• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention relates to a liquid application container which can cause a liquid in an impregnated body to move smoothly and safely to a plate-shaped applicator body. Support portions (2t) and (2t) of a rear portion (2z) of an applicator body support (2) are advanced into an impregnated body (3) impregnated with a liquid, while a rear portion (4z) of an applicator body (4) having a flat shape and having a capillarity is supported so as to be clamped or wrapped by the support portions (2t) and (2t). The rear portion (4z) of the application body (4) can then be easily inserted into the impregnated body 3 without being curved, while being protected by the support portions (2t) and (2t). The liquid (L) in the impregnated body (3) is reliably moved to the application body (4), and the liquid L flows directly forwards through an opening (2) at the level of a rear end of the support portions (2t) and (2t), so that the liquid (L) in the impregnated body (3) is moved smoothly.
    公开号:FR3039756A1
    申请号:FR1657498
    申请日:2016-08-02
    公开日:2017-02-10
    发明作者:Risa Yasumi
    申请人:Tokiwa Corp；
    IPC主号:
    专利说明:

    LIQUID APPLICATION CONTAINER TECHNICAL FIELD
    The present invention relates to a liquid application container for applying a liquid.
    BACKGROUND
    A marker described in Patent Document 1 below is known as a customary container for applying a liquid. The marker of the patent document 1 is as follows. In the relevant art, when a marker body as an application body is introduced and inserted into an ink storage body as an impregnated body received in a container, the marker body curves because the marker body is formed of a fibrous body, for example, and therefore is soft. The marker is constituted in view of a problem of difficulty resulting from the assembly work. The marker adopts a constitution in which a marker body retaining member having a tubular shape provided with a bottom and having a pointed rear end is provided, the marker body is arranged in the marker body retaining member and retained therein, the marker body retainer is inserted into the ink storage body, slit-shaped slot portions extending in an axial direction and communicating with each other. the interior and exterior are arranged in side walls (peripheral walls) of the marker body retaining member for exposing the marker body from the notch portions, and the exposed portion is advanced inside the ink storage body. In accordance with the marker, the marker body retaining member internally retaining the marker body is inserted into the ink storage body without the soft marker body being directly inserted into the ink storage body. Thus, ink in the form of a liquid is transmitted from the ink storage body through the notch portions of the side walls of the marker body retaining member. On the other hand, an applicator described in patent document 2 is known in which an impregnated body pierces a body of application contrary to the patent document 1. The applicator adopts a constitution in which the impregnated body is a device of the invention. a rod-shaped paint feed, a rear end portion of the paint feeder is dipped in a paint in the form of a liquid received in a paint tank located in a container, and a portion of The front end of the paint feeder is pushed in and inserted into a brush as the application body. The paint in the paint tank is fed to the brush via the paint feeder.
    Patent Document 1: Japanese utility model released to the public N ° 1984-99791
    Patent Document 2: Japanese Patent Laid-open No. 2015-80856
    ABSTRACT
    However, according to the patent document 1, the ink rotates around the notch portions of the side walls of the marker body retaining member, advances to the interior, and then moves directly forward. towards the front end of the marker body. Thus, a resistance acts on the flow of the ink. It is therefore difficult for the ink to move slowly. In addition, in a case where the marker body is a thin flat plate slab material, it is more difficult to bring the ink, which a smooth moving is difficult as described above, to move further. smoothly and smoothly from a circumferential direction of the marker body retaining member through the notch portions in the internal marker body. On the other hand, according to the patent document 2, the ink moves smoothly as the ink is moved from the paint tank through the paint feeder to the brush. However, in a case where the brush is a soft and thin flat plate material, even when the front end portion of the paint feeder is to be pushed and inserted into the soft flat plate material and thin, the plate material is brittle, and thus escapes from the front end portion of the paint feed device to be inserted. Thus, the front end portion of the paint feeder can not be properly inserted. There is therefore a fear that the ink can not be fed to the plate material.
    Therefore, in view of the patent documents 1 and 2, it is desired that in a case where a plate-shaped application body is adopted, a liquid such as ink or paint is moved in a gentle and safe manner. from the impregnated body such as the ink storage body or the paint supply device to the plate-shaped application body. It is therefore an object of the present invention to provide a liquid application container which can cause a liquid in an impregnated body to move safely and gently to a plate-shaped applicator body.
    In accordance with the present invention, there is provided a liquid application container comprising: a container main body internally receiving a body impregnated with a liquid; an applicator body having an application portion for applying the liquid, and having a capillarity that draws liquid from the impregnated body and guides the liquid to the application portion; an application body holder into which the application body is inserted and which supports the application body. The applicator body includes an end portion in which the applicator portion is formed and protrudes outwardly from the container main body and a back portion that withdraws liquid from the impregnated body. The applicator body is formed in a plate shape. The application body holder includes one or more support portions in a rear portion of the applicator body holder, the one or more support portions being arranged to be along a body insertion direction. applying and supporting the rear portion of the applicator body to grip or enclose the rear portion of the applicator body, the one or more support portions having an opening formed at a rear end of the one or more support portions , and the one or more support portions advancing into the impregnated body or the impregnated body advancing into the one or more support portions.
    According to such a liquid application container, in the case where the one or more support portions of the rear part of the applicator body support advance into the liquid-impregnated body, the one or more support portions advance into the impregnated body while the back portion of the application body having a plate shape and having a capillarity is supported so as to be clamped or wrapped by the one or more support portions. Thus, the back portion of the applicator body is easily inserted into the impregnated body without being curved while being protected by one or more support portions. Therefore, the liquid in the impregnated body can be reliably moved to the application body, and the liquid flows directly forwards through the opening at the rear end of one or more parts of the body. support, so that the liquid located in the impregnated body can be moved smoothly. In addition, in the case where the impregnated body advances in the one or more support portions in the rear portion of the applicator body support, the impregnated body advances through the opening at the rear end of the one or more support parts. In this state, the back portion of the applicator body is supported to be clamped or wrapped by one or more support portions. Thus, the impregnated body that has progressed in the one or more support portions is easily inserted into the rear portion of the applicator body without the back portion of the applicator body escaping. Therefore, the liquid in the impregnated body can be reliably moved to the application body, and the liquid flows directly forwards through the opening at the rear end of one or more parts of the body. support, so that the liquid in the impregnated body can be moved smoothly.
    Various application bodies can be adopted as application bodies having a capillarity. Specifically, however, a constitution formed of a fibrous material can be adopted as an application body suitably producing the action described above.
    In addition, in the case where one or more support portions advance into the impregnated body, the impregnated body is preferably an inner cotton. When such a constitution is adopted, the one or more support portions of the application body support are harder than the inner cotton. As a result, the one or more support portions supporting the rear portion of the applicator body can be securely inserted into the inner liner.
    In addition, when the applicator body protrudes rearward from the opening at the rear end of the applicator body holder, the contact surface of the applicator body with the inner liner is increased. so that a larger amount of liquid can be moved to the application body.
    In addition, in the case where the one or more support portions support the rear portion of the applicator body so as to envelop the back portion of the applicator body, then the one or more support portions have a progress slot of in the side surfaces of the one or more support parts, the liquid progress slot communicating with the opening at the rear end and extending forwards, the liquid in the inner cotton advances in the one or more several support portions through the liquid progress slot. Therefore, a larger amount of liquid can be moved to the application body.
