JP7007247B2 - Coating container - Google Patents

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Publication number
JP7007247B2
JP7007247B2 JP2018163675A JP2018163675A JP7007247B2 JP 7007247 B2 JP7007247 B2 JP 7007247B2 JP 2018163675 A JP2018163675 A JP 2018163675A JP 2018163675 A JP2018163675 A JP 2018163675A JP 7007247 B2 JP7007247 B2 JP 7007247B2
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coating
container
holding cylinder
coating body
locking plate
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JP2020032128A (en
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裕嗣 古原
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Yoshino Kogyosho Co Ltd
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Description

本発明は、塗布容器、特に利用者の身体に接したときに心地よい冷気や温かみを与えることができる蓄熱式の塗布体を含む塗布容器に関する。 The present invention relates to a coating container, particularly a coating container including a heat storage type coating body capable of giving comfortable cold air and warmth when in contact with a user's body.

利用者の身体に化粧品或いは医薬製品を塗布する際には、この塗布を、被術者の身体を冷やし、又は温めながら行うと、化粧料を塗る場合には、より心地よさが増し、或いは加療による苦痛を和らげることが知られている。
近年、利用者が塗布容器を用いて自らに薬剤を塗布する場合にも、冷やしながら又は温めながらの塗布を可能としたいというニーズがある。
こうした要請に応えるため、開口部を有する容器体と、当該開口部に取り付けれ、金属又はセラミックスである蓄熱材料で形成された蓄熱チップとからなり、この蓄熱チップを貫通させて容器体の内部から蓄熱チップの外面である塗布面の中央部へ開通する通路を設けたものが知られている（特許文献１）。 When applying cosmetics or pharmaceutical products to the user's body, if this application is performed while the subject's body is cooled or warmed, the cosmetics will be more comfortable or treated. It is known to relieve the pain caused by.
In recent years, even when a user applies a drug to himself / herself using a coating container, there is a need to enable application while cooling or warming.
In order to meet these demands, a container body having an opening and a heat storage chip attached to the opening and made of a heat storage material which is a metal or ceramics are formed, and the heat storage chip is penetrated to store heat from the inside of the container body. It is known that a passage is provided to the central portion of the coated surface, which is the outer surface of the chip (Patent Document 1).

特許第５４６３３３７号Patent No. 54633337

化粧品等を塗布する際に身体を冷やし、又は温めるという処置は、塗布体を用いて身体をマッサージするという作業と組み合わせて行うと、一層快適である。
しかしながら、特許文献１の塗布容器では、塗布体である金属製又はセラミック製の蓄熱チップを貫通させて、塗布面である蓄熱チップの外面に開口する通路を設けており、蓄熱チップの加工に高い技術を必要とする。
例えば、穿孔作業の結果として、外面側の通路の出口に凹凸ができたりすると、当該外面をマッサージ面として身体に押し付けたときに、皮膚を傷つけてしまう危険性があり、そうしたことのないように精度の高い加工処理が要求される。 The procedure of cooling or warming the body when applying cosmetics or the like is more comfortable when performed in combination with the work of massaging the body using the coated body.
However, the coating container of Patent Document 1 is provided with a passage through which the heat storage chip made of metal or ceramic which is the coating body is penetrated and opens to the outer surface of the heat storage chip which is the coating surface, which is expensive for processing the heat storage chip. Requires skill.
For example, if the exit of the passage on the outer surface side becomes uneven as a result of the drilling work, there is a risk of damaging the skin when the outer surface is pressed against the body as a massage surface. Highly accurate processing is required.

本発明の第１の目的は、蓄熱作用を有しかつマッサージ器具を兼ねる塗布体を備えた塗布容器を提供することである。
本発明の第２の目的は、前述の塗布容器であって容易に製造できるものを提供することである。 A first object of the present invention is to provide a coating container provided with a coating body having a heat storage effect and also serving as a massage device.
A second object of the present invention is to provide the above-mentioned coating container which can be easily manufactured.

