JP2008036372A - Container for storing lipstick or the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To allow a lipstick or the like to smoothly come out to the end by moving a tray member tray part (the tray part) in the neighborhood of a container relative to a tray member cylinder part (the cylinder part) and obtaining a smooth, nonstep and vertical movement of the tray part relative to the cylinder part, and to prevent trouble of dropping the lipstick. <P>SOLUTION: In the container for storing lipstick or the like, a tray member for fixing the lipstick or the like is divided into the cylinder part and the tray part. The outside of the cylinder part is machined to have roughness, with a projection attached to the inside of a rotary cylinder. The ruggedness on the outside of the tray part is made to mesh with the projection on the inside of the rotary cylinder. Projections attached to the tray part are made movable in the spiral groove on the inner side of a fixed cylinder. The lead of the spiral groove in the section of a second process attached to the inside of the fixed cylinder is made shorter than the lead of the spiral groove in the section of a first process. A projection is attached to the spiral groove of the section of the second process, wherein the width of this spiral groove is made narrower than the width of the spiral groove in the section of the first process. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  In a storage container such as a stick-shaped lipstick, the present invention separates the dish member for fixing the lipstick into a dish member cylinder part and a dish member dish part to form a double structure, and the dish member dish part with respect to the dish member cylinder part This is a technical field related to a storage container such as lipstick, in which all of the lipstick is taken out from the storage container.

  There are various inventions in a storage container such as a stick-shaped lipstick that separates the dish member that fixes the lipstick into a tray member cylinder part and a dish member dish part to make a double structure and remove all the lipstick from the storage container. . As a conventional technique, the dish member is divided into a dish storage tray (dish member cylinder part) and an extrusion plate (dish member dish part), and the lipstick remaining between the dish storage container and the extrusion plate is used for makeup. Attaching the shaft part to the extrusion plate, attaching a plurality of annular protrusions to the shaft part, pressing the extrusion member inside the rotating base, and pushing up the extrusion plate against the cosmetics storage dish, storing lipstick etc. A container that is completely removed from the container (for example, see Patent Document 1). Usually, to use lipstick, use a part of the lipstick out of the storage container. At this time, if there is not enough lipstick, in the storage container of Patent Document 1, the lipstick must be lowered unless the cosmetic storage tray and the push-out plate (push-out member) are lowered to the inner side of the rotation base (the farthest). An appropriate amount cannot be dispensed and replenished. Now, every time lipstick runs out at the time of makeup, lowering the cosmetic storage tray and the extrusion plate (extrusion member) to the inside of the rotating base, and putting out the appropriate amount of lipstick, the makeup interruption time is long, It is inconvenient because it takes time and effort to produce an appropriate amount of lipstick. In addition, since the amount of lipstick is adjusted by the hole in the dish during cosmetic storage and the annular protrusion on the shaft, the lipstick moves up stepwise and the lipstick does not rise smoothly. In another invention, the dish member is divided into a cosmetic storage cylinder (dish member cylinder part) and an extruding member (dish member dish part), and the horizontal dividing hole and the vertical dividing hole are attached to the rotating cylinder of the upper end opening (for example, (See Patent Document 2). In the storage container of this Patent Document 2, while the cosmetic storage cylinder protrusion attached to the cosmetic storage cylinder moves laterally through the horizontal dividing hole of the rotary cylinder, that is, the cosmetic storage cylinder rotates with respect to the pushing member. During this time, the push-out member protrusion attached to the push-out member rises, so that the push-out member rises with respect to the cosmetic container. If you run out of lipstick, you can replenish the lipstick that was missing. However, since the cosmetic storage tube rotates with respect to the push-out member, a twist occurs between the cosmetic storage tube and the push-out member. When the space between the cosmetic storage cylinder and the push-out member is twisted, the portion of the lipstick that has been fixed to the cosmetic storage cylinder and the push-out member is deformed, and around the lipstick that has been fixed to the cosmetic storage cylinder and the push-out member. Cracks occur, and the lipstick that has been fixed to the cosmetic storage cylinder and the push-out member becomes unstable, and if it is repeated several times, the lipstick falls from the storage container. In another invention, the second groove and the stopper are attached to the driven member (for example, see Patent Document 3). In the storage container of Patent Document 3, since the second groove and the stopper are attached to the driven member, the vertical movement of the lipstick is stepwise and the lipstick does not rise smoothly. Further, the storage container of Patent Document 3 has a large number of parts, a complicated structure, and is difficult to produce at a low cost as compared with the storage container such as the lipstick of the present invention. Therefore, the reuse of the storage container of Patent Document 3 is considered.

