JP2013014357A - Applicator of solid for applying - Google Patents

Applicator of solid for applying Download PDF

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Publication number
JP2013014357A
JP2013014357A JP2011147818A JP2011147818A JP2013014357A JP 2013014357 A JP2013014357 A JP 2013014357A JP 2011147818 A JP2011147818 A JP 2011147818A JP 2011147818 A JP2011147818 A JP 2011147818A JP 2013014357 A JP2013014357 A JP 2013014357A
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sliding body
solid
application
pusher
solid material
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JP5828545B2 (en
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Takahiro Suzuki
孝洋 鈴木
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Pilot Corp
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Pilot Corp
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Abstract

PROBLEM TO BE SOLVED: To provide an applicator 1 of a bar solid, which allows the solid 3 for applying to be automatically fed out and applying to be made with an appropriate thickness.SOLUTION: The solid 3 for applying is housed in an outer cylinder 2, a shaft portion 7a formed at a front side of a slider body 7b in a slider 7 housed in the outer cylinder 2 is inserted into the center of the solid 3 for applying, a pusher 6 is made movable forward and unmovable rearward with respect to an inner cylinder 9, the slider 7 is made movable rearward and unmovable forward with respect to the pusher 6, and the amount of projection of the shaft portion 7a of the slider 7 and the solid 3 for applying, both projecting from the front end opening 2a of the outer cylinder 2, is kept constant.

Description

本発明は、固形糊や口紅などの化粧具あるいはクレヨンなど固形筆記体の塗布用固形物の先端塗布面を被塗布面に押圧しながら塗布面に沿って移動させることにより、塗布用固形物を被塗布面に塗布する塗布用固形物の塗布具に関する。   The present invention relates to a solid material for application by moving along the application surface while pressing the tip application surface of the solid application material for solid cursives such as cosmetics such as solid glue and lipstick or crayons against the application surface. The present invention relates to an applicator for applying solid material to be applied to a surface to be applied.

従来より、外筒の下端に回転可能に装着した底部を回転させることによって、外筒の内部に配設された受皿が上昇し、固形糊などの塗布用固形物が外筒の前方開口部より繰り出される構造の塗布具はよく知られている。   Conventionally, by rotating the bottom part rotatably attached to the lower end of the outer cylinder, the saucer disposed inside the outer cylinder rises, and the solid material for application such as solid glue is more than the front opening of the outer cylinder. An applicator having a structure to be paid out is well known.

また、図12の塗布具101に示すように、外筒102と内筒103と棒状固形糊104と支持体105とからなり、塗布時に内筒103の先端部106および棒状固形糊104の先端塗布面107を、紙面等の被塗布面10に対して垂直に押圧したまま塗布面に沿って移動させることにより、内筒103を外筒102の前端開口部108に没入させながら連続した糊の塗布を行うことができる構造の塗布具、あるいは国際公開第WO01/007338号パンフレットに記載があるように、外筒の前端開口部から突出させた固形物収容筒およびその内部に収容した塗布用固形物を被塗布面に押圧しながら塗布面に沿って移動させることにより、塗布用固形物を被塗布面に塗布することができる構造の塗布具が知られている。   Further, as shown in the applicator 101 of FIG. 12, the outer tube 102, the inner tube 103, the bar-shaped solid paste 104, and the support 105 are formed. By continuously moving the surface 107 along the coating surface while pressing the surface 107 perpendicularly to the coated surface 10 such as a paper surface, the adhesive is continuously applied while the inner cylinder 103 is immersed in the front end opening 108 of the outer cylinder 102. Applicator having a structure capable of carrying out the operation, or as described in International Publication No. WO 01/007338 pamphlet, a solid-containing cylinder projecting from the front end opening of the outer cylinder, and a solid for application accommodated therein 2. Description of the Related Art There is known an applicator having a structure that can apply a solid material for application to a surface to be coated by moving it along the surface while pressing the surface against the surface to be coated.