第１の手段は、開口部９を有する容器体２と、
前記開口部９に取り付けられた塗布具１０と
を具備し、
この塗布具１０は、マッサージ具を兼ねる塗布体４０を含んでおり、
この塗布体４０は、金属・セラミックその他の蓄熱素材で形成されている塗布容器において、
前記塗布具１０は、開口部付近より上方へ突出する保持筒２６を有し、この保持筒２６内に前記塗布体４０を上方への抜け出し及び内方への抜け落ちが不可能に保持しており、
前記保持筒２６の先端から上方へ膨出された前記塗布体４０の凸状の頂部４４にマッサージ面を兼ねる塗布面Ａが形成されており、
前記塗布体４０と前記保持筒２６の間の隙間Ｇを介して前記開口部９から前記塗布面Ａへ内容物が供給されるように形成されており、
前記保持筒２６の下端側から、前記塗布体４０載置用のリング状の係止板部１６を内向きフランジ状に内方突出しており、
前記係止板部１６へ載置された前記塗布体４０により当該係止板部１６のリング孔１８が閉塞されるように設けるとともに、
前記保持筒２６の上端部に小内径部２８が形成され、この小内径部２８の内側に前記隙間Ｇの一部が形成されており、
前記小内径部２８と前記係止板部１６との間で前記塗布体４０が前記保持筒２６内を昇降可能に形成しており、
前記塗布体４０の底部の下面は平坦底面Ｓに形成されており、
前記塗布体４０の頂部４４を被塗布面Ｔに押し付けた状態で、前記平坦底面Ｓが前記係止板部１６の上面に当接されることにより、前記塗布体４０が転動不能に前記係止板部１６上に着座され、前記リング孔１８が閉塞されるように構成した。 The first means is a container body 2 having an opening 9 and a container body 2.
A coating tool 10 attached to the opening 9 is provided.
The coating tool 10 includes a coating body 40 that also serves as a massage tool.
The coating body 40 is a coating container made of a metal, ceramic or other heat storage material.
The coating tool 10 has a holding cylinder 26 that protrudes upward from the vicinity of the opening, and holds the coating body 40 in the holding cylinder 26 so as not to be able to slip out upward and fall out inward. ,
A coating surface A that also serves as a massage surface is formed on the convex top 44 of the coating body 40 that bulges upward from the tip of the holding cylinder 26.
The contents are formed so as to be supplied from the opening 9 to the coating surface A through the gap G between the coating body 40 and the holding cylinder 26 .
From the lower end side of the holding cylinder 26, the ring-shaped locking plate portion 16 for mounting the coating body 40 is projected inward in an inward flange shape.
The ring hole 18 of the locking plate portion 16 is provided so as to be closed by the coating body 40 placed on the locking plate portion 16.
A small inner diameter portion 28 is formed at the upper end portion of the holding cylinder 26, and a part of the gap G is formed inside the small inner diameter portion 28.
The coating body 40 is formed between the small inner diameter portion 28 and the locking plate portion 16 so as to be able to move up and down in the holding cylinder 26.
The lower surface of the bottom portion of the coating body 40 is formed on a flat bottom surface S.
With the top portion 44 of the coating body 40 pressed against the surface to be coated T, the flat bottom surface S is brought into contact with the upper surface of the locking plate portion 16, so that the coating body 40 cannot roll. It was configured to be seated on the stop plate portion 16 so that the ring hole 18 was closed .

本手段は、金属・セラミックその他の蓄熱素材で形成された塗布体４０を含む塗布具１０を備えた塗布容器において、塗布体４０がマッサージ器具を兼ねるものを提案する。蓄熱材料は、金属やセラミックスなどの公知の材料であり、後で説明する。
前記塗布具１０は、塗布体４０を保持する保持筒２６を有し、これら塗布体４０と保持筒２６との間の隙間Ｇから内容物を供給するから、従来技術の如く、金属又はセラミックス製の塗布体（蓄熱チップ）に内容物の通路を穿設することを要せず、高度な加工技術を
必要としない。従って適当な給液性能を有する塗布具を容易に製造できる。
また本手段では、図３に実線及び２点鎖線で示す如く、保持筒２６の下端側にリング状の係止板部１６を設け、この係止板部１６と前記保持筒２６の上端側の小内径部２８との間で塗布体４０が昇降可能に形成している。例えば塗布作業を中断して塗布体４０との接触による冷感（温感）をしばらく味わいたいときには、塗布体４０の頂部４４を皮膚に押し付けるとよい。このときに、これにより塗布体４０の平坦底面Ｓが着座してリング孔１８が閉塞され、余剰の液体が供給されるという不都合を生じないから都合がよい。
また本手段では、図６に示す如く、塗布体４０の頂部４４を被塗布面Ｔに押し付けた状態で、塗布体４０の平坦底面Ｓが前記係止板部１６の上面に当接されることにより、塗布体４０が転動不能に係止板部１６上に着座されるように設けている。
これにより、塗布体４０の頂部４４を被塗布面Ｔである皮膚に押し付けた状態で塗布体４０を滑らせても塗布体４０が転動することがなく、皮膚等に挟むことがない。従って、例えば指圧師がその指を身体に押し付けて強く擦るときと同じような十分な刺激が得られる。 This means proposes a coating container provided with a coating tool 10 including a coating body 40 made of a metal, ceramic or other heat storage material, in which the coating body 40 also serves as a massage device. The heat storage material is a known material such as metal or ceramics, and will be described later.
Since the coating tool 10 has a holding cylinder 26 for holding the coating body 40 and supplies the contents from the gap G between the coating body 40 and the holding cylinder 26, it is made of metal or ceramics as in the prior art. It is not necessary to make a passage for the contents in the coating body (heat storage chip) of the above, and no advanced processing technology is required. Therefore, a coating tool having an appropriate liquid supply performance can be easily manufactured.
Further, in this means, as shown by a solid line and a two-dot chain line in FIG. 3, a ring-shaped locking plate portion 16 is provided on the lower end side of the holding cylinder 26, and the locking plate portion 16 and the upper end side of the holding cylinder 26 are provided. The coating body 40 is formed so as to be able to move up and down between the small inner diameter portion 28 and the small inner diameter portion 28. For example, when the application work is interrupted and the cold feeling (warm feeling) due to the contact with the coating body 40 is desired to be enjoyed for a while, the top 44 of the coating body 40 may be pressed against the skin. At this time, this is convenient because the flat bottom surface S of the coating body 40 is seated and the ring hole 18 is closed, so that the inconvenience that excess liquid is supplied does not occur.
Further, in this means, as shown in FIG. 6, the flat bottom surface S of the coating body 40 is in contact with the upper surface of the locking plate portion 16 in a state where the top portion 44 of the coating body 40 is pressed against the surface to be coated T. Therefore, the coating body 40 is provided so as to be seated on the locking plate portion 16 so as not to roll.
As a result, even if the coating body 40 is slid while the top portion 44 of the coating body 40 is pressed against the skin which is the surface T to be coated, the coating body 40 does not roll and is not pinched by the skin or the like. Therefore, a sufficient stimulus similar to that when a shiatsu master presses the finger against the body and rubs it strongly is obtained.