  Japanese Utility Model Publication No. 62-61613   Japanese Utility Model Publication No. 60-41847   Japanese Patent No. 3297283

  In the technology that separates the plate member that fixes lipstick etc. into a plate member tube portion and a plate member plate portion to make a double structure and removes all lipstick etc. from the storage container, the plate member plate portion can be moved up and down relative to the plate member tube portion The place is near the tip of the storage container.

  In the storage container such as lipstick of the present invention, the side on which the lipstick etc. enters and exits is the upper side.

  The first step is a step in which the plate member cylinder portion and the plate member plate portion have the same relative positional relationship and move up and down together inside the fixed tube and the rotating tube.

  A process in which the dish member dish part changes its positional relationship relative to the dish member cylinder part and moves up and down inside the fixed cylinder and the rotating cylinder is a second process. At this time, the dish member dish part can move upward relative to the dish member cylinder part.

  In the second step, accidents caused by dropping of lipstick etc. from the storage container are prevented. Since measures to prevent this accident could not be made, it has become a big problem in commercialization.

  In addition, the user can clearly distinguish between the time of the first process and the time of the second process.

  For example, when the rotating cylinder is rotated with respect to the fixed cylinder, the distance that the lipstick etc. moves up and travels (the length that the lipstick etc. goes out) is long at the first step, short at the second step, Express clearly. Also, the force required to rotate the rotating cylinder is light during the first step, heavy during the second step, and is clearly expressed. Or it expresses stepwise at the time of the 2nd process clearly, so that the state of ascent movement of lipstick etc. may slide at the 1st process.

  In the second step, the upward movement of the plate member plate portion with respect to the plate member cylinder portion is made to be a smooth upward movement, so that the lipstick or the like rises smoothly until it is finally used up.

  The dish member cylinder does not rotate with respect to the dish member dish.

  In the second step, when the dish member dish part repeats up and down movement with respect to the dish member cylinder part, the circumference of the lipstick etc. fixed to the dish member cylinder part and the dish member dish part is deformed, and there is a crack around the lipstick etc. The lipstick or the like is likely to fall from the dish member cylinder part and the dish member dish part, so that the dish member dish part does not move downward with respect to the dish member cylinder part.

  When the dish member cylinder part rotates with respect to the dish member dish part, the circumference of the lipstick etc. fixed to the dish member cylinder part and the dish member dish part is deformed, and the cracks around the lipstick etc. can be formed, and the lipstick etc. is a dish member cylinder. The plate member cylinder portion does not rotate at all with respect to the plate member plate portion.

  A dish member for fixing lipstick or the like is separated into a dish member cylinder part and a dish member dish part to form a double structure.

  Attach a protrusion to the plate part.

  The protrusion attached to the dish member dish part allows the vertical hole and the horizontal hole of the rotating cylinder to move.

  At the time of the first step, the dish member cylinder part and the dish member dish part can be moved up and down inside the rotating cylinder together.

  At the time of the second step, the dish member dish part can be moved upward relative to the dish member cylinder part. However, the dish member dish part does not move downward relative to the dish member cylinder part.

  A spiral groove is attached to the inner side of the fixed cylinder so that the protrusion attached to the dish member plate part can move up and down the inner spiral groove of the fixed cylinder.

  In the first step, the dish member cylinder part and the dish member dish part are fixed by the frictional force between the dish member dish part and the dish member cylinder part. That is, since it is below a certain fixed load, the dish member dish part and the dish member cylinder part are fixed.

  In the lead (pitch) of the spiral groove attached to the inner side of the fixed cylinder, the lead of the spiral groove in the second process section is made shorter than the lead of the spiral groove in the first process section.

  Therefore, when the rotating cylinder is rotated once, the length of the lipstick etc. is long in the first step and short in the second step. Therefore, the user can clearly distinguish the first process from the second process.