    In addition, in the case where the impregnated body advances in the one or more support portions, the impregnated body is preferably a relay core. When such a constitution is adopted, the application body touching a skin is softer than the relay core. Thus, the relay core can be securely inserted into a rear end surface of the back portion of the application body supported so as to be gripped or wrapped by one or more support portions of the body support. application.
    In addition, when the relay core has a protrusion at a front end of the relay core, and a rear end surface of the application body has a recess in which the protrusion of the relay core advances, the projection of the relay core Relay can be inserted and safely advanced into the depression of the rear end surface of the applicator body.
    In addition, in the case where the one or more support portions support the rear portion of the applicator body so as to grip the rear portion of the applicator body, when a slot communicating with the opening at the end rear and forwardly extending is arranged between the one or more support parts, and that the application body holder has a stop against which the application body passing in front of the slot from a rear side towards a front side comes into abutment, the application body abuts against the abutment of the application body support. Thus, the application body is easily positioned, and the application body is prevented from advancing further. The applicator body can therefore be prevented from slipping outward forwards while cleaning such as dust removal from the applicator body is performed.
    Various liquids can be adopted as a liquid. Specifically, however, since the applicator body has a flat shape and has capillarity, the liquid is preferably a cosmetic eyeliner material.
    ADVANTAGE EFFECTS
    Thus, in accordance with the present invention, it is possible to provide a liquid application container which can cause the liquid of the impregnated body to move to the plate-shaped applicator body in a gentle and safe manner.
    BRIEF DESCRIPTION OF THE DRAWINGS
    Figure 1 is a longitudinal sectional view of a liquid application container according to a first embodiment of the present invention; Fig. 2 is a view taken along a line II-II of Fig. 1 in the direction of the arrows; Fig. 3 is a perspective view of an applicator body and an application body carrier of Fig. 1 and Fig. 2 and as seen from the front; Fig. 4 is a perspective view of the applicator body and the application body carrier shown in Fig. 3 and as seen from the back; Fig. 5 is a perspective view of the applicator body support of Fig. 1 and Fig. 2 and as viewed from the rear; Fig. 6 is a side view of the application body holder shown in Fig. 5; Fig. 7 is a top view of the application body holder shown in Fig. 6; Figure 8 is a perspective view of the applicator body of Figure 1 and Figure 2; Fig. 9 is a side view of the applicator body shown in Fig. 8; Fig. 10 is a longitudinal sectional view of a liquid application container according to a second embodiment of the present invention; Fig. 11 is a view taken along a line XI-XI of Fig. 10 in the direction of the arrows; Fig. 12 is a perspective view of an applicator body and an applicator body carrier of Fig. 10 and Fig. 11 as viewed from the front; Fig. 13 is a perspective view of the applicator body and application body carrier shown in Fig. 12 and as seen from the back; Fig. 14 is a perspective view of the applicator body support of Fig. 10 and Fig. 11 and as viewed from the rear; Fig. 15 is a side view of the applicator body holder shown in Fig. 14; Fig. 16 is a top view of the application body holder shown in Fig. 15; Fig. 17 is a perspective view of the applicator body of Fig. 10 and Fig. 11; Fig. 18 is a side view of the applicator body shown in Fig. 17; and Fig. 19 is a perspective view of an impregnated body of Fig. 10 and Fig. 11.
    DESCRIPTION OF EMBODIMENTS
    Preferred embodiments of a liquid application container according to the present invention will now be described with reference to Figures 1 to 19. Figures 1 to 9 show a first embodiment of the present invention. Figures 10 to 19 show a second embodiment of the present invention. In the figures, identical elements are identified by the same references, and a repeated description thereof will not be made.
    We will first describe the first embodiment shown in Figures 1 to 9.
    Fig. 1 and Fig. 2 are sectional views of a liquid application container according to the first embodiment of the present invention. Fig. 3 and Fig. 4 are perspective views of an applicator body and an application body carrier. Figures 5 to 7 are diagrams of the application body holder. Figure 8 and Figure 9 are diagrams of the application body. The liquid application container according to the present embodiment may be used by a user to apply a liquid contained in the liquid application container to a portion on which to apply the liquid as appropriate. The liquid in this case is particularly preferably a cosmetic eyeliner material, which is a liquid cosmetic material for drawing an eyeliner line. Therefore, the liquid application container in this case is an eyeliner cosmetic material application container.
    As shown in FIG. 1 and FIG. 2, an eyeliner cosmetic material application container 100 comprises a container main body 1 and a head tube 2 forming an outer shape of the container, an inner cotton 3 as an impregnated body received in the container main body 1, and a flat application body 4 received in the container main body 1 and the head tube 2, and projecting from an opening at a front end of the head tube 2.
    The container main body 1 is for example formed of polypropylene (PP) or the like, and configured as a tapered stepped cylinder. An opening at a rear end of the container main body 1 is closed by arranging a tail plug 6 formed for example of PP or the like in the rear end of the container main body 1. The inner cotton 3 impregnated with a material cosmetic eyeliner is filled into an interior space formed to have an increased diameter in the back of a stepped surface of an outer circumferential surface of the container main body 1. The inner cotton 3 is formed for example polyester or the like, and has a long cylindrical shape. The size of the inner cotton 3 can be adjusted by an adjusting device 5 disposed at a rear end of the inner cotton 3, the adjusting device 5 being formed for example of high density polyethylene (HDPE) or the like.
    The head tube 2 is an application body holder in which the applicator body 4 is inserted and which supports the application body 4 (the head tube 2 will hereinafter be referred to as the application body holder 2 ). The application body support 2 is formed for example of PP or the like. As shown in FIGS. 5 to 7, the applicator body support 2 comprises an end portion 2 x of the front end side, a back portion 2 2 of the rear end side and an intermediate portion 2 2 between the front end portion. 2x end and the rear part 2z. As shown in FIG. 1 and FIG. 2, the end portion 2x protrudes from the container main body 1, and the intermediate portion 2y and the rear portion 2z are received in the container main body 1.
    A half back portion of the end portion 2x and the intermediate portion 2y are formed in a tubular shape. A tube duct 2h penetrating the rear half-portion of the end portion 2x and the intermediate portion 2y has a shape capable of receiving an intermediate portion 4y (see Figure 8 and Figure 9 which will be described in more detail below ) of the flat application body 4, namely, a substantially rectangular sectional shape corresponding to the shape of the intermediate portion 4y of the application body 4.
    As shown in FIGS. 5 to 7, the outer circumferential surface on the rear end side of the end portion 2x has a circular shape, and the end portion 2x has a tapered shape which has a reduced diameter of such so that the circular shape is changed into a flat shape towards the front end side. An opening 2b at the front end of the tapered shape is an outlet for the applicator body 4, the outlet being continuous with the tube conduit 2h and of similar shape therewith having a substantially rectangular cross-sectional shape (see FIG. Figure 1, Figure 3, and Figure 4). Two projecting portions 2g opposite one another, which projecting portions project forwardly from opening edges on a large-diameter side (direction perpendicular to the plane of the paper of FIG. 7) of the opening 2b as an outlet, are arranged at the opening edges on a small diameter side (vertical direction of FIG. 7) of the opening 2b. The protruding portions 2g and 2g are end portion support portions which enclose and support a 4x end portion, which will be described later, of the applicator body 4 from two sides (the projecting portions 2c). will be referred to hereinafter as end portion support portions 2g). The end portion support portions 2g are shaped such that they are substantially along an outer edge of the end portion 4x of the application body 4 (the shape of the outer edge of the portion of the 4x end of the application body 4 will be described later).
