその開口を位置させる倒立状態で柄に取付けられるようにしたものである。 The invention according to claim 1, only setting the cleaning head to the tip of the handle, a cleaning tool to discharge the liquid on the side of the cleaning head from the squeeze-type dispensing container mounted to the container mounting fixture provided on the handle, the discharge for the pattern The container attachment is provided with a reversing mechanism that reverses the mounting orientation of the container up and down, and the discharge container is attached to the handle in an upright state with its opening positioned above the container body when not cleaned, and below the container body when cleaning. It is designed to be attached to the handle in an inverted state where the opening is located .

清掃具１は、図１、図２に示す如く、柄１０の先端に自在継手２０を介して清掃ヘッド３０を設け、柄１０に取付けたスクイズ式吐出容器４０から清掃ヘッド３０の側に液剤を吐出させる。   As shown in FIGS. 1 and 2, the cleaning tool 1 is provided with a cleaning head 30 at the tip of the handle 10 via a universal joint 20, and a liquid agent is supplied to the cleaning head 30 side from a squeeze-type discharge container 40 attached to the handle 10. Discharge.

柄１０は、グリップ１１と先端アダプタ１２と、それらの間に設けられる複数本のパイプ１３の接続体である。清掃具１は、先端アダプタ１２に自在継手２０を介して清掃ヘッド３０を連結し、清掃ヘッド３０を柄１０に対し前後左右に自在に回動可能にする。   The handle 10 is a connection body of the grip 11, the tip adapter 12, and a plurality of pipes 13 provided therebetween. The cleaning tool 1 connects a cleaning head 30 to the tip adapter 12 via a universal joint 20 so that the cleaning head 30 can be freely rotated forward, backward, left and right with respect to the handle 10.

清掃ヘッド３０は、ベース３１の底部まわりに清掃シートを巻付け可能にされ、この清掃シートを係止するシート係止具３２をベース３１の上面の４隅に備える。清掃ヘッド３０は、吐出容器４０から吐出される液剤を含浸させた清掃シートにより床面を湿式拭き可能にする他、液剤を含浸させない清掃シートにより床面を乾式拭き可能にする。   The cleaning head 30 is configured to be able to wind a cleaning sheet around the bottom of the base 31, and includes sheet locking tools 32 that lock the cleaning sheet at four corners on the upper surface of the base 31. The cleaning head 30 allows the floor surface to be wet wiped with a cleaning sheet impregnated with the liquid agent discharged from the discharge container 40, and allows the floor surface to be dry-wiped with a cleaning sheet not impregnated with the liquid agent.

尚、清掃ヘッド３０は、清掃シートを伴なうことを必須とせず、ベース３１の底部にスポンジシート等を取付けても良い。   The cleaning head 30 does not necessarily have to be accompanied by a cleaning sheet, and a sponge sheet or the like may be attached to the bottom of the base 31.

スクイズ式吐出容器４０は、柄１０に設けた容器取付具１４に着脱可能にされる容器本体４１を有する。容器本体４１に螺着されるキャップ４２の開口４２Ａにはチューブ４３の一端が接続され、チューブ４３の他端にはノズル４４が接続される。チューブ４３はチューブ取付具１５により柄１０に着脱され、ノズル４４は清掃ヘッド３０の前面等の側傍に液剤を吐出可能に配置される。柄１０に取付けた倒立状態（容器本体４１の下にキャップ４２、チューブ４３、ノズル４４を位置させる状態）の容器本体４１を直にスクイズする（押し圧して絞る）ことにより、容器本体４１の液剤をチューブ４３経由でノズル４４から吐出する。   The squeeze-type discharge container 40 has a container main body 41 that can be attached to and detached from a container fixture 14 provided on the handle 10. One end of the tube 43 is connected to the opening 42 </ b> A of the cap 42 that is screwed to the container body 41, and the nozzle 44 is connected to the other end of the tube 43. The tube 43 is attached to and detached from the handle 10 by the tube attachment 15, and the nozzle 44 is arranged on the side of the cleaning head 30 such as the front surface so that the liquid agent can be discharged. By directly squeezing (pressing and squeezing) the container main body 41 in an inverted state (a state in which the cap 42, the tube 43 and the nozzle 44 are positioned under the container main body 41) attached to the handle 10, the liquid agent for the container main body 41 Is discharged from the nozzle 44 via the tube 43.