  In the spiral groove attached to the inside of the fixed cylinder, a plurality of protrusions are attached to the spiral groove in the second process section.

  When the protrusion attached to the dish member dish part moves up and down the spiral groove, the protrusion attached to the dish member dish part moves up and moves smoothly in the spiral groove in the section of the first step.

  However, in the spiral groove in the section of the second step, the protrusion attached to the dish member dish part that moves up the spiral groove is blocked by the protrusion of the spiral groove, and the protrusion attached to the dish member dish part moves up and down stepwise. become.

  Therefore, when the rotating cylinder is rotated, the lipstick etc. comes out smoothly and smoothly in the first step. In the second step, lipstick and the like come out in stages. Therefore, the user can clearly distinguish the first process from the second process.

  Further, in the width of the spiral groove attached to the inside of the fixed cylinder, the width of the spiral groove in the second process section is narrower than the width of the spiral groove in the first process section.

  The width of the spiral groove is set to be a wide width of the section of the first step, and a width that allows the protrusion attached to the dish member dish portion to smoothly move up and down so as to slide on the spiral groove.

  The width of the spiral groove is set to be a narrow width in the section of the second step so that the projection and the spiral groove attached to the dish member dish portion generate a larger frictional force than the first step. Therefore, compared with the section of the first step, in the section of the second step, if the strong torque is not applied to the protrusion attached to the dish member dish part, the width of the protrusion attached to the dish member dish part does not move up the spiral groove. And

  Therefore, when the rotating cylinder is rotated, the lipstick etc. comes out with a light rotational force in the first step. In the second step, compared to the first step, lipstick or the like does not come out unless a strong rotational force is applied to the rotating cylinder. Therefore, the user can clearly distinguish the first process from the second process.

  Below a certain load, it fixes by the frictional force between a dish member tray part and a dish member cylinder part. In addition, at a certain load or more, the plate member plate portion slides between the plate member plate portion and the plate member tube portion, and the plate member plate portion can move upward relative to the plate member tube portion.

  During the second step, the plate member plate portion and the plate member tube portion slide between each other so that the plate member plate portion can move upward relative to the plate member tube portion.

  Therefore, the dish member dish part rises with respect to the dish member cylinder part, and all of the lipstick and the like can be taken out from the storage container such as the lipstick. Since the protrusions attached to the dish member dish part ascend the spiral groove, the dish member dish part moves smoothly relative to the dish member cylinder part. In other words, lipstick etc. can be used smoothly, and lipstick etc. can be used up.

  When storing a lipstick or the like, the protrusion attached to the dish member dish part moves down the spiral groove. Therefore, all lipsticks and the like can be stored in the storage container.

  After the dish member dish part has moved up with respect to the dish member cylinder part, the dish member dish part holds its position with respect to the dish member cylinder part, and remains in the state of being moved up. The relative positional relationship with the member tube portion does not change. The downward movement moves downward without changing the relative positional relationship between the dish member dish part and the dish member cylinder part.

  When the areas of friction between the dish member dish part and the dish member cylinder part increase, the frictional force also increases. Therefore, in the second step, the rotational force applied to the rotary gripping portion is small at the beginning and large at the end. By adjusting the magnitude of this frictional force, the rotational force applied to the rotary gripping part in the second step can be adjusted. Therefore, the magnitude of the rotational force applied to the rotary gripping part can be freely set in the first step and the second step, and is an easy-to-use storage container for lipsticks, etc. It is.

  In the storage container of the present invention, various kinds of work can be performed on the spiral groove in the second process section to prevent accidents caused by dropping (jumping out) of lipstick or the like from the storage container.

  Since it is an expensive lipstick or the like, in a container in which the dish member is not divided, the lipstick or the like left on the dish member is taken out using a brush. Many people felt embarrassed that this work was in front of the public. This problem can be solved by the storage container of the present invention.

  A container having a double structure by separating a conventional dish member into a dish member cylinder part and a dish member dish part has many drawbacks, and most of the double structure containers were not produced as commercial products. In addition, the double-structured container, which has complicated parts, a large number of parts, and high production costs, was extremely small even when produced. In addition, no measures have been taken to prevent accidents caused by dropping (jumping) of lipstick or the like from the storage container. Mainly because of these things, commercialization has become very difficult.