    The outer circumferential surface of the intermediate portion 2y has a circular shape of small continuous diameter with the rear end of the end portion 2x via a stepped surface 2e. The intermediate portion 2y is an integral body extending rearwardly over a predetermined length. An opening 2d, as an outlet of the tube conduit 2h having the substantially rectangular cross-sectional shape, which tube conduit enters the intermediate portion 2y, is open in a rear end surface of the intermediate portion 2y. Parts of the rear end surface of the intermediate portion 2y having the opening 2d, which portions are on the periphery of the opening 2d, or more specifically on the periphery of the large diameter side of the opening 2d, 2f abutments against which stops 4f (which will be described in more detail below) of the application body 4 abut when the application body 4 is assembled.
    The rear portion 2z has two protruding portions 2t and 2t which are connected to the rear end surface of the intermediate portion 2y so as to be disposed along an insertion direction of the application body 4, and which protrude backwards. The protruding portions 2t are rear support portions which enclose and support a rear portion 4z, which will be described later, of the applicator body 4 on two sides (the protruding parts 2b will hereinafter be referred to as support portions rear portion 2t). Each of the rear portion support portions 2t is configured in the form of a flat plate, and has a tapered shape towards the rear end side. The rear portion support portions 2t are configured to protrude rearwardly from opening edge centers on a small diameter side (vertical direction of Fig. 7) of the opening 2d. In other words, a slot 2s (a gap) is formed between an edge portion of one side (upper side in Figure 5) of a first rear portion support portion 2t and an edge portion of a side (upper side) of the other rear part support part 2t. A similar slot 2s is also formed between an edge portion on the other side (bottom side in Fig. 5) of the first rear portion support portion 2t and an edge portion on the other side (lower side on the back side). 5) of the other rear portion support portion 2t. These slots 2s and 2s are opposite to each other and communicate with each other. In addition, a rear end between the rear portion support portions 2t and 2t is open rearwardly, thereby forming an opening 2u.
    The application body 4 is used to apply the eyeliner cosmetic material L along the edge of an eye. The application body 4 is also called tip. As shown in Fig. 8 and Fig. 9, the applicator body 4 is formed in the form of a thin flat plate, and extends in an axial direction. The application body 4 has an optimum thickness for drawing a thin line of eyeliner. The applicator body 4 has a capillarity which extracts the eyeliner cosmetic material L whose inner cotton 3 is impregnated and guides (moves) the cosmetic eyeliner material L to an application part 4a on the side of the eyeliner. front end. The application body 4 in this case is formed of polyolefin so as to provide a soft touch conforming to the skin at the time of application.
    Incidentally, it is sufficient that the application body 4 is capable of exhibiting at least one capillarity. However, the applicator body 4 preferably provides a soft feel. A soft fibrous material or a soft porous material such as a sponge may be used as the application body 4. The application body 4 may also be formed for example of nylon, polyester, or the like, other than polyolefin. Incidentally, the application body 4 is preferably formed of a fibrous material.
    This applicator body 4 comprises a 4x end portion on the front end side, a rear portion 4z on the rear end side, and an intermediate portion 4y between the end portion 4x and the rear portion 4z. .
    The end portion 4x is a portion projecting from the opening 2b of the application body holder 2 (see FIG. 1). As viewed from above (as viewed in a direction perpendicular to the plane of the paper of FIG. 9), the end portion 4x takes the form of an end portion (tip) having for example the single-edge shape of a kitchen knife or the like. Specifically, with respect to the shape of an outer edge of the end portion 4x, when viewed from above, a portion 4m corresponding to the so-called rear which is a portion of the rear side of the edge of the single-edge shape is formed in a linear form. A front end of the linear form forms a pointed portion 4n, pointed at an acute angle. With respect to the portion of what is referred to as an edge curve, a portion from the rearwardly pointed portion 4n forms a curved, inclined surface 4a which is curved and inclined. Then, the curved sloping curved surface 4a with a small thickness forms an application part for drawing an eyeliner line (the curved inclined surface 4a will hereinafter be referred to as application part 4a).
    Incidentally, in this case, as a particularly preferred form for applying the eyeliner cosmetic material L, the pointed portion 4n is arranged to be shifted to a side (upper side of FIG. 9) in a direction of the width (vertical direction of Figure 9) when viewed from above as in the single-edge form. However, the pointed portion 4n may be disposed at a center in the width direction as in a two-edge shape. In addition, while the application portion 4a is curved and inclined, the application portion 4a can be inclined linearly.
    Two axial intermediate side surfaces (upper and lower surfaces in Fig. 9) of the intermediate portion 4y have stepped surfaces 4f where the rear end side is enlarged outward in the width direction relative to at the front end side. The intermediate portion 4y is therefore a flat plate in which a portion at the rear of the stepped surfaces 4f is wider in the width direction than a portion at the front of the stepped surfaces 4f. The stepped surfaces 4f form stops, which abut against the stops 2f of the applicator body support when the applicator body 4 is assembled on the application body support 2 (the stepped surfaces 4f will be hereafter be called stops 4f).
    The rear part 4z is a part that penetrates into the inner cotton 3 and which extracts the cosmetic material eyeliner L (see Figure 1 and Figure 2). As seen from above, the rear portion 4z takes the form of an end portion having a two-edge shape, for example. Specifically, a center in the width direction of the rear end of the rear portion 4z is formed so as to be directed rearwardly to be easily inserted into the inner cotton 3.
    As shown in Fig. 3 and Fig. 4, the applicator body 4 is inserted from the end portion 4x into the opening 2d into the rear end surface of the intermediate portion 2y of the body support. 2. As shown in FIG. 1 and FIG. 4, the abutments 4f as stepped surfaces of the flat application body 4 abut against the abutments 2f of the intermediate portion 2y of the applicator body support 2. The flat application body 4 is thus positioned and prevented from advancing further.
    In this state, as shown in FIGS. 1 to 4, the end portion 4x of the applicator body 4 protrudes from the opening 2b of the end portion 2x of the applicator body holder 2, and is gripped and supported from two sides by the end portion support portions 2g and 2g of the application body holder 2, the end portion support portions 2g and 2g having an outer edge shape so as to be substantially along (of a substantially smaller similar shape) the outer edge shape of the end portion 4x of the application body 4.
    In addition, the rear portion 4z of the applicator body 4 protrudes rearwardly from the opening 2d into the rear end surface of the intermediate portion 2y of the applicator body holder 2, and is clamped and supported from two sides by the rear portion support portions 2t and 2t of the application body holder 2, the rear portion support portions 2t and 2t having the shape of a flat plate and extending rearward. In this state, the rear portion 4z of the applicator body 4 protrudes so as to protrude slightly rearwardly from the rear portion support portions 2t and 2t of the applicator body holder 2, and protrudes to protrude substantially in the vertical direction from the rear portion support portions 2t and 2t of the applicator body support 2.