第２の手段は、第１の手段を有し、かつ
前記容器体２は、圧搾可能なスクイズ式容器体としており、
前記保持筒２６の内面に、前記隙間Ｇの一部である複数の縦溝３０が形成され、
前記容器体２の圧搾により、それら縦溝３０を介して前記容器体２内の内容物が前記開口部９から前記塗布面Ａ側へ供給されるように構成した。 The second means has the first means, and the container body 2 is a squeeze type container body that can be squeezed.
A plurality of vertical grooves 30 that are a part of the gap G are formed on the inner surface of the holding cylinder 26.
By squeezing the container body 2, the contents in the container body 2 are supplied from the opening 9 to the coating surface A side through the flutes 30.

本手段では、図２及び図３に示す如く、保持筒２６の内面に、前記隙間Ｇの一部である複数の縦溝３０が形成されている。従ってこれら縦溝３０を介して内容物を確実に供給できる。 In this means, as shown in FIGS. 2 and 3, a plurality of vertical grooves 30 which are a part of the gap G are formed on the inner surface of the holding cylinder 26. Therefore, the contents can be reliably supplied through these vertical grooves 30.

第３の手段は、第１の手段又は第２の手段を有し、かつ
前記塗布具１０の外側に着脱自在に嵌合させたキャップ５０を具備し、
このキャップ５０の一部に前記塗布体４０押下げ用の押圧部５６を設け、
前記キャップ５０の嵌合状態で、前記押圧部５６が前記塗布体４０を前記係止板部１６へ押し付け、前記リング孔１８を閉塞するように形成した。 The third means has a first means or a second means, and includes a cap 50 detachably fitted to the outside of the coating tool 10.
A pressing portion 56 for pushing down the coating body 40 is provided on a part of the cap 50.
In the fitted state of the cap 50, the pressing portion 56 presses the coating body 40 against the locking plate portion 16 to close the ring hole 18.

本手段では、図１に示す如く、キャップ５０の嵌合状態で、前記押圧部５６が塗布体４０を係止板部１６へ押し付け、前記リング孔１８を閉塞するように形成している。これにより、容器の不使用状態或いは商品の流通過程で液漏れを生ずることを防止できる。 In this means, as shown in FIG. 1, the pressing portion 56 presses the coating body 40 against the locking plate portion 16 in the fitted state of the cap 50, and is formed so as to close the ring hole 18. This makes it possible to prevent liquid leakage from occurring in the unused state of the container or in the distribution process of the product.

第１の手段に係る発明によれば、塗布体４０は、マッサージ面兼用の塗布面Ａを形成した凸状の頂部４４を有し、この塗布体４０を蓄熱素材で形成したから、塗布体４０を皮膚に接触させたときに快い冷感又は温感を生じ、より快適なマッサージを可能とする。また当該塗布体４０を保持筒２６内に保持させ、塗布体４０と保持筒２６との間の隙間Ｇから内容物を供給するから、当該塗布具を容易に製造できる。
また第１の手段に係る発明によれば、保持筒２６の下端側にリング状の係止板部１６を設け、係止板部１６と保持筒の上端の小内径部２８との間を塗布体４０が昇降可能としたから、塗布体４０の頂部４４を皮膚に押し付けることにより、塗布体４０の平坦底面Ｓがリング孔１８を閉塞し、余剰の液体が供給されることを回避できる。
また第１の手段に係る発明によれば、塗布体４０の頂部４４を被塗布面Ｔに押し付けた状態で、塗布体４０の平坦底面Ｓが前記係止板部１６の上面に当接されることにより、塗布体４０が転動不能に係止板部１６上に着座されるから、塗布体４０の頂部４４を皮膚に擦り付けても、塗布体４０が転動することがなく、心地よい刺激が得られる。
第２の手段に係る発明によれば、保持筒２６の内面に、前記隙間Ｇの一部である複数の縦溝３０が形成されているから、内容物を確実に供給できる。
第３の手段に係る発明によれば、キャップ５０の嵌合状態で、前記押圧部５６が塗布体４０を係止板部１６へ押し付け、前記リング孔１８を閉塞するように形成したから、キャップ５０の嵌合状態での液漏れを生ずることを防止できる。
According to the invention according to the first means, the coating body 40 has a convex top 44 on which a coating surface A also used as a massage surface is formed, and the coating body 40 is formed of a heat storage material. Therefore, the coating body 40 is formed. When it comes into contact with the skin, it produces a pleasant feeling of coldness or warmth, enabling a more comfortable massage. Further, since the coating body 40 is held in the holding cylinder 26 and the contents are supplied from the gap G between the coating body 40 and the holding cylinder 26, the coating tool can be easily manufactured.
Further, according to the invention according to the first means, a ring-shaped locking plate portion 16 is provided on the lower end side of the holding cylinder 26, and a coating is applied between the locking plate portion 16 and the small inner diameter portion 28 at the upper end of the holding cylinder. Since the body 40 can be raised and lowered, by pressing the top 44 of the coating body 40 against the skin, it is possible to prevent the flat bottom surface S of the coating body 40 from blocking the ring hole 18 and supplying excess liquid.
Further, according to the invention according to the first means, the flat bottom surface S of the coating body 40 is brought into contact with the upper surface of the locking plate portion 16 in a state where the top portion 44 of the coating body 40 is pressed against the surface to be coated T. As a result, the coating body 40 is immovably seated on the locking plate portion 16, so that even if the top 44 of the coating body 40 is rubbed against the skin, the coating body 40 does not roll and a comfortable stimulus is generated. can get.
According to the invention according to the second means, since the plurality of vertical grooves 30 which are a part of the gap G are formed on the inner surface of the holding cylinder 26, the contents can be reliably supplied.
According to the invention according to the third means, in the fitted state of the cap 50, the pressing portion 56 presses the coating body 40 against the locking plate portion 16 to form the ring hole 18 so as to close the cap. It is possible to prevent liquid leakage in the fitted state of 50.