国際公開第WO01/007338号パンフレットInternational Publication No. WO01 / 007338 Pamphlet

しかし、回転操作で塗布用固形物を繰り出す構造では、片手で外筒を把持しながら、もう片方の手で底部を回転させる必要があり、連続した塗布を行うためには、塗布前に塗布用固形物の先端をあらかじめ外筒の前方開口部より長く突出させておく必要があるために、塗布している最中に塗布用固形物が折れてしまうことがあったり、塗布用固形物が軟らかいものである場合には、必要以上の塗布を行ってしまうといった問題があった。   However, in the structure in which the solid material for application is fed out by rotating operation, it is necessary to rotate the bottom with the other hand while holding the outer cylinder with one hand. Since it is necessary to make the tip of the solid object protrude longer than the front opening of the outer cylinder in advance, the solid material for application may break during application, or the solid material for application is soft In the case of a product, there is a problem that the coating is performed more than necessary.

また、WO01/007338号パンフレットに記載された構造は、固形物収容筒の後退に伴って塗布用固形物を連続して塗布することができ、また固形物収容筒が被塗布面に当接することで自動的に後退することから、あらかじめ塗布用固形物の先端を長く突出させておく必要がなく、さらに塗布用固形物が固形物収容筒に収容された状態で塗布を行うことができるため、塗布している最中に塗布用固形物が折れてしまうことがなく、塗布用固形物に軟らかいものを用いることができるものである。しかしながら、固形物収容筒の前端部が被塗布面に接触しながら塗布用固形物の塗布が行える構造であることから、塗布用固形物の塗布を行いながらも被塗布面に塗布された塗布用固形物が固形物収容筒の先端で擦り取られてしまい、被塗布面に塗布用固形物を厚く塗布したい場合に不都合が生じていた。図10に示した塗布具101も同様に、被塗布面10に塗布した糊を内筒103の先端部106が擦り取る構造であり、被塗布面に対して糊を厚く塗布したい場合に不都合が生じた。   Moreover, the structure described in the pamphlet of WO01 / 007338 can continuously apply the solid material for application as the solid material storage cylinder is retracted, and the solid material storage cylinder abuts the surface to be applied. Since it automatically retreats in advance, there is no need to project the tip of the solid object for coating long in advance, and further, the solid material for coating can be applied in a state of being housed in the solid material storage cylinder, During the coating, the coating solid does not break, and a soft coating can be used for the coating solid. However, since the structure is such that the solid end for coating can be applied while the front end of the solid container is in contact with the surface to be coated, the coating for the surface coated while applying the solid for coating. The solid material is scraped off at the tip of the solid material storage cylinder, which causes inconvenience when it is desired to apply the coating solid material to the coated surface thickly. Similarly, the applicator 101 shown in FIG. 10 has a structure in which the distal end portion 106 of the inner cylinder 103 scrapes off the paste applied to the application surface 10, which is inconvenient when it is desired to apply the adhesive thickly on the application surface. occured.

本発明の目的は前述の問題点を鑑みて、塗布用固形物を自動的に繰り出すことが可能であると共に、適度に厚みを持たせた塗布を行うことが可能である棒状固形物の塗布具を提供することである。   In view of the above-mentioned problems, the object of the present invention is to provide a stick-shaped solid material applicator capable of automatically feeding out a solid material for coating and capable of performing coating with an appropriate thickness. Is to provide.