    Then, as shown in Fig. 1 and Fig. 2, the application body holder 2 thus integrated with the applicator body 4 is inserted from the side of the rear body support portions 2t and 2t of the body support. in a tube conduit in a cylindrical front end portion of the container main body 1. The stepped surface 2e of the application body holder 2 abuts against a front end surface of the main body of the container main body. The outer circumferential surface at the rear of the stepped surface 2e is arranged on an inner circumferential surface of the forward end of the container main body 1. The application body holder 2 supporting the application body 4 is thus arranged on the main container body 1.
    In this state, the rear portion 4z of the application body 4, which rear portion is clamped, is supported by the rear portion support portions 2t and 2t of the application body holder 2, has been advanced and inserted into the cotton 3. The applicator body 4 is prevented from moving forward by the abutments 2f of the application body holder 2, and is prevented from moving backwards by the inner cotton 3. The body application 4 is therefore positioned in its axial direction.
    When the applicator body support 2 supporting the applicator body 4 is thus arranged on the main container body 1, the cosmetic eyeliner applicator container 100 shown in FIG. 1 and FIG. is obtained. Incidentally, as shown in FIG. 1, a cap 9 is separably arranged on the cosmetic eyeliner applicator container 100 so as to cover the applicator body 4.
    In the eyeliner cosmetic material application container 100 thus formed, the capillarity of the application body 4 brings the eyeliner cosmetic material whose inner cotton 3 is impregnated to be taken from the part rear 4z of the application body 4, to move in the application body 4, and further move to the application portion 4a of the end portion 4x. Therefore, a thin line of eyeliner can be drawn by the application portion 4a, with a soft touch.
    Such an eyeliner cosmetic material application vessel 100, in particular, produces the following action and effects. Due to the constitution in which the rear portion support portions 2t and 2t of the rear portion 2z of the application body holder 2 advance in the inner cotton 3 while the rear portion 4z of the application body 4 having the of a flat plate and having a capillarity is clamped and supported by the rear portion support portions 2t and 2t (see Figure 2), the rear portion 4z of the application body 4 is easily inserted into the inner cotton 3 without be curved, while being protected by the rear support portions 2t and 2t. Therefore, the eyeliner cosmetic material located in the inner cotton 3 can be securely moved to the application body 4, and the eyeliner cosmetic material L flows directly through the opening 2u located at the rear end of the rear portion support portions 2t and 2t, so that the eyeliner cosmetic material L located in the inner cotton 3 can be moved smoothly.
    Moreover, in accordance with the present embodiment, in that the backing support portions 2t and 2b of the application body holder are harder than the inner cotton 3, the backing portion 2t and 2t can be inserted safely into the inner cotton 3.
    In addition, because the applicator body 4 protrudes rearwardly from the opening 2u of the rear end of the applicator body support 2 (see FIG. 2), the applicator body 4a a large area of contact with the inner cotton 3. Thus, a larger amount of eyeliner cosmetic material L can be moved to the application body 4.
    In addition, the slots 2s and 2s communicating with the opening 2u located at the rear end of the application body support 2 and extending forwardly are arranged between the rear portion support portions 2t and 2t of the application body holder 2, and application body holder 2 has stops 2f and 2f against which to abut application body 4 which passes in front of slots 2s and 2s from the back side to the side before (see Figure 5). Therefore, since the stops 4f and 4f of the application body 4 abut against the stops 2f and 2f of the application body support 2 (see FIG. 1), the application body 4 is easily positioned, and the application body 4 is prevented from advancing further. The applicator body 4 can therefore be prevented from slipping outward forwards while a cleaning such as a dirt pickup from the applicator body 4 is performed in the state of the application vessel. of cosmetic eyeliner material 100 shown in FIG. 1 and FIG.
    The present embodiment further produces the following action and effects. Because the applicator body 4 is formed in the form of a thin flat plate to draw a thin line of eyeliner, and provides a soft feel, the applicator body 4 is fragile, and as such There is a problem in that the end portion 4x of the application body 4 is curved by a path pressure when an eyeliner line is drawn. In the present embodiment, however, the 4x end portion of the applicator body 4 is clamped and supported from two sides by the end portion support portions 2g and 2g having an outer edge shape of to be substantially along the outer edge shape of the end portion 4x (see Figure 3 and Figure 4). The end portion 4x of the application body 4 can therefore be prevented from curving under a path pressure when a line of eyeliner is drawn. Because the end portion 4x of the applicator body can thus be prevented from curving when an eyeliner stroke is drawn, a beautiful and thin line of eyeliner having a desired width can be easily traced by the application portion 4a along the edge of an eye.
    The present inventor has conducted three-point bend tests in which a compact EZTest benchtop tester (manufactured by Shimadzu Corporation) has been used and a load has been applied to a test specimen having a width of 3 mm. and a length of 30 mm in the direction of the thickness of the test sample, with a distance of 20 mm between support points and with a crosshead speed of 20 mm / minute. The present inventor has found accordingly that an applicator body having a material and a thickness such that a load of 0.17 N or smaller is applied when a deformation amount of the applicator body is 4 mm. is an application body that is soft and provides an excellent feel to the application. According to this test, it is shown that the softness can be ensured when the material of the application body is the polyolefin and the thickness of the application body is set at 1 mm or less, and that the thickness of the body of The application is more preferably 0.7 mm or less from the point of view of softness.
    Incidentally, in the first embodiment, as a particularly preferred example, the rear portion 4z of the flat application body 4 is supported to be clamped by the rear body support portions 2t and 2b of the body support. 2. However, a portion of the rear portion 4z of the application body 4, which portion is exposed to the outside without being gripped by the rear portion support portions 2t and 2t of the application body holder 2, can be covered, and supported so that the entire periphery of the rear portion 4z of the application body 4 is wrapped. Such a constitution also produces an action and effect substantially similar to those in which the rear portion 4z of the application body 4 is clamped and supported by the rear portion support portions 2t and 2t of the application body holder 2 Incidentally, in the case where the rear portion support portions thus support the portion of the rear portion 4z of the application body 4, which portion is exposed to the outside so as to wrap the entire periphery of the rear portion 4z of the application body 4, when one or more progression slots which communicate with the opening 2u at the rear end and extend forward are arranged in lateral surfaces (peripheral surfaces) of the support parts. of the rear part, the eyeliner cosmetic material L located in the inner cotton 3 progresses inside the rear portion support portions through the progress slots e liquid, so that a larger amount of eyeliner cosmetic material L can be moved to the application body 4. In this case, it is preferable that the application body 4 in the parts of advancing back support in the liquid progress slots, or advancing in the inner cotton 3 on the outside through the liquid progress slots, because an even greater amount of cosmetic eyeliner material L can be moved to the application body 4.
    In the first embodiment, the eyeliner cosmetic material application vessel 100 of the type in which the flat application body 4 is inserted into the inner cotton 3 as an impregnated body has been described above. . In a second embodiment shown hereinafter in FIGS. 10 to 19, description will be made of an applicator container of eyeliner cosmetic material of a type in which an impregnated body is inserted into a flat application body.
    Fig. 10 and Fig. 11 are sectional views of a liquid application container according to the second embodiment of the present invention. Fig. 12 and Fig. 13 are perspective views of an applicator body and an application body carrier. Figures 14 to 16 are diagrams of the application body holder. Fig. 17 and Fig. 18 are diagrams of the application body. Figure 19 is a perspective view of an impregnated body. In the second embodiment also, a cosmetic eyeliner applicator container containing cosmetic eyeliner material in the form of a liquid is used as a liquid application container.
