【０００１】
【産業上の利用分野】本発明は、台所、手洗い所に使用する蛇口の水管に具備することで、構造が簡単で従来のような複雑なポンプ機構も必要なく、安価でしかも従来のように洗剤容器を取らなくてもよく、洗浄具を持った片手で液体洗剤を噴出可能にした非常に便利な液体洗剤供給装置に関する。
【０００２】
【従来の技術】従来は、腰を曲げ手を伸ばし棚の上に載置してある液体洗剤を取り、且つ、片手で洗浄具を把持し、もう片方の手で液体洗剤が封入された液体洗剤容器を把持し押圧することで、両手を使い洗浄具に液体洗剤を噴出し食器類をこすり洗いをしていた。また、作業場の手洗所では、機械仕事の作業が終了した後に油で汚れた手で、液体洗剤容器を把持し押圧することで液体洗剤容器に汚れた油が付着していて見た目も悪かった。
【０００３】また、特開平１１−１８９８６号に開示された液体洗剤供給器は、容器本体と吸盤の間に介設する支柱で構成され、該吸盤で台所のシンクの側壁に備え且つ、液体洗剤の噴出方法は、ポンプ機構により駆動レバーを操作することで、液体洗剤が噴出ノズルからスポンジや布性から成る洗浄具に噴出していた。
【０００４】
【発明が解決しようとする課題】ところが、従来のように片方の手に洗浄具を持ち、もう片方の手で液体洗剤の液体洗剤容器を把持し洗浄具に噴出するだけで両手を使用し、また、洗浄するため手を伸ばしながらわざわざ液体洗剤容器を取らなければならなかった。
【０００５】また、特開平１１−１８９８６号より開示された製品は、今までの従来品と異なる点が存在するが、それは、片手で洗浄具に液体洗剤を噴出するものですが、液体洗剤の噴出方法としては、ポンプ機構を有しその構造からしてポンプ機構はだいぶ複雑化し逆止便や蛇腹体、駆動レバー、その他の構成部品で構成されたことで、構造が複雑化となり更に、構成部品等の数が多くなり価格等に跳ね返り値段が高くなる。そして、本体の従来から存在する吸盤で吸着する固定方法では、例えば、台所では結局のところシンク側壁に吸着しかなく、ここに吸着固定した場合液体洗剤を噴出させる駆動レバーの先端は、下方に突設している構造なので該駆動レバーとシンク底面の間に、洗浄具を把持した手を入れ、駆動レバーを上方に押さなければ成らないので、手を伸す格好になり非常に使いずらい、また、シンク側壁に吸着固定すると液体洗剤供給器の上部は、上方向に突設しているのでシンク上は、殆どの人達が調理中この領域を使用しているので、雪だるまを形成した液体洗剤供給器は、突出しているので鍋等を引っ掛け調理中の邪魔になる可能性も生じ、台所の使い勝手が非常に悪くなる。また、市販されている液体洗剤供給器を使用するとき、貯留容器に更に液体洗剤供給器を倒立状態にし、挿入するので上方に突出した状態となり調理中の邪魔になる可能性が生じる。
【０００６】本発明は上記した従来の問題点を鑑みてなされたものであって、洗剤容器に触れることなく片手で噴出させ更に、台所の使い勝手の良くする為、蛇口の水管の噴出口に液体洗剤供給装置を近設に有することで、シンクより上方に噴出孔が位置し手を伸ばさなくて済み、非常にやり易くまた、液体洗剤を洗浄具に噴出し特別なポンプ機構を設けて無いため、構造が非常に簡単で、安価に仕上げることが可能になる液体洗剤供給装置の提供を目的とした。
【０００７】
【発明が解決するための手段】本発明は前記課題を考慮してなされたもので、
液体洗剤を充填可能にした適宜容量を形成し且つ、可撓性からなる充填容器の充填容器上面に、蛇口の水管に挿入開口部から押圧し保持可能にする掴持部を有し更に、充填容器の充填容器下面を把持した洗浄具で押動する押動部を具備したことで、該洗浄具上に液体洗剤を噴出可能にして成る位置に、噴射孔を形成したことを特徴する。また、液体洗剤供給装置において充填容器の代えて基体の開口部と、可撓性を有する素材からなる収縮自在の蛇腹容器の蛇腹体上面に蛇口の水管に、掴持部の挿入開口部から押圧することで、保持可能とされる掴持部を有し更に、蛇腹体下面に液体洗剤を充填可能する形成する注入孔に挿着蓋体が漏洩なく係止挿着し更に、洗浄具で蛇腹容器の蛇腹体下面を押動し液体洗剤が該洗浄具上に噴出可能な位置に噴出孔を形成して成り、そして、水管に挿着可能な幅の挿入開口部を形成し中空筒形をした掴持基体の内周面に、ゴム系からなる掴持弾性体を有して成ることを特徴とする。
【０００８】