本発明は、
「被塗布面に、外筒内に配設した塗布用固形物の先端塗布面を押圧しながら被塗布面に沿って移動させることにより、塗布用固形物を被塗布面に塗布する構造の塗布用固形物の塗布具であって、外筒に塗布用固形物を収容し、前記塗布用固形物の中央部に前記外筒内へ収容した摺動体における摺動体本体の前方へ形成した軸部を挿通し、前記摺動体の摺動体本体部の後方に前記外筒に設けた底蓋を配し、該摺動体と該底蓋との間にスプリングを介在させて当該摺動体を当該底蓋から離間するよう弾発させ、前記摺動体本体部の外側に前記塗布用固形物を前方へ押動させる押動体の筒部を配し、該押動体の前方に設けた皿部に前記塗布用固形物の後端部を接触させ、前記押動体の外側に前記外筒に固設した内筒を配し、前記内筒の内方に突設した第一係止爪を前記押動体の側面に形成した第一連続突起へ係止させることにより、前記押動体を前記内筒に対して前進可能後退不能とし、前記押動体の内方に突設した第二係止爪を前記摺動体の側面に形成した第二連続突起へ係止させることにより、前記摺動体を前記押動体に対して後退可能前進不能とすると共に、前記摺動体に設けた突起を前記内筒に設けた溝部に係止させ、前記スプリングに弾発された前記摺動体の前進を前記摺動体の突起が前記内筒の溝部の前方に当接することで規制して、前記外筒の前端開口部から突出する前記摺動体の軸部および前記塗布用固形物の突出量を一定にする構造の塗布用固形物の塗布具。」である。
The present invention
“Application of a structure in which the solid material for application is applied to the surface to be coated by moving the tip application surface of the solid material for coating disposed in the outer cylinder along the surface to be coated while being pressed against the surface to be coated. A solid material applicator for housing a solid material for application in an outer cylinder, and a shaft portion formed in front of a sliding body in a sliding body accommodated in the outer cylinder at a central portion of the solid material for application A bottom lid provided on the outer cylinder is disposed behind the sliding body main body of the sliding body, and a spring is interposed between the sliding body and the bottom lid so that the sliding body is attached to the bottom lid. And a cylinder portion of a pusher that pushes the solid material for application forward to the outside of the slide body main body, and is disposed on the plate provided in front of the pusher. The rear end portion of the solid material is brought into contact, an inner cylinder fixed to the outer cylinder is arranged outside the pusher, and the inner cylinder projects from the inner cylinder. By locking the first locking claw with the first continuous protrusion formed on the side surface of the pusher, the pusher can be moved forward and backward with respect to the inner cylinder, and protrudes inward of the pusher. The second locking claw is locked to the second continuous projection formed on the side surface of the sliding body, so that the sliding body can be moved backward with respect to the pushing body and cannot be moved forward. The protrusion is locked to a groove provided in the inner cylinder, and the forward movement of the sliding body, which is ejected by the spring, is regulated by the protrusion of the sliding body contacting the front of the groove of the inner cylinder, A solid applicator applicator having a structure in which the shaft portion of the sliding body protruding from the front end opening of the outer cylinder and the protruding amount of the solid applicator are made constant.

本発明における摺動体の軸部は、塗布用固形物の中央部を挿通できる形態であればよく、その横方向における断面形状としては円形、楕円形、四角形、三角形など特に規制はなく、軸部は軸心方向に対して真っ直ぐでも傾斜していても蛇行していてもよいが、被塗布面に対する当接力を摺動体本体部が効率よく受けるようにするためには、軸部を軸心方向に対して真っ直ぐに形成した方がよい。また軸部の先端は、軸部を紙面など被塗布面に接触させた際の滑り性をよくするために、先端に丸みを持たせることが好ましい。   The shaft portion of the sliding body in the present invention may be in a form that can be inserted through the central portion of the solid material for application, and the cross-sectional shape in the lateral direction is not particularly limited, such as a circle, an ellipse, a quadrangle, a triangle, and the shaft portion. May be straight, inclined or meandering with respect to the axial direction, but in order for the sliding body main body to efficiently receive the contact force against the surface to be coated, the axial portion is oriented in the axial direction. It is better to form straight against. In addition, it is preferable that the tip of the shaft portion is rounded in order to improve the slipperiness when the shaft portion is brought into contact with the surface to be coated such as paper.

本発明によれば、塗布用固形物を自動的に繰り出すことが可能であると共に、塗布用固形物が外筒の前端開口部から自動的に一定量を突出するので、厚みを持たせた塗布を行うことが可能な塗布用固形物の塗布具を得ることができた。   According to the present invention, it is possible to automatically feed the solid material for coating, and the solid material for coating automatically projects a certain amount from the front end opening of the outer cylinder. It was possible to obtain a solid applicator that can be applied.

