• 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:
    A cosmetic material supply container in the form of a stick (100) comprising a tubular container having a container front portion (1) and a container rear portion (2), a movable body (4) movable in an axial direction that supports a stick-shaped cosmetic material (M) and has a male thread (4k) on an outer peripheral portion, and a rotation stop tube (5) having a female thread (5b) on an inner peripheral portion, the female thread (5b) and the male thread (4k) forming a screw portion (10), the relative rotation causing the cosmetic material (M) to appear and disappear at an opening at a distal end of the container (100). When the container front portion (1) and container rear portion (2) are rotated relatively in one direction, the movable body (4) moves and reaches a movement limit, and when the container front portion (1) ) and the container rear portion (2) continue to be rotated relatively in one direction, the movement of the movable body (4) is stopped to remove the screwing effect from the screw portion (10).
    公开号:FR3040603A1
    申请号:FR1655939
    申请日:2016-06-27
    公开日:2017-03-10
    发明作者:Yoshikazu Tani
    申请人:Tokiwa Corp；
    IPC主号:
    专利说明:

    FOOD CONTAINER FOR COSMETIC MATERIALS WITH SHAPE
    ONE STICK
    TECHNICAL AREA
    The invention relates to a cosmetic material supply container having the shape of a stick.
    STATE OF THE ART
    Traditionally, it is known as a cosmetic material supply container having the shape of a stick a cosmetic material feed container having the shape of a stick disclosed in the document 1 stated later in the description. The cosmetic material feed container in the form of a stick disclosed in said document 1 comprises a guide tube (a container front portion), a sleeve tube (a container rear portion), a spiral tube, a advancement / retraction axis, a solid cosmetic material (a stick-shaped cosmetic material), a compression spring and an annular seal. The sleeve tube is rotatable relative to the container front portion about an axial line. The spiral tube is movable within the container rear portion in an axial direction, is not adapted to rotate about the axial line and includes a female thread on the inner peripheral portion. The forward / retract axis is movable within the container front portion in the axial direction, is not adapted to rotate about the axial line and includes a protrusion that engages the female thread in a rear end. The solid cosmetic material is supported at a distal end of the advancement / retraction axis. The compression spring is at least adapted to absorb a length of the projection in the axial direction between the container front portion and the spiral tube. The annular seal is disposed between the compression spring and the spiral tube.
    More particularly, in the cosmetic material supply container having the shape of a stick, after a relative rotation between the container front portion and the container rear portion in a direction has displaced the axis of the container. advancement / retraction, when the container front portion and the container rear portion are fully rotated in said one direction, a screwed screwing portion which is formed by the projection and the female thread, is released. This makes it possible to limit damage to the container caused, for example, by an impact of the screwing part and a decomposition of the front part of the container and the rear part of the container.
    LIST OF QUOTES DOCUMENTS PATENT
    [0004] Document 1: Publication of the unexamined Japanese utility model H02-33703. TECHNICAL PROBLEM
    Suppose that after the container front portion and the container rear portion of the cosmetic material supply container having the shape of a stick have been rotated relatively in said one direction and a moving body is moving the container front portion and the container rear portion are further rotated in said one direction. The movable body moves further and the screwed screwing portion is unlocked. Subsequently, a spring portion pushes the movable body to recover the screwing of the screw portion. The repetition of the unlocking of the screwing and the recovery of the screwing of the screwing part causes the movable body to move forward and backward in the axial direction. The stick-shaped cosmetic material which is supported at the distal end of the movable body, also moves in the axial direction and possibly damages the stick-shaped cosmetic material. This eventually breaks or falls the cosmetic material having the shape of a stick; for this reason, an improvement relative to a sufficient protection of the cosmetic material having the shape of a stick is conceivable.
    The purpose of the present disclosure is to provide a feed container which is able to sufficiently protect a cosmetic material having the shape of a stick while limiting damage to a container.
    THE SOLUTION OF THE PROBLEM
    [0007] A stick-shaped cosmetic material supply container according to the present disclosure comprises a tubular container, a movable body and a rotation stop tube. The tubular container has a container front portion and a container rear portion. The movable body is in effect connection with the container front portion in a direction of rotation about an axial line. The movable body is movable in an axial direction, supports at a distal end a cosmetic material in the form of a stick and has a male thread on an outer peripheral portion. The rotational stop tube is rotatable relative to the container front portion about the axial line. The rotational stop tube is rotatable synchronously with respect to the container rear portion about the axial line and has a female thread on an inner peripheral portion. The female thread is screwed onto the male thread. The relative rotation between the front part of the container and the rear portion of the container makes work a screwing part formed by the male thread and the female thread to advance or retract the movable body, the relative rotation making appear and disappear the cosmetic material having the shape of a stick at an opening at a distal end of the container. The rotational stop tube comprises a spring portion adapted to be elongate and contracted in the axial direction. When the container front portion and the container rear portion are rotated relatively in one direction, the movable body moves and reaches a movement limit, and when the container front portion and the container rear portion continue to be rotated relative to in one direction, the screwing portion continues to screw while the spring portion is narrowed, movement of the movable body being stopped to remove the screwing effect to the screw portion.
    In the cosmetic material supply container having the shape of a stick, when the container front portion and the container rear portion are rotated relatively in said one direction, the moving body moves and reaches a limit. of movement, and when the container front portion and the container rear portion continue to be rotated relatively in said one direction, the movement of the movable body being stopped, the screwing portion continues to be screwed while the spring portion narrows to remove the screwing effect on the screwing part. Therefore, even if this relative rotation is continued again, the screw portion which is released from the screwing, rotates freely. This does not generate any force that could further displace the moving body that has reached the limit of movement by the screwing portion, and thus assures a limitation of damage to the container. At this time, the movement of the movable body is stopped and for this, the movable body does not move forward or backward in the axial direction. For this reason, the cosmetic material having the shape of a stick which is supported at the distal end of the movable body, does not move either forward or backward in the axial direction and thus limits an impact on the cosmetic material shaped like a stick. Thus, the cosmetic material having the shape of a stick can be sufficiently protected, and the damage of the container is limited.
    Here, the movement limit is at least one of a front limit and a rear limit.