本発明の第１実施形態に係る塗布容器の縦断面図である。It is a vertical sectional view of the coating container which concerns on 1st Embodiment of this invention. 図１の塗布容器のII-II方向の横断面図である。It is sectional drawing of the coating container of FIG. 1 in the II-II direction. 前記容器を図２のIII-III方向に見た拡大断面図である。FIG. 3 is an enlarged cross-sectional view of the container as viewed in the direction III-III of FIG. 図１の塗布容器の胴部を圧搾して内容物を注出する段階を示す使用状態の説明図である。It is explanatory drawing of the use state which shows the stage of squeezing the body of the coating container of FIG. 1 and pouring out the contents. 図４の状態を拡大して示す使用状態の説明図である。It is explanatory drawing of the use state which shows the state of FIG. 4 enlarged. 図１の塗布容器で塗布する段階を示す使用状態の説明図である。It is explanatory drawing of the use state which shows the stage of coating with the coating container of FIG.

図１から図６は、本発明の第１実施形態に係る塗布容器を示している。この塗布容器は、容器体２と、塗布具１０と、キャップ５０とで構成されている。容器体２、キャップ５０、及び塗布具１０のうちで塗布体４０以外の部分に関しては、例えば合成樹脂材で形成することができる。塗布体４０に関しては後述する。 1 to 6 show a coating container according to the first embodiment of the present invention. This coating container is composed of a container body 2, a coating tool 10, and a cap 50. The parts of the container body 2, the cap 50, and the coating tool 10 other than the coating body 40 can be formed of, for example, a synthetic resin material. The coating body 40 will be described later.

容器体２は、圧搾可能な胴部４から肩部を介して口頸部６を起立している。図示例の容器体２はチューブ容器体として形成しているが、その構成は適宜変更することができる。
前記口頸部６の外面上部には回り止め用の第１縦リブｒ１が形成されており、またその外面下部には環状の係止凸部Ｐが周設されている。
前記口頸部６の内面上部には、一部（図示例では中央部）に開口部９を有する水平な仕切り板８が形成されている。図示例の仕切り板８は口頸部６の上端面よりやや下方に配置させているが、その構造は適宜変更することができる。 The container body 2 stands up from the squeezable body 4 to the mouth and neck 6 via the shoulders. Although the container body 2 in the illustrated example is formed as a tube container body, its configuration can be appropriately changed.
A first vertical rib r1 for preventing rotation is formed on the upper part of the outer surface of the mouth neck portion 6, and an annular locking convex portion P is provided around the lower part of the outer surface thereof.
A horizontal partition plate 8 having an opening 9 is formed in a part (central part in the illustrated example) on the upper part of the inner surface of the mouth neck portion 6. The partition plate 8 in the illustrated example is arranged slightly below the upper end surface of the mouth neck 6, but its structure can be changed as appropriate.

塗布具１０は、図１に示す如く、塗布具本体１２と、塗布体４０とで形成されている。 As shown in FIG. 1, the applicator 10 is formed by the applicator body 12 and the applicator body 40.