本実施例の塗布用固形物の塗布具の外観斜視図で、図2〜図11におけるX−X断面およびY−Y断面の断面方向を示す図である。It is an external appearance perspective view of the applicator of the solid object for application | coating of a present Example, and is a figure which shows the cross-sectional direction of the XX cross section and YY cross section in FIGS. X−X断面斜視図である。It is XX cross-sectional perspective view. Y−Y断面斜視図である。It is a YY section perspective view. 塗布する前の状態を示すX−X断面図である。It is XX sectional drawing which shows the state before apply | coating. 塗布する前の状態を示すY−Y断面図である。It is YY sectional drawing which shows the state before apply | coating. 塗布している状態を示すX−X断面図である。It is XX sectional drawing which shows the state which has apply | coated. 塗布している状態を示すY−Y断面図である。It is YY sectional drawing which shows the state which has apply | coated. 塗布した後の状態を示すX−X断面図である。It is XX sectional drawing which shows the state after apply | coating. 塗布した後の状態を示すY−Y断面図である。It is YY sectional drawing which shows the state after apply | coating. 塗布用固形物が減った状態を示すX−X断面図である。It is XX sectional drawing which shows the state which the solid substance for application | coating reduced. 塗布用固形物が減った状態を示すY−Y断面図である。It is a YY sectional view showing the state where the solid object for application decreased. 従来構造の塗布具における断面図である。It is sectional drawing in the applicator of conventional structure.

次に、図面を用いて本発明の実施例について説明を行う。本実施例では内部に固形糊を塗布用固形物として収容した塗布具について説明を行うが、塗布用固形物は固形糊に限定されるものではない。また本実施例の説明では、図面の下方を前方と表現し、その反対側を後方と表現する。尚、図中における同じ部材、同じ部品、同じ箇所を示す場合は同じ符号を付してある。   Next, embodiments of the present invention will be described with reference to the drawings. In this embodiment, an applicator in which a solid paste is accommodated as a solid for application will be described. However, the solid for application is not limited to a solid paste. In the description of this embodiment, the lower side of the drawing is expressed as the front, and the opposite side is expressed as the rear. In addition, the same code | symbol is attached | subjected when showing the same member in the figure, the same component, and the same location.

図1に示すように本実施例の塗布用固形物の塗布具1は、外筒2の前端開口部2aから固形糊3の先端部31を常時突出させ、紙面等の被塗布面に固形糊3が塗布できるようにしてある。本実施例ではキャップ4を、開口部41に塗布具1の前方小径部21を装着させ固形糊3の乾燥を防げるようにしてある。また外筒2の後端開口部2bには底蓋部材5を嵌着して固定してある。   As shown in FIG. 1, the applicator 1 for solid application of the present embodiment is such that the tip 31 of the solid paste 3 always protrudes from the front end opening 2a of the outer cylinder 2, and the solid paste is applied to the coated surface such as paper. 3 can be applied. In this embodiment, the cap 4 is attached to the opening 41 with the front small-diameter portion 21 of the applicator 1 so that the solid paste 3 can be prevented from drying. A bottom lid member 5 is fitted and fixed to the rear end opening 2b of the outer cylinder 2.

図2、図3に示すように塗布具1は、固形糊3を外筒2の前方収容筒部2c内に収容してあり、外周面32を前方収容筒部2cに摺動可能に接触させ、底面33を外筒2の内部に配した押動体6の皿部6aに接触させている。また、固形糊3の中央部には、押動体6の内部に配した摺動体7の軸部7aを挿通し、摺動体7の摺動体本体部7bの内面と底蓋部材5の前方に形成した突出部5aの係止段部5bとの間にコイルスプリング8を配して、摺動体7を底蓋部材5から離間するよう弾発してある。摺動体7の摺動体本体部7bの外側には押動体6の筒部6bを配してあり、押動体6の外側に配した内筒9の後部を底蓋部材5の外周に形成した筒部5c内に挿着して、外筒2に対して内筒9を抜け止め状態に固設してある。底蓋部材5の筒部5cの外面には外向凸部5dを設けてあり、外筒2の内面に形成した内向凸部2dを乗り越えさせて、底蓋部材5を外筒2から抜け止め状態にしてある。図3に示すように、内筒9の外側には突起9aを形成してあり、外筒2に固定した底蓋部材5に形成した係止窓5eの前端部に当接させ固定してある。また、摺動体7の後端部には外方へ突出した鍔部7cを形成してあり、鍔部7cの先端に突起7dを形成して内筒9の後端部に形成した溝部9bの前端に当接させ、コイルスプリング8に弾発された摺動体7の前進を規制してある。   As shown in FIGS. 2 and 3, the applicator 1 has the solid paste 3 accommodated in the front accommodating cylinder 2 c of the outer cylinder 2, and the outer peripheral surface 32 is slidably contacted with the front accommodating cylinder 2 c. The bottom surface 33 is brought into contact with the dish portion 6 a of the pusher 6 disposed inside the outer cylinder 2. Further, a shaft portion 7 a of a sliding body 7 disposed inside the pusher 6 is inserted into the central portion of the solid paste 3, and formed on the inner surface of the sliding body main body portion 7 b of the sliding body 7 and in front of the bottom cover member 5. A coil spring 8 is disposed between the protruding portion 5 a and the locking step portion 5 b so that the sliding body 7 is repelled away from the bottom lid member 5. A cylinder portion 6 b of the pusher 6 is disposed outside the slide body main body 7 b of the slide body 7, and a cylinder in which the rear portion of the inner cylinder 9 disposed outside the pusher 6 is formed on the outer periphery of the bottom cover member 5. The inner cylinder 9 is fixedly attached to the outer cylinder 2 so as not to be detached. An outer convex portion 5d is provided on the outer surface of the cylindrical portion 5c of the bottom lid member 5, and the bottom lid member 5 is prevented from being detached from the outer cylinder 2 by overcoming the inward convex portion 2d formed on the inner surface of the outer cylinder 2. It is. As shown in FIG. 3, a protrusion 9 a is formed on the outer side of the inner cylinder 9, and abuts and is fixed to a front end portion of a locking window 5 e formed on the bottom cover member 5 fixed to the outer cylinder 2. . Further, a flange portion 7c protruding outward is formed at the rear end portion of the sliding body 7, and a projection 7d is formed at the tip of the flange portion 7c to form a groove portion 9b formed at the rear end portion of the inner cylinder 9. The forward movement of the sliding body 7 which is brought into contact with the front end and is bulleted by the coil spring 8 is regulated.