    It is possible that the movable body comprises a small diameter portion located adjacent an end portion of the male thread, the small diameter portion having an outer diameter less than an inner diameter of the female thread, and when the body mobile moves and reaches a limit of movement and when the front portion of the container and the rear portion of the container continue to be rotated relatively in one direction, while the spring portion narrows, the screw portion continues to be screwed and the thread female reaches the small diameter portion, the movement of the movable body being stopped to remove the screwing effect to the screw portion. In this case, when the spring portion narrows, when the screwing portion continues to screw, while the movement of the movable body is stopped, the fact that the female thread reaches the small diameter portion, ensures that the effect of screwing is removed at the screwing part.
    When the screwing of the screwing portion is stopped, an elastic force exerted by the narrowed spring portion is likely to cause a constraint on the female thread to the male thread. In this case, the screwing of the screwing part being stopped, a relative rotation of the front part of the container and the rear part of the container in the other direction allows the female thread and the male thread released from the screwing, to recover the screwing ability by the elastic force of the spring portion.
    According to one option, when the front portion of the container and the rear portion of the container are relatively rotated with a first torque in another direction, the moving body moves and reaches another limit of movement opposite the limit of movement, and when the container front portion and the container rear portion are then rotated relatively with a second rotational torque greater than the first rotational torque in the other direction, a synchronous rotation between the rotation stop tube and the container rear portion around the axial line is stopped. This stops the relative rotation between the rotation stop tube which includes the female thread and the movable body which comprises the male thread. This configuration does not generate a force that would move the movable body that reached the other limit of movement, by the screw portion, thus limiting the damage to the container.
    According to one option, the container rear portion comprises a plurality of ribs extending in the axial direction on an inner peripheral portion. The rotational stop tube includes a rotational stop vent portion, the rotational stop vent portion includes a radially outwardly extending convex portion, and the vent portion thereof. Rotation stop has flexibility in one direction along a radial direction. Engagement of the convex portion between the adjacent ribs provides synchronous rotation with respect to the container rear portion about the axial line. When the movable body reaches the other movement limit and the container front portion and the container rear portion are then rotated relatively further in the other direction with the second rotational torque, while the vent portion of rotation stop is bent radially inwardly, the rotation stop tube rotates relatively to the rear container portion about the axial line and the convex portion protrudes beyond the rib and releases the engagement to stop the synchronous rotation between the rotation stop tube and the container rear portion around the axial line. This preferably ensures that the action of stopping the synchronous rotation between the rotation stop tube and the container rear portion around the axial line is stopped.
    According to one option, the spring portion absorbs an external force applied to the cosmetic material having the shape of a stick by the elastic force of the spring portion. The external force is transmitted from the stick-shaped cosmetic material to the rotational stop tube via the movable body and the screw portion. Therefore, the external force applied to the stick-shaped cosmetic material can be absorbed by the resilient force of the spring portion, which further allows the comet material in the shape of a stick to be protected.
    ADVANTAGE EFFECTS
    The present disclosure ensures to provide a cosmetic material supply container having the shape of a stick that is able to sufficiently protect a cosmetic material having the shape of a stick while limiting damage to a container.
    BRIEF DESCRIPTION OF THE DRAWINGS
    FIG. 1 is a vertical cross-sectional view showing an initial state of a cosmetic container-shaped supply container according to one embodiment of the present disclosure and a state of the art. a support body of a cosmetic material having the shape of a stick reaching a rear limit; Fig. 2 is a vertical cross-sectional view showing a state in which a cap is removed from the state shown in Fig. 1 and the support body of a stick-shaped cosmetic material reaches a forward boundary through the action of a user; Fig. 3 is a perspective view showing a vertical cross section of a container main body of Fig. 1; Fig. 4 is a perspective view showing a cross section of a portion of a junction tube of Fig. 1; Figure 5 is a perspective view showing a vertical cross section of a guide tube of Figure 1; Fig. 6 is a perspective view showing the support body of a cosmetic material in the form of a stick of Fig. 1; Figure 7 is a perspective view of a rotation stop tube of Figure 1; Fig. 8 is a cross-sectional view along the line VIII-VIII of Fig. 7; Fig. 9 is an enlarged cross-sectional view showing a state of the support body of a cosmetic material in the form of a stick shown in Fig. 1 and reaching the rear boundary; and Fig. 10 is a perspective view showing a cross-section of a portion of a supply container of a cosmetic material having the shape of a stick according to a modification.
    DESCRIPTION OF EMBODIMENTS
    A preferred embodiment of a container-shaped cosmetic material supply container according to the present disclosure will be described hereinafter with reference to Figs. 1 to 8. Fig. 1 is a view in vertical cross-section showing an initial state of a container-shaped cosmetic material supply container according to an embodiment of the present disclosure and a state of a carrier body of a cosmetic material having the shape of a stick reaching a rear limit. Fig. 2 is a vertical cross-sectional view showing a state in which a cap is removed and the support body of a stick-shaped cosmetic material reaches a forward limit by the action of a user. Fig. 3 is a perspective view showing a vertical cross-section of a container main body. Figure 4 is a perspective view showing a cross section of a portion of a junction tube. Fig. 5 is a perspective view showing a vertical cross-section of a guide tube. Figure 6 is a perspective view showing the support body of a cosmetic material in the shape of a stick. Figures 7 and 8 are perspective views of a rotation stop tube. Fig. 9 is an enlarged cross-sectional view showing a state of the support body of a cosmetic material having the shape of a stick reaching the rear boundary. The container of a cosmetic material having the shape of a stick of this embodiment houses, for example, various cosmetic materials having the shape of a stick such as an eyeliner, an eyebrow pencil, a lip pencil and corrector. The user can make the cosmetic material appear and disappear appropriately as needed. In the following description, is called an "axial line" a center line of the container of cosmetic material having the shape of a stick extending forward and backward. An "axial direction" is a direction along the axial line (a front-to-back direction).
    As shown in FIG. 1 and FIG. 2, a container of cosmetic material having the shape of a stick 100 has the shape of a round bar (or stick) elongated as a tool for writing and presents a good appearance. The container of cosmetic material having the shape of a stick 100 comprises, as external parts, a guide tube 1 which constitutes a front part of container, a main body of container 2 which constitutes a rear part and a connecting tube 3 which constitutes an intermediate part of the container. The container of cosmetic material in the form of a stick 100 houses a cosmetic material having the shape of a stick M which has the shape of an elongated round bar, a support body of a cosmetic material having the shape of a a stick 4 and a rotation stop tube 5 which forms a part of a screwing part 10 in this guide tube 1, this main container body 2 and this connecting tube 3. The support of a cosmetic material having the shape of a stick 4 is a movable body which supports the cosmetic material having the shape of a stick M and comprises the other part of the screw portion 10. The container of cosmetic material having the shape of a stick 100 further comprises an applicator 6 at a rear end portion of the container main body 2.