    As shown in FIG. 10 and FIG. 11, the eyeliner cosmetic material application vessel 200 comprises a container-receiving main body 11, a housing portion 11a arranged in a rear half-portion of the body main container 11 for receiving an eyeliner cosmetic material L, an applicator body 14 projecting from a front end of the container main body 11 to apply, the eyeliner cosmetic material L located thereon in the housing portion 11a, an applicator body support 12 supporting the applicator body 14 and arranged on the container main body 11, a shaft-shaped relay core 17 as an impregnated body disposed in the container main body 11 and connecting the inside of the housing portion 11a to the applicator body 14, and a substantially cylindrical bellows member 18 arranged around the relay core 17.
    Incidentally, in this case, a support tube 20 having the shape of a cylinder with a bottom and having a great length in the axial direction is detachably or non-detachably arranged on a rear side of the container main body. 11 to facilitate application by a user holding the cosmetic eyeliner applicator container 200, and a cap 19 is detachably arranged on a front side of the container main body 11 to protect the body from application 14.
    The container main body 11 is formed for example of PP or the like, and is configured in the form of a tapered cylinder. An outer circumferential surface on a forward end side of the container main body 11 is provided with an annular flange portion 11b. An opening at the rear end of the container main body 11 is closed by arranging a tail plug 16 formed for example of PP or the like in the rear end of the container main body 11. An interior space formed so as to have a Increased diameter at the rear of the bellows element 18 in the container main body 11 is the housing portion 11a filled with eyeliner cosmetic material L. The housing portion 11a receives, in association with the material cosmetic eyeliner 11, a spherical stirrer 13 formed for example in a stainless steel (SUS) or the like to stir the cosmetic material of eyeliner L.
    The applicator body holder 12 is adapted to support the applicator body 14 in a state in which the applicator body 14 is inserted into the applicator body holder 12. The applicator body holder 12 is formed for example of PP or the like. As shown in FIGS. 14 to 16, the applicator body support 12 includes an end portion 12x on a front end side, a back portion 12z on a rear end side, and an intermediate portion 12y between the end portion 12x and the rear portion 12 z. As shown in Fig. 10 and Fig. 11, end portion support portions 12g and 12g (to be described in detail later) as projecting portions on the front end side of the end portion 12x. protrude from the container main body 11. A portion of the end portion 12x, which portion is at the rear of the end portion support portions 12g and 12g as well as the intermediate portion 12y and the rear portion 12z are received in the main container body 11.
    As shown in FIGS. 14 to 16, the portion of the end portion 12x, which portion is at the rear of the end portion support portions 12g and 12g, and the intermediate portion 12y are configured in tubular form. having a circular outer circumferential surface. A 12h tube conduit (see Fig. 10 and Fig. 11) traversing the portion of the portion 12x at the rear of the end portion support portions 12g and 12g and the intermediate portion 12y comprises a front half portion having a shape capable of receiving an intermediate portion 14y (see Figure 17 and Figure 18 which will be described in detail later) of the flat application body 14, namely, a substantially rectangular sectional shape corresponding to the shape of the intermediate portion 14y of the body d 14. The tube conduit 12h also comprises a continuous rear half-portion with the front half-portion, the rear half-portion having a substantially rectangular cross section whose large diameter is the same as the large diameter of the half-portion. -Front part (see Figure 10) and whose small diameter has the same length as the diameter of a shaft portion 17a, which will be described later, the relay core 17 (see Figure 11).
    As shown in FIGS. 14-16, an opening 12b at a forward end of the portion of the end portion 12x, which portion is at the rear of the end portion support portions 12g and 12g, is an output for the applicator body 14, the outlet being continuous with the tube conduit 12h and having a shape similar thereto having the substantially rectangular sectional shape (see FIG. 10, FIG. 12, and FIG. 13). Two end supporting portions 12g opposite each other which support portions protrude forwardly from the opening edges on a large diameter side (direction perpendicular to the plane of the paper of FIG. 16 ) of the opening 12b as the outlet is provided at the opening edges on a small diameter side (vertical direction of Figure 16) of the opening 12b. The end portion support portions 12g and 12g grip and support an end portion 14x, which will be described later, of the applicator body 14 from two sides. The end portion support portions 12g and 12g have a tapered shape having a reduced diameter so as to change into a flat shape towards the front end side. In addition, the end portion support portions 12g and 12g have a reduced diameter tear-off shape so as to change into a flat shape towards the front end side. In addition, the end portion support portions 12g and 12g have such a shape that they are substantially along an outer edge of the end portion 14x of the applicator body 14 (the shape of the outer edge end portion 14x of the applicator body 14 will be described later).
    The outer circumferential surface of the intermediate portion 12y has a circular shape of large continuous diameter with a rear end of the end portion 12x through a stepped surface 12e. The intermediate portion 12y is an integral body extending backward for a short length. A rear end portion of the intermediate portion 12y is provided with a groove 12n dug from a rear end surface of the intermediate portion 12y to a predetermined depth, the groove 12n straddling the tube conduit 12h having a substantially rectangular sectional shape as viewed in an axial direction, the tube conduit 12h penetrating the intermediate portion 12y, and the groove 12n extending on a large diameter side (direction perpendicular to the plane of the paper of Figure 16) 12h tube duct. An opening 12d as a hole outlet is formed in a position where the tube conduit 12h penetrating the intermediate portion 12y intersects the groove 12n. Hollow recessed portions 12q in the axial direction are formed by the groove 12n on the periphery of the large diameter side of the opening 12d. When the applicator body 14 is assembled, abutments 14f (which will be described later in detail) of the applicator body 14 advance into the recessed portions 12q.
    Bottom surfaces 12f of the recessed portions 12q are abutments against which the abutments 14f of the applicator body 14 abut (the bottom surfaces 12f of the recessed portions 12q will hereinafter be referred to as abutments 12f).
    The rear portion 12z comprises two projecting portions 12t and 12t which are connected to the rear end surface of the intermediate portion 12y so as to be in a direction of insertion of the applicator body 14, and project towards the back. These protruding portions 12t and 12t are rear portion support portions which enclose and support a rear portion 14z, which will be described later, of the applicator body 14 from two sides (the protruding portions 12t will be referred to herein as after rear portion support portions 12t). Each rear portion support portion 12t has a substantially semi-cylindrical sectional shape obtained by dividing a cylinder into two. End surfaces 12m and 12m on both sides of the substantially semi-cylindrical sectional shape of a first rear portion support portion 12t and 12m and 12m end surfaces on both sides of the substantially semi form The cylindrical sectional section of the other rear portion support portion 12t is opposed to each other, and forms surfaces which enclose the rear portion 14z of the applicator body 14 from two sides. The rear portion support portions 12t and 12t are arranged such that a small diameter side (vertical direction of Fig. 16) of the opening 12d is located between the rear portion support portions 12t and 12t of the substantially semi-cylindrical shape in section as seen in the axial direction.