図2を用いて押動体6と内筒9との関係を詳述すると、押動体6の筒部6bの外面には、軸心に沿った方向に連続する第一連続突起6cを形成してあり、内筒9の内面に形成した第一係止爪9cを係止させている。第一連続突起6cは、前方から後方へ向かって外方へ傾斜する傾斜面61と、傾斜面61に連接して軸心へ向かって垂設した垂直面62とを軸心方向へ複数連設させた突起63で構成してあり、内筒9の第一係止爪9cには、第一連続突起6cの傾斜面61に対向する形状に形成した傾斜面91と、第一連続突起6cの垂直面62に当接する垂直面92とを設けてある。本実施例の第一係止爪9cは、内筒9の一部を切り欠いて前方を自由端とする弾性片9dを形成してあり、第一連続突起6cの突起63の傾斜面61が第一係止爪9bの傾斜面91を外方へ弾性変形させるように当接しながら押動体6が前進できるようにしてあり、第一係止爪9cを乗り越えた第一連続突起6cの垂直面62が第一係止爪9cの垂直面92と当接することで押動体6の後退を防止している。   The relationship between the pusher 6 and the inner cylinder 9 will be described in detail with reference to FIG. 2. On the outer surface of the cylinder portion 6b of the pusher 6, a first continuous protrusion 6c continuous in the direction along the axis is formed. Yes, the first locking claw 9c formed on the inner surface of the inner cylinder 9 is locked. The first continuous protrusion 6c includes a plurality of inclined surfaces 61 that are inclined outwardly from the front to the rear and vertical surfaces 62 that are connected to the inclined surfaces 61 and are suspended toward the axial center in the axial direction. The first locking claw 9c of the inner cylinder 9 has an inclined surface 91 formed in a shape facing the inclined surface 61 of the first continuous protrusion 6c, and the first continuous protrusion 6c. A vertical surface 92 that abuts the vertical surface 62 is provided. The first locking claw 9c of this embodiment is formed with an elastic piece 9d with a part of the inner cylinder 9 cut out and having the front as a free end, and the inclined surface 61 of the projection 63 of the first continuous projection 6c is The pusher 6 can be moved forward while abutting the inclined surface 91 of the first locking claw 9b so as to be elastically deformed outward, and the vertical surface of the first continuous protrusion 6c over the first locking claw 9c. 62 abuts on the vertical surface 92 of the first locking claw 9c to prevent the pusher 6 from moving backward.