    A front end cap 7 is removably mounted on a front side side of the cosmetic material container having the shape of a stick 100. The front end cap 7 covers a front end side of the container of the container. cosmetic material having the shape of a stick 100 to protect the cosmetic material having the shape of a stick M. A rear end cap 8 is removably mounted on a rear side side of the cosmetic material container having the shape of a a stick 100 to cover the applicator 6 to protect it.
    As shown in Figure 3, the main container body 2 has a cylindrical shape. The container main body 2 comprises first projections (ribs) 2a which extend in the axial direction, at a plurality of positions (12 equidistant positions in the present embodiment) in the middle of the inner peripheral surface in the axial direction. along a circumferential direction. The container main body 2 comprises second projections 2c which extend in the axial direction, at a plurality of positions (four equidistant positions in the present embodiment) along the circumferential direction so that end surfaces upper 2d are positioned on the rear side with respect to upper end surfaces 2b of the first projections 2a. The second projections 2c are formed to be taller than the first projections 2a inwardly in a radial direction. To prevent the support body of a stick-like cosmetic material 4 from receding, the upper end surfaces 2d of the second projections 2c abut against a rear end surface 4n of the support body of a cosmetic material having the shape of a stick 4.
    The main container body 2 comprises third projections 2e which extend in the axial direction, at a plurality of positions (four equidistant positions in the present embodiment) along the circumferential direction on the front part side the inner peripheral surface so that distal ends 2f are positioned close to the distal end of the container main body 2. The third projections 2e are provided to engage the junction tube 3 in a rotational direction about the axial line. A concave portion 2g is annularly disposed on the front side with respect to the distal ends 2f of the second projections 2e on the inner peripheral surface near a front end of the container main body 2. The concave portion 2g is formed to engage in the connecting tube 3 in the axial direction.
    The main container body 2 comprises an opening 2h at the rear end portion. An axle portion 6b which supports a brush 6a of the applicator 6 is mounted by insertion into the opening 2h. Before the applicator 6 is mounted by insertion, the opening 2h has an inside diameter smaller than an outside diameter of the axis portion 6b of the applicator 6. The heated shaft portion 6b of the applicator 6 heats a peripheral portion inside the opening 2h to soften the opening 2h, and thus the axis portion 6b is inserted into the opening 2h. After cooling and hardening, the axis portion 6b is mounted in the opening 2h by insertion.
    As shown in FIG. 4, the cylindrical junction tube 3 has a neck portion 3a in the middle of the outer peripheral surface in the axial direction. An inserted portion 3b is a cylinder portion, which is disposed on a rear side with respect to this neck portion 3a, inserted into the container main body 2. Axially extending grooves 3c are disposed at a plurality of positions (four equidistant positions corresponding to the third projections 2e in this embodiment) along the circumferential direction on the outer peripheral surface of the inserted portion 3b. The grooves 3c cooperate with the third projections 2e of the main container body 2 in the direction of rotation about the axial line. A 3d bevel is formed at a rear portion of the grooves 3c. The 3d bevel widens by approaching the side of the rear part. The bevel 3d guides the third projections 2e to the grooves 3c. A convex portion 3e whose rear portion is inclined in the manner of a mountain is disposed between the neck portion 3a and the grooves 3c on the outer peripheral surface of the junction tube 3. The convex portion 3e engages in the concave portion 2g of annular shape of the main body of container 2 in the axial direction.
    A convex portion 3f is annularly disposed in the middle of the inner peripheral surface of the joining tube 3 in the axial direction. The convex portion 3f engages in the guide tube 1 in the axial direction while ensuring the rotation of the guide tube 1 in the direction of rotation about the axial sign. The joining tube 3 comprises parts 3g engaging in the front end cap at a plurality of positions (three equidistant positions in this embodiment) in the circumferential direction on the outer peripheral surface of the front side with respect to the portion. collar 3a. The parts 3g engaging in the front end cap engage in the front end cap 7 in the axial direction.
    As shown in Figures 1 and 2, the inserted portion 3b of the junction tube 3 is inserted on the distal end side of the main container body 2, and the upper end surface of the main container body 2 abuts against the neck part 3a. The grooves 3c are engaged in the third projections 2e of the main container body 2 in the direction of rotation about the axial line (see Figure 3 and Figure 4). Consequently, the connecting tube 3 is engaged in the main container body 2 in the axial direction and is able to rotate synchronously about the axial line.
    As shown in Figure 5, the guide tube 1 is configured to have a stepped cylindrical shape where a stepped portion 1a is disposed in the middle of the outer peripheral surface in the axial direction. An outer diameter of the guide tube 1 on a front side with respect to the stepped portion 1a is larger than an outer diameter on a rear side with respect to the stepped portion 1a. The cylinder portion on the rear side with respect to this stepped portion 1a is configured as an inserted portion 1b which is to be inserted into the junction tube 3. A concave portion 1c is annularly disposed on the outer peripheral surface of the portion inserted 1b. The concave portion 1c engages the annular convex portion 3f of the connecting tube 3 in the axial direction.
    A through hole that passes through the guide tube 1 in the axial direction, from the distal end to about the middle in the axial direction, is configured as a hole 1e for cosmetic material having the shape of a stick . The hole 1e for a cosmetic material having the shape of a stick houses the cosmetic material having the shape of a stick M in a sliding manner. From an end end of the hole 1e for a stick-shaped cosmetic material to the rear end of the tube, a hole is configured as a hole 1f for a body supporting cosmetic material having the shape of a stick. a stick. The hole 1f for a body supporting cosmetic material in the shape of a stick slidably houses the support body 4 for cosmetic material having the shape of a stick which supports the cosmetic material having the shape of a stick M .
    The guide tube 1 comprises projections 1g which extend in the axial direction at a plurality of positions (four equidistant positions in this embodiment) in the circumferential direction on the inner peripheral surface of the hole 1e for cosmetic material. shaped like a stick. A gap between the projections 1g adjacent to each other defines a groove 1h for support piece. The groove 1h for a support piece slidably accommodates support pieces 4g which will be described below, the support body 1 for cosmetic material having the shape of a stick. The hole 1e for cosmetic material having the shape of a stick and the groove 1h for a support piece form a hole 11 for advancement and retraction in which the cosmetic material having the shape of a stick M and the support pieces 4g slide.