吐出容器４０から清掃シート３０の側に液剤を吐出させる吐出経路を構成するノズル４４は、図３に示す如く、ノズル本体４４Ａの吐出口に自己閉鎖弁４５と固定部材４６を有し、ノズル本体４４Ａの内部にスピンエレメント４４Ｂを有して構成される。自己閉鎖弁４５は、シリコーンゴム等からなり、自己弾性により、無負荷時には閉鎖し、液剤の吐出圧力作用時には開口する一文字状のスリット、Ｘ字状のスリット等にて刻設される。   As shown in FIG. 3, the nozzle 44 constituting the discharge path for discharging the liquid agent from the discharge container 40 toward the cleaning sheet 30 has a self-closing valve 45 and a fixing member 46 at the discharge port of the nozzle main body 44A. 44A includes a spin element 44B. The self-closing valve 45 is made of silicone rubber or the like, and is self-elastically cut by a single-letter slit, an X-shaped slit or the like that closes when there is no load and opens when the liquid agent discharge pressure acts.

スクイズ式吐出容器４０は、図４に示す如く、キャップ４２に空気置換弁５０を設けている。空気置換弁５０は、キャップ４２の肩部に形成された開口凹部４２Ｂにゴム製弁部材５１を挿着し、その上から押さえ部材５２を嵌入している。弁部材５１は、有底筒状態の底壁５１Ａの周端部に円弧状の３つの通孔５１Ｂを形成し、その通孔５１Ｂを開口凹部４２Ｂの開口４２Ｃ上に位置する。押さえ部材５２の底部５２Ａに形成した吸引口５２Ｂは、弁部材５１の底壁５１Ａ上に位置する。吐出容器４０の容器本体４１をスクイズした液剤の吐出時には、容器本体４１内の加圧力により液剤がキャップ４２の開口４２Ａから押し出され、空気置換弁５０の弁部材５１はその通孔５１Ｂを押さえ部材５２の底部５２Ａに密着して液漏れを生じない。液剤の吐出後に容器本体４１のスクイズを解除すると、容器本体４１が原形に弾性的に復元しようとし、弁部材５１の底壁５１Ａが容器本体４１の減圧力により内方に弾性変形し、これにより押さえ部材５２の底部５２Ａから離れる通孔５１Ｂが開いて容器本体４１内に外気を取り入れる。   As shown in FIG. 4, the squeeze-type discharge container 40 is provided with an air replacement valve 50 in a cap 42. In the air replacement valve 50, a rubber valve member 51 is inserted into an opening recess 42 </ b> B formed on the shoulder portion of the cap 42, and a pressing member 52 is inserted thereon. The valve member 51 is formed with three arc-shaped through holes 51B in the peripheral end portion of the bottom wall 51A in a bottomed cylindrical state, and the through holes 51B are positioned on the opening 42C of the opening recess 42B. The suction port 52 </ b> B formed in the bottom portion 52 </ b> A of the pressing member 52 is located on the bottom wall 51 </ b> A of the valve member 51. When the liquid agent squeezed by the container body 41 of the discharge container 40 is discharged, the liquid agent is pushed out from the opening 42A of the cap 42 by the applied pressure in the container body 41, and the valve member 51 of the air replacement valve 50 holds the through hole 51B. The liquid does not leak due to close contact with the bottom 52A of 52. When the squeeze of the container body 41 is released after the liquid agent is discharged, the container body 41 tries to elastically restore to its original shape, and the bottom wall 51A of the valve member 51 is elastically deformed inward by the decompression force of the container body 41, thereby A through hole 51 </ b> B that is separated from the bottom portion 52 </ b> A of the pressing member 52 is opened to take outside air into the container body 41.