  In the storage container of the present invention, as a process to be added to a container in which the conventional dish member is not divided, the dish member is mainly separated into a dish member cylinder part and a dish member dish part to have a double structure. is there. Due to the above simple structure, the production cost is slightly increased even when compared with a conventional storage container in which the plate member is not divided.

BEST MODE FOR CARRYING OUT THE INVENTION

The best mode for carrying out the invention will be described with reference to the drawings.
1 and 2, the dish member for fixing the lipstick or the like is separated into a dish member cylinder part A and a dish member dish part B to form a double structure.

  1 and 2, the projection D is attached to the dish member dish B. Concavities and convexities C are formed on the outside of the dish member tube portion A.

  In FIG. 1 and FIG. 2, a rod-like protrusion P is attached to the inside of the dish member cylinder part A, and a groove Q is attached to the side surface of the cylindrical part of the dish member dish part B. A rod-like protrusion P on the inside of the plate member cylinder portion A attaches the groove Q on the side surface of the cylindrical portion of the plate member plate portion B so as to be movable up and down.

  By adjusting the frictional force between the rod-shaped protrusion P inside the dish member cylinder part A and the groove Q on the side of the cylindrical part of the dish member dish part B, the dish member dish part against the dish member cylinder part A in the second step Adjust the force required to move B.

  In FIG. 1 and FIG. 2, the upper end part (upper end surface) of the dish member cylinder part A and the dish member dish part B is set to 20 degrees to 90 degrees with respect to the longitudinal direction.

  In FIG. 3, a protrusion F is attached to the inside of the upper end portion of the rotating cylinder E.

  In FIG. 3, the rotary cylinder E is provided with a vertical split hole G in the cylindrical portion, and a horizontal hole J is attached to the lower end of the vertical split hole G. The projection D of the dish member dish B allows the vertical split hole G and horizontal hole J of the rotating cylinder E to move.

  In FIG. 3, the upper end surface (upper end surface) of the rotating cylinder E is set to 20 degrees to 90 degrees with respect to the longitudinal direction.

  4 and 5, the spiral groove L is attached to the inside of the fixed cylinder K. The projection D of the dish member dish B allows the spiral groove L inside the fixed cylinder K to move up and down.

  4 and 5, the lead of the spiral groove L attached to the inside of the fixed cylinder K has a long section in the first step and a short section in the second step.

  Accordingly, the pitch of the spiral groove L attached to the inside of the fixed cylinder K is also shorter in the second process section than in the first process section.

  That is, the lead of the spiral groove L attached to the inside of the fixed cylinder K has a shorter upper end section than a lower end section.

  4 and 5, in the first step, the projection D of the dish member dish part B can move up and down the spiral groove L having a long lead. In the second step, the projection D of the dish member dish part B can move up and down the spiral groove L with a short lead.

  Therefore, when the rotating cylinder K is rotated once, the length of the lipstick and the like attached to the dish member is long in the first step, and the lipstick is short in the second step. That is, in the second process, the appearance of lipstick and the like is shorter than in the first process.

  In FIG. 4, in the spiral groove L attached to the inside of the fixed cylinder K, a plurality of protrusions N are attached to the spiral groove L in the section of the second step.

  In FIG. 5, in the width of the spiral groove L attached to the inside of the fixed cylinder K, the width of the spiral groove L in the second process section is narrower than the width of the spiral groove L in the first process section.

  In FIG. 6, it is the state which assembled storage containers, such as a lipstick, of this invention.

  In FIG. 6, when the dish member dish part A moves upward in the first step and moves to the second process, the unevenness C of the dish member dish part A and the protrusion F on the inner side of the upper end of the rotating cylinder E mesh with each other, The upward movement of the dish member dish part A can be stopped.

  In FIG. 6, the surface (upper end surface) of the upper end portion of the storage container is set to 20 degrees to 90 degrees with respect to the longitudinal direction.

  That is, the upper end part (upper end surface) of the dish member cylinder part A, the dish member dish part B, and the rotating cylinder E is set to the same angle with respect to the longitudinal direction, and is set to 20 degrees to 90 degrees.

