JP2018000540A - Soap whipping device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent abrasion and deformation of a scraping projection and scratch on an inner bottom face of a whipping container, and prevent falling and scattering of powdery portions of a solid soap which are scraped off by the scraping projection.SOLUTION: A soap whipping device A includes: a whipping container B which opens upwardly; a stirring part C1 having a plurality of flow holes 21 which can be provided in the whipping container B; and a vertically operating part C2 which vertically operates the stirring part C1 along the whipping container B. A soap scraping plate 40 is provided which can be detachably provided on an inner bottom face 3a of the whipping container B, and which is has a plurality of scraping projections 41 for a solid soap formed on an upper face 40a.SELECTED DRAWING: Figure 3

Description

本発明は、石鹸（液体石鹸、練り石鹸、固形石鹸等を含む）を泡立てて洗顔等に使用する石鹸泡立て器に関する。   The present invention relates to a soap whisk that uses soap (including liquid soap, kneaded soap, solid soap, etc.) for foaming.

上述の石鹸泡立て器として、例えば、特許文献１に示すように、上方に開口する円筒状の泡立て容器と、この泡立て容器に対して脱着自在で、且つ、泡立て容器内に沿って昇降操作自在に装着される泡立操作具と、泡立て容器の開口部に脱着自在に装着される蓋体と、が備えられている石鹸泡立て器が提案されている。この石鹸泡立て器の泡立操作具は、複数の流通孔を形成してある円形状の攪拌板と、当該攪拌板の中心部に脱着自在に螺合連結される昇降操作棒とから構成されている。攪拌板の下側面には、固形石鹸用の複数の削り突起が形成されている。
蓋体の中心部には、泡立操作具の昇降操作棒が上下動自在に挿通される挿通孔が形成され、昇降操作棒の上端部には、蓋体の挿通孔よりも大きな操作摘みが形成されている。そのため、従来の石鹸泡立て器では、攪拌板及び昇降操作棒を備えた泡立操作具と蓋体とを一体化された状態で取り扱う。 As the above-mentioned soap whisk, for example, as shown in Patent Document 1, a cylindrical foaming container that opens upward, and can be attached to and detached from the foaming container and can be moved up and down along the foaming container. There has been proposed a soap whisk provided with a foaming operation tool to be mounted and a lid that is detachably mounted to an opening of the foaming container. The foaming operation tool of this soap whisk is composed of a circular stirring plate having a plurality of flow holes and a lifting operation rod that is detachably screwed to the central portion of the stirring plate. Yes. On the lower surface of the stirring plate, a plurality of shaving protrusions for solid soap are formed.
An insertion hole is formed in the center of the lid so that the lifting operation rod of the foaming operation tool can be moved up and down, and an operation knob larger than the insertion hole of the lid is formed at the upper end of the lifting operation rod. Is formed. Therefore, in the conventional soap whisk, the foaming operation tool provided with the stirring plate and the lifting operation rod and the lid are handled in an integrated state.

上述の石鹸泡立て器を使用して石鹸を泡立てる場合、先ず、泡立て容器内に適量の石鹸と湯水を入れ、泡立て容器の開口部に、一体化されている蓋体及び泡立操作具を装着し、この蓋体の中心部の挿通口から上方に突出する泡立操作具の昇降操作部を上下方向に反復操作する。この反復操作に伴って泡立操作具の攪拌部が泡立て容器内に沿って昇降する。これに伴って泡立て容器内の液体が攪拌され、且つ、攪拌部の複数の流通孔を通過して上方又は下方に交互に流動しながら泡状に生成される。このとき、攪拌部で空気を多く取り込むことによりキメの細かい泡が生成される。   When foaming soap using the above-described soap whisk, first put an appropriate amount of soap and hot water into the foaming container, and attach an integrated lid and foaming operation tool to the opening of the foaming container. The elevating operation part of the foaming operation tool protruding upward from the insertion opening at the center of the lid is repeatedly operated in the vertical direction. With this repeated operation, the stirring portion of the foaming operation tool moves up and down along the inside of the foaming container. Accordingly, the liquid in the foaming container is agitated, and is generated in a foam shape while alternately flowing upward or downward through the plurality of flow holes of the agitation unit. At this time, fine air bubbles are generated by taking in a large amount of air in the stirring section.

特開２０１５−１３９５４５号公報JP2015-139545A

上述の石鹸泡立て器では、泡立操作具の攪拌部の下側面に固形石鹸用の複数の削り突起が一体形成されているため、泡立操作具の昇降操作時に、攪拌部の下側面の削り突起が泡立て容器の内底面に繰り返し衝突する。そのため、削り突起が早期に磨耗、変形するばかりでなく、泡立て容器の内底面に傷が生じ易い。   In the above-described soap whisk, a plurality of shaving projections for solid soap are integrally formed on the lower surface of the stirring portion of the foaming operation tool, so that the lower surface of the stirring portion is shaved during the lifting operation of the foaming operation tool. The protrusion repeatedly collides with the inner bottom surface of the foaming container. For this reason, the shaving projections are not only worn and deformed at an early stage, but are also easily damaged on the inner bottom surface of the foaming container.

また、固形石鹸を削る場合、一般に、泡立操作具の攪拌部の下側面を上方側に向け、この攪拌部の下側面の削り突起で固形石鹸を削り取ったのち、泡立操作具を上下反転して攪拌部を泡立て容器内に挿入する操作手順が実行される。その操作手順中の泡立操作具の上下反転操作時に、削り突起で削り取られた固形石鹸の粉粒体が周囲に落下飛散し易い。   Also, when shaving the soap, generally, the lower side of the stirring part of the foaming operation tool is pointed upward, and after shaving off the soap with the shaving protrusion on the lower side of the stirring part, the foaming operation tool is turned upside down. Then, an operation procedure for inserting the stirring unit into the foaming container is executed. During the upside down operation of the foaming operation tool during the operation procedure, the solid soap powder scraped off by the shaving protrusion is likely to fall and scatter around.

この実情に鑑み、本発明の主たる課題は、削り突起の磨耗、変形及び泡立て容器の内底面の傷付きを抑制し、且つ、削り突起で削り取られた固形石鹸の粉粒体の落下飛散を抑制することのできる石鹸泡立て器を提供する点にある。   In view of this situation, the main problem of the present invention is to suppress wear and deformation of the shaving projection and scratching of the inner bottom surface of the foaming container, and to suppress the falling scattering of the solid soap particles scraped off by the shaving projection. The point is to provide a soap whisk that can be used.

本発明による第１の特徴構成は、上方に開口する泡立て容器と、当該泡立て容器内に配置可能な複数の流通孔を有する攪拌部と、当該攪拌部を前記泡立て容器内に沿って昇降操作する昇降操作部と、が備えられている石鹸泡立て器であって、
前記泡立て容器の内底面に脱着自在に配置可能で、且つ、固形石鹸用の複数の削り突起を上側面に形成してある石鹸削り板が備えられている点にある。 A first characteristic configuration according to the present invention includes a foaming container that opens upward, a stirring unit having a plurality of flow holes that can be arranged in the foaming container, and the stirring unit that moves up and down along the foaming container. A lifting and lowering operation unit, a soap whisk,
A soap shaving plate which can be detachably disposed on the inner bottom surface of the foaming container and has a plurality of shaving projections for solid soap formed on the upper side surface is provided.