図3を用いて押動体6と摺動体7との関係を詳述すると、摺動体7の摺動体本体部7bの外面には、軸心に沿った方向に連続する第二連続突起7eを形成してあり、押動体6の内面に形成した第二係止爪6dを係止させている。第二連続突起7eは、後方から前方へ向かって外方へ傾斜する傾斜面71と、傾斜面71に連接して軸心へ向かって垂設した垂直面72とを軸心方向へ複数連設させた突起73で構成してあり、押動体6の第二係止爪6dには、第二連続突起7eの傾斜面71に対向する形状に形成した傾斜面64と、第二連続突起7eの垂直面72に当接する垂直面65とを設けてある。本実施例の第二係止爪6dは、押動体6の一部を切り欠いて後方を自由端とする弾性片6eを形成してあり、第二連続突起7eの突起73の傾斜面71が第二係止爪6dの傾斜面64を外方へ弾性変形させるように当接しながら押動体6が摺動体7に対して相対的に前進できるようにしてあり、第二係止爪6dを乗り越えた突起73の垂直面72が第二係止爪6dの垂直面65と当接することで摺動体7に対する押動体6の後退を防止している。   The relationship between the pushing body 6 and the sliding body 7 will be described in detail with reference to FIG. 3. On the outer surface of the sliding body main body portion 7b of the sliding body 7, a second continuous protrusion 7e continuous in the direction along the axis is formed. And the 2nd latching claw 6d formed in the inner surface of the pushing body 6 is latched. The second continuous protrusion 7e includes a plurality of inclined surfaces 71 that are inclined outward from the rear to the front and vertical surfaces 72 that are connected to the inclined surfaces 71 and are suspended toward the axial center in the axial direction. The second locking claw 6d of the pusher 6 has an inclined surface 64 formed in a shape facing the inclined surface 71 of the second continuous protrusion 7e, and the second continuous protrusion 7e. A vertical surface 65 that abuts the vertical surface 72 is provided. The second locking claw 6d of this embodiment is formed with an elastic piece 6e with a part of the pusher 6 cut out and having the rear as a free end, and the inclined surface 71 of the projection 73 of the second continuous projection 7e is The pushing body 6 can be moved forward relative to the sliding body 7 while coming into contact with the inclined surface 64 of the second locking claw 6d so as to be elastically deformed outward. The vertical surface 72 of the protrusion 73 is in contact with the vertical surface 65 of the second locking claw 6d, thereby preventing the pusher 6 from retreating with respect to the sliding member 7.

次に図6〜図9を用いて、本実施例の塗布具にて紙面に固形糊を塗布する作業についての説明を行う。図6に示すように本実施例の塗布具1は、固形糊3を紙面10に対して垂直に押圧したまま紙面10に沿って移動させると、押動体6の垂直面62が内筒9の垂直面92に当接していることから、押動体6が後退することなく固形糊3を紙面10に塗布させることができる。また、固形糊3が消耗しながら摺動体7の先端が丸い軸部先端7fが紙面10に接触することで、摺動体7がコイルスプリング8を圧縮しながら後退し、図7に示すように摺動体7の第二連続突起7eが第二係止爪6dを乗り越える。   Next, using FIG. 6 to FIG. 9, a description will be given of an operation of applying a solid paste onto a paper surface with the applicator of this embodiment. As shown in FIG. 6, when the applicator 1 of the present embodiment moves the solid paste 3 along the paper surface 10 while being pressed perpendicularly to the paper surface 10, the vertical surface 62 of the pusher 6 becomes the inner cylinder 9. Since it is in contact with the vertical surface 92, the solid paste 3 can be applied to the paper surface 10 without the pusher 6 retreating. In addition, when the solid paste 3 is consumed, the tip 7f of the shaft 7 having a round tip contacts the paper surface 10 so that the slider 7 moves backward while compressing the coil spring 8, and the slide 7 is slid as shown in FIG. The second continuous protrusion 7e of the moving body 7 gets over the second locking claw 6d.