  1, 2, 3, 4, 5, and 6, the protrusion D of the dish member dish portion B has a size that allows the vertical split hole G and the horizontal hole J of the rotating cylinder E to move. Further, the protrusion D has a size that allows the spiral groove L of the fixed cylinder K to move up and down. In the first step, the dish member cylinder part A and the dish member dish part B can move up and down together in the rotating cylinder E while fixing the relative positional relationship.

  1, 2, 3, 4, 5, and 6, during the second step, the plate member plate portion B and the plate member tube portion A slide between each other. Therefore, the dish member dish part B can be moved upward with respect to the dish member cylinder part A. That is, all lipsticks and the like can be taken out from the storage container. Since the projection D attached to the dish member dish part B rises in the spiral groove L, the dish member dish part B moves smoothly. Therefore, the lipstick and the like move smoothly together with the dish member dish B. When storing a lipstick or the like, the projection D attached to the dish member dish part B moves down the spiral groove L. That is, the dish member dish part B is moved downward so that all of the lipstick and the like can be stored in the container. A container for lipstick or the like characterized by the above.

  1, 2, 3, 4, and 6, the dish member that fixes the lipstick or the like is separated into the dish member cylinder part A and the dish member dish part B, and the unevenness C is formed on the outside of the dish member cylinder part A. Mounting, attaching the rod-shaped protrusion P inside the dish member cylinder A, attaching the protrusion D to the dish member dish B, attaching the groove Q to the side of the dish member dish B, and the rod-shaped protrusion P inside the dish member cylinder A is The groove Q on the side surface of the dish member dish part B is attached so as to be movable up and down, the dish member cylinder part A and the dish member dish part B are attached inside the rotary cylinder E so as to be movable up and down, and the dish is attached to the dish member cylinder part A. The plate part B is attached so as to be movable upward, the vertical split hole G is attached to the rotary cylinder E, the horizontal hole J is attached to the lower end of the vertical split hole G, the protrusion F is attached to the inner side of the upper end part of the rotary cylinder E, The unevenness C of the member dish A and the projection F inside the upper end of the rotating cylinder E mesh with each other, and the upward movement of the dish member cylinder A can be stopped. The upper end portion (upper end surface) of A and the upper end portion (upper end surface) of the dish member pan portion B are set to 20 to 90 degrees with respect to the longitudinal direction, and the upper end portion (upper end surface) of the rotating cylinder E is directed with respect to the longitudinal direction. The rotating cylinder E is rotatably attached to the inside of the fixed cylinder K, the spiral groove L is attached to the inside of the fixed cylinder K, and the dish member cylinder part A and the dish member dish part B are relative to each other. The step of moving the inner side of the rotary cylinder E up and down without changing the position to the first step is the first step, the step of moving the plate member plate portion B upward relative to the plate member tube portion A is the second step, The lead of the spiral groove L attached inside is shorter than the lead of the spiral groove L in the first process section in the second process section, and a plurality of protrusions N are attached to the spiral groove L in the second process section, The projection D attached to the plate member plate B allows the vertical hole G and the horizontal hole J attached to the rotary cylinder E to move, The protrusion D attached to B allows the spiral groove L on the inner side of the fixed cylinder K to move, and the dish member cylindrical part A rises by the projections F on the inner side of the upper part of the rotating cylinder E and the unevenness C of the dish member cylindrical part A. It is possible to stop the movement, and the dish member plate part B is moved upward with respect to the dish member tube part A, so that all the lipstick etc. are taken out from the storage container. A storage container.