上記構成によれば、泡立て容器内に攪拌部を配置した第１使用形態と、泡立て容器の内底面と攪拌部との間に石鹸削り板を配置した第２使用形態とに使い分けることができる。そのため、例えば、使用対象石鹸が液体石鹸又は練り石鹸の場合には、上述の第１使用形態を採用し、使用対象石鹸が固形石鹸の場合には、上述の第２使用形態を採用することにより、石鹸削り板の使用頻度が低下する。つまり、第１使用形態では石鹸削り板を使用していないので、石鹸削り板の削り突起の磨耗や変形を抑制することができる。   According to the said structure, it can use properly for the 1st usage type which has arrange | positioned the stirring part in the foaming container, and the 2nd usage type which has arrange | positioned the soap shaving board between the inner bottom face and stirring part of the foaming container. Therefore, for example, when the soap to be used is liquid soap or kneaded soap, the above first usage pattern is adopted, and when the soap to be used is solid soap, the above second usage pattern is adopted. , The frequency of use of the soap shaving board is reduced That is, since the soap shaving plate is not used in the first usage pattern, it is possible to suppress wear and deformation of the shaving projections of the soap shaving plate.

しかも、石鹸削り板の上側面に複数の削り突起が形成されているため、上述の第２使用形態においても削り突起が泡立て容器の内底面に接触することがない。
さらに、固形石鹸を削る場合、石鹸削り板の削り突起を上方側に向け、この削り突起で固形石鹸を削り取ったのち、削り突起を上方側に向けた削り取り状態のまま石鹸削り板を泡立て容器の内に挿入する操作手順を採ることになる。この操作手順では、従来のような上下反転操作がないため、削り突起で削り取られた固形石鹸の粉粒体が周囲に落下飛散することを抑制することができる。 In addition, since a plurality of shaving projections are formed on the upper side surface of the soap shaving plate, the shaving projections do not contact the inner bottom surface of the foaming container even in the second usage pattern described above.
In addition, when shaving soap, turn the soaping plate's shaving projection upward, scrape the solid soap with this shaving projection, and then remove the soap shaving plate with the shaving projection facing upward. The operation procedure to insert in will be taken. In this operation procedure, since there is no upside down operation as in the prior art, it is possible to prevent the solid soap powder particles scraped off by the shaving projections from falling and scattering around.

したがって、削り突起を備えた石鹸削り板を攪拌部とは別体に構成して使用石鹸に応じて使い分けるという合理的な改造により、削り突起の磨耗、変形及び泡立て容器の内底面の傷付きを抑制し、且つ、削り突起で削り取られた固形石鹸の粉粒体の落下飛散を抑制することができる。   Therefore, the soap shaving plate with shaving protrusions is configured separately from the agitating unit and used according to the soap used, so that the shaving protrusions are worn and deformed, and the inner bottom surface of the foaming container is damaged. In addition, it is possible to suppress the falling scattering of the solid soap powder scraped by the shaving protrusion.

本発明による第２の特徴構成は、前記石鹸削り板の外周縁と前記泡立て容器の周壁部の内面との間には、前記石鹸削り板の回転方向及び径方向の遊動を許容する第１空隙が形成されている点にある。   According to a second characteristic configuration of the present invention, a first gap is provided between the outer peripheral edge of the soap shaving plate and the inner surface of the peripheral wall portion of the foaming container to allow the soap shaving plate to move in the rotational direction and the radial direction. Is the point that is formed.

上記構成によれば、泡立て容器の内底面と攪拌部との間に石鹸削り板を配置した第２使用形態において、昇降操作部を上下方向に反復操作すると、この反復操作に伴って攪拌部が泡立て容器内に沿って昇降する。これに伴って泡立て容器内の液体が攪拌され、且つ、攪拌部の複数の流通孔を通過して上方又は下方に交互に流動し、削り突起で削り取られた固形石鹸の粉粒体の溶解が進行する。
このとき、石鹸削り板の外周縁と泡立て容器の周壁部の内面との間に形成されている第１空隙によって、石鹸削り板が回転方向及び泡立て容器の径方向に遊動可能であるため、削り突起で削り取られた固形石鹸の粉粒体の溶解を促進することができる。 According to the above configuration, in the second usage pattern in which the soap shaving plate is disposed between the inner bottom surface of the foaming container and the stirring unit, when the lifting operation unit is repeatedly operated in the vertical direction, the stirring unit is accompanied by the repeated operation. Move up and down along the whisk. Along with this, the liquid in the foaming container is agitated, and alternately flows upward or downward through the plurality of flow holes of the agitating part, and the solid soap particles scraped off by the shaving protrusion are dissolved. proceed.
At this time, since the soap shaving plate can move freely in the rotation direction and the radial direction of the foaming container by the first gap formed between the outer peripheral edge of the soap shaving board and the inner surface of the peripheral wall portion of the foaming container, It is possible to promote the dissolution of the solid particles of solid soap scraped off by the protrusions.

本発明による第３の特徴構成は、前記複数の削り突起は、前記石鹸削り板の中心部から放射状に配置されている点にある。   A third characteristic configuration according to the present invention is that the plurality of shaving projections are arranged radially from a central portion of the soap shaving plate.

上記構成によれば、石鹸削り板の削り突起と固形石鹸とを何れの方向に相対移動操作しても、略安定した石鹸削り性能を発揮させることができる。   According to the above configuration, a substantially stable soap shaving performance can be exhibited even if the shaving protrusion of the soap shaving plate and the solid soap are relatively moved in any direction.

本発明による第４の特徴構成は、前記複数の削り突起は、前記各放射方向に沿って前記削り突起の削り刃が交互に逆向きになる状態で千鳥状に配置されている点にある。   A fourth characteristic configuration according to the present invention is that the plurality of cutting projections are arranged in a staggered manner in a state in which the cutting blades of the cutting projections are alternately reversed along the radial directions.

上記構成によれば、石鹸削り板の削り突起と固形石鹸との相対移動操作による石鹸削り性能の安定化を一層図ることができる。しかも、削り突起の削り刃で削り取られた固形石鹸の粉粒体が、それの放射方向両側に位置する他の削り突起の背面に接触することにより、固形石鹸の粉粒体が周囲に落下飛散することを抑制することができる。   According to the above configuration, the soap shaving performance can be further stabilized by the relative movement operation between the shaving protrusion of the soap shaving plate and the solid soap. In addition, the solid soap particles scraped by the shaving blades of the shaving protrusions come into contact with the back surfaces of the other shaving protrusions located on both sides in the radial direction, so that the solid soap powder particles fall and scatter around. Can be suppressed.

本発明による第５の特徴構成は、前記昇降操作部は、前記攪拌部の外周縁部に設けられ、前記泡立て容器の開口部には蓋体が脱着自在に装着され、前記蓋体には、前記昇降操作部が上下動自在に挿通する挿通口が外方側に開口する状態で形成されている点にある。   According to a fifth characteristic configuration of the present invention, the elevating operation unit is provided at an outer peripheral edge of the stirring unit, and a lid is detachably attached to the opening of the foaming container. There exists in the point formed in the state which the insertion port which the said raising / lowering operation part penetrates freely up and down opens to the outer side.

上記構成によれば、昇降操作部の昇降操作による石鹸の泡立てが完了したとき、泡立て容器の開口部から蓋体を上方に抜き出したのち、蓋体をそれの挿通口の外方側開口を通して昇降操作部から簡単に横方向に抜き出すことができる。
しかも、昇降操作部は攪拌部の外周縁部に設けられているため、攪拌部の上面に載っている泡を昇降操作部に邪魔されることなく容易に掬い取ることができる。 According to the above configuration, when soap foaming by the lifting operation of the lifting operation unit is completed, the lid body is extracted upward from the opening of the foaming container, and then the lid body is lifted and lowered through the outer opening of the insertion port. It can be easily pulled out from the operation unit in the horizontal direction.
And since the raising / lowering operation part is provided in the outer-periphery edge part of the stirring part, the foam currently mounted on the upper surface of the stirring part can be easily scooped out without being disturbed by the raising / lowering operation part.