    [0029] Grooves 1j for rotation-stopping parts, which extend in the axial direction, are arranged at a plurality of positions (four equidistant positions in this embodiment) in the circumferential direction on the inner peripheral surface of the hole 1f for a body supporting cosmetic material having the shape of a stick in the guide tube 1. The grooves 1j for parts stopping rotation slidably accommodate parts for stopping in a rotational stop member 4d of the body support 4 of the cosmetic material having the shape of a stick, which will be described later. The hole 1f for a stick-like cosmetic material-bearing body and the rotation-preventing parts grooves 1j constitute a 1k advancement and retraction hole in which the rotation stop member pieces 4i slide. .
    As shown in Figures 1 and 2, the inserted portion 1b of the guide tube 1 is inserted into the distal end side of the junction tube 3. The upper end surface of the junction tube 3 abuts against the stepped portion 1a, and the convex portion 3f of the joining tube 3 cooperates with the concave portion 1c which is on the outer peripheral surface of the inserted portion 1b in the axial direction. This causes the guide tube 1 to cooperate with the connecting tube 3 in the axial direction, and is able to rotate around the axial line. On the outer peripheral surface of the inserted portion 1b, a groove 1d for an O-ring which houses an O-ring 9 is annularly disposed. The O-ring 9 which is mounted in the o-ring groove 1d, is sandwiched between the guide tube 1 and the connecting tube 3 to have good rotational resistance during the relative rotation of the guide tube 1 and the tube. junction 3.
    As shown in Figure 6, the support body of a cosmetic material having the shape of a stick 4 comprises a support portion 4a, a shock absorbing portion 4b, a coupling portion 4c, the rotational stop member 4d and an axle body portion 4e. The support portion 4a supports the rear end portion of the stick-like cosmetic material M. The shock absorbing portion 4b is adjacent to the rear end portion of the support portion 4a and has the shape of a stick. a column of small diameter. The coupling portion 4c is adjacent to the rear end portion of the shock absorbing portion 4b and is in the form of a column of larger diameter than the shock absorbing portion 4b. The rotational stop member 4d causes the support body of a stick-shaped cosmetic material 4 to engage the guide tube 1 in the direction of rotation about the axial line and be movable in the direction of rotation. axial. The axle body portion 4e is adjacent the rear end side of the rotation stop member 4d.
    The support portion 4a has an approximately tubular shape with a bottom open towards the front. An inner diameter of the support portion 4a corresponds to an outer diameter of the cosmetic material having the shape of a stick M. The support portion 4a comprises a base portion 4f and the plurality of support pieces 4g. The base portion 4f abuts against the rear end surface of the cosmetic material having the shape of a stick M. The support pieces 4g support the rear end portion of the cosmetic material having the shape of a stick M which abuts against the base portion 4f by the rear end surface. The support pieces 4g are disposed at a plurality of positions (four equidistant positions in this embodiment) on the outer circumferential surface of the base portion 4f along the circumferential direction to project toward the distal end side. . The support portion 4a supports the cosmetic material having the shape of a stick M by taking the cosmetic material having the shape of a stick M sandwiched with the support pieces 4g.
    When an external force acts radially between the support portion 4a and the coupling portion 4c, the shock absorbing portion 4b radiately bends and absorbs the external force by an elastic force. The rotation stop member 4d comprises a base portion 4h and the rotation stop member pieces 4L. The base portion 4h is in the form of a column with a larger diameter than the mating portion. 4c. The rotation stop member pieces 4i extend from a front end portion to a rear end portion of the outer circumferential surface of the base portion 4h in the axial direction. The rotational stop member pieces 4i are disposed at a plurality of positions (four equidistant positions in this embodiment) along the circumferential direction on the outer circumferential surface of the base portion 4h to project radially. outwards.
    The axle body portion 4e is an axle body extending from the rear end portion of the rotation stop member 4d in the axial direction. On the axle body portion 4e, a male thread 4k which constitutes a portion of the screw portion 10, is formed on the outer peripheral portion from the surroundings of a front end to the rear end portion. . The male thread 4k is not formed on the front end portion of the axle body portion 4e. A small diameter portion 4m, which is in the form of a column with a diameter smaller than an outer diameter of the male thread 4k and an outer diameter of the base portion 4h of the rotation stop member 4d, is formed on the front end portion. The small diameter portion 4m is formed from the rear end of the rotation stop member 4d to the front end of the male thread 4k. This small diameter portion 4m is formed to have a diameter smaller than an inner diameter of a female thread 5b, which will be described later, of a rotation stop tube 5 and is formed longer than one length from front to back of the female thread 5b.
    As shown in Figures 1 and 2, the base portion 4f of the support body of a cosmetic material having the shape of a stick enters the hole 1e for cosmetic material having the shape of a stick of guide tube 1 and support pieces 4g engage in the grooves 1h for support pieces of the guide tube 1. Thus, the support body of cosmetic material having the shape of a stick 4 is inserted into the hole of passage of the guide tube 1. This allows the support portion 4a to be movable within the passage hole of the guide tube 1 in the axial direction. At this time, a very small gap is formed between the support pieces 4g and the support member grooves 1h into which the support pieces enter. This allows a small displacement of the support portion 4a in the radial direction caused by the shock-absorbing portion 4b of the stick-shaped cosmetic material support body 4 and the spring portion 5a of the stop tube of FIG. rotation 5, as described later.
    The rotational stop element 4d of the cosmetic material support body having the shape of a stick 4 enters the hole 1f for a body carrying cosmetic material having the shape of a guide tube stick. 1, and the rotational stop member pieces 4i enter the grooves 1j for rotation stop member pieces on the guide tube 1. Thus, the body 4 supporting cosmetic material having the shape of a stick is inserted into the advance and retraction hole 1k. This causes the grooves 1j for rotation stop member pieces to serve as a rotation stop member for the body Λ supporting cosmetic material in the form of a stick. For this, the body 4 supporting the cosmetic material having the shape of a stick is engaged in the guide tube 1 in the direction of rotation about the axial line and is movable in the axial direction. Positions at which upper end surfaces 4j of rotation stop member pieces 4i abut against upper end surfaces 1m of grooves 1j for rotation stop member pieces on the guide tube 1 by the advancement of the body 4 supporting the cosmetic material having the shape of a stick in the axial direction, are the front limits of the body 4 supporting the cosmetic material having the shape of a stick (another limit of movement) (see figure 2).