  1, 2, 3, 5, and 6, the dish member that fixes the lipstick or the like is separated into the dish member cylinder part A and the dish member dish part B, and the unevenness C is formed on the outside of the dish member cylinder part A. Mounting, attaching the rod-shaped protrusion P inside the dish member cylinder A, attaching the protrusion D to the dish member dish B, attaching the groove Q to the side of the dish member dish B, and the rod-shaped protrusion P inside the dish member cylinder A is The groove Q on the side surface of the dish member dish part B is attached so as to be movable up and down, the dish member cylinder part A and the dish member dish part B are attached inside the rotary cylinder E so as to be movable up and down, and the dish is attached to the dish member cylinder part A. The plate part B is attached so as to be movable upward, the vertical split hole G is attached to the rotary cylinder E, the horizontal hole J is attached to the lower end of the vertical split hole G, the protrusion F is attached to the inner side of the upper end part of the rotary cylinder E, The unevenness C of the member dish A and the projection F inside the upper end of the rotating cylinder E mesh with each other, and the upward movement of the dish member cylinder A can be stopped. The upper end portion (upper end surface) of A and the upper end portion (upper end surface) of the dish member pan portion B are set to 20 to 90 degrees with respect to the longitudinal direction, and the upper end portion (upper end surface) of the rotating cylinder E is directed with respect to the longitudinal direction. The rotating cylinder E is rotatably attached to the inside of the fixed cylinder K, the spiral groove L is attached to the inside of the fixed cylinder K, and the dish member cylinder part A and the dish member dish part B are relative to each other. The step of moving the inner side of the rotary cylinder E up and down without changing the position to the first step is the first step, the step of moving the plate member plate portion B upward relative to the plate member tube portion A is the second step, The lead of the spiral groove L attached to the inside is shorter in the section of the second process than the section of the first process, and the width of the spiral groove L attached to the inside of the fixed cylinder K is the first process in the section of the second process. The projection D attached to the plate member plate part B can be moved through the vertical hole G and the horizontal hole J attached to the rotary cylinder E. The projection D attached to the dish member dish B allows the spiral groove L on the inner side of the fixed cylinder K to move, and the projection F on the inner side of the concave and convex C of the dish member cylinder A and the upper end of the rotating cylinder E. The upward movement of the dish member cylinder part A can be stopped, and the dish member dish part B is moved upward relative to the dish member cylinder part A, so that all the lipstick etc. are taken out from the storage container. A storage container for lipsticks, etc.

Embodiments of the invention will be described with reference to the drawings.
In FIG. 1 and FIG. 2, the surface of the upper end part of the dish member cylinder part A and the dish member dish part B is set to 45 degrees with respect to the longitudinal direction.

  1, 2, and 6, the dish member that fixes the lipstick or the like is separated into the dish member cylinder part A and the dish member dish part B to form a double structure. The dish member cylinder part A and the dish member dish part B are made of plastic. The size of the dish member cylinder portion A is a cylindrical shape having a height of 24 mm, an outer diameter of 10 mm, and a wall thickness of 0.5 mm. Concavities and convexities C are formed on the outside of the dish member tube portion A. The unevenness C is cut from the upper side to an angle of 1.5 mm downward from the upper end to a width of 0.5 mm (a right triangle is turned upside down and the height is 1.5 mm and the base is 0.5 mm). . A rod-like projection P is attached to the inside of the dish member cylinder portion A, and the rod-like projection P has an isosceles triangle cross section, a base of 1 mm, and a height of 1 mm. In addition, the size of the dish member dish part B is a cylinder having a height of 26 mm, an outer diameter of 9 mm, and a wall thickness of 2 mm, and an upper end closed by an elliptical plate having a wall thickness of 2 mm. A projection D is attached to the dish member dish B, and the projection D is made of plastic. The size and shape of the protrusion D is a cylindrical shape with a protrusion portion having a thickness of 1 mm and a length of 2 mm. A groove Q is attached to the side surface of the plate member plate portion B, and the sectional shape of the groove Q is an isosceles triangle having a bottom of 1.2 mm and a height of 1 mm. The rod-shaped protrusion P of the dish member cylinder part A and the groove Q of the dish member dish part B are in close contact. A space between the dish member dish part B and the dish member cylinder part A is fixed by a frictional force.

  In FIG. 3, the surface of the upper end portion of the rotating cylinder E is set to 45 degrees with respect to the longitudinal direction.

  In FIG. 3, a protrusion F is attached to the inside of the rotating cylinder E. The protrusion F has a ring shape of 0.5 mm and a width of 1.5 mm (the cross-sectional shape is a right-angled triangle upside down with a height of 1.5 mm and a base of 0.5 mm).

  In FIG. 3, a ring-shaped protrusion H for attaching the fixed cylinder K is attached to the outer side of the rotary cylinder E. The cross-sectional shape of the ring-shaped protrusion H is an arc shape having a radius of 0.5 mm and a height of 0.3 mm.