本発明による第６の特徴構成は、前記泡立て容器の内底面は、容器中心側ほど上方に位置する湾曲面に形成され、前記泡立て容器の内底面と前記石鹸削り板の下側面との対向面間には、前記石鹸削り板の上下揺動を許容する第２空隙が形成されている点にある。   According to a sixth characteristic configuration of the present invention, the inner bottom surface of the foaming container is formed as a curved surface positioned upward toward the center side of the container, and the opposing surface between the inner bottom surface of the foaming container and the lower surface of the soap shaving plate There is a second gap formed between the soap shaving plates that allows the soap shaving plate to swing vertically.

上記構成によれば、泡立て容器の内底面と攪拌部との間に石鹸削り板を配置した第２使用形態において、昇降操作部を上下方向に反復操作すると、この反復操作に伴って攪拌部が泡立て容器内に沿って昇降する。これに伴って泡立て容器内の液体が攪拌され、且つ、攪拌部の複数の流通孔を通過して上方又は下方に交互に流動し、削り突起で削り取られた固形石鹸の粉粒体の溶解が進行する。
このとき、泡立て容器の内底面と石鹸削り板の下側面との対向面間に形成されている第２空隙によって石鹸削り板が揺動するため、削り突起で削り取られた固形石鹸の粉粒体の溶解を促進することができる。 According to the above configuration, in the second usage pattern in which the soap shaving plate is disposed between the inner bottom surface of the foaming container and the stirring unit, when the lifting operation unit is repeatedly operated in the vertical direction, the stirring unit is accompanied by the repeated operation. Move up and down along the whisk. Along with this, the liquid in the foaming container is agitated, and alternately flows upward or downward through the plurality of flow holes of the agitating part, and the solid soap particles scraped off by the shaving protrusion are dissolved. proceed.
At this time, since the soap shaving plate is swung by the second gap formed between the inner bottom surface of the foaming container and the lower surface of the soap shaving plate, the solid soap powder scraped off by the shaving protrusion Can be dissolved.

第１実施形態の石鹸泡立て器の分解斜視図The disassembled perspective view of the soap whisk of 1st Embodiment 石鹸削り板を取外した状態での石鹸泡立て器の縦断面図Longitudinal section of the soap whisk with the soap shaving board removed 石鹸削り板を組付けた状態での石鹸泡立て器の縦断面図Longitudinal section of the soap whisk with the soap shaving board installed 石鹸削り板の正面図（ａ）と底面図（ｂ）と左側面図（ｃ）Front view (a), bottom view (b) and left side view (c) of soap shaving board 石鹸削り板の右側部位の拡大正面図（ａ）と拡大底面図（ｂ）と拡大右側面図（ｃ）Enlarged front view (a), enlarged bottom view (b), and enlarged right side view (c) of the right part of the soap shaving board 泡立て状態を示す石鹸泡立て器の縦断面図Longitudinal section of a soap whisk showing the whipping state 第２実施形態を示す石鹸泡立て器の縦断面図Longitudinal sectional view of soap frother showing the second embodiment 第３実施形態を示す石鹸泡立て器の縦断面図Longitudinal sectional view of a soap whisk showing the third embodiment

〔第１実施形態〕
図１〜図３は、石鹸（液体石鹸、練り石鹸、固形石鹸等を含む）を泡立てて洗顔等に使用する石鹸泡立て器Ａを示す。この石鹸泡立て器Ａには、上方に開口する有底円筒状の樹脂製の泡立て容器Ｂと、この泡立て容器Ｂに対して脱着自在で、且つ、泡立て容器Ｂの内面２ａに沿って昇降操作自在に装着される樹脂製の泡立操作具Ｃと、泡立て容器Ｂの開口部２Ａに脱着自在に装着される樹脂製の蓋体Ｄと、泡立て容器Ｂの内底面３ａに脱着自在に配置可能で、且つ、固形石鹸用の複数の削り突起４１を上側面４０ａに形成してある樹脂製の石鹸削り板４０と、が備えられている。
この石鹸泡立て器Ａの泡立操作具Ｃは、泡立て容器Ｂ内に配置可能で、且つ、上下方向に沿う複数の流通孔２１を貫通形成してある攪拌部Ｃ１と、当該攪拌部Ｃ１を泡立て容器Ｂの内面２ａに沿って昇降操作する昇降操作部Ｃ２とから構成されている。 [First Embodiment]
1 to 3 show a soap whisk A that uses soap (including liquid soap, kneaded soap, solid soap, and the like) for washing the face. The soap whisk A has a bottomed cylindrical resin foaming container B that opens upward, and is detachable from the foaming container B, and can be moved up and down along the inner surface 2a of the foaming container B. The resin foaming operation tool C attached to the foaming container B, the resin lid D attached to the opening 2A of the foaming container B, and the inner bottom surface 3a of the foaming container B can be detachably arranged. And a resin soap shaving plate 40 having a plurality of shaving projections 41 for solid soap formed on the upper side surface 40a.
The foaming operation tool C of the soap whisk A can be placed in the foaming container B, and the stirring unit C1 formed by penetrating a plurality of flow holes 21 along the vertical direction, and the stirring unit C1 is foamed. It is comprised from the raising / lowering operation part C2 which raises / lowers along the inner surface 2a of the container B. As shown in FIG.

上述の石鹸泡立て器Ａを使用して石鹸を泡立てる場合、先ず、図２又は図３に示すように、泡立て容器Ｂ内に適量の石鹸と湯水を入れ、泡立て容器Ｂの内底面３ａに泡立操作具Ｃの攪拌部Ｃ１を配置し、泡立て容器Ｂの開口部２Ａには蓋体Ｄを装着する。
次に、図６に示すように、一方の手で蓋体Ｄを押さえて泡立て容器Ｂを固定し、蓋体Ｄの挿通口１３から上方に突出する泡立操作具Ｃの昇降操作部Ｃ２を他方の手で把持して上下方向に反復操作し、泡立操作具Ｃの攪拌部Ｃ１を泡立て容器Ｂの内面２ａに沿って昇降させる。
泡立操作具Ｃの攪拌部Ｃ１が下方に移動するときには、泡立て容器Ｂの内底面３ａと攪拌部Ｃ１の下側面２０ａとの間に存在する石鹸溶解液又は泡が圧縮され、石鹸溶解液又は泡は攪拌部Ｃ１の複数の流通孔２１を通過して上方に流動する。泡立操作具Ｃの攪拌部Ｃ１が上方に移動するときには、攪拌部Ｃ１の上側面２０ｂと蓋体Ｄの内側面１６との間に存在する石鹸溶解液又は泡は、重力で攪拌部Ｃ１の複数の流通孔２１を通過して下方に流動したり、攪拌部Ｃ１の上側面２０ｂと蓋体Ｄの内側面１６との間での圧縮によって攪拌部Ｃ１の複数の流通孔２１を通過して下方に流動する。これに伴って泡立て容器Ｂ内の石鹸溶解液が攪拌され、且つ、攪拌部Ｃ１の複数の流通孔２１を通過して上方又は下方に交互に流動しながら泡状に生成される。
このとき、攪拌部Ｃ１を泡存在領域外の上方側にまで上昇操作することにより、石鹸溶解液中に多くの空気を含ますことができ、キメの細かい泡を効率良く生成することができる。 When using the above-described soap whisk A to soap, first, as shown in FIG. 2 or FIG. 3, a suitable amount of soap and hot water are put into the foaming container B, and the foaming is carried out on the inner bottom surface 3a of the foaming container B. The stirring unit C1 of the operation tool C is disposed, and the lid D is attached to the opening 2A of the foaming container B.
Next, as shown in FIG. 6, the elevating operation part C <b> 2 of the foaming operation tool C that protrudes upward from the insertion port 13 of the lid D is fixed by holding the lid D with one hand. Holding with the other hand and repeatedly operating in the vertical direction, the stirring portion C1 of the foaming operation tool C is moved up and down along the inner surface 2a of the foaming container B.
When the stirring unit C1 of the foaming operation tool C moves downward, the soap solution or foam existing between the inner bottom surface 3a of the foaming container B and the lower side surface 20a of the stirring unit C1 is compressed, and the soap solution or The bubbles flow upward through the plurality of flow holes 21 of the stirring unit C1. When the stirring unit C1 of the foaming operation tool C moves upward, the soap solution or foam existing between the upper side surface 20b of the stirring unit C1 and the inner side surface 16 of the lid D is caused by gravity in the stirring unit C1. It flows through the plurality of flow holes 21 and flows downward, or passes through the plurality of flow holes 21 of the stirring unit C1 by compression between the upper side surface 20b of the stirring unit C1 and the inner side surface 16 of the lid D. Flows downward. Along with this, the soap solution in the foaming container B is stirred, and is generated in the form of foam while passing through the plurality of flow holes 21 of the stirring unit C1 and alternately flowing upward or downward.
At this time, by raising the stirring portion C1 to the upper side outside the bubble presence region, a large amount of air can be contained in the soap solution, and fine bubbles can be generated efficiently.