前記塗布具本体１２は、前記口頸部６の外面に嵌着（図示例では螺着）された装着筒部１４を有する。図示例では、装着筒部１４の内面上部に回り止め用の第２縦リブｒ２を形成するとともに、装着筒部１４の内面下端部に係合受部Ｒを周設している。そして前記第２縦リブｒ２を口頸部６の第１縦リブｒ１に係合させるとともに、前記係合受部Ｒの上面に口頸部６の係合凸部Ｐをかみ合わせている。さらに装着筒部１４の外面には第１ネジ部ｎ１を形成している。
前記装着筒部１４の上端からは、内向きフランジ１５を介して、塗布体４０を保持するための保持筒２６を起立している。
また保持筒２６の下部側から、リング状の係止板部１６を内方突出している。この係止板部１６は、保持筒２６に保持された塗布体４０が下方へ抜け落ちることを防止している。前記係止板部１６の中央部には、リング孔１８が開口されている。このリング孔１８は、前記開口部９と連通している。
図示例では、前記内向きフランジ１５を保持筒２６より内方へ延出して、この延出部分を係止板部１６としている。もっとも、その構造は適宜変更することができる。
前記係止板部１６の上面内周には、環状の圧接用リブ２０が周設されている。
この係止板部１６の下面からはシール筒部２２が垂下されている。このシール筒部２２を、前記口頸部６の上端部内面に液密に嵌合させている。
前記保持筒２６の上部は、上側に向かって次第に小径化する小内径部２８としている。この小内径部２８の上端部の内径は、塗布体４０の最大外径よりも僅かに小さい。これにより、保持筒内に収納された塗布体４０が外方へ抜け出すことを防止している。保持筒２６内へ塗布体４０を収納させるときには、塗布体４０の底部を保持筒２６内へ強制的に押し込むとよく、これにより、保持筒２６が外方に弾性的に拡開して、保持筒２６内に塗布体４０が収容される。
この小内径部２８の内面には、複数の縦溝３０が形成されている。これら縦溝３０は、図２に示す如く、相互に離して周方向全体に形成することが望ましい。 The applicator body 12 has a mounting cylinder portion 14 fitted (screwed in the illustrated example) to the outer surface of the mouth neck portion 6. In the illustrated example, a second vertical rib r2 for preventing rotation is formed on the upper portion of the inner surface of the mounting cylinder portion 14, and an engaging receiving portion R is provided around the lower end portion of the inner surface of the mounting cylinder portion 14. Then, the second vertical rib r2 is engaged with the first vertical rib r1 of the mouth and neck portion 6, and the engaging convex portion P of the mouth and neck portion 6 is engaged with the upper surface of the engagement receiving portion R. Further, a first screw portion n1 is formed on the outer surface of the mounting cylinder portion 14.
From the upper end of the mounting cylinder portion 14, the holding cylinder 26 for holding the coating body 40 stands up via the inward flange 15.
Further, the ring-shaped locking plate portion 16 projects inward from the lower side of the holding cylinder 26. The locking plate portion 16 prevents the coating body 40 held by the holding cylinder 26 from falling out downward. A ring hole 18 is opened in the central portion of the locking plate portion 16. The ring hole 18 communicates with the opening 9.
In the illustrated example, the inward flange 15 extends inward from the holding cylinder 26, and this extended portion serves as a locking plate portion 16. However, the structure can be changed as appropriate.
An annular pressure welding rib 20 is provided on the inner circumference of the upper surface of the locking plate portion 16.
A seal cylinder portion 22 hangs down from the lower surface of the locking plate portion 16. The seal cylinder portion 22 is liquid-tightly fitted to the inner surface of the upper end portion of the mouth neck portion 6.
The upper portion of the holding cylinder 26 is a small inner diameter portion 28 whose diameter gradually decreases toward the upper side. The inner diameter of the upper end portion of the small inner diameter portion 28 is slightly smaller than the maximum outer diameter of the coating body 40. This prevents the coating body 40 housed in the holding cylinder from coming out to the outside. When storing the coating body 40 in the holding cylinder 26, it is preferable to forcibly push the bottom of the coating body 40 into the holding cylinder 26, whereby the holding cylinder 26 elastically expands outward and holds the coating body 40. The coating body 40 is housed in the cylinder 26.
A plurality of vertical grooves 30 are formed on the inner surface of the small inner diameter portion 28. As shown in FIG. 2, it is desirable that these flutes 30 are separated from each other and formed in the entire circumferential direction.