図6および図7の状態から固形糊3の紙面10への押圧力を開放すると、図9に示すようにコイルスプリング8の弾発力で摺動体7が前進して、第二連続突起7eの垂直面72に垂直面65が当接している押動体6の第二係止爪6dが前方へ押動され、押動体6が摺動体7に従動して、摺動体7の突起7dが内筒9の溝部9bの前端に当接するまで前進する。結果、塗布により減った固形糊3の先端部31を、図4および図5で示した状態まで外筒2の前端開口部2aから突出させることができる。この時、図8に示すように、前進した押動体6の第一連続突起6cの傾斜面61が、内筒9の第一係止爪9cの傾斜面91を乗り越えることとなり、図4から図8の変化が示すように、内筒9の第一係止爪9cに対し、第一連続突起6cの突起63が一つ前進した状態となる。これを繰り返すことにより固形糊3を連続して塗布するがことができ、図10および図11の状態を経て押動体6の皿部6aが紙面に接するまで固形糊3を使用することができる。   When the pressing force of the solid paste 3 on the paper surface 10 is released from the state of FIG. 6 and FIG. 7, the sliding body 7 advances by the elastic force of the coil spring 8 as shown in FIG. The second locking claw 6d of the pusher 6 whose vertical face 65 is in contact with the vertical face 72 is pushed forward, the pusher 6 is driven by the slide 7, and the projection 7d of the slide 7 is the inner cylinder. It advances until it contacts the front end of the groove 9b. As a result, the front end portion 31 of the solid paste 3 reduced by application can be protruded from the front end opening 2a of the outer cylinder 2 to the state shown in FIGS. At this time, as shown in FIG. 8, the inclined surface 61 of the first continuous protrusion 6 c of the pusher 6 that has advanced advances over the inclined surface 91 of the first locking claw 9 c of the inner cylinder 9. As shown by the change 8, the projection 63 of the first continuous projection 6 c is advanced by one relative to the first locking claw 9 c of the inner cylinder 9. By repeating this, the solid paste 3 can be continuously applied, and the solid paste 3 can be used until the plate portion 6a of the pusher 6 comes into contact with the paper surface through the state shown in FIGS.

本発明の塗布用固形物の塗布具は、塗布用固形物を自動的に繰り出すことが可能であることから、大きな被筆記面に塗布用固形物を大量に塗布したい用途の塗布用固形物の塗布具に適しており、また塗布用固形物が外筒の前端開口部から自動的に一定量を突出するので、被筆記面に塗布用固形物を盛り上げるようにして塗布を行いたい用途の塗布用固形物の塗布具に適している。   Since the solid applicator of the present invention can automatically feed out the solid for application, the solid applicator for applications where it is desired to apply a large amount of the solid for application on a large writing surface. Suitable for applicators and because the solids for coating automatically protrude a certain amount from the opening at the front end of the outer cylinder, it can be used for applications where the solids for coating are to be raised on the writing surface. Suitable for solid applicators.

1…塗布具、
2…外筒、2a…前端開口部、2b…後端開口部、2c…収容部、
2d…内向凸部、
21…前方小径部、
3…固形糊、31…先端部、32…外周面、33…底面、
4…キャップ、41…開口部、
5…底蓋部材、5a…突出部、5b…係止段部、5c…筒部、
5d…外向凸部、5e…係止窓、
6…押動体、6a…皿部、6b…筒部、6c…第一連続突起、
6d…第二係止爪、6e…弾性片、
61…傾斜面、62…垂直面、63…突起、64…傾斜面、
65…垂直面、
7…摺動体、7a…軸部、7b…摺動体本体部、7c…鍔部、
7d…突起、7e…第二連続突起、7f…軸部先端、
71…傾斜面、72…垂直面、73…突起、
8…コイルスプリング、
9…内筒、9a…突起、9b…溝部、9c…第一係止爪、9d…弾性片、
91…傾斜面、92…垂直面。
1 ... Applicator,
2 ... outer cylinder, 2a ... front end opening, 2b ... rear end opening, 2c ... housing part,
2d ... inward convex part,
21 ... Front small diameter part,
3 ... solid glue, 31 ... tip, 32 ... outer peripheral surface, 33 ... bottom surface,
4 ... cap, 41 ... opening,
5 ... Bottom cover member, 5a ... Projection part, 5b ... Locking step part, 5c ... Tube part,
5d: outward projection, 5e: locking window,
6 ... Pushing body, 6a ... Plate part, 6b ... Tube part, 6c ... First continuous protrusion,
6d: second locking claw, 6e: elastic piece,
61 ... Inclined surface, 62 ... Vertical surface, 63 ... Projection, 64 ... Inclined surface,
65 ... vertical plane,
7 ... sliding body, 7a ... shaft part, 7b ... sliding body body part, 7c ... saddle part,
7d ... projection, 7e ... second continuous projection, 7f ... shaft end,
71 ... inclined surface, 72 ... vertical surface, 73 ... projection,
8 ... Coil spring,
9 ... Inner cylinder, 9a ... Projection, 9b ... Groove, 9c ... First locking claw, 9d ... Elastic piece,
91 ... inclined surface, 92 ... vertical surface.