  In FIG. 3, a vertical split hole G is attached to the rotary cylinder E. A horizontal hole J is attached to the lower end of the vertical split hole G. The rotating cylinder E, the inner protrusion F, and the outer ring-shaped protrusion H are made of plastic. The size of the rotating cylinder E is a cylindrical shape with a thickness of 0.5 mm, a height of 70 mm, and an outer diameter of 11 mm. Also, a pair (two) of vertical split holes G having a width of 1.1 mm and a length of 41 mm are attached upward from the lower end 4.5 mm of the side surface of the rotating cylinder H. A pair (two) of horizontal holes J having a width of 1.1 mm and a length of 2.5 mm are attached horizontally from the lower ends of the vertical split holes G.

  In FIG. 4, the fixed cylinder K is made of plastic. The size of the fixed cylinder L is a cylinder having a height of 51 mm, an outer diameter of 14 mm, and a wall thickness of 1.5 mm. A pair (two) of spiral grooves L having a width of 1.1 mm and a depth of 1.2 mm are attached to the inside of the fixed cylinder E.

  In FIG. 4, the lead of the spiral groove L attached to the inside of the fixed cylinder K has a first process section of 30 mm and a second process section of 4 mm. That is, the lead of the spiral groove L is 30 mm in the section from the lower end upward to 30 mm, and the lead of the spiral groove L is 4 mm in the section 10 mm upward connected to it.

  Therefore, the rotational movement of the lipstick and the like (the length at which the lipstick etc. comes out) by rotating the rotating cylinder E once is 30 mm in the first step and 4 mm in the second step.

  In FIG. 4, in the section of the second step, the protrusion N is attached to the spiral groove L attached to the inside of the fixed cylinder K. The projections N are made of plastic, and 20 pairs are attached to the inside of the fixed cylinder K. The size of the protrusion N is a semicircle having a radius of 0.15 mm. Therefore, in the second process section, the way the lipstick and the like come out is moved up in 20 steps, so that it is possible to prevent an accident caused by the drop (jumping) of the lipstick and the like from the plate member.

  In FIG. 4, a plastic plate having a thickness of 3 mm is attached to the bottom surface of the fixed cylinder K, and the fixed cylinder K is used as a rotary gripping part. A semicircular groove M having a radius of 0.5 mm in cross section is attached to the inside of the fixed cylinder K.

  In FIG. 1, FIG. 2, FIG. 3, FIG. 4 and FIG. 6, in order to use lipstick, etc., first, in the first step, the dish member cylinder part A and the dish member dish part B are relatively positioned. The inside of the fixed cylinder K and the rotary cylinder E is moved up and down together with the same relationship. In this first step, since the projection D attached to the dish member dish part B is only a load that moves through the spiral groove L and the longitudinal split hole G (or horizontal hole J), the rotational force applied to the rotary gripping part is relatively small. Even lipsticks move up and down.

  Next, at the time of a 2nd process, the plate member tray part B changes a positional relationship relatively with respect to the plate member cylinder part A, and moves the inner side of the fixed cylinder K and the rotation cylinder E up and down. At this time, the dish member dish part B can move upward relative to the dish member cylinder part A. As the frictional area between the rod-shaped protrusion P inside the dish member cylinder A and the groove Q on the side surface of the dish member dish B increases, the frictional force gradually increases. Further, in order for the protrusion D of the dish member dish part B to move upward in the spiral groove L of the fixed cylinder K, the protrusion D of the dish member dish part B must get over the 20 pairs of protrusions N of the spiral groove L. Therefore, the ascending movement of lipstick and the like in the second step is 20 steps. Therefore, the rotational force applied to the rotary gripping part in the second step can be adjusted by adjusting the magnitude of this frictional force and the magnitude of the force with which the protrusion D of the dish member dish part B gets over the protrusion N of the spiral groove L. Therefore, the magnitude of the rotational force applied to the rotary gripping part can be freely set in the first step and the second step, and is an easy-to-use storage container for lipsticks, etc. It is.

  In FIG. 1 and FIG. 2, the surface of the upper end part of the dish member cylinder part A and the dish member dish part B is set to 90 degrees with respect to the longitudinal direction.