そして、上述の石鹸泡立て器Ａでは、図２に示すように、泡立て容器Ｂ内に泡立操作具Ｃの攪拌部Ｃ１のみを配置した第１使用形態と、図３に示すように、泡立て容器Ｂの内底面３ａと泡立操作具Ｃの攪拌部Ｃ１との間に石鹸削り板４０を配置した第２使用形態とに使い分けることができる。そのため、例えば、使用対象石鹸が液体石鹸又は練り石鹸の場合には、上述の第１使用形態を採用し、使用対象石鹸が固形石鹸の場合には、上述の第２使用形態を採用することにより、石鹸削り板４０の使用頻度が低下する。つまり、第１使用形態では石鹸削り板４０を使用していないので、石鹸削り板４０の削り突起４１の磨耗や変形を抑制することができる。
しかも、石鹸削り板４０の上側面４０ａに複数の削り突起４１が形成されているため、上述の第２使用形態においても削り突起４１が泡立て容器Ｂの内底面３ａに接触することがない。
さらに、固形石鹸を削る場合、石鹸削り板４０の削り突起４１を上方側に向け、この削り突起４１で固形石鹸を削り取ったのち、削り突起４１を上方側に向けた削り取り状態のまま石鹸削り板４０を泡立て容器Ｂ内に挿入する操作手順を採ることになる。この操作手順では、石鹸削り板４０の上下反転操作がないため、削り突起４１で削り取られた固形石鹸の粉粒体が周囲に落下飛散することを抑制することができる。 And in the above-mentioned soap whisk A, as shown in FIG. 2, the 1st usage pattern which has arrange | positioned only the stirring part C1 of the foaming operation tool C in the foaming container B, and as shown in FIG. It can be properly used for the second usage pattern in which the soap shaving plate 40 is disposed between the inner bottom surface 3a of B and the stirring portion C1 of the foaming operation tool C. Therefore, for example, when the soap to be used is liquid soap or kneaded soap, the above first usage pattern is adopted, and when the soap to be used is solid soap, the above second usage pattern is adopted. The frequency of use of the soap shaving plate 40 is reduced. That is, since the soap shaving plate 40 is not used in the first usage pattern, wear and deformation of the shaving protrusion 41 of the soap shaving plate 40 can be suppressed.
Moreover, since the plurality of shaving projections 41 are formed on the upper side surface 40a of the soap shaving plate 40, the shaving projections 41 do not contact the inner bottom surface 3a of the foaming container B even in the above-described second usage pattern.
Further, when solid soap is shaved, the shaving projection 41 of the soap shaving plate 40 is directed upward, and after the solid soap is shaved off by the shaving projection 41, the soap shaving plate is left in a shaved state with the shaving projection 41 facing upward. The operation procedure of inserting 40 into the foaming container B will be taken. In this operation procedure, since there is no upside down operation of the soap shaving plate 40, it is possible to suppress the solid soap powder scraped off by the shaving protrusion 41 from falling and scattering around.

次に、石鹸泡立て器Ａの各構成部品について詳述する。
［泡立て容器Ｂについて］
泡立て容器Ｂは、図１〜図３に示すように、泡立操作具Ｃの攪拌部Ｃ１の外径及び石鹸削り板４０の外径よりも大なる内径を有する円筒状の周壁部２と、当該周壁部２の下端に一体形成される底壁部３とからなる。そのうち、周壁部２は、開口部２Ａ側ほど大径となる抜き勾配のテーパー状に形成され、周壁部２の外周面の円周方向一箇所には把持部４が一体形成されている。
また、泡立て容器Ｂの底壁部３の内面である内底面３ａは、水平方向に沿う平滑面に構成され、この底壁部３の内底面３ａと石鹸削り板４０の水平方向に沿う平滑な下側面４０ｂとは、略容器中心側を略回転中心とする水平回転方向及び容器径方向において相対移動可能な状態で面当接する。 Next, each component of the soap whisk A will be described in detail.
[About foaming container B]
As shown in FIGS. 1 to 3, the foaming container B has a cylindrical peripheral wall portion 2 having an inner diameter larger than the outer diameter of the stirring portion C1 of the foaming operation tool C and the outer diameter of the soap shaving plate 40; The bottom wall 3 is formed integrally with the lower end of the peripheral wall 2. Among them, the peripheral wall portion 2 is formed in a tapered shape having a draft angle that becomes larger in diameter toward the opening 2 </ b> A, and a grip portion 4 is integrally formed at one place in the circumferential direction of the outer peripheral surface of the peripheral wall portion 2.
Further, the inner bottom surface 3a that is the inner surface of the bottom wall portion 3 of the foaming container B is configured as a smooth surface along the horizontal direction, and the inner bottom surface 3a of the bottom wall portion 3 and the soap shaving plate 40 along the horizontal direction are smooth. The lower side surface 40b abuts with the lower side surface 40b so as to be relatively movable in the horizontal rotation direction and the radial direction of the container with the substantially center side of the container as the center of rotation.