    Since such a constitution is adopted, a slot 12s is formed between the end surface 12m on a first side of the first rear portion support portion 12t and the end surface 12m on a first side of the another rear portion support portion 12t, and a similar slot 12s is formed between the end surface 12m on the other side of the first rear portion support portion 12t. and the end surface 12m on the other side of the other rear portion support portion 12t. Slots 12s and 12s are configured to communicate linearly with respective recessed portions 12q recessed in the rear end surface of intermediate portion 12y. In addition, a rear end between the rear portion support portions 12t and 12t is open rearwardly, thereby forming an opening 12u.
    The applicator body 14 is used to apply the eyeliner cosmetic material L along the edge of an eye. The application body 14 is also called the end. As shown in Fig. 17 and Fig. 18, the applicator body 14 is formed in the form of a thin flat plate, and extends in an axial direction. The applicator body 14 has an optimum thickness for drawing a thin line of eyeliner. The applicator body 14 has a capillarity which picks up the eyeliner cosmetic material L from the relay core 17 and guides (moves) the eyeliner cosmetic material L to an application part 14a on the side of the front end. The applicator body 14 in this case is formed of polyolefin so as to provide a soft touch conforming to the skin at the time of application.
    Incidentally, it is sufficient that the application body 14 is capable of exhibiting at least one capillarity. However, the applicator body 14 preferably provides a soft feel. A fibrous material or a soft porous material such as a sponge may be used as the application body 14. The application body 14 may also be formed for example of nylon, polyester, or the like, other than a polyolefin . Incidentally, the applicator body 14 is preferably formed of a fibrous material.
    This applicator body 14 includes an end portion 14x on the front end side, a rear portion 14z on the rear end side, and an intermediate portion 14y between the end portion 14x and the rear portion 14z. .
    The end portion 14x is a portion protruding from the opening 12b of the applicator body holder 12 (see FIG. 10). As viewed from above, (as seen in a direction perpendicular to the plane of the paper of FIG. 18), the end portion 14x takes the form of an end portion (tip) having a single edge shape, for example a kitchen knife or the like. Specifically, as for the shape of an outer edge of the end portion 14x, as seen from above, a portion 14m corresponding to the so-called back which is a portion on the back side of an edge having the single-edge shape is formed in a linear form. A front end of the linear form forms an acute portion 14n directed at an acute angle. As for the portion of the so-called edge curve, a portion from the acute portion 14n rearward forms a curved inclined surface 14a which is curved and inclined. Then, the curved, curved, angled surface 14a having a small thickness forms an application portion for drawing an eyeliner line (the curved inclined surface 14a will hereinafter be referred to as application portion 14a).
    Incidentally, in this case, as a particularly preferred form for applying the eyeliner cosmetic material L, the acute portion 14n is arranged to be shifted to one side (upper side in Fig. 18) in a width direction. (vertical direction of Figure 18) as seen from above as in the single-edge form. However, the acute portion 14n may be disposed at a medium in the width direction as in a two-edge shape. In addition, while the application portion 14a is curved and inclined, the application portion 14a can be inclined linearly.
    The intermediate portion 14y is continuous with a rear end of the end portion 14x, and is formed in a substantially rectangular sectional shape.
    The rear portion 14z is a part that picks up the eyeliner cosmetic material L from the relay core 17 which enters a rear end of the rear portion 14z (see FIG. 10). The rear portion 14z has a recess-shaped recess 14k recessed in the forward direction from a rear end surface of the rear portion 14z so that a front end projection 17b (which will be described more in 'more detail below) of the relay core 17 is easily inserted. The rear side including the recess 14k constitutes the rear portion 14z which draws the eyeliner cosmetic material L from the relay core 17. The recess 14k which is cut from the rear end divides the rear portion 14z in projecting parts in fork 14w and 14w. Two side surfaces (upper and lower surfaces in Fig. 18) on front end sides of the respective projecting portions 14w and 14w are provided with protruding portions 14f projecting outwardly. The protruding parts 14f are abutments which penetrate the recessed portions 12q of the applicator body support 12 and which abut against the stops 12f of the applicator body support 12 when the applicator body 14 is assembled on the application body support 12 (the protruding parts 14f will hereinafter be called abutments 14f).
    As shown in Fig. 12 and Fig. 13, such a flat applicator body 14 is inserted from the end portion 14x into the opening 12d into the rear end surface of the intermediate portion 12y of the carrier. application body 12 (see FIG. 14). As shown in Fig. 10, Fig. 12 and Fig. 13, the abutments 14f as projecting portions of the applicator body 14 abut against the stops 12f of the intermediate portion 12y of the applicator body holder 12. The application body 14 is thus positioned and prevented from advancing further.
    In this state, as shown in FIGS. 10 to 13, the end portion 14x of the applicator body 14 protrudes from the opening 12b of the end portion 12x of the applicator body holder 12, and is clamped and supported from two sides by the end portion support portions 12g and 12g of the applicator body support 12, the end portion support portions 12g and 12g having such an edge shape outside to be substantially along (a substantially smaller similar shape) of the outer edge shape of the end portion 14x of the applicator body 14.
    In addition, as shown in Fig. 12 and Fig. 13, the rear portion 14z of the applicator body 14 is clamped and supported from two sides by the rear portion support portions 12t and 12t of the body support. 12. Specifically, a first projecting portion 14w of the rear portion 14z is sandwiched between the end surface 12m on a first side of the substantially semi-cylindrical sectional shape of a first rear portion support portion. 12t and 12m end surface on a first side of the substantially semi-cylindrical sectional shape of the other rear portion support portion 12t, and the other projecting portion 14w of the rear portion 14z is sandwiched between the end surface 12m on the other side of the substantially semi-cylindrical sectional shape of the first rear portion support portion 12t and the end surface 12m on the other side of the substantially semicircular shape. cylindrical section of the other rear part support portion 12t. The rear portion 14z of the application body 14 is thus supported.
    Then, as shown in Fig. 10 and Fig. 11, the application body holder 12 thus integrated with the applicator body 14 is inserted from the front end side of the applicator body holder 12 into a pipe conduit through the open opening at the rear end of the container main body 11. The stepped surface 12e abuts against a stepped surface arranged on an inner circumferential surface of the front end side of the container main body 11 The outer circumferential surface of the portion at the front of the stepped surface 12e is arranged on the inner circumferential surface in the forward end of the container main body 11. The application body holder 12 supporting the application body 14 is therefore arranged on the main container body 11. The bellows element 18 is intended to control the flow of the eyeliner cosmetic material. L. The bellows element 18 is formed for example of PP or the like. The bellows element 18 is configured in a substantially cylindrical shape. Grooves (bellows) for containing the eyeliner cosmetic material L are arranged at the rear of a front end portion of the bellows member 18 of the axial direction.
    The relay core 17 is formed for example of polyethylene terephthalate (PET) or the like. As shown in Fig. 19, the relay core 17 is configured in the form of a shaft having a circular cross-section. The relay core 17 comprises an axially extending shaft portion 17a and a projection 17b which is located on a forward end of the shaft portion 17a so as to have a reduced diameter through a stepped surface 17c and which protrudes forward. As shown in Fig. 10 and Fig. 11, the shaft portion 17a of the relay core 17 passes through a tube conduit of the bellows member 18. A front end side of the shaft portion 17a is arranged the front end side of the bellows element 18. The relay core 17 is therefore arranged on the bellows element 18.