清掃具１の湿式拭きによる清掃動作時には、使用者は適時のタイミングで吐出容器４０の容器本体４１をスクイズし、吐出容器４０の液剤を清掃ヘッド３０の周辺に噴霧する。使用者が柄１０を介して清掃ヘッド３０を床面上で摺動させることにより、液剤が含浸した清掃シートにより床面を湿式拭きする。   At the time of cleaning operation by wet wiping of the cleaning tool 1, the user squeezes the container body 41 of the discharge container 40 at an appropriate timing and sprays the liquid agent in the discharge container 40 around the cleaning head 30. When the user slides the cleaning head 30 on the floor surface via the handle 10, the floor surface is wet wiped with a cleaning sheet impregnated with the liquid agent.

清掃具１の乾式拭きによる清掃動作時には、使用者が、吐出容器４０をスクイズすることなく、清掃ヘッド３０を床面上で摺動させることにより、乾燥状態にある清掃シートにより床面を乾式拭きする。   During the cleaning operation of the cleaning tool 1 by dry wiping, the user slides the cleaning head 30 on the floor without squeezing the discharge container 40, so that the floor is dry wiped with a cleaning sheet in a dry state. To do.

清掃具１の不使用時、即ち非清掃時には、図５に示す如く、吐出容器４０の容器本体４１、キャップ４２からチューブ４３を取外し、容器取付具１４の180度反転機構等により、柄１０に対する吐出容器４０の取付姿勢を上下反転した正立状態にし、容器本体４１の上にキャップ４２、開口４２Ａを位置させる。   When the cleaning tool 1 is not used, that is, when it is not cleaned, the tube 43 is removed from the container body 41 and the cap 42 of the discharge container 40, and the handle 10 is attached to the handle 10 by a 180-degree reversing mechanism or the like. The mounting posture of the discharge container 40 is turned upside down and the cap 42 and the opening 42 </ b> A are positioned on the container body 41.

尚、吐出容器４０として、積層剥離容器６０を用いるものでも良い。積層剥離容器６０は、図６に示す如く、空気導入孔６１Ａを備えた外側層６１と、外側層６１の内面から剥離する内側層６２とを有し、外側層６１と内側層６２の間に空気を導入し、内側層６２の中に液剤を収容するものである。   In addition, as the discharge container 40, a laminate peeling container 60 may be used. As shown in FIG. 6, the delamination container 60 includes an outer layer 61 having an air introduction hole 61 </ b> A and an inner layer 62 that peels from the inner surface of the outer layer 61, and between the outer layer 61 and the inner layer 62. Air is introduced and the liquid agent is accommodated in the inner layer 62.

本実施形態によれば以下の作用効果を奏する。
（請求項１）
(a)柄１０にスクイズ式吐出容器４０を取付けるだけの簡易な構成であり、またスクイズ式吐出容器４０をスクイズするだけで液剤を清掃ヘッド３０の側に安定的に吐出できる。 According to this embodiment, there exist the following effects.
(Claim 1)
(a) The squeeze type discharge container 40 is simply attached to the handle 10, and the liquid agent can be stably discharged toward the cleaning head 30 only by squeezing the squeeze type discharge container 40.

(b)柄１０にスクイズ式吐出容器４０を取付けるものであるため、使用者は清掃姿勢のまま容易にスクイズできる。尚、スクイズ式吐出容器４０は柄１０の任意の位置に取付けできる。また、湿式拭き清掃時には片手でグリップ１１を把持し、他方の手で柄１０を上から押さえて清掃するため、他方の手の近傍にスクイズ式吐出容器４０を取付けできるから、使用者が清掃姿勢のまま容易にスクイズできる。   (b) Since the squeeze-type discharge container 40 is attached to the handle 10, the user can easily squeeze with the cleaning posture. The squeeze type discharge container 40 can be attached to an arbitrary position of the handle 10. In addition, since the grip 11 is held with one hand and the handle 10 is pressed from above with the other hand for cleaning by wet wiping cleaning, the squeeze type discharge container 40 can be attached in the vicinity of the other hand. It can be easily squeezed as it is.