図３に示すように、泡立て容器Ｂの内底面３ａと泡立操作具Ｃの攪拌部Ｃ１との間に石鹸削り板４０を配置した第２使用形態において、泡立て容器Ｂの周壁部２の内面２ａと石鹸削り板４０の外周縁４０ｃとの間には、石鹸削り板４０の回転方向及び径方向の遊動を許容する第１空隙Ｇ１が形成されている。
そのため、上述の第２使用形態において、泡立操作具Ｃの攪拌部Ｃ１を泡立て容器Ｂの内面２ａに沿って昇降操作すると、これに伴って泡立て容器Ｂ内の湯水が攪拌され、且つ、攪拌部Ｃ１の複数の流通孔２１を通過して上方又は下方に交互に流動し、削り突起４１で削り取られた固形石鹸の粉粒体の溶解が進行する。
このとき、石鹸削り板４０の外周縁４０ｃと泡立て容器Ｂの周壁部２の内面２ａとの間に形成されている第１空隙Ｇ１によって、石鹸削り板４０が回転方向及び泡立て容器Ｂの径方向に遊動するため、削り突起４１で削り取られた固形石鹸の粉粒体の溶解を促進することができる。 As shown in FIG. 3, in the second usage pattern in which the soap shaving plate 40 is disposed between the inner bottom surface 3 a of the foaming container B and the stirring part C1 of the foaming operation tool C, the inner surface of the peripheral wall part 2 of the foaming container B Between 1a and the outer periphery 40c of the soap shaving board 40, the 1st space | gap G1 which accept | permits the rotation of the soap shaving board 40 in the rotation direction and radial direction is formed.
Therefore, in the above-mentioned second usage pattern, when the agitating part C1 of the foaming operation tool C is operated up and down along the inner surface 2a of the foaming container B, the hot water in the foaming container B is agitated and stirred. Passing through the plurality of flow holes 21 of the part C1, the powder flows alternately upward or downward, and the dissolution of the solid soap powder scraped off by the shaving protrusion 41 proceeds.
At this time, the soap shaving plate 40 is rotated in the rotational direction and the radial direction of the foaming container B by the first gap G1 formed between the outer peripheral edge 40c of the soap shaving board 40 and the inner surface 2a of the peripheral wall 2 of the foaming container B. Therefore, it is possible to promote the dissolution of the solid soap powder particles scraped off by the shaving protrusion 41.

［蓋体Ｄについて］
図２、図３に示すように、蓋体Ｄの装着部１１には、泡立て容器Ｂの開口部２Ａに内嵌する内嵌筒状部１１ａと、泡立て容器Ｂの周壁部２の上端面２ｂに上方から当接する環状鍔部１１ｂとが一体形成されている。
蓋体Ｄの周方向の一箇所で、且つ、それの装着部１１から天井部１２の一部に亘る部位には、泡立操作具Ｃの昇降操作部Ｃ２が昇降操作自在に挿入される挿通口１３が、径方向外方側に開口する状態で形成されている。この挿通口１３の開口幅は、泡立操作具Ｃの昇降操作部Ｃ２の幅寸法よりも大に構成されている。
そのため、泡立て容器Ｂ内に昇降操作部Ｃ２の攪拌部Ｃ１を入り込み配置した状態においても、上述のように、蓋体Ｄの内嵌筒状部１１ａを泡立て容器Ｂの開口部２Ａから上方に抜き出し、その状態で蓋体Ｄを泡立操作具Ｃの昇降操作部Ｃ２から離脱する側に横方向（水平方向）に移動操作することにより、泡立操作具Ｃから蓋体Ｄのみを簡単に取外すことができる。
また、蓋体Ｄの天井部１２には、泡立ての理想状態である泡を摘み上げたときにできる先細り状の形態をデザイン化して表した突起部１４が形成されている。蓋体Ｄの天井部１２における突起部１４の両側部位に連続する中央側部位には、突起部１４を挟み込む状態で当て付けた手指で蓋体Ｄを安定的に押さえ付けるための滑らかな窪み状の押さえ面１５が形成されている。 [About lid D]
As shown in FIGS. 2 and 3, the mounting portion 11 of the lid D includes an inner fitting cylindrical portion 11 a that fits in the opening 2 A of the foaming container B, and an upper end surface 2 b of the peripheral wall portion 2 of the foaming container B. And an annular flange 11b that abuts from above is integrally formed.
Insertion into which the elevating operation part C2 of the foaming operation tool C is inserted so as to be movable up and down at one place in the circumferential direction of the lid D and extending from the mounting part 11 to a part of the ceiling part 12 The mouth 13 is formed in a state of opening outward in the radial direction. The opening width of the insertion port 13 is configured to be larger than the width dimension of the lifting operation unit C2 of the foaming operation tool C.
Therefore, even in the state where the stirring unit C1 of the lifting operation unit C2 is placed in the foaming container B, the inner tubular portion 11a of the lid D is pulled out from the opening 2A of the foaming container B as described above. In this state, by moving the lid D in the lateral direction (horizontal direction) to the side where the foaming operation tool C is lifted from the lifting / lowering operation unit C2, only the lid D is easily removed from the foaming operation tool C. be able to.
In addition, the ceiling portion 12 of the lid body D is formed with a projection portion 14 that is designed and represented as a tapered shape formed when picking up bubbles, which is an ideal state of foaming. In the center side part which continues to the both sides part of the projection part 14 in the ceiling part 12 of the cover body D, the smooth hollow shape for pressing down the cover body D stably with the finger applied in the state which pinched | interposed the projection part 14 The pressing surface 15 is formed.

［泡立操作具Ｃについて］
泡立操作具Ｃの昇降操作部Ｃ２は、攪拌部Ｃ１を構成する円形の攪拌板２０の外周縁部の円周方向一箇所に連設された横断面形状が楕円形の操作棒３１と、この操作棒３１の上端に連設された略長円環状の操作摘み３２とから構成されている。
上述のように、昇降操作部Ｃ２の操作棒３１は、攪拌板２０の外周縁部に設けられているため、泡立操作具Ｃの昇降操作による石鹸の泡立てが完了したとき、泡立操作具Ｃの攪拌板２０を泡掬い具として使用することができる。しかも、このとき、攪拌板２０の上側面２０ｂに載っている泡を操作棒３１に略邪魔されることなく容易に掬い取ることができる。
また、当該実施形態においては、攪拌板２０の４つの同心円上の各々において所定間隔を隔てて多数の流通孔２１が形成されている。 [About foaming operation tool C]
The elevating operation part C2 of the foaming operation tool C includes an operation bar 31 having an elliptical cross-sectional shape continuously provided at one place in the circumferential direction of the outer peripheral edge of the circular stirring plate 20 constituting the stirring part C1. The operation rod 31 includes a substantially oval operation knob 32 continuously provided at the upper end of the operation rod 31.
As described above, since the operation rod 31 of the lifting operation unit C2 is provided at the outer peripheral edge of the stirring plate 20, when the foaming of soap by the lifting operation of the foaming operation tool C is completed, the foaming operation tool C stirring plate 20 can be used as a foaming tool. In addition, at this time, bubbles placed on the upper side surface 20 b of the stirring plate 20 can be easily scooped without being substantially disturbed by the operation rod 31.
In the present embodiment, a large number of flow holes 21 are formed at predetermined intervals on each of the four concentric circles of the stirring plate 20.