Claims (1)

被塗布面に、外筒内に配設した塗布用固形物の先端塗布面を押圧しながら被塗布面に沿って移動させることにより、塗布用固形物を被塗布面に塗布する構造の塗布用固形物の塗布具であって、外筒に塗布用固形物を収容し、前記塗布用固形物の中央部に前記外筒内へ収容した摺動体における摺動体本体の前方へ形成した軸部を挿通し、前記摺動体の摺動体本体部の後方に前記外筒に設けた底蓋を配し、該摺動体と該底蓋との間にスプリングを介在させて当該摺動体を当該底蓋から離間するよう弾発させ、前記摺動体本体部の外側に前記塗布用固形物を前方へ押動させる押動体の筒部を配し、該押動体の前方に設けた皿部に前記塗布用固形物の後端部を接触させ、前記押動体の外側に前記外筒に固設した内筒を配し、前記内筒の内方に突設した第一係止爪を前記押動体の側面に形成した第一連続突起へ係止させることにより、前記押動体を前記内筒に対して前進可能後退不能とし、前記押動体の内方に突設した第二係止爪を前記摺動体の側面に形成した第二連続突起へ係止させることにより、前記摺動体を前記押動体に対して後退可能前進不能とすると共に、前記摺動体に設けた突起を前記内筒に設けた溝部に係止させ、前記スプリングに弾発された前記摺動体の前進を前記摺動体の突起が前記内筒の溝部の前方に当接することで規制して、前記外筒の前端開口部から突出する前記摺動体の軸部および前記塗布用固形物の突出量を一定にする構造の塗布用固形物の塗布具。 For application of a structure in which the solid material for application is applied to the surface to be coated by moving the tip application surface of the solid material for application disposed in the outer cylinder along the surface to be coated while being pressed against the surface to be coated. An applicator for a solid material, wherein a solid material for application is accommodated in an outer cylinder, and a shaft portion formed in front of the sliding body in a sliding body accommodated in the outer cylinder at a central portion of the solid material for application. A bottom lid provided on the outer cylinder is disposed behind the sliding body main body of the sliding body, and a spring is interposed between the sliding body and the bottom lid so that the sliding body is separated from the bottom lid. A cylindrical portion of a pusher that is elastically moved away from the slide body and pushes the solid material for application forward is disposed on the outside of the main body of the slide body, and the coating solid is provided on a plate provided in front of the pusher. The rear end of the object is brought into contact, and an inner cylinder fixed to the outer cylinder is arranged outside the pusher, and protrudes inward of the inner cylinder. By locking one locking claw to the first continuous protrusion formed on the side surface of the pusher, the pusher can be moved forward and backward with respect to the inner cylinder, and protruded inward of the pusher. By locking the second locking claw to the second continuous protrusion formed on the side surface of the sliding body, the sliding body can be moved backward with respect to the pusher and cannot be advanced, and the protrusion provided on the sliding body Is engaged with a groove provided in the inner cylinder, and the forward movement of the sliding body, which is ejected by the spring, is regulated by the protrusion of the sliding body coming into contact with the front of the groove of the inner cylinder, and the outer An applicator for a solid object for application having a structure in which a shaft portion of the sliding body protruding from a front end opening of a cylinder and a protruding amount of the solid object for application are made constant.
JP2011147818A 2011-07-03 2011-07-03 Solid applicator for application Expired - Fee Related JP5828545B2 (en)

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS55415U (en) * 1978-05-27 1980-01-05
WO2001007338A1 (en) * 1999-07-28 2001-02-01 Kabushiki Kaisha Pilot Coating device for solid matter

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS55415U (en) * 1978-05-27 1980-01-05
WO2001007338A1 (en) * 1999-07-28 2001-02-01 Kabushiki Kaisha Pilot Coating device for solid matter

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