【発明の実施の形態】以下、本発明を図１から図１１に示す実施の形態について詳細に説明する。まず、図１より液体洗剤供給装置１００を示した斜視図で、充填容器１、掴持部２、押動部４から構成する。まず、掴持部２は、可撓性を有する金属叉は、樹脂のどちらでも可能な掴持基体２ｄと掴持弾性体２ａから構成する。次に、中空の筒状形をした掴持基体２ｄ、水管８ａ（図３を参照）の直径より小さい幅で且つ、該水管８ａに押圧し挿入可能な幅で形成される挿入開口部２ｂを有し更に、内周面には、ゴム系から成る掴持弾性体２ａの内周面に接着固定した後に、挿入開口部２ｂの対向位置に水管８ａの下方に調理中に邪魔にならないように適宜容量の充填容器１を形成し更に、方状形を有してなる充填容器１の充填容器上面１ｅに樹脂を溶融し樹脂接着で掴持部２が固着するか叉は、一体成型でも可能である。また、充填容器１の形状は、これに限ったことではなく、他の形状でも可能である。素材は、可撓性から成るポリエチレンか叉は、ホリプロピレンが望ましいがこの限りではなく、その他の可撓性を有する樹脂でも成型可能である。
【０００９】図２依り前記の液体洗剤供給装置１００の断面図より液体洗剤１３を噴出するためにの説明する。まず、押動部は、充填容器下面１ｄの中央部に突設部１ｃが有し、樹脂等から成るキャップ４ｄの内周底面に水が滴下できるように、複数の滴下孔４ｃを形成し且つ、突設部４ｂを有したことに依り発條６は、各々の突設部１ｃ、４ｂに圧入し固着され押動部４を有するがこの限りではなく発條６の両端を溶融接着し固着する方法も存在する。次に、押動部４を洗浄具９（図指示無し以下省略）で押動することで液体洗剤１３が洗浄具９に噴出する位置に噴出孔１ａが形成し更に、充填容器１の充填容器下面１ｄに液体洗剤１３を充填する注入孔１ｂが形成することで、液体洗剤１３が漏洩なく該注入孔１ｂに注入蓋体７で密着し充填可能にしている。
【００１０】また、図２より実際に液体洗剤１３の噴出の説明する。まず、押動部４のキャップ４ｄに洗浄具９を介して、矢印方向Ｂに手で押動することで発條６は、徐々に撓みながら圧縮されると同時に該発條６を介して充填容器下面１ｄこのまま押し続けると、破線で示すキャップ４ｈの状態となり該キャップ４ｈの周縁部４ａが充填容器下面１ｄに当接し更に、破線で示した充填容器下面１ｇのように撓みによる変形で内部空間部１ｆの圧力が高くなり、液体洗剤１３の上面に加圧され噴出孔１ａから噴出する。次に、液体洗剤１３を噴出した後、押動部４から手の力を解放すると充填容器下面１ｄの弾性力に依り、元に戻ろうとする復元力で内部空間部１ｆは、負圧となり噴出孔１ａから逆に、大気の空気が流入し元の充填容器下面１ｄの位置に戻り、液体洗剤１３を次の噴出に備える。
【００１１】ここで、何故、押動部４に発條６を介在するかは、例えば直接手で充填容器下面１ｄの面を直接に押動すると撓みが少ない為に、押動している感覚がないので液体洗剤１３が噴出する際は、非常に違和感が感じる。その為、発條６を介在することで該発條６の撓み生じ、その分、キャップ４ｄが移動するため手で押している感覚となり、液体洗剤１３が違和感なく液体洗剤１３を噴出可能にする為である。
【００１２】次に、図３より液体洗剤供給装置１００を蛇口８の水管８ａに挿着する説明をする。まず、液体洗剤供給装置１００の掴持部２の挿入開口部２ｂから水管８ａに押圧すると弾性変形し水管８ａに挿着でき掴持部２の掴持力と掴持弾性体２ａの摩擦力に依り、手で液体洗剤供給装置１００に軽く衝撃力では、不必要に動くことなく安定的に配置する掴持力となる。
【００１３】図４より液体洗剤供給装置１００の充填容器１の注入孔１ｂから市販されている液体洗剤１３（図支持無し以後省略）を充填する仕方を説明する。まず、液体洗剤供給装置１００は、蛇口８の水管８ａを中心に掴持部２を介して反転し掴持部２の掴持力で液体洗剤供給装置１００が倒立状態で保持されているので、この間に充填容器１の充填容器下面１ｄの注入孔１ｂに密着してある注入蓋体７を、脱着し該注入孔１ｂから液体洗剤１３を充填した後に、再び注入蓋体７で液体洗剤１３が漏洩なく密着し終了する。
【００１４】そして、図５より前記で液体洗剤１３を充填した後にまた、反転した液体洗剤供給装置１００から実際の使用例をする。まず、洗浄具９をどちらか一方の手に把持し、押動部４のキャップ４ｄを洗浄具９で矢印方向Ｂに押動するこにより液体洗剤１３は、噴出孔１ａから洗浄具９に噴出し食器等を洗う。また、食器等を洗う際に、蛇口８の水管８ａの噴出口８ｂから水Ａを流出すので、僅かに飛散るためキャップ４ｄの開口部から水Ａが入り込むが、複数の滴下孔４ｃから滴下する。次に、図６依り普段使用していないときの図のように、蛇口８の水管８ａを回動することで液体洗剤供給装置１００は、更に邪魔にならないようにする。