(c)柄１０にスクイズ式吐出容器４０を取付けるだけであり、乾式拭き用清掃具１にスクイズ式吐出容器４０を取付けてこれを簡易に湿式拭き用清掃具１として使用できる。   (c) Only the squeeze-type discharge container 40 is attached to the handle 10, and the squeeze-type discharge container 40 can be attached to the dry wiping cleaning tool 1 and used as the wet wiping cleaning tool 1.

（請求項２）
(d)スクイズ式吐出容器４０の開口４２Ａにチューブ４３を介して接続されたノズル４４を清掃ヘッド３０の側傍に配置することにより、液剤を清掃ヘッド３０の周辺に確実に吐出できる。 (Claim 2)
(d) By disposing the nozzle 44 connected to the opening 42 </ b> A of the squeeze-type discharge container 40 via the tube 43 on the side of the cleaning head 30, the liquid agent can be reliably discharged around the cleaning head 30.

（請求項３）
(e)自己閉鎖弁４５の存在により、スクイズ式吐出容器４０をスクイズしていない静圧状態での液漏れを防止でき、自己閉鎖弁４５が閉鎖しているから吐出口、スピンエレメント４４Ｂ等の狭い流路に残った液剤が乾燥しにくい。 (Claim 3)
(e) The presence of the self-closing valve 45 can prevent liquid leakage in a static pressure state where the squeeze-type discharge container 40 is not squeezed, and since the self-closing valve 45 is closed, the discharge port, the spin element 44B, etc. The liquid remaining in the narrow channel is difficult to dry.

（請求項４）
(f)スクイズ式吐出容器４０に空気置換弁５０を設けることにより、スクイズ式吐出容器４０から液剤を吐出して減圧される容器内に直ちに外気を取り入れて空気置換でき、液剤を連続的に吐出できる。 (Claim 4)
(f) By providing the air replacement valve 50 in the squeeze-type discharge container 40, the air can be immediately taken into the container to be decompressed by discharging the liquid agent from the squeeze-type discharge container 40, and the liquid agent is continuously discharged. it can.

（請求項５）
(g)スクイズ式吐出容器４０を積層剥離容器６０とすることにより、スクイズされた外側層６１と内側層６２の間に直ちに空気を導入して外側層６１を復元でき、液剤を連続的に吐出できる。 (Claim 5)
(g) By using the squeeze-type discharge container 40 as the delamination container 60, air can be immediately introduced between the squeezed outer layer 61 and the inner layer 62 to restore the outer layer 61, and the liquid agent is discharged continuously. it can.

（請求項１）
(h)スクイズ式吐出容器４０を、少なくとも非清掃時に、正立状態で柄１０に取付けることにより、液漏れを防止できる。 (Claim 1 )
(h) Liquid leakage can be prevented by attaching the squeeze-type discharge container 40 to the handle 10 in an upright state at least during non-cleaning.

清掃具１は、図１（Ｂ）に示す如く、柄１０に枢支（枢支点１６Ａ）したハンドル１６により、ハンドル１６と柄１０の間でスクイズ式吐出容器４０を挟むことにてスクイズするものでも良い。   As shown in FIG. 1B, the cleaning tool 1 is squeezed by sandwiching a squeeze-type discharge container 40 between the handle 16 and the handle 10 by a handle 16 pivotally supported on the handle 10 (a pivot point 16A). But it ’s okay.

また、スクイズ式吐出容器４０は容器本体４１を柄１０に着脱可能にする把持部を容器本体４１自体に備えるものでも良い。   Further, the squeeze-type discharge container 40 may be provided with a gripping portion that allows the container main body 41 to be attached to and detached from the handle 10 in the container main body 41 itself.