    As shown in FIGS. 7 and 8, the rotation stop tube 5 has an approximately cylindrical shape and comprises the spring portion 5a on the front side side and a screw cylinder part 5c on the side rear part.
    The spring portion 5a is expandable in the axial direction and has flexibility in the radial direction. The screwing cylinder portion 5c includes the female thread 5b on the inner peripheral portion. The female thread 5b is engaged in screwing with the male thread 4k on the body 4 supporting the cosmetic material having the shape of a stick to form the screw portion 10. The spring portion 5a and the face portion 10 form a first clutch mechanism which will be described later. An outside diameter of the spring portion 5a is larger than an outside diameter of the screwing cylinder portion 5c. The rear end portion of the spring portion 5a forms a stepped portion 5d. The screw cylinder portion 5c includes a rotational stop member vent portion 5e. The rotational stopper vent portion 5e causes the rotational stopper tube 5 to rotate synchronously with respect to the container main body 2 about the axial line and cause this synchronous rotation to occur. can be abandoned (relative rotation). The rotational stop member vent portion 5e and the first projections 2a (see Fig. 3) on the container main body 2 form a second clutch mechanism to be described later.
    The rotational stopper vent portion 5e includes an arm 5f which extends circumferentially and a convex portion 5g. The convex portion 5g is disposed at a tip end of the arm 5f and extends radially outwardly. The arm 5f forms a U-shaped slot at the screw cylinder portion 5c. The arm 5f curves radially around the base end side to provide the convex portion 5g with a radial elastic force generated by the material. The convex portion 5g has the shape of a protrusion extending in the axial direction and on both sides of the convex portion 5g in the circumferential direction, or the arm 5f can extend in the axial direction while the elastic force radial can be provided to the convex part 5g. The rotational stopping member vent portion 5e comprises a single arm 5f and a single convex portion 5g; however, the rotational stopping member vent portion 5e may include a plurality of arms 5f and a plurality of convex portions 5g. For example, the rotational stopper vent portion 5e may comprise the arms 5f and the convex portions 5g at a plurality of positions (for example, in the case of two arms 5f and two convex portions 5g, these positions are two equidistant positions) along the circumferential direction.
    As shown in FIG. 1 and FIG. 2, the rotation stop tube 5 is inserted into the main container body 2. In a state in which the front end surface of the spring portion 5a enters into contact with the rear end surface of the joining tube 3 and the spring portion 5a is slightly compressed, the stepped portion 5d comes into contact with the upper end surfaces 2b of the first projections 2a on the main container body 2. Thus, the rotation stop tube 5 is sandwiched between the main container body 2 and the junction tube 3 and housed.
    The female thread 5b on the rotational stop tube 5 is engaged in screwing with the male thread 4k on the body 4 supporting the cosmetic material having the shape of a stick to form the screw portion 10. At this At this point, the convex portion 5g on the rotational stop member vent portion 5e is positioned between the first projections 2a on the container main body 2. Correspondingly, the rotation stop tube 5 engages in the main body and is able to rotate synchronously around the axial line. Correspondingly, the relative rotation between the guide tube 1 and the main container body 2 operates the screw portion 10, allowing the body 4 supporting the cosmetic material in the form of a stick to advance and retract .
    The following describes actions of the cosmetic material supply container having the shape of a stick 100. In an initial state shown in Figure 1, the user removes the cap of the front portion 7 of the supply container. of cosmetic material having the shape of a stick 100 for exposing the guide tube 1. After that, the user rotates the guide tube 1 and the container main body 2 in another direction (a direction opposite to a direction ) which is a supply direction of the cosmetic material having the shape of a stick M. Then, the body 4 supporting the cosmetic material having the shape of a stick which rotates synchronously with respect to the guide tube 1 around the axial line, and the rotational stop tube 5 which is rotatable synchronously with respect to the main container body 2 about the axial line, are rotated relatively in the other direction. ction. This implements a screwing action by the screwing portion 10 which is formed by the male thread 4k of the body 4 supporting the cosmetic material having the shape of a stick and the female thread 5b of the rotation stop tube 5.
    Therefore, the body 4 supporting the cosmetic material having the shape of a stick can advance relative to the guide tube 1 and the rotation stop tube 5 is forced to retract relative to the main body of the container. 2. Correspondingly, the body 4 supporting the cosmetic material having the shape of a stick advances and the cosmetic material having the shape of a stick M appears at an opening 1n which is located at the distal end of the guide tube 1 and, thus, the cosmetic material having the shape of a stick M can be used in a state of use. At this time, since the guide tube 1 and the connecting tube 3 rotate relatively, the relative rotation is performed with a first rotational torque according to a first rotational resistance from the O-ring 9 which is sandwiched between the tube guide 1 and the connecting tube 3, and the inner peripheral surface of the connecting tube 3.
    In addition, the relative rotation of the guide tube 1 and the main body of the container 2 in the other direction by the first pair of rotation advances the body 4 supporting the cosmetic material having the shape of a stick. As shown in FIG. 2, when the upper end surfaces 4j of rotational stop member pieces 4i abut against the upper end surfaces 1m of the rotational stop member pieces grooves 1j on the 1, the body 4 supporting the cosmetic material having the shape of a stick reaches the front limit. With the first rotation torque at the front limit, the guide tube 1 and the container main body 2 no longer rotate relatively in the other direction. When the relative rotation is attempted with a second rotational torque which is greater than the first rotational torque, the arm 5f in the rotational stop member vent portion 5e of the rotational stop tube 5 becomes curved radially inwards. This causes the convex portion 5g which is arranged on the arm 5f to protrude, the first projections 2a on the main body of the container 2 and thereby undo the engagement. Therefore, the synchronous rotation between the rotation stop tube 5 and the container main body 2 about the axial line is stopped. In this state, even though the guide tube 1 and the container main body 2 are rotated relatively more still in the other direction, since the rotation stop tube 5 and the container main body 2 rotate relatively, the body 4 supporting the cosmetic material in the form of a stick and the rotation stop tube 5 do not rotate relatively; for this, the screwing action by the screwing part 10 does not work. Even if the guide tube 1 and the container main body 2 are rotated relatively still more in the other direction, since the screwing action by the screwing part 10 does not work, the body 4 supporting the cosmetic material having the shape of a stick does not try to advance further beyond the front limit and does not press the guide tube 1 forward with great force. This prevents the guide tube 1 and the connecting tube 3 which is engaged with the guide tube 1 from being separated from the main container body 2.