塗布体４０は、マッサージ具を兼ねるものであり、前記保持筒２６内に収納されている。塗布体４０は、前記保持筒２６の外面から上方へ膨出する凸状の頂部４４を有する。この頂部４４の外面は、マッサージ面を兼ねる塗布面Ａに形成されている。
なお、図示はしないが、保持筒内の縦溝３０に代えて或いは縦溝３０とともに、前記布体４０の表面のうちで前記保持筒２６の内面と向かい合う箇所に、内容液の流路確保用の複数のリブ又は溝部を縦方向に形成してもよい。
本実施形態の塗布体４０は、図１に示す如く、ボール体の下部を切断した截底球体の形状に形成している。すなわち、塗布体４０は平坦底面Ｓを有する。この平坦底面Ｓは、前記圧接用リブ２０の上に当接することにより、リング孔１８を液密に閉塞している。
前記平坦底面Ｓは、前記仕切り板８の上面全体を覆う大きさに形成されている。また塗布体４０の外周面と保持筒２６の内面との間には、図２に示す如く、僅かな隙間Ｇがある。
前記塗布体４０は、塗布容器全体を、従来既知の方法で冷却することで、塗布体４０を人体に接触させたときにひんやりした冷気を感じさせることが可能に形成する。家庭で用いるときには、体温よりも十分に低い常温の環境（好ましくは冷房の効いた室内又は通風の良い場所など）におけば、或る程度のひんやり感が得られる。さらに冷却する必要があるときには、塗布容器を例えば冷蔵庫の中におくとよい。
こうした機能を実現するためには、塗布体４０は、金属やセラミックスなどの蓄熱素材で形成する。近年では、さまざまな用途のために高性能の蓄熱材料が開発されているが、本発明では、身体に触れたときに利用者が心地よい冷気を有する程度の蓄熱性能があれば足りる。鉄やステンレス鋼などの金属は、熱伝導率が高いため、低温で冷やされた後に人体と接触すると、蓄えられた冷熱が速やかに人体に移動し、それにより、利用者は心地よい冷気を感じることになる。金属やセラミックスに限らず、これと同等の性質を有する材料であれば、塗布体の素材となり得る。
また熱伝導率が同程度であれば、塗布体４０の熱容量が大きいほどに冷気を感じることができる時間が長くなる。従って必要な放熱時間が得られるように熱容量を設定するとよい。
以上の説明では、塗布体との接触によるひんやり感（接触冷感）を得るための使い方及び作用を説明したが、塗布体を温めると、同じ仕組みにより、接触による温かみを与えることができる。塗布体を温める方法としては、例えば暖房器具の近くにおけばよい。 The coating body 40 also serves as a massage tool, and is housed in the holding cylinder 26. The coating body 40 has a convex top 44 that bulges upward from the outer surface of the holding cylinder 26. The outer surface of the top 44 is formed on a coating surface A that also serves as a massage surface.
Although not shown, instead of the vertical groove 30 in the holding cylinder or together with the vertical groove 30, a portion of the surface of the cloth 40 facing the inner surface of the holding cylinder 26 for securing a flow path of the content liquid. A plurality of ribs or grooves may be formed in the vertical direction.
As shown in FIG. 1, the coating body 40 of the present embodiment is formed in the shape of a bottom sphere with the lower portion of the ball body cut off. That is, the coating body 40 has a flat bottom surface S. The flat bottom surface S abuts on the pressure welding rib 20 to tightly close the ring hole 18.
The flat bottom surface S is formed to have a size that covers the entire upper surface of the partition plate 8. Further, as shown in FIG. 2, there is a slight gap G between the outer peripheral surface of the coating body 40 and the inner surface of the holding cylinder 26.
The coating body 40 is formed by cooling the entire coating container by a conventionally known method so that a cool cold air can be felt when the coating body 40 is brought into contact with the human body. When used at home, a certain degree of coolness can be obtained by placing it in an environment at room temperature sufficiently lower than the body temperature (preferably in a cool room or a well-ventilated place). When further cooling is required, the coating container may be placed in, for example, a refrigerator.
In order to realize such a function, the coating body 40 is formed of a heat storage material such as metal or ceramics. In recent years, high-performance heat storage materials have been developed for various uses, but in the present invention, it is sufficient that the heat storage performance is such that the user has a comfortable cold air when touching the body. Metals such as iron and stainless steel have high thermal conductivity, so when they come into contact with the human body after being cooled at a low temperature, the stored cold heat quickly moves to the human body, which causes the user to feel comfortable cold air. become. Not limited to metals and ceramics, any material having the same properties as this can be used as a material for a coated body.
Further, if the thermal conductivity is about the same, the larger the heat capacity of the coating body 40, the longer the time during which the cold air can be felt. Therefore, it is advisable to set the heat capacity so that the required heat dissipation time can be obtained.
In the above description, the usage and action for obtaining a cool feeling (cool contact feeling) due to contact with the coating body have been described, but when the coating body is warmed, warmth due to contact can be given by the same mechanism. As a method of warming the coating body, for example, it may be placed near a heater.

キャップ５０は、前記装着筒部１４の外面に嵌合させたキャップ周壁５２を有し、このキャップ周壁５２の上面にキャップ頂壁５４を張設させている。好適な図示例では、キャップ周壁５２の内面に、装着筒部１４の第１ネジ部ｎ１と螺合可能な第２ネジ部ｎ２を形成している。
また前記キャップ頂壁５４の下面には塗布体４０押下げ用の押圧部５６を付設している。この押圧部５６は、前記キャップ周壁５２を装着筒部１４へ螺合させたときに、押圧部５６が塗布体４０を係止板部１６に押し付け、リング孔１８を閉鎖するように設けている。図示の押圧部５６は、環状のリブに形成されている。もっとも、その構造は適宜変更することができる。 The cap 50 has a cap peripheral wall 52 fitted to the outer surface of the mounting cylinder portion 14, and a cap top wall 54 is stretched on the upper surface of the cap peripheral wall 52. In a preferred illustrated example, a second screw portion n2 that can be screwed with the first screw portion n1 of the mounting cylinder portion 14 is formed on the inner surface of the cap peripheral wall 52.
Further, a pressing portion 56 for pushing down the coating body 40 is attached to the lower surface of the cap top wall 54. The pressing portion 56 is provided so that when the cap peripheral wall 52 is screwed into the mounting cylinder portion 14, the pressing portion 56 presses the coating body 40 against the locking plate portion 16 and closes the ring hole 18. .. The illustrated pressing portion 56 is formed in an annular rib. However, the structure can be changed as appropriate.