尚、ノズル４４の吐出制御の方法は以下の通りである。
ノズル本体４４Ａをスピンエレメント４４Ｂに対して回転することによって、スピンエレメント４４Ｂとノズル本体４４Ａとの間に形成された流路４４Ｃを開閉させることができる。スピンエレメント４４Ｂとノズル本体４４Ａとの間の流路４４Ｃを閉じた状態にすれば、不使用時、又は、乾式清掃時においてスクイズ式吐出容器４０からの液漏れを確実に防止できる。これにより、容器４０を誤ってスクイズした場合にも液漏れを生じることがない、いわゆる安全ストッパーを構成できる。 The method for controlling the discharge of the nozzle 44 is as follows.
By rotating the nozzle body 44A relative to the spin element 44B, the flow path 44C formed between the spin element 44B and the nozzle body 44A can be opened and closed. If the flow path 44C between the spin element 44B and the nozzle body 44A is closed, liquid leakage from the squeeze-type discharge container 40 can be reliably prevented when not in use or during dry cleaning. Thereby, even when the container 40 is squeezed accidentally, a so-called safety stopper can be configured that does not cause liquid leakage.

ノズル本体４４Ａの回転による流路４４Ｃの開閉と自己閉鎖弁４５による吐出口の開閉の併用も可能であるが、自己閉鎖弁４５を使用しないで小径筒状部４４Ｄをスピンエレメント４４Ｂより前方吐出側に位置させることにより、液剤を霧状又は泡状に吐出させることもできる。尚、小径筒状部４４Ｄは直径0.3〜1.0mm程度が好ましい。   Although the opening and closing of the flow path 44C by the rotation of the nozzle body 44A and the opening and closing of the discharge port by the self-closing valve 45 can be used together, the small-diameter cylindrical portion 44D is disposed on the front discharge side from the spin element 44B without using the self-closing valve 45. The liquid agent can also be discharged in the form of a mist or foam by being positioned in the position. The small diameter cylindrical portion 44D preferably has a diameter of about 0.3 to 1.0 mm.

これによれば、吐出容器４０をスクイズすることによりチューブ４３を圧送された液剤は、スピンエレメント４４Ｂにより流路４４Ｃを絞られて、自己閉鎖弁４５又は小径筒状部４４Ｄにより霧状又は泡状に吐出される。   According to this, the liquid agent pressure-fed through the tube 43 by squeezing the discharge container 40 is narrowed in the flow path 44C by the spin element 44B, and is sprayed or foamed by the self-closing valve 45 or the small diameter cylindrical portion 44D. Discharged.

また、スクイズ式吐出容器４０を用いることにより、液体に限らず、粒が混入した液剤、流状物、粘性がある液剤等、幅広い内容物の使用が可能になる。更に、自己閉鎖弁４５を備えることにより、空気にさらされると固化し易い液剤、例えばワックス液等も使用可能になる。   Further, by using the squeeze-type discharge container 40, it is possible to use a wide range of contents such as a liquid agent mixed with particles, a fluid, a viscous liquid agent and the like, not limited to a liquid. Furthermore, by providing the self-closing valve 45, it is possible to use a liquid agent that easily solidifies when exposed to air, such as a wax liquid.

図１は清掃具を示し、（Ａ）は一実施例を示す模式側面図、（Ｂ）は変形例を示す模式側面図である。FIG. 1 shows a cleaning tool, (A) is a schematic side view showing an embodiment, and (B) is a schematic side view showing a modification. 図２は清掃具を示す斜視図である。FIG. 2 is a perspective view showing the cleaning tool. 図３はノズルを示し、（Ａ）は断面図、（Ｂ）は分解斜視図である。FIG. 3 shows a nozzle, (A) is a sectional view, and (B) is an exploded perspective view. 図４は空気置換弁付容器を示し、（Ａ）は容器本体を示す側面図、（Ｂ）は空気置換弁を示す断面図、（Ｃ）は空気置換弁を示す平面図である。FIG. 4 shows a container with an air replacement valve, (A) is a side view showing the container body, (B) is a sectional view showing the air replacement valve, and (C) is a plan view showing the air replacement valve. 図５は清掃具の非使用状態を示す斜視図である。FIG. 5 is a perspective view showing a non-use state of the cleaning tool. 図６は積層剥離容器を示し、（Ａ）は斜視図、（Ｂ）は側面図である。FIG. 6 shows a delamination container, where (A) is a perspective view and (B) is a side view.