［石鹸削り板４０について］
図４、図５に示すように、石鹸削り板４０の上側面４０ａに形成される削り突起４１は、石鹸削り板４０の中心部から半径方向に沿って放射状に配置されている。本実施形態では、石鹸削り板４０の上側面４０ａを円周方向で１２等分する合計１２本の放射方向ラインＬの各々に沿って複数の削り突起４１が等ピッチで配置され、各放射方向ラインＬに沿って配置された複数の削り突起４１をもって削り突起群Ｐが構成されている。
各放射方向ラインＬの削り突起群Ｐを構成する複数の削り突起４１は、図４、図５に示すように、放射方向に沿って削り突起４１の削り刃４１ａが交互に逆向きになる状態で千鳥状に配置されている。
削り突起４１の各々は、平面視（図５（ａ）の拡大正面図視参照）及び放射方向に対して水平方向に直交する水平直交視（図５（ｂ）の拡大底面図視参照）においては半円弧状で、且つ、放射方向ラインＬに沿う水平側面視（図５（ｃ）の拡大右側面図視参照）では１／４円弧状となる１／４球状体に構成されている。そのため、削り突起４１の各々は、偏平面側が削り刃４１ａとなり、１／４球状面側が背面４１ｂとなる。 [About soap shaving board 40]
As shown in FIGS. 4 and 5, the shaving projections 41 formed on the upper side surface 40 a of the soap shaving plate 40 are arranged radially from the center of the soap shaving plate 40 along the radial direction. In the present embodiment, a plurality of cutting projections 41 are arranged at equal pitches along a total of twelve radial direction lines L that divide the upper side surface 40a of the soap shaving plate 40 into 12 parts in the circumferential direction, and each radial direction. A shaving projection group P is constituted by a plurality of shaving projections 41 arranged along the line L.
As shown in FIGS. 4 and 5, the plurality of shaving projections 41 constituting the shaving projection group P of each radial direction line L is a state in which the shaving blades 41 a of the shaving projections 41 are alternately reversed in the radial direction. It is arranged in a staggered pattern.
Each of the shaving protrusions 41 is in a plan view (see an enlarged front view in FIG. 5A) and in a horizontal orthogonal view perpendicular to the radial direction with respect to the radial direction (see an enlarged bottom view in FIG. 5B). Is a semicircular arc shape, and is configured as a 1/4 spherical body having a 1/4 arc shape in a horizontal side view along the radial line L (see an enlarged right side view in FIG. 5C). Therefore, in each of the shaving projections 41, the flat surface side is the shaving blade 41a, and the 1/4 spherical surface side is the back surface 41b.

上述の石鹸削り板４０においては、複数の削り突起４１が、石鹸削り板４０の中心部から放射状に配置されているので、石鹸削り板４０の削り突起４１と固形石鹸とを何れの方向に相対移動操作しても、略安定した石鹸削り性能を発揮させることができる。
さらに、複数の削り突起４１を、各放射方向に沿って削り突起４１の削り刃４１ａが交互に逆向きになる状態で千鳥状に配置することにより、一つの削り突起４１の削り刃４１ａとそれの放射方向両側に隣接位置する両削り突起４１の１／４球状面状の背面４１ｂとで削り取られた固形石鹸の粉粒体を収納保持する凹部４２が形成されている。そのため、削り突起４１の削り刃４１ａで削り取られた固形石鹸の粉粒体が凹部４２内に収納保持され、且つ、収納保持された粉粒体の一部が隣接位置する両削り突起４１の１／４球状面状の背面４１ｂに接触することにより、固形石鹸の粉粒体が周囲に落下飛散することを一層抑制することができる。 In the above-described soap shaving plate 40, the plurality of shaving projections 41 are arranged radially from the central portion of the soap shaving plate 40, so that the shaving projection 41 of the soap shaving plate 40 and the solid soap are relative to each other in any direction. Even if it is moved, a substantially stable soap shaving performance can be exhibited.
Further, by arranging a plurality of cutting projections 41 in a zigzag shape with the cutting blades 41a of the cutting projections 41 being alternately opposite along each radial direction, the cutting blades 41a of one cutting projection 41 and the same Concave portions 42 for storing and holding solid soap particles scraped off by the 1/4 spherical surface-shaped back surface 41b of both shaving projections 41 located adjacent to both sides in the radial direction are formed. Therefore, the solid soap powder particles scraped off by the cutting blade 41a of the shaving projection 41 are stored and held in the recess 42, and one of the two shaving projections 41 where a part of the stored and held powder particles is adjacent is located. / 4 By contacting the spherical surface-like back surface 41b, it is possible to further prevent the solid soap powder particles from falling and scattering around.

尚、当該実施形態においては、石鹸削り板４０の下側面４０ｂは、凹凸が無く、且つ、無模様の平滑面に形成されている。   In this embodiment, the lower side surface 40b of the soap shaving plate 40 has no irregularities and is formed as a non-patterned smooth surface.

上述の如く構成された石鹸泡立て器Ａにおいて、図２に示すように、泡立て容器Ｂ内に泡立操作具Ｃの攪拌部Ｃ１のみを配置した第１使用形態では、攪拌部Ｃ１の攪拌板２０の下側面２０ａが泡立て容器Ｂの内底面３ａに当接した位置が最大下降位置となり、攪拌板２０の上側面２０ｂの外周縁が蓋体Ｄの内側面１６の入隅部位に当接した位置が最大上昇位置となる。この最大下降位置と最大上昇位置との間が第１使用形態における攪拌板２０の最大昇降ストロークＳ１となる。
また、図３に示すように、泡立て容器Ｂの内底面３ａと泡立操作具Ｃの攪拌部Ｃ１との間に石鹸削り板４０を配置した第２使用形態では、攪拌板２０の下側面２０ａが石鹸削り板４０の上側面４０ａに当接した位置が最大下降位置となり、攪拌板２０の上側面２０ｂの外周縁が蓋体Ｄの内側面１６の入隅部位に当接した位置が最大上昇位置となる。この最大下降位置と最大上昇位置との間が第２使用形態における攪拌板２０の最大昇降ストロークＳ２となる。 In the soap whisk A configured as described above, as shown in FIG. 2, in the first usage mode in which only the stirring portion C1 of the foaming operation tool C is disposed in the foaming container B, the stirring plate 20 of the stirring portion C1. The position where the lower side surface 20a is in contact with the inner bottom surface 3a of the foaming container B is the maximum lowering position, and the outer peripheral edge of the upper side surface 20b of the stirring plate 20 is in contact with the corner of the inner surface 16 of the lid D Is the maximum ascending position. The space between the maximum lowered position and the maximum raised position is the maximum lifting stroke S1 of the stirring plate 20 in the first usage pattern.
Moreover, as shown in FIG. 3, in the 2nd usage pattern which has arrange | positioned the soap shaving board 40 between the inner bottom face 3a of the foaming container B, and the stirring part C1 of the foaming operation tool C, the lower surface 20a of the stirring board 20 Is the maximum lowered position, and the position where the outer peripheral edge of the upper side surface 20b of the stirring plate 20 is in contact with the corner of the inner side surface 16 of the lid D is the maximum raised position. Position. Between this maximum descending position and the maximum ascending position is the maximum lifting stroke S2 of the stirring plate 20 in the second usage pattern.