    As described above, the second clutch mechanism which is constituted by the rotation stop element vent part 5e of the rotation stop tube 5 and the first projections 2a on the main body of the containing 2 function as what is called a clutch of the screwing portion 10 at the front limit of the body 4 supporting the cosmetic material having the shape of a stick.
    When the user rotates relatively the guide tube 1 and the container main body 2 in said one direction, which is the direction of return, the screwing action by the screwing portion 10 operates to retract the body 4 supporting cosmetic material in the form of a stick and the cosmetic material having the shape of a stick M goes down the opening 1n which is at the distal end of the tube 1.
    The continuation of the relative rotation of the guide tube 1 and the main container body 2 in said one direction further retracts the body 4 supporting the cosmetic material having the shape of a stick. The rear end surface of the stick-like cosmetic material supporting body 4 abuts against the upper end surfaces 2d of the second projections 2c on the container main body 2, thereby reaching the rear limit (the movement). At the rear limit, the continuation of the relative rotation in said one direction causes the spring portion 5a to shrink, the movement of the body 4 supporting the stick-shaped cosmetic material being stopped. Then, a position at which the male thread 4k is screwed with the female thread 5b moves, moving the screwing cylinder portion 5c forward. Thus, since the screw-threading portion 10 advances by screwing, the female thread 5b exceeds the male thread 4k and reaches the small diameter portion 4m, stopping the screwing of the screw portion 10 (see Figure 9). Therefore, at the rear limit, even though the guide tube 1 and the container main body 2 are further rotated in said one direction, the body 4 supporting cosmetic material having the shape of a stick and the tube rotational stop 5 rotate relatively (rotate freely) while the movement of the body 4 carrying stick-shaped cosmetic material is stopped and the screwing of the screwing portion 10 is stopped.
    The screwing of the screwing part 10 being stopped, the elastic force by the narrowed spring portion 5a exerts a prestress on the female thread 5b to the male thread 4k. For this, the relative rotation of the guide tube 1 and the main container body 2 in the other direction, which is the feed direction, easily engages the end portion of the female thread 5b on the side of the male thread 4k with an end portion of the male thread 4k on the side of the female thread 5b. The screwing of the screwing portion 10 being stopped, the relative rotation of the guide tube 1 and the main container body 2 in the other direction easily restores the screwing between the female thread 5b and the male thread 4k.
    As described above, the first clutch mechanism, which is formed by the spring portion 5a and the screw portion 10, operates as a so-called clutch of the screw portion 10 to the limit. back of the body 4 supporting cosmetic material having the shape of a stick. The first clutch mechanism operates in a state where the movement of the body supporting body-shaped cosmetic material 4 is stopped at the rear boundary; therefore, even if the stopping of the screwing and the restoring of the screwing of the screwing part 10 are repeated, the body 4 supporting the cosmetic material having the shape of a stick does not move backwards and forwards in the direction axial. Thus, the cosmetic material having the shape of a stick M which is supported by the distal end of the body 4 supporting cosmetic material having the shape of a stick, does not move backwards and forwards in the direction axial, limiting an impact on the cosmetic material having the shape of a stick M.
    In addition, the cosmetic material having the shape of a stick M is coupled to the rotation stop tube 5 via the body 4 supporting the cosmetic material having the shape of a stick and the screwing portion 10. Au in view of this, when the external force acts on the cosmetic material having the shape of a stick M in the axial direction, the external force is transmitted from the. cosmetic material having the shape of a stick M to the rotational stop tube 5 via the screw portion 10, stretching and compressing the spring portion 5a in the axial direction. As a result, the external force is absorbed by the spring force of the spring portion 5a. This protects the cosmetic material having the shape of a stick M sufficiently against the external force.
    Since the support pieces 4g to the body 4 supporting the cosmetic material having the shape of a stick form tiny spaces with the grooves 1h for support pieces to the guide tube 1 in which these support pieces 4g enter, a slight movement is allowed in your radial direction. In view of this, in the case where the external force acts on the cosmetic material having the shape of a stick M, the outer force radially radiates the shock absorbing portion 4b on the body 4 supporting the cosmetic material in the form of a 5a and the spring portion 5a absorbs the external force, thus sufficiently protecting the cosmetic material having the shape of the material and the spring portion 5a in the rotation stop tube 5. As a result, the elastic force by the shock absorbing portion 4b and the spring portion 5a a stick M against the external force.
    With the cosmetic material supply container having the shape of a stick 100 according to the embodiment, suppose the case where the guide tube 1 and the main container body 2 are turned relatively in said one direction, which is the direction of return, the body 4 supporting the cosmetic material having the shape of a stick retracts and reaches the rear limit, and then the guide tube 1 and the main body of container 2 are turned relatively evenly in said a direction. The retraction of the body 4 supporting the cosmetic material having the shape of a stick being stopped, while the spring portion 5a contracts, the screwing portion 10 screws forward, stopping the screwing of the screw portion 10. Therefore , even if this relative rotation is continued even further, the screw portion 10 released from the screwing rotates freely. This does not generate any force to further retract the body 4 supporting the cosmetic material having the shape of a stick that has reached the rear limit by the screw portion 10, thus ensuring limiting damage to the container. At this time, the retraction of the body 4 supporting the cosmetic material having the shape of a stick is stopped; for this, the body 4 supporting the cosmetic material having the shape of a stick does not move back and forth in the axial direction. Correspondingly, the cosmetic material having the shape of a stick M which is supported at the distal end of the body 4 supporting the cosmetic material having the shape of a stick does not move either backwards or forwards in the axial direction, thus ensuring to limit the impact on the cosmetic material having the shape of a stick. As described above, the cosmetic material having the shape of a stick M can be sufficiently protected while the damage to the container is limited.
    In this embodiment, the body 4 supporting a stick-shaped cosmetic material comprises a small diameter portion 4m which has an outside diameter smaller than the internal diameter of the female thread 5b at a position adjacent to the end portion of the male thread 4k. After the stick-shaped cosmetic material supporting body 4 is retracted and reaches the rear limit, when the guide tube 1 and the container main body 2 are rotated relatively even further in said one direction, the retraction of the body 4 supporting the cosmetic material having the shape of a stick being stopped while the spring portion 5a narrows, the screw portion 10 screws forward and the female thread 5b reaches the small diameter portion 4m, thereby stopping the screwing the screwing part 10.