符号の説明Explanation of symbols

１ 清掃具
１０ 柄
１４ 容器取付具
３０ 清掃ヘッド
４０ スクイズ式吐出容器
４３ チューブ
４４ ノズル
４５ 自己閉鎖弁
５０ 空気置換弁
６０ 積層剥離容器
６１ 外側層
６１Ａ 空気導入孔
６２ 内側層 1 10 cleaning tools
14 Container fixture 30 Cleaning head 40 Squeeze type discharge container 43 Tube 44 Nozzle 45 Self-closing valve 50 Air replacement valve 60 Lamination peeling container 61 Outer layer 61A Air introduction hole 62 Inner layer

Claims (5)

柄の先端に清掃ヘッドを設け、柄に設けた容器取付具に取付けたスクイズ式吐出容器から清掃ヘッドの側に液剤を吐出させる清掃具であって、
柄に対する吐出容器の取付姿勢を上下反転する反転機構を容器取付具に設け、吐出容器は非清掃時には容器本体の上にその開口を位置させる正立状態で柄に取付けられ、清掃時には容器本体の下にその開口を位置させる倒立状態で柄に取付けられる清掃具。 Only set the cleaning head to the tip of the handle, a cleaning tool to discharge the liquid on the side of the cleaning head from the squeeze-type dispensing container mounted to the container mounting fixture provided on the handle,
A reversing mechanism is provided in the container fixture to reverse the mounting orientation of the discharge container relative to the handle. The discharge container is attached to the handle in an upright position with its opening positioned above the container body when not cleaned, and the container body A cleaning tool that can be attached to the handle in an inverted state with its opening positioned underneath. 前記吐出容器の開口にチューブを介して接続されたノズルを清掃ヘッドの側傍に配置してなる請求項１に記載の清掃具。   The cleaning tool according to claim 1, wherein a nozzle connected to the opening of the discharge container via a tube is arranged beside the cleaning head. 前記吐出容器から清掃ヘッドの側に液剤を吐出させる吐出経路に自己閉鎖弁を設けてなる請求項１又は２に記載の清掃具。   The cleaning tool according to claim 1 or 2, wherein a self-closing valve is provided in a discharge path for discharging the liquid agent from the discharge container toward the cleaning head. 前記吐出容器に空気置換弁を設けてなる請求項１〜３のいずれかに記載の清掃具。   The cleaning tool according to claim 1, wherein an air replacement valve is provided in the discharge container. 前記吐出容器が空気導入孔を備えた外側層と内側層とを有し、外側層と内側層の間に空気を導入し、内側層の中に液剤を収容する請求項１〜３のいずれかに記載の清掃具。   The discharge container has an outer layer and an inner layer provided with air introduction holes, introduces air between the outer layer and the inner layer, and stores the liquid agent in the inner layer. Cleaning tool as described in.
JP2004256192A 2004-09-02 2004-09-02 Cleaning tool Expired - Fee Related JP4528069B2 (en)

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Application Number Priority Date Filing Date Title
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JP4528069B2 true JP4528069B2 (en) 2010-08-18

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0379781U (en) * 1989-12-07 1991-08-14
JPH04102254U (en) * 1991-02-15 1992-09-03 株式会社吉野工業所 squeeze container
JPH1099252A (en) * 1996-09-30 1998-04-21 Seiken Rou Cleaner
JPH10114361A (en) * 1996-10-03 1998-05-06 Yoshino Kogyosho Co Ltd Laminated and separable container

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0379781U (en) * 1989-12-07 1991-08-14
JPH04102254U (en) * 1991-02-15 1992-09-03 株式会社吉野工業所 squeeze container
JPH1099252A (en) * 1996-09-30 1998-04-21 Seiken Rou Cleaner
JPH10114361A (en) * 1996-10-03 1998-05-06 Yoshino Kogyosho Co Ltd Laminated and separable container

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