【００１５】次に、図７の断面図より前記までの充填容器１の変わりに電子レンジ等で使用するタッパ（食材等を入れる容器）の形状をした液体洗剤供給装置２００の説明する。まず、基体１０、底蓋体１１、掴持部２、押動部４から構成し適宜内部容積を形成する基体１０と掴持部２の素材は、可撓性を有する金属か叉は、ポリエチレンから成り接着で固定しても可能であるが掴持部２と基体１０の一体成型でも可能で、且つ、底蓋体１１は、ポリプロピレンの素材を使用するがこの限りではなく、可撓性を有する樹脂なら成型可能である。また、底蓋体１１は、前記同様の掴持部２を有し、該底蓋体１１の中央に前記同様の押動部４を有し更に、洗浄具９で押動し液体洗剤が該洗浄具９に噴出する位置に、噴出孔１１ａも形成して成り、基体１０の液体洗剤１３を充填する基体開口部１０ａに、突縁する突縁部１１ｂを有する底蓋体１１と基体１０から漏洩なく嵌入密着する構造となる。
【００１６】また、図７より実際に液体洗剤１３の噴出の説明する。まず、押動部４のキャップ４ｄに洗浄具９（図指示無し以後省略）を介して、矢印方向Ｂに手で押動することで発條６は、徐々に撓みながら圧縮されると同時に該発條６を介して底蓋体１１をこのまま押し続けると、破線で示すキャップ４ｈの状態となり該キャップ４ｈの周縁部４ａが充填容器下面１ｄに当接し更に、破線で示した底蓋体１１ｃのように撓みによる変形で内部空間部１ｆの圧力が高くなり、液体洗剤１３の上面に加圧され噴出孔１ａから噴出する。次に、液体洗剤１３を 噴出した後、押動部４から手の力を解放すると底蓋体１１ｃの弾性力に依り、元に戻ろうとする復元力で内部空間部１ｆは、負圧となり噴出孔１ａから逆に、大気の空気が流入し元の底蓋体１１の位置に戻り、液体洗剤１３を次の噴出に備える。
【００１７】また、図８（ａ）より前記の蛇口８の水管８ａを中心に掴持部２を介して反転し掴持部２の掴持力で液体洗剤供給装置２００が倒立状態で保持され基体開口部１０ａから液体洗剤１３を充填した後に、基体１０の基体開口部１０ａに底蓋体１１で漏洩なく嵌入密着する。次に、図８（ｂ）より液体洗剤供給装置２００の実際の使用例をする。また、反転した液体洗剤供給装置２００の押動部４のキャップ４ｄを、洗浄具９で矢印方向Ｂに押動することで、液体洗剤１３が噴出孔１１ａから洗浄具９に噴出する。
【００１８】図９より蛇腹を使用した液体洗剤供給装置３００の断面図より別方法の説明をする。まず、掴持部２、蛇腹容器３、挿着蓋体１４、噴出孔１４ｂから構成し蛇腹容器３の蛇腹体上面３ｂに樹脂を溶融し樹脂接着で前記同様の掴持部２が固着するか、叉は、掴持部２と蛇腹容器３は、一体成型でも可能である。更に、噴出孔１４ｂの形成する場所は、手に把持した洗浄具９（図指示無し以後省略）で蛇腹容器３を押動し液体洗剤１３が洗浄具９に噴出可能な位置に形成し、例えば、挿着蓋体１４の底面に噴出孔１４ｂを形成するか、または、蛇腹体下面３ｂ上に噴出孔１４ｂを形成しても可能である。次に、蛇腹容器３の蛇腹体下面３ｃから延設する突設部３ｄの開口部に液体洗剤１３が充填する注入孔３ａが形成し、更に、該突設部３ｄに係合する噴出孔１４ｂを形成した挿着蓋体１４が漏洩なく密着する。また、図指示はしてないが別方法の密着の仕方としては、蛇腹容器３の蛇腹体下面３ｃに突設部３ｄを形成し、挿着蓋体１４で密着可能に螺着固定するか。叉は、蛇腹容器３の蛇腹体下面３ｃ上に注入孔３ａを形成しそこに、挿着蓋体１４を挿入し嵌着することで液体洗剤は漏洩なく密着する方法もある。また、蛇腹容器３は、筒状形に限ったことではなく、伸縮自在を有する形状ならどんな形状でも可能である。素材は、可撓性から成るポリエチレンか叉は、ホリプロピレンが望ましいがこの限りではなく、その他の樹脂でも成型可能である。
【００１９】また、図９より実際に液体洗剤１３の噴出の説明する。まず、挿着蓋体１４に洗浄具９を介して手で、矢印方向Ｂに挿着蓋体１４を押動し蛇腹容器３は、収縮自在なため破線で示した挿着蓋体１４ａの位置に移動する過程で蛇腹容器３の内部空間部３ｅの圧力が徐々に高くなり液体洗剤１３の上面に加圧され噴出孔１４ｂから噴出する。次に、液体洗剤１３を噴出した後、挿着蓋体１４ａから手を離すと、蛇腹容器３が元の形状に戻ろうとする復元力と液体洗剤の自重により依り、噴出孔４ｄから逆に大気の空気が流入し、元の挿着蓋体１４の位置に戻ることで液体洗剤１３を次に噴出に備える。