    In this embodiment, the screwing of the screwing portion 10 is stopped, the elastic force exerted by the tapered spring portion 5a generates a preload on the female thread 5b to the male thread 4k. In this configuration, the relative rotation of the guide tube 1 and the container main body 2 in the other direction, which is the feed direction, with the screwing of the screwing portion 10 stopped, allows the female thread 5b and at the male thread 4k released from the screwing, to recover the screwing by the elastic force of the spring portion 5a.
    According to this embodiment, the guide tube 1 and the main container body 2 are rotated relatively with a first torque in the other direction, the body 4 supporting the cosmetic material having the shape of a stick advances and reaches the front limit, and then the guide tube 1 and the container main body 2 are rotated even more with the second rotation torque which is larger than the first rotational torque, in the other direction. Then, the synchronous rotation between the rotation stop tube 5 and the main container body 2 around the axial line is stopped. In this configuration, when the guide tube 1 and the container main body 2 are rotated relatively in the other direction, the body 4 supporting cosmetic material in the shape of a stick moves forward and reaches the front limit. and when the guide tube 1 and the container main body 2 are rotated relatively still further in this other direction, the synchronous rotation between the rotation stop tube 5 and the container main body 2 is stopped. This stops the relative rotation between the rotation stop tube 5 which comprises the female thread 5b, and the body 4 supporting the cosmetic material having the shape of a stick which comprises the male thread 4k. This does not generate any force to further advance the body 4 supporting the cosmetic material having the shape of a stick that has reached the front limit by the screw portion 10, thereby ensuring that damage to the container.
    In this embodiment, the main container body 2 comprises the plurality of first projections 2a which extend in your axial direction on the inner peripheral portion. The rotational stop tube 5 comprises the rotational stop member vent portion 5e which includes the radially outwardly extending convex portion 5g, which has flexibility in a direction along a radial direction. Engaging the convex portion 5g between adjacent first projections 2a allows rotation synchronous with the container main body 2 about the axial line. Suppose the case where the body 4 supporting the cosmetic material in the form of a stick reaches the front limit and where the tube 1 and the container main body 2 are rotated relatively more in the other direction. While the rotational stopper vent portion 5e curves radially inwardly, the rotation stopper 5 rotates relatively to the container main body 2 about the axial line. The convex portion 5g protrudes the first projections 2a to stop engagement. Thus, the synchronous rotation of the rotation stop tube 5 and the container main body 2 around the axial line is stopped. This configuration preferably ensures that the action of stopping the synchronous rotation between the rotation stop tube 5 and the main container body 2 around the axial line is implemented.
    With the spring portion 5a of this embodiment, the elastic force generated by the extension or contraction of the spring portion 5a absorbs the external force applied to the cosmetic material having the shape of a stick M, which is also the external force transmitted from the cosmetic material having the shape of a stick M to the rotation stop tube 5 via the body 4 supporting the cosmetic material having the shape of a stick and the screwing part 10. This protects in in addition to the cosmetic material having the shape of a stick M.
    The description has been made around a preferred embodiment of the present disclosure; however, the stick-shaped cosmetic material container according to the present disclosure is not limited to the above-mentioned embodiment but may be modified within a range that does not change the field described in each of the claims, or can be applied to other structures.
    Figure 10 is a perspective view showing a cross-section of a portion of a cosmetic material container having the shape of a stick according to a modification. FIG. 10 shows an example of a cosmetic material container having the shape of a stick 200 where the applicator 6 is not mounted by insertion on the opening 2h on the main body of the container 2. For example, as shown in FIG. 10, the container of cosmetic material having the shape of a stick 200 according to the modification is provided with a cosmetic material having the shape of a stick M whose cross-sectional lateral surface (a transverse section perpendicular to the axial direction) has a polygonal shape. The container of cosmetic material having the shape of a stick 200 according to this modification also produces the advantageous effects which sufficiently ensure to protect the cosmetic material having the shape of a stick M while limiting the damage of the container. The shape of the cosmetic material having the shape of a stick M is not limited and different shapes can be chosen. For example, the cosmetic material having the shape of a stick M may have an elliptical cross-sectional area and the distal end may be in the form of an oblique cut.
    With the embodiment described above, assuming the case where the guide tube 1 and the main body of the container 2 are rotated relatively in said one direction, the body 4 supporting the cosmetic material having the shape of a stick retracts and reaches the rear limit, and then the guide tube 1 and the container main body 2 are rotated relatively further in said one direction. The retraction of the body 4 supporting the cosmetic material having the shape of a stick being stopped, while the spring portion 5a narrows, the screwing portion 10 screws forward, thereby stopping the screwing portion of screwing 10. However instead of this configuration or an addition to this configuration, the following configuration can be applied. When the guide tube 1 and the container main body 2 are rotated relatively in said other direction, the body 4 supporting the cosmetic material having the shape of a stick advances and reaches the front limit, and then the guide tube 1 and the main container body 2 is rotated relatively still further in the said other direction, the advancement of the body 4 supporting cosmetic material having the shape of a stick being stopped, the screwing part screws forward while the part of spring narrows, stopping the screwing of the screwing part.
    With the embodiment, the stepped portion 5d of the rotational stop tube 5 is brought into contact with the upper end surface 2b of the first projection 2a of the main container body 2 to position the main body of the containing 2 in the axial direction. However, the side of the main container body 2 with which the rotation stop tube 5 is in contact is not limited. For example, the following configuration can be applied. Fourth projections are further disposed at a plurality of positions along the circumferential direction of the rearward side on the inner peripheral surface of the container main body 2. The fourth projections extend in the axial direction so that upper end surfaces of the fourth projections are positioned on a rearward side with respect to the upper end surfaces 2b of the first projections 2a and are formed radially higher than the first projections 2a. Placing the stepped portion 5d into contact with the upper end surface of the fourth projection positions the container main body 2 in the axial direction.
    It is only necessary that the male thread 4k and the female thread 5b function correspondingly to a screw thread such as a group of intermittently disposed projections or a group of projections arranged in a spiral and intermittent manner. In addition, the container of cosmetic material having the shape of a stick 100 can apply a constitution not having the second clutch mechanism.