〔第２実施形態〕
図７は石鹸泡立て器Ａの泡立て容器Ｂの別実施形態を示す。この別実施形態の泡立て容器Ｂの底壁部３は、容器中心側ほど上方に位置する部分球面状に湾曲形成され、泡立て容器Ｂの湾曲する内底面３ａと石鹸削り板４０の下側面４０ｂとの対向面間には、石鹸削り板４０の上下揺動を許容する第２空隙Ｇ２が形成されている。
上述の石鹸泡立て器Ａにおいては、泡立て容器Ｂの内底面３ａと泡立操作具Ｃの攪拌部Ｃ１との間に石鹸削り板４０を配置した第２使用形態において、泡立操作具Ｃの昇降操作部Ｃ２を上下方向に反復操作すると、この反復操作に伴って泡立操作具Ｃの攪拌部Ｃ１が泡立て容器Ｂの内面２ａに沿って昇降する。これに伴って泡立て容器Ｂ内の湯水が攪拌され、且つ、攪拌部Ｃ１の複数の流通孔２１を通過して上方又は下方に交互に流動し、削り突起４１で削り取られた固形石鹸の粉粒体の溶解が進行する。
このとき、泡立て容器Ｂの内底面３ａと石鹸削り板４０の下側面４０ｂとの対向面間に形成されている第２空隙Ｇ２によって石鹸削り板４０が上下揺動する。さらに、石鹸削り板４０の外周縁４０ｃと泡立て容器Ｂの周壁部２の内面２ａとの間に形成されている第１空隙Ｇ１（図３参照）によって、石鹸削り板４０が回転方向及び泡立て容器Ｂの径方向に遊動するため、削り突起４１で削り取られた固形石鹸の粉粒体の溶解をより促進することができる。
尚、その他の構成は、第１実施形態で説明した構成と同一であるから、同一の構成箇所には、第１実施形態と同一の番号を付記してそれの説明は省略する。 [Second Embodiment]
FIG. 7 shows another embodiment of the foaming container B of the soap whisk A. The bottom wall portion 3 of the foaming container B of this other embodiment is curved and formed in a partial spherical shape located upward toward the center of the container, and the curved inner bottom surface 3a of the foaming container B and the lower side surface 40b of the soap shaving plate 40 A second gap G2 that allows the soap shaving plate 40 to swing up and down is formed between the opposing surfaces.
In the above-described soap whisk A, in the second usage pattern in which the soap shaving plate 40 is disposed between the inner bottom surface 3a of the foaming container B and the stirring portion C1 of the foaming operation tool C, the raising and lowering of the foaming operation tool C is performed. When the operation unit C2 is repeatedly operated in the vertical direction, the stirring unit C1 of the foaming operation tool C moves up and down along the inner surface 2a of the foaming container B along with the repeated operation. Along with this, the hot and cold water in the foaming container B is stirred, and flows through the plurality of flow holes 21 of the stirring unit C1 alternately and upwardly or downwardly, and the solid soap particles scraped off by the shaving protrusion 41 Body dissolution proceeds.
At this time, the soap shaving plate 40 swings up and down by the second gap G2 formed between the opposing surfaces of the inner bottom surface 3a of the foaming container B and the lower side surface 40b of the soap shaving plate 40. Further, the soap shaving plate 40 is rotated in the direction of rotation and the foaming container by the first gap G1 (see FIG. 3) formed between the outer peripheral edge 40c of the soap shaving board 40 and the inner surface 2a of the peripheral wall 2 of the foaming container B. Since it floats in the radial direction of B, it is possible to further promote the dissolution of the solid soap powder scraped off by the shaving protrusion 41.
In addition, since the other structure is the same as the structure demonstrated in 1st Embodiment, the same number is attached to the same structure location as 1st Embodiment, and the description is abbreviate | omitted.

〔第３実施形態〕
図８は石鹸泡立て器Ａの蓋体Ｄの別実施形態を示す。この別実施形態の蓋体Ｄの内側面１６は、攪拌部Ｃ１の攪拌板２０の上側面２０ｂと平行な偏平面に形成され、泡立操作具Ｃの昇降操作部Ｃ２を最大上昇位置に操作したとき、攪拌板２０の上側面２０ｂと蓋体Ｄの内側面１６とが面当接するように構成してある。
上述の石鹸泡立て器Ａを使用して石鹸を泡立てる場合、先ず、泡立て容器Ｂ内に適量の石鹸と湯水を入れ、泡立て容器Ｂの開口部２Ａに蓋体Ｄを装着する。この蓋体Ｄの挿通口１３から上方に突出する泡立操作具Ｃの昇降操作部Ｃ２を上下方向に反復操作し、攪拌部Ｃ１を泡立て容器Ｂ内に沿って昇降させる。
攪拌部Ｃ１の攪拌板２０が最下降位置に移動したときには、泡立て容器Ｂの内底面３ａと攪拌板２０の下側面２０ａとの間に存在する石鹸溶解液又は泡が圧縮され、石鹸溶解液又は泡は攪拌板２０の複数の流通孔２１を通過して上方に流動する。攪拌部Ｃ１の攪拌板２０が上方に移動するときには、攪拌板２０の上側面２０ｂと蓋体Ｄの内側面１６との間に存在する石鹸溶解液又は泡は、重力で攪拌部Ｃ１の複数の流通孔２１を通過して下方に流動したり、蓋体Ｄの内側面１６との間での圧縮によって攪拌板２０の複数の流通孔２１を通過して下方に流動する。特に、攪拌部Ｃ１の攪拌板２０が最上昇位置に移動したときには、攪拌板２０の上側面２０ｂと蓋体Ｄの内側面１６とが面当接するため、攪拌板２０の上側面２０ｂと蓋体Ｄの内側面１６との間に存在していた石鹸溶解液又は泡の略全てが下方側に流動する。そのため、蓋体Ｄ側に泡が残留することを抑制して、石鹸溶解液中に多くの空気を含ますことができるので、石鹸溶解液をキメの細かい泡状に効率良く生成することができる。
尚、その他の構成は、第１実施形態で説明した構成と同一であるから、同一の構成箇所には、第１実施形態と同一の番号を付記してそれの説明は省略する。 [Third Embodiment]
FIG. 8 shows another embodiment of the lid D of the soap whisk A. The inner side surface 16 of the lid D of this alternative embodiment is formed in a flat plane parallel to the upper side surface 20b of the stirring plate 20 of the stirring unit C1, and operates the lifting operation unit C2 of the foaming operation tool C to the maximum ascending position. In this case, the upper side surface 20b of the stirring plate 20 and the inner side surface 16 of the lid body D are in surface contact.
When soap is foamed using the above-described soap whisk A, first, an appropriate amount of soap and hot water is put into the foaming container B, and the lid D is attached to the opening 2A of the foaming container B. The raising / lowering operation part C2 of the foaming operation tool C protruding upward from the insertion port 13 of the lid D is repeatedly operated in the vertical direction, and the stirring part C1 is raised and lowered along the inside of the foaming container B.
When the stirring plate 20 of the stirring unit C1 moves to the lowest position, the soap solution or foam existing between the inner bottom surface 3a of the foaming container B and the lower side surface 20a of the stirring plate 20 is compressed, and the soap solution or The bubbles flow upward through the plurality of flow holes 21 of the stirring plate 20. When the stirring plate 20 of the stirring unit C1 moves upward, the soap solution or bubbles present between the upper side surface 20b of the stirring plate 20 and the inner side surface 16 of the lid D are separated by a plurality of gravity. It flows downward through the flow holes 21 or flows downward through the flow holes 21 of the stirring plate 20 by compression with the inner surface 16 of the lid D. In particular, when the stirring plate 20 of the stirring unit C1 moves to the highest position, the upper side surface 20b of the stirring plate 20 and the inner side surface 16 of the lid D are in surface contact with each other. Almost all of the soap solution or foam existing between the inner surface 16 of D flows downward. Therefore, it is possible to suppress the foam from remaining on the lid D side and to contain a large amount of air in the soap solution, so that the soap solution can be efficiently generated in the form of fine bubbles. .
In addition, since the other structure is the same as the structure demonstrated in 1st Embodiment, the same number is attached to the same structure location as 1st Embodiment, and the description is abbreviate | omitted.

〔その他の実施形態〕
（１）上述の各実施形態では、攪拌部Ｃ１の攪拌板２０と昇降操作部Ｃ２の操作棒３１とを一体形成したが、この構成に限定されるものではない。例えば、攪拌部Ｃ１の攪拌板２０と昇降操作部Ｃ２の操作棒３１とをネジ連結構造等で脱着自在に連結してもよい。 [Other Embodiments]
(1) In each of the embodiments described above, the stirring plate 20 of the stirring unit C1 and the operation rod 31 of the lifting operation unit C2 are integrally formed. However, the present invention is not limited to this configuration. For example, the stirring plate 20 of the stirring unit C1 and the operation rod 31 of the lifting operation unit C2 may be detachably connected by a screw connection structure or the like.