【００２０】次に、図１０（ａ）より前記の蛇口８の水管８ａを中心に掴持部２を介して反転し掴持部２の掴持力で液体洗剤供給装置３００が倒立状態で保持され注入孔３ａから液体洗剤１３を充填した後に、蛇腹体３の注入孔３ａに挿着蓋体１４で漏洩なく嵌入密着する。次に、図１０（ｂ）より液体洗剤供給装置３００の実際の使用例をする。また、反転した液体洗剤供給装置３００の挿着蓋体１４を洗浄具９で矢印方向Ｂに押動することで、該挿着蓋体１４から蛇腹体３を押し上げられ、液体洗剤１３が噴出孔１４ｂから洗浄具９に噴出する。
【００２１】図１１の液体洗剤供給装置４００より充填容器１内に前記同様の作用をする蛇口８の水管８ａに挿着可能な掴持部１２ａを形成した別方法も存在する。
【００２２】
【発明の効果】以上述べたように本発明に係る液体洗剤供給装置に依れば、コンパクトに纏め上げた液体洗剤容器を蛇口の水管の下側に、反転させることで調理中に邪魔にならない場所に挿着され、また、水管の噴出口の近傍に液体洗剤供給装置が配設されるので、今までもように身体を曲げ手を伸ばすようにする必要はなく楽な姿勢となるので腰の負担が長い期間を考えた場合に大分軽減されまた、複雑なポンプ機構がなく充填容器で外部の力で変形し、内部容積が変形よる内部圧力の変化で液体洗剤を噴出孔から洗浄具に噴出する非常に便利で且つ、簡単構造であるため安価に提供できる。
【図面の簡単な説明】
【図１】液体洗剤供給装置の斜視図である。
【図２】液体洗剤供給装置の断面図である。
【図３】蛇口の水管に液体洗剤供給装置に挿着した斜視図である。
【図４】蛇口の水管に液体洗剤供給装置を反転した斜視図である。
【図５】液体洗剤供給装置の実際の使用例を示した正面図である。
【図６】終了後、蛇口の水管を曲げた状態の液体洗剤供給装置の斜視図である。
【図７】別な液体洗剤供給装置の断面図である。
【図８】（ａ）底蓋体と基体が脱着状態にある斜視図である。
（ｂ）充填容器で実際の使用例を示した液体洗剤供給装置の斜視図である。
【図９】蛇腹を有する液体洗剤供給装置の断面図である。
【図１０】（ａ）挿着蓋体と蛇腹体から脱着状態にある斜視図である。
（ｂ）充填容器で実際の使用例を示した液体洗剤供給装置の斜視図である。
【図１１】充填容器内に掴持部を形成した液体洗剤供給装置の斜視図である。
【符号の説明】
１ 充填容器
１ａ 噴出孔
１ｂ 注入孔
１ｃ 突設部
１ｄ 充填容器下面（押動する前の位置）
１ｅ 充填容器上面
１ｆ、３ｅ、１０ｆ 内部空間部
１ｇ 充填容器下面（押動した後の位置）
２ 掴持部
２ａ 掴持弾性体
２ｂ 挿入開口部
２ｃ 掴持空間部
２ｄ 掴持基体
３ 蛇腹体
３ａ 注入孔
３ｂ 蛇腹体上面
３ｃ 蛇腹体下面
３ｄ 突設部
４ 押動部
４ａ 周縁部
４ｂ 突設部
４ｃ 滴下孔
４ｄ キャップ（押動する前の位置）
４ｆ 噴出孔
４ｈ キャップ（押動した後の位置）
６ 弾性体
７ 注入蓋体
８ 蛇口
８ａ 水管
８ｂ 噴出口
９ 洗浄具
１０ 基体
１０ａ 基体開口部
１１ 底蓋体（押動する前の位置）
１１ａ 噴出孔
１１ｂ 突縁部
１１ｃ 底蓋体（押動した後の位置）
１２ 充填容器
１２ａ 掴持部
１３ 液体洗剤
１４ 挿着蓋体（押動する前の位置）
１４ａ 挿着蓋体（押動した後の位置）
１４ｂ 噴出孔
１００、２００、３００、４００ 液体洗剤供給装置
Ａ 水
Ｂ 矢印方向[0001]
The present invention provides a faucet water pipe for use in kitchens and hand washrooms, so that it has a simple structure, does not require a complicated pump mechanism as in the past, is inexpensive, and can be used in a conventional manner. The present invention relates to a very convenient liquid detergent supply device which does not require a detergent container and can eject a liquid detergent with one hand holding a cleaning tool.