    权利要求:
    Claims (7)
    [1" id="c-fr-0001]
    A cosmetic material supply container in the form of a stick, comprising: a tubular container having a container front portion (1) and a container rear portion (2), a movable body (4) in connection therewith with the container front portion (1) in a direction of rotation about an axial line, the movable body (4) being movable in an axial direction, the movable body (4) supporting, at a distal end, a cosmetic material having the shape of a stick and having a male thread (4k) on an outer peripheral portion, and a rotation stop tube (5) rotatable relative to the front portion of the container (1 ) about the axial line, the rotation stop tube (5) being rotatable synchronously with respect to the container rear portion (2) about the axial line, the rotation stop tube (5) having a female thread (5b) on a peripheral portion inner face, the female thread (5b) being screwed onto the male thread (4k), wherein: a relative rotation between the container front portion (1) and the container rear portion (2) causes a screw portion ( 10) formed by the male thread (4k) and the female thread (5b) to advance or retract the movable body (4), the relative rotation showing and disappearing the cosmetic material having the shape of a stick to an opening to a distal end of the container, the rotation stop tube (5) comprises a spring portion (5a) adapted to be elongate and contracted in the axial direction, and when the front portion of the container (1) and the rear portion of container (2) are rotated relatively in one direction, the moving body (4) moves and reaches a movement limit, and when the container front portion (1) and the container rear portion (2) continue to be relatively tours in u in a direction, the screwing portion (10) continues to screw while the spring portion (5a) narrows, the movement of the movable body (4) being stopped to remove the screwing effect at the screwing portion (10) .
    [2" id="c-fr-0002]
    A stick-shaped cosmetic material supply container according to claim 1, wherein the movement limit is at least one of a leading limit and a trailing limit.
    [3" id="c-fr-0003]
    A stick-shaped cosmetic material supply container according to claim 1 or 2, wherein: the movable body (4) comprises a small diameter portion (4m) located adjacent to a portion of end of the male thread (4k), the small diameter portion (4m) having an outer diameter less than an inner diameter of the female thread (5b), and when the movable body (4) moves and reaches a limit of movement and when the container front portion (1) and the container rear portion (2) continue to be rotated relatively in one direction, while the spring portion (5a) narrows, the screw portion (10) continues to screw and the female thread (5b) reaches the small diameter portion (4m), the movement of the movable body (4) being stopped to remove the screwing effect at the screwing part (10).
    [4" id="c-fr-0004]
    A cosmetic material supply container in the form of a stick according to claim 3, wherein, when the screwing of the screwing portion (10) is stopped, an elastic force exerted by the narrowed spring portion (5a). ) causes a stress on the female thread (5b) towards the male thread (4k).
    [5" id="c-fr-0005]
    A cosmetic material supply container in the form of a stick according to one of claims 1 to 4, wherein, when the container front portion (1) and the container rear portion (2) are rotated relatively with a first rotational torque in another direction, the movable body (4) moves and reaches another limit of movement opposite to the movement limit, and when the container front (1) and the container rear ( 2) are then rotated relatively with a second rotational torque greater than the first rotational torque in the other direction, a synchronous rotation between the rotational stop tube (5) and the container rear portion (2) around the axial line is stopped.
    [6" id="c-fr-0006]
    The stick-shaped cosmetic material supply container according to claim 5, wherein: the container rear portion (2) comprises a plurality of axially extending ribs on an inner peripheral portion, the rotation stop tube (5) comprises a rotational stop vent portion, the rotational stop vent portion comprising a convex portion (5g) extending radially outwardly, the rotational stopper vent having flexibility in one direction along a radial direction, engagement of the convex portion (5g) between the adjacent ribs providing synchronous rotation with respect to the rear container portion ( 2) around the axial line, and when the movable body (4) reaches the other limit of movement and when the front part of container (1) and the rear part of container (2) are then turned relatively dava in the other direction with the second rotational torque, while the rotational stop vent portion is bent radially inwardly, the rotational stop tube (5) rotates relatively to the portion rearward container (2) around the axial line and the convex portion (5g) protrudes beyond the rib and releases the engagement to stop the synchronous rotation between the rotation stop tube (5) and the container rear portion (2). ) around the axial line.
    [7" id="c-fr-0007]
    A cosmetic material supply container in the form of a stick according to one of claims 1 to 6, wherein the spring portion (5a) absorbs an external force applied to the cosmetic material in the shape of a stick. the external force being transmitted from the stick-like cosmetic material to the rotational stop tube (5) via the movable body (4) and the screw portion (10).
    类似技术:
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    BE430152A|
    同族专利:
    公开号 | 公开日
    US9788635B2|2017-10-17|
    CN106307973A|2017-01-11|
    US20170000240A1|2017-01-05|
    CN106307973B|2019-07-16|
    JP2017012500A|2017-01-19|
    FR3040603B1|2019-03-15|
    JP6281068B2|2018-02-21|
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    CN103720186B|2013-02-01|2016-08-17|宫内化妆品（唐山）有限公司|Stick cosmetic advancing container and manufacture method thereof and the manufacture method of bar-like cosmetic|
    JP5710688B2|2013-05-14|2015-04-30|株式会社トキワ|Stick-shaped cosmetic supply container|
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    JP6346814B2|2014-07-23|2018-06-20|株式会社トキワ|Cosmetic container|FR3065359B1|2017-04-20|2022-01-14|Tokiwa Corp|STICK-SHAPED COSMETIC MATERIAL DISPENSER CONTAINER|
    JP2019048049A|2017-09-08|2019-03-28|株式会社トキワ|Rod-shaped cosmetic material feeding container|
    CN109090805B|2018-08-25|2021-04-30|广东麒麟精工科技有限公司|Oil-free middle bundle core formed by plastic|
    JP6627072B1|2018-10-18|2020-01-08|株式会社トキワ|Application container|
    KR200492957Y1|2018-12-27|2021-01-07|조정석|Cosmetic pencil|
    法律状态:
    2017-06-22| PLFP| Fee payment|Year of fee payment: 2 |
    2018-06-11| PLFP| Fee payment|Year of fee payment: 3 |
    2018-08-17| PLSC| Search report ready|Effective date: 20180817 |
    2020-06-19| PLFP| Fee payment|Year of fee payment: 5 |
    2021-06-22| PLFP| Fee payment|Year of fee payment: 6 |
    优先权:
    申请号 | 申请日 | 专利标题
    JP2015132761|2015-07-01|
    JP2015132761A|JP6281068B2|2015-07-01|2015-07-01|Stick-shaped cosmetic supply container|
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