（２）上述の各実施形態では、昇降操作部Ｃ２を、攪拌部Ｃ１の攪拌板２０に連設された操作棒３１から構成したが、この構成に限定されるものではない。例えば、昇降操作部Ｃ２を、攪拌部Ｃ１の攪拌板２０を泡立て容器Ｂの内面２ａに沿って昇降操作する昇降リンク操作機構から構成してもよい。さらに、昇降操作部Ｃ２を流体シリンダやネジ式昇降機構等から構成してもよい。   (2) In each of the above-described embodiments, the elevating operation unit C2 is configured from the operation rod 31 connected to the stirring plate 20 of the stirring unit C1, but is not limited to this configuration. For example, you may comprise the raising / lowering operation part C2 from the raising / lowering link operation mechanism which raises / lowers the stirring plate 20 of the stirring part C1 along the inner surface 2a of the foaming container B. FIG. Furthermore, you may comprise the raising / lowering operation part C2 from a fluid cylinder, a screw type raising / lowering mechanism, etc.

（３）上述の各実施形態では、攪拌部Ｃ１の攪拌板２０の外周縁部に昇降操作部Ｃ２の操作棒３１を設けたが、この構成に限定されるものではない。例えば、攪拌板２０の中心部に攪拌板２０を設けてもよい。   (3) In the above-described embodiments, the operation rod 31 of the elevating operation unit C2 is provided on the outer peripheral edge of the stirring plate 20 of the stirring unit C1, but the present invention is not limited to this configuration. For example, the stirring plate 20 may be provided at the center of the stirring plate 20.

（４）上述の各実施形態では、複数の削り突起４１を、石鹸削り板４０の上側面４０ａにおける中心部から放射状に配置したが、この構成に限定されるものではない。例えば、複数の削り突起４１を石鹸削り板４０の上側面４０ａにおいて格子状、縞状、多重円状等に配置してもよい。   (4) In each of the above-described embodiments, the plurality of shaving protrusions 41 are arranged radially from the center of the upper side surface 40a of the soap shaving plate 40, but the present invention is not limited to this configuration. For example, the plurality of shaving protrusions 41 may be arranged in a lattice shape, a stripe shape, a multiple circle shape, or the like on the upper side surface 40 a of the soap shaving plate 40.

（５）上述の各実施形態では、削り突起４１を１／４球状体に構成したが、この構成に限定されるものではない。例えば、削り突起４１を円錐状、板状、円柱状等に構成してもよい。   (5) In each of the above-described embodiments, the shaving protrusion 41 is configured as a ¼ spherical body, but is not limited to this configuration. For example, the shaving protrusion 41 may be configured in a conical shape, a plate shape, a cylindrical shape, or the like.

（６）上述の各実施形態では、石鹸泡立て器Ａに、泡立て容器Ｂの開口部２Ａを開閉する脱着自在な蓋体Ｄを装備したが、この構成に限定されるものではない。例えば、泡立て容器Ｂの開口部２Ａに蓋体Ｄを揺動開閉自在に枢着してもよい。さらに、上述のような蓋体Ｄを有さない石鹸泡立て器Ａであってもよい。   (6) In each of the above-described embodiments, the soap whisk A is equipped with the detachable lid D that opens and closes the opening 2A of the whisk container B, but is not limited to this configuration. For example, the lid D may be pivotally attached to the opening 2A of the foaming container B so as to be swingable. Furthermore, the soap whisk A which does not have the cover body D as mentioned above may be used.

２ 周壁部
２Ａ 開口部
３ａ 内底面
２１ 流通孔
４０ 石鹸削り板
４０ａ 上側面
４０ｂ 下側面
４０ｃ 外周縁
４１ 削り突起
４１ａ 削り刃
Ａ 石鹸泡立て器
Ｂ 泡立て容器
Ｃ１ 攪拌部
Ｃ２ 昇降操作部
Ｄ 蓋体
Ｇ１ 第１空隙
Ｇ２ 第２空隙 2 peripheral wall portion 2A opening 3a inner bottom surface 21 flow hole 40 soap shaving plate 40a upper side surface 40b lower side surface 40c outer peripheral edge 41 shaving projection 41a shaving blade A soap frother B foaming container C1 stirring portion C2 lifting operation portion D lid G1 first 1 gap G2 2nd gap

Claims (6)

上方に開口する泡立て容器と、当該泡立て容器内に配置可能な複数の流通孔を有する攪拌部と、当該攪拌部を前記泡立て容器内に沿って昇降操作する昇降操作部と、が備えられている石鹸泡立て器であって、
前記泡立て容器の内底面に脱着自在に配置可能で、且つ、固形石鹸用の複数の削り突起を上側面に形成してある石鹸削り板が備えられている石鹸泡立て器。 A foaming container that opens upward, a stirring unit having a plurality of flow holes that can be arranged in the foaming container, and a lifting operation unit that lifts and lowers the stirring unit along the foaming container are provided. A soap whisk,
A soap whisk provided with a soap shaving plate that can be detachably disposed on the inner bottom surface of the whistling container and has a plurality of shaving projections for solid soap formed on the upper side. 前記石鹸削り板の外周縁と前記泡立て容器の周壁部の内面との間には、前記石鹸削り板の回転方向及び径方向の遊動を許容する第１空隙が形成されている請求項１記載の石鹸泡立て器。   The 1st space | gap which accept | permits the rotation of the said soap shaving board and the rotation of a radial direction is formed between the outer periphery of the said soap shaving board, and the inner surface of the surrounding wall part of the said foaming container. Soap whisk. 前記複数の削り突起は、前記石鹸削り板の中心部から放射状に配置されている請求項１又は２記載の石鹸泡立て器。   The soap whisk according to claim 1 or 2, wherein the plurality of shaving protrusions are arranged radially from a central portion of the soap shaving plate. 前記複数の削り突起は、前記各放射方向に沿って前記削り突起の削り刃が交互に逆向きになる状態で千鳥状に配置されている請求項３記載の石鹸泡立て器。   4. The soap whisk according to claim 3, wherein the plurality of shaving protrusions are arranged in a staggered manner in a state where the shaving blades of the shaving protrusions are alternately reversed along the radial directions. 前記昇降操作部は、前記攪拌部の外周縁部に設けられ、前記泡立て容器の開口部には蓋体が脱着自在に装着され、前記蓋体には、前記昇降操作部が上下動自在に挿通する挿通口が外方側に開口する状態で形成されている請求項１〜４のいずれか１項に記載の石鹸泡立て器。   The elevating operation unit is provided at an outer peripheral edge of the stirring unit, and a lid is detachably attached to the opening of the foaming container, and the elevating operation unit is inserted into the lid so as to be movable up and down. The soap whisk according to any one of claims 1 to 4, wherein the insertion opening is formed in a state of opening outward. 前記泡立て容器の内底面は、容器中心側ほど上方に位置する湾曲面に形成され、前記泡立て容器の内底面と前記石鹸削り板の下側面との対向面間には、前記石鹸削り板の上下揺動を許容する第２空隙が形成されている請求項１〜５のいずれか１項に記載の石鹸泡立て器。   The inner bottom surface of the foaming container is formed in a curved surface positioned upward toward the center side of the container, and the upper and lower sides of the soap shaving plate are between the opposing surfaces of the inner bottom surface of the foaming container and the lower side surface of the soap shaving plate. The soap whisk according to any one of claims 1 to 5, wherein a second gap that allows rocking is formed.

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