[0002]
2. Description of the Related Art Conventionally, a liquid in which a liquid detergent is placed on a shelf by bending a waist, reaching a hand, holding a cleaning tool with one hand, and enclosing the liquid detergent with the other hand. By holding and pressing the detergent container, both hands were used to spout a liquid detergent into the cleaning tool to scrub the dishes. Also, in a hand washing room at a work place, dirty liquid was adhered to the liquid detergent container by grasping and pressing the liquid detergent container with hands soiled with oil after the completion of the mechanical work, and the appearance was poor.
A liquid detergent supply device disclosed in Japanese Patent Application Laid-Open No. 11-18986 is constituted by a support interposed between a container body and a suction cup. The suction cup is provided on a side wall of a kitchen sink, and the liquid detergent supply device is provided. In the method of jetting, a liquid detergent is jetted from a jet nozzle to a cleaning tool made of sponge or cloth by operating a drive lever by a pump mechanism.
[0004]
However, as in the prior art, holding the cleaning tool in one hand, grasping the liquid detergent container of the liquid detergent with the other hand, and ejecting the cleaning tool with both hands, use both hands. Also, the user has to take the liquid detergent container while reaching for cleaning.
The product disclosed in Japanese Patent Application Laid-Open No. H11-18986 is different from the conventional product of the prior art in that a liquid detergent is ejected to a cleaning tool with one hand. As a method of jetting, the pump mechanism has a complicated structure due to its structure, and it is made up of a non-return stool, a bellows body, a drive lever, and other components. The number of parts etc. increases, and the price rebounds to the price etc., and the price increases. In the conventional fixing method of sucking the main body with a suction cup, for example, in a kitchen, the suction is only performed on the side wall of the sink, and when the suction body is fixed by suction, the tip of the drive lever for ejecting the liquid detergent projects downward. Since it is a structure that is provided, between the drive lever and the bottom of the sink, the hand holding the cleaning tool must be inserted and the drive lever must be pushed upward, so it is very handy to reach out, In addition, when the liquid detergent is supplied to the side wall of the sink, the upper part of the liquid detergent feeder protrudes upward, so on the sink, most people use this area during cooking. Since the feeder is protruding, there is a possibility that the feeder may be caught in a pot or the like and become a hindrance during cooking, and the usability of the kitchen becomes extremely poor. In addition, when a commercially available liquid detergent supply device is used, the liquid detergent supply device is further inverted and inserted into the storage container, so that the liquid detergent supply device protrudes upward, which may obstruct cooking.
SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned conventional problems, and in order to make it easy to use the kitchen by spraying it with one hand without touching the detergent container, a liquid is supplied to the spout of a faucet water pipe. By having the detergent supply device in the vicinity, the ejection hole is located above the sink and there is no need to reach out, it is very easy to do.Because there is no special pump mechanism to eject the liquid detergent to the washing tool, It is an object of the present invention to provide a liquid detergent supply device having a very simple structure and capable of finishing at a low cost.
[0007]
SUMMARY OF THE INVENTION The present invention has been made in view of the above problems,
It has an appropriate volume capable of being filled with a liquid detergent, and has a holding portion on the upper surface of the flexible filling container, which can be pressed and held in the faucet water tube from the insertion opening, and further filled. An injection hole is formed at a position where a liquid detergent can be ejected onto the cleaning tool by providing a pushing portion that is pushed by a cleaning tool gripping the lower surface of the filling container of the container. In addition, in the liquid detergent supply device, the opening of the base instead of the filling container and the faucet water pipe on the upper surface of the bellows body of the contractible bellows container made of a flexible material are pressed from the insertion opening of the gripping portion. By doing so, the holding lid has a holding portion that can be held, and furthermore, the insertion lid is locked and inserted without leakage into the injection hole formed on the lower surface of the bellows body so that the liquid detergent can be filled. The lower surface of the bellows body of the container is pushed to form a discharge hole at a position where the liquid detergent can be discharged onto the cleaning tool, and an insertion opening having a width capable of being inserted into a water pipe is formed to form a hollow cylindrical shape. A gripping elastic body made of rubber is provided on the inner peripheral surface of the gripping base.