    Then, the bellows element 18 thus integrated with the relay core 17 is inserted from the front end side of the bellows element 18 into the tube conduit through the open opening at the rear end of the body. main container 11. A cylindrical rear end portion 18a of the bellows element 18 is arranged in a recessed portion 11c of the inner circumferential surface of the container main body 11. The bellows element 18 integrated with the core Relay 17 is therefore arranged in the main container body 11.
    In this state, the cylindrical front end portion of the bellows member 18 abuts against the rear end surface of the intermediate portion 12y of the applicator body holder 12 (see FIG. 11). The abutments 14f of the applicator body 14 are rendered stationary in the axial direction in a state sandwiched between the abutments 12f of the applicator body support 12 and a front end surface of the bellows element 18 (see FIG. ). Moreover, in this state, the stepped surface 17c of the relay core 17 abuts against the rear end surface of the application body 14 (see FIG. 10), and the projection 17b of the relay core 17 advances through the opening 12u located at the rear end of the rear portion 12z of the application body holder 12 (see Figure 13). In addition, the protrusion 17b of the relay core 17 is inserted and advanced into the rear portion 14z of the application body 14, which rear portion is clamped and supported by the rear portion support portions 12t and 12t of the body support. 12. Specifically, the protrusion 17b of the relay core 17 is inserted and advanced into the recess 14k formed between the protruding portions 14w and 14w of the rear portion 14z (see FIG. 10). In this state, the projection 17b of the relay core 17 is in contact with the rear portion 14z of the application body 14.
    Then, the tail cap 16 described above is arranged in the opening of the rear of the rear end portion 18a of the bellows element 18 in the container main body 11. The housing portion 11a described above is formed between the rear end portion 18a of the bellows element 18 and the tail cap 16. The housing portion 11a is filled with eyeliner L cosmetic material.
    A unit thus assembled is inserted from the rear end side of the unit into a tube conduit of the support tube 20. The rim portion 11b of the container main body 11 abuts against a front end surface of the support tube 20. In this state, the outer circumferential surface at the rear of the rim portion 11b of the container main body 11 contacts an inner circumferential surface located on a front end side of the support tube. 20. The unit is thus arranged on the support tube 20. The cosmetic eyeliner applicator container 200 shown in Fig. 10 and Fig. 11 is thus obtained.
    In the eyeliner cosmetic material application container 200 thus formed, the eyeliner cosmetic material L located in the container main body 11 is taken from the back portion of the relay core 17, passes through the shaft portion 17a, and moves to the front end projection 17b. In addition, because of the capillarity of the applicator body 14, the eyeliner cosmetic material L is taken from the rear portion 14z of the applicator body 14, the projection 17b being inserted into the rear part 14z of the body application 14 and in contact therewith, moves through the application body 14, and further moves to the application portion 14a of the end portion 14x. Thus, a thin line of eyeliner can be traced by the application portion 14a with a soft touch.
    Such an eyeliner 200 cosmetic material application vessel, in particular, produces the following action and effects. The relay core 17 advances in the rear portion support portions 12t and 12t through the opening 12u at the rear end of the application body holder 12 in the state in which the rear portion 14z of the body 14, which has the shape of a flat plate and has a capillarity is clamped and supported by the rear portion support portions 12t and 12t of the application body support 12. Thus, the relay core 17 which has advanced in the rear portion support portions 12t and 12t is easily inserted into the rear portion 14z of the application body 14 while the rear portion support portions 12t and 12t of the application body holder 12 prevent the rear portion 14z of the application body 14 to escape. Therefore, the eyeliner cosmetic material L located in the relay core 17 can be reliably moved to the application body 14, and the eyeliner cosmetic material L flows directly to the before through the opening 12u at the rear end of the rear portion support portions 12t and 12t, so that the eyeliner cosmetic material L in the relay core 17 can be moved smoothly.
    In addition, in accordance with the present embodiment, the applicator body 14 is softer than the relay core 17. Thus, the relay core 17 can be securely inserted into the rear end surface of the rear portion. 14z of the application body 14, which rear portion is clamped and supported by the rear portion support portions 12t and 12t of the applicator body support 12.
    In addition, the relay core 17 has the projection 17b arranged at the front end thereof. The rear end surface of the application body 14 is provided with the depression 14k in which the projection 17b of the relay core 17 advances. Thus, the protrusion 17b of the relay core 17 can be inserted and safely advanced into the recess 14k of the rear end surface of the applicator body 14.
    In addition, the slots 12s and 12s communicating with the opening 12u at the rear end of the application body carrier 12 and extending forwards are arranged between the rear support portions 12t and 12t of the support of application body 12, and the application body support 12 comprises the stops 12f and 12f against which abuts the application body 14 which passes in front of the slots 12s and 12s from the rear side to the front side ( see Figure 14). Thus, because the stops 14f and 14f of the application body 14 abut against the stops 12f and 12f of the application body support 12 (see FIG. 10), the application body 14 is easily positioned, and the applicator body 14 is prevented from advancing further. The applicator body 14 can therefore be prevented from coming forward while cleaning such as removing dirt from the applicator body 14 is performed in the state of the cosmetic material application container. eyeliner 200 shown in Figure 10 and Figure 11.
    Further, in accordance with the present embodiment, as described in the first embodiment, the end portion 14x of the applicator body 14 is clamped and supported from two sides by the 12g and 12g end of the application body holder 12, the end portion support portions 12g and 12g having an outer edge shape so as to be substantially along the outer edge shape of the end portion 14x ( see Figure 12 and Figure 13). The end portion 14x of the applicator body 14 can therefore be prevented from curving under path pressure when an eyeliner line is drawn. Thus, a beautiful thin line of eyeliner having a desired width can be easily traced by the application portion 14a of the application body 14 along the edge of an eye.
    Incidentally, in the second embodiment, as a particularly preferred example, the rear portion support portions 12t and 12t of the application body holder 12 have a substantially semi-cylindrical sectional shape obtained by dividing a cylinder into two, and the rear portion 14z (protruding portions 14w and 14w) of the flat applicator body 14 is supported to be sandwiched between the end surfaces 12m and 12m on two sides of a first substantially semi-cylindrical shape in cross section and the end surfaces 12m and 12m on two sides of the other substantially semi-cylindrical sectional shape. However, a portion of the rear portion 14z of the applicator body 14, which portion is exposed externally without being gripped or covered by the rear portion support portions 12t and 12t of the application body holder 12 may be covered and supported so as to be wrapped. In addition, the substantially semi-cylindrical sectional shapes of the rear portion support portions 12t and 12t can be changed into flat plate shapes, and the rear portion 14z of the flat application body 14 can be supported to be clamped. between the two flat rear support parts. In addition, the externally exposed portion without being gripped by the flat rear portion support portion may be covered and supported so that the entire periphery of the back portion 14z of the applicator body 14 is wrapped. These constitutions also produce an action and effect substantially similar to those in which the rear portion 14z of the applicator body 14 is clamped and supported by the rear portion support portions 12t and 12t of the applicator body support 12. In addition, in the case of these constitutions, the application body 14 may be a flat plate without the depression 14k.
    The present invention has been concretely described above based on embodiments thereof. However, the present invention is not limited to the foregoing embodiments. For example, in the foregoing embodiments, as particularly preferred examples, the application bodies 4 and 14 are in the form of a flat plate. However, the application bodies 4 and 14 may be in the form of a curved plate.