前記構成において、図１の状態では、前述の通り、キャップ５０の押圧部５６が塗布体４０を係止板部１６に押し付けているため、液洩れを生ずることはない。この状態で、塗布容器を前述の常温環境に置いておくことで、塗布体４０に冷熱を蓄えることができる。
図１の状態から、キャップ５０を取り外して、塗布体４０の頂部４４を利用者の皮膚に当てると、心地よい冷感が得られる。
前記塗布体４０の頂部４４の利用者の皮膚に当てたまま、図４に示す如く、胴部４を圧搾すると、塗布体４０の平坦底面Ａが係止板部１６の圧接用リブ２０から離れて、リング孔１８が開く。この状態で、容器体２内の内容液が開口部９、リング孔１８、保持筒２６の縦溝３０を通って塗布面Ａ側へ供給される（図５参照）。従って塗布面Ａに付着した内用液を利用して塗布作業を行うことができる。
図６に示す如く、塗布体４０を被塗布面Ｔである皮膚に強く圧接すると、塗布体４０の平坦底面Ｓが圧接用リブ２０に圧接されてリング孔１８が閉塞され、容器体２側からの内容液の供給が停止される。この状態で塗布体４０を圧接したまま皮膚の上にスライドさせると、平坦底面Ａが係止板部１６に着座しているため、塗布体４０が転動せずに、皮膚に擦り付けられる。これにより、皮膚との摩擦抵抗が増大し、よりしっかりとした刺激が得られる。 In the above configuration, in the state of FIG. 1, as described above, since the pressing portion 56 of the cap 50 presses the coating body 40 against the locking plate portion 16, liquid leakage does not occur. By placing the coating container in the above-mentioned normal temperature environment in this state, cold heat can be stored in the coating body 40.
When the cap 50 is removed from the state shown in FIG. 1 and the top 44 of the coating body 40 is applied to the user's skin, a comfortable cooling sensation can be obtained.
As shown in FIG. 4, when the body portion 4 is squeezed while the top portion 44 of the coating body 40 is in contact with the skin of the user, the flat bottom surface A of the coating body 40 is separated from the pressure welding rib 20 of the locking plate portion 16. Then, the ring hole 18 is opened. In this state, the content liquid in the container body 2 is supplied to the coating surface A side through the opening 9, the ring hole 18, and the vertical groove 30 of the holding cylinder 26 (see FIG. 5). Therefore, the coating operation can be performed by using the internal liquid adhering to the coating surface A.
As shown in FIG. 6, when the coating body 40 is strongly pressed against the skin which is the surface to be coated T, the flat bottom surface S of the coating body 40 is pressed against the pressure welding rib 20 to close the ring hole 18 and from the container body 2 side. The supply of the content liquid is stopped. When the coating body 40 is slid onto the skin while being pressed against the skin in this state, the flat bottom surface A is seated on the locking plate portion 16, so that the coating body 40 does not roll and is rubbed against the skin. This increases the frictional resistance with the skin and provides a firmer stimulus.

２…容器体 ４…胴部 ６…口頸部 ８…仕切り板 ９…開口部
１０…塗布具 １２…塗布具本体 １４…装着筒部
１５…内向きフランジ １６…係止板部
１８…リング孔 ２０…圧接用リブ ２２…シール筒部
２６…保持筒 ２８…小内径部 ３０…縦溝
４０…塗布体 ４２…底部 ４４…頂部
５０…キャップ ５２…キャップ周壁 ５４…キャップ頂壁 ５６…押圧部
Ａ…塗布面 Ｇ…隙間
ｒ１…第１縦リブ ｒ２…第２縦リブ ｎ１…第１ネジ部 ｎ２…第２ネジ部
Ｐ…係合凸部 Ｒ…係合受部 Ｓ…平坦底面


2 ... Container body 4 ... Body 6 ... Mouth neck 8 ... Partition plate 9 ... Opening 10 ... Applying tool 12 ... Applying tool body 14 ... Mounting cylinder 15 ... Inward flange 16 ... Locking plate 18 ... Ring hole 20 ... Rib for pressure welding 22 ... Seal tube
26 ... Holding cylinder 28 ... Small inner diameter 30 ... Vertical groove 40 ... Coating body 42 ... Bottom 44 ... Top 50 ... Cap 52 ... Cap peripheral wall 54 ... Cap top wall 56 ... Pressing part A ... Coating surface G ... Gap r1 ... First Vertical rib r2 ... 2nd vertical rib n1 ... 1st screw part n2 ... 2nd screw part
P ... Engagement convex part R ... Engagement receiving part S ... Flat bottom surface

Claims (3)