[0008]
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail with reference to the embodiments shown in FIGS. First, it is a perspective view showing the liquid detergent supply device 100 from FIG. 1 and includes a filling container 1, a gripping unit 2, and a pushing unit 4. First, the gripping section 2 is composed of a gripping base 2d and a gripping elastic body 2a that can be made of either a flexible metal or resin. Next, a hollow cylindrical holding base 2d and an insertion opening 2b having a width smaller than the diameter of the water pipe 8a (see FIG. 3) and a width capable of being pressed and inserted into the water pipe 8a are formed. Further, on the inner peripheral surface, after being adhesively fixed to the inner peripheral surface of the gripping elastic body 2a made of rubber, it is located at a position opposite to the insertion opening 2b below the water pipe 8a so as not to be obstructed during cooking. The filling container 1 having an appropriate capacity is formed. Further, the resin is melted on the filling container upper surface 1e of the filling container 1 having a square shape, and the gripping portion 2 is fixed by resin bonding, or it can be formed by integral molding. It is. Further, the shape of the filling container 1 is not limited to this, and other shapes are also possible. The material is preferably made of flexible polyethylene or polypropylene, but is not limited thereto, and other flexible resins can be molded.
Referring to FIG. 2, a description will be given of a method for ejecting the liquid detergent 13 from a sectional view of the liquid detergent supply device 100. First, the pushing portion has a projecting portion 1c at the center of the lower surface 1d of the filling container, and forms a plurality of drip holes 4c so that water can be dropped on the inner peripheral bottom surface of the cap 4d made of resin or the like. Because of the presence of the projecting portion 4b, the spring 6 has the pushing portion 4 which is pressed into and fixed to each of the projecting portions 1c and 4b, but is not limited to this. There are ways to do that. Next, the pushing portion 4 is pushed by the cleaning tool 9 (omitted below in the drawing), so that the ejection hole 1a is formed at a position where the liquid detergent 13 is ejected to the washing tool 9, and the filling container 1 of the filling container 1 is further filled. By forming an injection hole 1b for filling the liquid detergent 13 on the lower surface 1d, the liquid detergent 13 can be filled in close contact with the injection hole 1b by the injection lid 7 without leakage.
Next, the actual ejection of the liquid detergent 13 will be described with reference to FIG. First, by pushing the cap 4d of the pushing portion 4 by hand through the cleaning tool 9 in the direction of the arrow B, the spring 6 is gradually bent and compressed, and at the same time, filled through the spring 6. If the container lower surface 1d is kept pressed, the cap 4h shown by the broken line is brought into a state of the cap 4h, and the peripheral portion 4a of the cap 4h comes into contact with the lower surface 1d of the filled container. The pressure of the portion 1f increases, and the pressure is applied to the upper surface of the liquid detergent 13 and is ejected from the ejection hole 1a. Next, after the liquid detergent 13 is ejected, when the hand force is released from the pushing portion 4, the internal space 1f becomes negative pressure due to the restoring force of returning to the original state due to the elastic force of the lower surface 1d of the filling container and ejects. Conversely, atmospheric air flows in from the hole 1a, returns to the original position of the lower surface 1d of the filling container, and prepares the liquid detergent 13 for the next ejection.
The reason why the trigger 6 is interposed in the pushing portion 4 is as follows. For example, if the surface of the lower surface 1d of the filling container is pushed directly by hand, the bending is small. When the liquid detergent 13 is jetted, there is no sense of incongruity. Therefore, the interposition of the spring 6 causes the flexure of the spring 6, and the cap 4d moves by that amount, so that the cap 4d is pressed by hand, and the liquid detergent 13 can eject the liquid detergent 13 without discomfort. It is.
Next, a description will be given of the insertion of the liquid detergent supply device 100 into the water pipe 8a of the faucet 8 with reference to FIG. First, when pressed against the water pipe 8a from the insertion opening 2b of the gripping part 2 of the liquid detergent supply device 100, it is elastically deformed and can be inserted into the water pipe 8a, and the gripping force of the gripping part 2 and the frictional force of the gripping elastic body 2a are reduced. Therefore, a slight impact force on the liquid detergent supply device 100 by hand results in a gripping force for stably disposing the liquid detergent supply device 100 without unnecessary movement.
Referring to FIG. 4, a method of filling a commercially available liquid detergent 13 (omitted after no support in the figure) from the injection hole 1b of the filling container 1 of the liquid detergent supply device 100 will be described. First, the liquid detergent supply device 100 is inverted through the gripping portion 2 around the water pipe 8a of the faucet 8, and the liquid detergent supply device 100 is held in an inverted state by the gripping force of the gripping portion 2, During this time, the filling lid 7 closely attached to the filling hole 1b of the filling container lower surface 1d of the filling container 1 is detached, and the liquid detergent 13 is filled through the filling hole 1b. Close and close without leakage.