    In addition, the eyeliner cosmetic application containers 100 and 200 according to the preceding embodiments can be provided with an extrusion mechanism such as for example a pressurizing piston for extruding the material. eyeliner L cosmetic by the front end side, and the extrusion mechanism can be used as an aid to move the cosmetic eyeliner material L to the front end side. The present invention can also be applied to cosmetic-type eyeliner cosmetic application containers such as a soft tube, or a soft bottle, which allows the eye cosmetic material to be compressed out of compression. -liner L by a pressure force of the user.
    In addition, in the foregoing embodiments, as a particularly preferred example, the liquid is the eyeliner L cosmetic material, and the container is the 100 or 200 eyeliner cosmetic material application vessel. However, the liquid may be another liquid cosmetic material such as for example an eyebrow pen or hair mascara, and the container may be another liquid cosmetic material application container. In addition, the liquid may be ink for writing instrument or the like, glue, or liquid medicine, and the container may be a liquid application container.
    EXPLANATION OF REFERENCES 1, 11 container main body 2, 12 application body holder 2f, 12f stop 2s, 12s slot 2t, 12t part of 2u rear support, 12u opening 2z, 12z rear part of a support of 2 application body 3 inner cotton (impregnated body) 4, 14 application body 4a, 14a application part 4x, 14x application body end part 4z, 14z application body back part 14k recess 17 core relay (impregnated body) 17b protrusion 100,200 Cosmetic eyeliner application vessel (liquid application vessel) L eyeliner cosmetic material (liquid)
    权利要求:
    Claims (9)
    [1" id="c-fr-0001]
    A liquid application container comprising: a container main body (1, 11) receiving an impregnated body impregnated with a liquid; an applicator body (4, 14) having an application portion for applying the liquid and having a capillarity which draws liquid from the impregnated body and guides the liquid to the application portion; and an applicator body support (2, 12) in which the applicator body (4, 14) is inserted and which supports the applicator body (4, 14), the applicator body (4, 14), ) comprising an end portion in which the application portion is formed and which protrudes outwardly from the container main body (1, 11) and a back portion which withdraws the liquid from the impregnated body, characterized in that: the applicator body (4, 14) is formed in a plate shape, and the applicator body support (2, 12) comprises one or more support portions in a rear part of the support of application bodies (2, 12), the one or more support parts being arranged to be along a direction of insertion of the application body (4, 14) and supporting the rear part of the body application (4, 14) so as to grip or enclose the rear part of the application body (4, 14), the one or a plurality of support portions having an opening formed at a rear end of one or more support portions, and the one or more support portions advancing in the impregnated body or the impregnated body advancing in the one or more support portions.
    [2" id="c-fr-0002]
    The liquid application container according to claim 1, wherein the applicator body (4, 14) is formed of a fibrous material.
    [3" id="c-fr-0003]
    A liquid application vessel according to claim 1 or 2, wherein when the one or more support portions advance into the impregnated body, the impregnated body is an inner cotton.
    [4" id="c-fr-0004]
    The liquid application container according to claim 3, wherein the applicator body (4,14) projects rearwardly from the opening at the rear end of the applicator body holder. (2, 12).
    [5" id="c-fr-0005]
    The liquid application vessel according to claim 3 or 4, wherein when the one or more support portions support the rear portion of the applicator body (4, 14) so as to surround the rear portion of the body of the (4, 14), the one or more support portions have a liquid progress slot in side surfaces of the one or more support portions, the liquid progress slot communicating with the end opening. back and extending forward.
    [6" id="c-fr-0006]
    A liquid application vessel according to claim 1 or 2, wherein when the impregnated body is advancing in the one or more support portions, the impregnated body is a relay core (17).
    [7" id="c-fr-0007]
    The liquid application vessel according to claim 6, wherein the relay core has a projection at a front end of the relay core and a rear end surface of the application body (4, 14). has a depression in which the protrusion of the relay core advances.
    [8" id="c-fr-0008]
    The liquid application vessel according to claim 3, 4, 6, or 7, wherein when the one or more support portions support the rear portion of the applicator body (4, 14) so as to grip the portion back of the applicator body (4, 14), a slot communicating with the opening at the rear end and extending forwards is arranged between the one or more support parts, and the support of application body (2, 12) has a stop against which the application body (4, 14) passing in front of the slot from a rear side to a front side is abutted.
    [9" id="c-fr-0009]
    The liquid application vessel according to any one of claims 1 to 8, wherein the liquid is a cosmetic eyeliner material.
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    同族专利:
    公开号 | 公开日
    JP6684981B2|2020-04-22|
    FR3039756B1|2019-09-06|
    US9908362B2|2018-03-06|
    CN106423763A|2017-02-22|
    US20170036478A1|2017-02-09|
    CN106423763B|2018-12-07|
    JP2017029511A|2017-02-09|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US4208145A|1977-12-17|1980-06-17|Pentel Kabushiki Kaisha|Nib for writing instruments|
    JPS5999791A|1982-11-29|1984-06-08|Fujitsu Ltd|Method of soldering chip carrier package|
    JPH0228068Y2|1983-08-31|1990-07-27|
    JP4726439B2|2004-06-04|2011-07-20|三菱鉛筆株式会社|Hair applicator and cosmetic container with the applicator|
    CN101052436B|2004-11-08|2010-07-28|三菱铅笔株式会社|Liquid applicator|
    JP3137562U|2007-09-18|2007-11-29|株式会社トキワ|Cosmetic applicator|
    JP5588718B2|2009-04-21|2014-09-10|テイボー株式会社|Tip structure of liquid applicator|
    JP5281050B2|2010-08-04|2013-09-04|株式会社トキワ|Mascara applicator|
    JP2012101395A|2010-11-09|2012-05-31|Mitsubishi Pencil Co Ltd|Applicator|
    SG195034A1|2011-05-23|2013-12-30|Toko Yakuhin Kogyo Kk|Application container|
    JP6309813B2|2013-05-21|2018-04-11|三菱鉛筆株式会社|Collector type applicator|
    JP5795042B2|2013-10-21|2015-10-14|ケミコスクリエイションズ株式会社|Pressure fluctuation buffer mechanism and applicator|
    JP5999791B1|2015-03-31|2016-09-28|Ｎｅｃプラットフォームズ株式会社|Bill insertion slot cover and electronic device including the same|FR3037780B1|2015-06-29|2021-12-17|Mitsubishi Pencil Co|MAKEUP TOOL INCLUDING A COSMETIC PRODUCT|
    KR102000783B1|2017-10-26|2019-07-16|아우딘퓨쳐스|Eye liner|
    CN110891458A|2017-10-26|2020-03-17|奥汀福图斯有限公司|Eyeliner pen|
    KR102142151B1|2018-04-18|2020-08-06|아우딘퓨쳐스|Eye liner|
    法律状态:
    2017-08-22| PLFP| Fee payment|Year of fee payment: 2 |
    2018-08-17| PLFP| Fee payment|Year of fee payment: 3 |
    2019-08-05| PLFP| Fee payment|Year of fee payment: 4 |
    2020-08-21| PLFP| Fee payment|Year of fee payment: 5 |
    2021-08-19| PLFP| Fee payment|Year of fee payment: 6 |
    优先权:
    申请号 | 申请日 | 专利标题
    JPJP2015154081|2015-08-04|
    JP2015154081A|JP6684981B2|2015-08-04|2015-08-04|Liquid application container|
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