開口部(９)を有する容器体(２)と、
前記開口部(９)に取り付けられた塗布具(１０)と
を具備し、
この塗布具(１０)は、マッサージ具を兼ねる塗布体(４０)を含んでおり、
この塗布体(４０)は、金属・セラミックその他の蓄熱素材で形成されている塗布容器において、
前記塗布具(１０)は、開口部付近より上方へ突出する保持筒(２６)を有し、この保持筒(２６)内に前記塗布体(４０)を上方への抜け出し及び内方への抜け落ちが不可能に保持しており、
前記保持筒(２６)の先端から上方へ膨出された前記塗布体(４０)の凸状の頂部(４４)にマッサージ面を兼ねる塗布面(Ａ)が形成されており、
前記塗布体(４０)と前記保持筒(２６)の間の隙間(Ｇ)を介して前記開口部(９)から前記塗布面(Ａ)へ内容物が供給されるように形成されており、
前記保持筒(２６)の下端側から、前記塗布体(４０)載置用のリング状の係止板部(１６)を内向きフランジ状に内方突出しており、
前記係止板部(１６)へ載置された前記塗布体(４０)により当該係止板部(１６)のリング孔(１８)が閉塞されるように設けるとともに、
前記保持筒(２６)の上端部に小内径部(２８)が形成され、この小内径部(２８)の内側に前記隙間(Ｇ)の一部が形成されており、
前記小内径部(２８)と前記係止板部(１６)との間で前記塗布体(４０)が前記保持筒(２６)内を昇降可能に形成しており、
前記塗布体(４０)の底部の下面は平坦底面(Ｓ)に形成されており、
前記塗布体(４０)の頂部(４４)を被塗布面(Ｔ)に押し付けた状態で、前記平坦底面(Ｓ)が前記係止板部(１６)の上面に当接されることにより、前記塗布体(４０)が転動不能に前記係止板部(１６)上に着座され、前記リング孔(１８)が閉塞されるように構成したことを特徴とする、塗布容器。 A container body (2) having an opening (9) and
A coating tool (10) attached to the opening (9) is provided.
This application tool (10) includes an application body (40) that also serves as a massage tool.
This coating body (40) is a coating container made of metal, ceramic or other heat storage material.
The applicator (10) has a holding cylinder (26) protruding upward from the vicinity of the opening, and the coating body (40) is pulled out upward and inward in the holding cylinder (26). Holds impossible and
A coating surface (A) that also serves as a massage surface is formed on the convex top portion (44) of the coating body (40) that bulges upward from the tip of the holding cylinder (26).
The contents are formed so as to be supplied from the opening (9) to the coating surface (A) through the gap (G) between the coating body (40) and the holding cylinder (26) .
A ring-shaped locking plate portion (16) for mounting the coating body (40) is projected inward in an inward flange shape from the lower end side of the holding cylinder (26).
The ring hole (18) of the locking plate portion (16) is closed by the coating body (40) placed on the locking plate portion (16).
A small inner diameter portion (28) is formed at the upper end portion of the holding cylinder (26), and a part of the gap (G) is formed inside the small inner diameter portion (28).
The coating body (40) is formed between the small inner diameter portion (28) and the locking plate portion (16) so as to be able to move up and down in the holding cylinder (26).
The lower surface of the bottom portion of the coating body (40) is formed on a flat bottom surface (S).
The flat bottom surface (S) is brought into contact with the upper surface of the locking plate portion (16) in a state where the top portion (44) of the coating body (40) is pressed against the surface to be coated (T). A coating container, characterized in that the coating body (40) is immovably seated on the locking plate portion (16) and the ring hole (18) is closed . 前記容器体(２)は、圧搾可能なスクイズ式容器体としており、
前記保持筒(２６)の内面に、前記隙間(Ｇ)の一部である複数の縦溝(３０)が形成され、
前記容器体(２)の圧搾により、それら縦溝(３０)を介して前記容器体(２)内の内容物が前記開口部(９)から前記塗布面(Ａ)側へ供給されるように構成していることを特徴とする、請求項１に記載の塗布容器。 The container body (2) is a squeeze type container body that can be squeezed.
A plurality of vertical grooves (30) that are a part of the gap (G) are formed on the inner surface of the holding cylinder (26).
By squeezing the container body (2), the contents in the container body (2) are supplied from the opening (9) to the coating surface (A) side through the flutes (30). The coating container according to claim 1, wherein the coating container is configured. 前記塗布具(１０)の外側に着脱自在に嵌合させたキャップ(５０)を具備し、
このキャップ(５０)の一部に前記塗布体(４０)押下げ用の押圧部(５６)を設け、
前記キャップ(５０)の嵌合状態で、前記押圧部(５６)が前記塗布体(４０)を前記係止板部(１６)へ押し付け、前記リング孔(１８)を閉塞するように形成したことを特徴とする、請求項１又は請求項２に記載の塗布容器。 A cap (50) detachably fitted to the outside of the applicator (10) is provided.
A pressing portion (56) for pushing down the coating body (40) is provided on a part of the cap (50).
In the fitted state of the cap (50), the pressing portion (56) is formed so as to press the coating body (40) against the locking plate portion (16) and close the ring hole (18). The coating container according to claim 1 or 2 , wherein the coating container is characterized by.
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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014034572A (en) 2012-08-10 2014-02-24 Kobayashi Pharmaceutical Co Ltd External skin care product
JP2015085953A (en) 2013-10-30 2015-05-07 花王株式会社 Application container

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101464686B1 (en) * 2013-04-10 2014-11-27 (주)연우 Dispenser with a metal applicator

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014034572A (en) 2012-08-10 2014-02-24 Kobayashi Pharmaceutical Co Ltd External skin care product
JP2015085953A (en) 2013-10-30 2015-05-07 花王株式会社 Application container

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