FIG. 5 shows an actual use example of the liquid detergent supply device 100 after the liquid detergent 13 has been filled as described above. First, the cleaning tool 9 is gripped by one of the hands, and the cap 4d of the pushing portion 4 is pushed by the cleaning tool 9 in the direction of the arrow B, whereby the liquid detergent 13 is ejected from the ejection hole 1a to the cleaning tool 9. Wash the dishes. Further, when washing dishes, etc., water A flows out of the spout 8b of the water pipe 8a of the faucet 8, so that water A enters through the opening of the cap 4d because it is slightly scattered, but drops from the plurality of drip holes 4c. I do. Next, as shown in FIG. 6, when the water detergent 8 is not normally used, the water pipe 8a of the faucet 8 is rotated so that the liquid detergent supply device 100 is further out of the way.
Next, a liquid detergent supply device 200 having a shape of a tapper (a container for storing foods and the like) used in a microwave oven or the like instead of the filling container 1 described above from the sectional view of FIG. 7 will be described. First, the base 10 and the gripping portion 2 which are composed of the base 10, the bottom cover 11, the gripping portion 2, and the pushing portion 4 and which appropriately form the internal volume are made of a flexible metal or polyethylene. It is also possible to fix by adhesive, but it is also possible to integrally form the gripping part 2 and the base 10 and the bottom lid 11 is made of a polypropylene material. If it has resin, it can be molded. Further, the bottom lid 11 has the same gripping portion 2 as described above, and has the same pushing portion 4 as above at the center of the bottom lid 11, and is further pushed by the cleaning tool 9 so that the liquid detergent is pushed. A spout hole 11a is also formed at a position where the spout is jetted to the cleaning tool 9, and the base lid 10 having a protruding edge portion 11b at the base opening portion 10a for filling the liquid detergent 13 of the base 10 and the base 10 are formed. A structure that fits and adheres without leakage.
Next, the actual ejection of the liquid detergent 13 will be described with reference to FIG. First, by pushing the cap 4d of the pushing portion 4 by hand in the direction of the arrow B through the cleaning tool 9 (omitted from the drawing), the firing 6 is compressed while being gradually bent, and When the bottom cover 11 is continuously pushed through the firing member 6 as it is, the cap 4h shown by a broken line is brought into a state, and the peripheral portion 4a of the cap 4h comes into contact with the lower surface 1d of the filling container. As described above, the pressure in the internal space 1f is increased by the deformation due to the bending, and the liquid detergent 13 is pressurized on the upper surface and ejected from the ejection hole 1a. Next, after the liquid detergent 13 is ejected, when the hand force is released from the pushing portion 4, the internal space 1f becomes negative pressure due to the restoring force of returning to the original state due to the elastic force of the bottom lid 11c. Conversely, atmospheric air flows in from the hole 1a, returns to the original position of the bottom lid 11, and prepares the liquid detergent 13 for the next ejection.
8 (a), the liquid detergent supply device 200 is held upside down by the gripping force of the gripping portion 2 with the water pipe 8a of the faucet 8 as the center. After the liquid detergent 13 is filled from the base opening 10a, the bottom cover 11 is fitted into the base opening 10a of the base 10 without leakage and closely adhered thereto. Next, an actual use example of the liquid detergent supply device 200 will be described with reference to FIG. When the cap 4d of the pushing portion 4 of the inverted liquid detergent supply device 200 is pushed by the cleaning tool 9 in the direction of the arrow B, the liquid detergent 13 is jetted from the jet hole 11a to the cleaning tool 9.
Referring to FIG. 9, another method will be described with reference to a sectional view of a liquid detergent supply device 300 using a bellows. First, the resin is melted on the bellows upper surface 3b of the bellows container 3 which is composed of the gripping portion 2, the bellows container 3, the insertion cover 14, and the ejection hole 14b, and is the same gripping portion 2 as described above fixed by resin bonding? Alternatively, the gripping portion 2 and the bellows container 3 can be integrally formed. Further, a location where the ejection hole 14b is formed is formed at a position where the bellows container 3 is pushed by the cleaning tool 9 held in hand (omitted from the drawings and thereafter) so that the liquid detergent 13 can be jetted to the cleaning tool 9. Alternatively, the ejection hole 14b may be formed on the bottom surface of the insertion cover 14, or the ejection hole 14b may be formed on the bellows lower surface 3b. Next, an injection hole 3a to be filled with the liquid detergent 13 is formed in an opening of a projecting portion 3d extending from the bellows body lower surface 3c of the bellows container 3, and an ejection hole 14b engaged with the projecting portion 3d. The insertion cover body 14 formed with the above is in close contact without leakage. Although not shown in the drawings, as another method of contacting, another method is to form a projecting portion 3d on the lower surface 3c of the bellows body of the bellows container 3 and screw it with the insertion cover 14 so as to be able to come into close contact therewith. Alternatively, there is a method in which an injection hole 3a is formed on the bellows body lower surface 3c of the bellows container 3, and an insertion cover body 14 is inserted and fitted therein, so that the liquid detergent adheres without leakage. In addition, the bellows container 3 is not limited to the cylindrical shape, but may be any shape as long as it has elasticity. The material is desirably polyethylene or polyethylene which is flexible, but is not limited thereto, and other resins can be molded.
The ejection of the liquid detergent 13 will be described with reference to FIG. First, the insertion cover 14 is pushed by hand through the cleaning tool 9 in the direction of the arrow B on the insertion cover 14, and the bellows container 3 is contractible. In the process of moving to the inside of the bellows container 3, the pressure in the internal space 3e of the bellows container 3 gradually increases, and the pressure is applied to the upper surface of the liquid detergent 13 and is ejected from the ejection hole 14b. Next, after the liquid detergent 13 is ejected, when the hand is released from the insertion lid 14a, the bellows container 3 depends on the restoring force of the bellows container 3 to return to the original shape and the weight of the liquid detergent. Then, the liquid detergent 13 returns to the original position of the insertion lid body 14 to prepare for the next ejection of the liquid detergent 13.
Next, from FIG. 10 (a), the liquid detergent supply device 300 is held upside down by the gripping force of the gripping portion 2 with the water pipe 8a of the faucet 8 as the center. After the liquid detergent 13 is filled from the injection hole 3a, the liquid detergent 13 is fitted into the injection hole 3a of the bellows body 3 with the insertion lid body 14 without leakage and closely attached thereto. Next, an actual use example of the liquid detergent supply device 300 will be described with reference to FIG. Further, the insertion lid 14 of the inverted liquid detergent supply device 300 is pushed in the direction of the arrow B by the cleaning tool 9 to push up the bellows 3 from the insertion lid 14, and the liquid detergent 13 is ejected. The cleaning tool 9 is ejected from 14b.
There is another method in which a grip portion 12a is formed in the filling container 1 from the liquid detergent supply device 400 shown in FIG.
[0022]
As described above, according to the liquid detergent supply apparatus according to the present invention, the liquid detergent container compactly assembled is inverted under the faucet water pipe so that it does not become an obstacle during cooking. The liquid detergent supply device is installed near the outlet of the water pipe, so it is not necessary to bend and reach for the body as before. The load on the cleaning tool is greatly reduced when a long period of time is considered.In addition, there is no complicated pumping mechanism and the container is deformed by external force in the filling container. It is very convenient to spout and has a simple structure, so that it can be provided at low cost.
[Brief description of the drawings]
FIG. 1 is a perspective view of a liquid detergent supply device.
FIG. 2 is a sectional view of a liquid detergent supply device.
FIG. 3 is a perspective view of a water pipe of a faucet inserted into a liquid detergent supply device.
FIG. 4 is a perspective view in which a liquid detergent supply device is inverted to a water pipe of a faucet.
FIG. 5 is a front view showing an example of actual use of the liquid detergent supply device.
FIG. 6 is a perspective view of the liquid detergent supply device with the faucet water pipe bent after completion.
FIG. 7 is a sectional view of another liquid detergent supply device.
FIG. 8A is a perspective view showing a state where a bottom cover and a base are detached.
(B) It is a perspective view of the liquid detergent supply device which showed the example of actual use with a filling container.
FIG. 9 is a sectional view of a liquid detergent supply device having a bellows.
FIG. 10 (a) is a perspective view showing a state of being detached from an insertion lid and a bellows body.
(B) It is a perspective view of the liquid detergent supply device which showed the example of actual use with a filling container.
FIG. 11 is a perspective view of a liquid detergent supply device in which a grip portion is formed in a filling container.
[Explanation of symbols]
Reference Signs List 1 Filling container 1a Spouting hole 1b Injection hole 1c Projecting portion 1d Filling container lower surface (position before pushing)
1e Filling container upper surface 1f, 3e, 10f Internal space 1g Filling container lower surface (position after pushing)
2 Gripping part 2a Gripping elastic body 2b Inserting opening 2c Gripping space 2d Gripping base 3 Bellows body 3a Injection hole 3b Bellows body upper surface 3c Bellows body lower surface 3d Projecting part 4 Pushing part 4a Peripheral part 4b Projection Portion 4c Dripping hole 4d Cap (position before pushing)
4f Spout hole 4h Cap (Position after pushing)
6 Elastic Body 7 Injection Lid 8 Faucet 8a Water Pipe 8b Spout 9 Cleaning Tool 10 Base 10a Base Opening 11 Bottom Lid (Position Before Pushing)
11a Jet hole 11b Protrusion 11c Bottom cover (position after pushing)
12 Filling container 12a Gripping part 13 Liquid detergent 14 Insertion lid (position before pushing)
14a Inserting lid (position after pushing)
14b Spout holes 100, 200, 300, 400 Liquid detergent supply device A Water B Arrow direction