  1, 2, and 6, the dish member that fixes the lipstick or the like is separated into the dish member cylinder part A and the dish member dish part B to form a double structure. The dish member cylinder part A and the dish member dish part B are made of plastic. The size of the dish member cylinder portion A is a cylinder having a height of 14 mm, an outer diameter of 10 mm, and a wall thickness of 0.5 mm. Concavities and convexities C are formed on the outside of the dish member tube portion A. The unevenness C is cut from the upper side to an angle of 1.5 mm downward from the upper end to a width of 0.5 mm (a right triangle is turned upside down and the height is 1.5 mm and the base is 0.5 mm). . A rod-like projection P is attached to the inside of the dish member cylinder portion A, and the rod-like projection P has an isosceles triangle cross section, a base of 1 mm, and a height of 1.25 mm. In addition, the size of the dish member dish portion B is a cylindrical shape having a height of 17.5 mm, an outer diameter of 8.5 mm, and a thickness of 2 mm, and the upper end is closed by a disk having a thickness of 2 mm. . A clear space of 0.25 mm is provided between the inner surface of the dish member cylinder part A and the outer surface of the dish member dish part B. A projection D is attached to the dish member dish B, and the projection D is made of plastic. The size and shape of the protrusion D is a cylindrical shape with a protrusion portion having a thickness of 1 mm and a length of 2 mm. A groove Q is attached to the side surface of the dish member dish part B, and the cross section of the groove Q is an isosceles triangle having a bottom of 1.2 mm and a height of 1 mm. The rod-shaped protrusion P of the dish member cylinder part A and the groove Q of the dish member dish part B are in close contact with each other and fixed by a frictional force.

  In FIG. 3, the surface of the upper end portion of the rotating cylinder E is set to 90 degrees with respect to the longitudinal direction.

  In FIG. 3, a protrusion F is attached to the inside of the rotating cylinder E. The protrusion F has a ring shape of 0.5 mm and a width of 1.5 mm (the cross-sectional shape is a right-angled triangle upside down with a height of 1.5 mm and a base of 0.5 mm).

  In FIG. 3, four protrusions H for attaching the fixed cylinder K are attached to the outer side of the rotary cylinder E. The cross section of the protrusion H is a hemisphere with a radius of 0.3 mm and a height of 0.3 mm.

  In FIG. 3, a vertical split hole G is attached to the rotary cylinder E. The vertical split hole G has a horizontal hole J attached to the lower end. The rotating cylinder E, the inner protrusion F and the outer protrusion H are made of plastic. The size of the rotating cylinder E is a cylindrical shape with a thickness of 0.5 mm, a height of 69 mm, and an outer diameter of 11 mm. In addition, a pair (two) of vertical split holes G having a width of 1.1 mm and a length of 51 mm are attached upward from the lower end 4.5 mm of the side surface of the rotating cylinder E. A pair (two) of horizontal holes J having a width of 1.1 mm and a length of 2.5 mm are attached horizontally from the lower end of the vertical split holes G.

  In FIG. 5, the fixed cylinder K is made of plastic. The size of the fixed cylinder K is a cylindrical shape having a height of 61 mm, an outer diameter of 14 mm, and a wall thickness of 1.5 mm. A pair (two) of spiral grooves L are attached to the inside of the fixed cylinder E.

  In FIG. 5, the lead of the spiral groove L attached to the inside of the fixed cylinder K has a first process section of 40 mm and a second process section of 4 mm. That is, the lead of the spiral groove L is 40 mm in the section from the lower end to 40 mm upward, and the lead of the spiral groove L is 4 mm in the section 10 mm upward connected thereto.

  Therefore, the rotational movement of the lipstick and the like (the length at which the lipstick etc. comes out) by rotating the rotary cylinder E once is 40 mm in the first step and 4 mm in the second step.

  In FIG. 5, regarding the width of the spiral groove L attached to the inner side of the fixed cylinder K, the spiral groove L (section from the lower end to 40 mm upward) of the section in the first step has a width of 1.1 mm and a depth of 1. 2 mm. Moreover, the spiral groove L (section from 40 mm to 50 mm upward from the lower end) in the section of the second step has a width of 1.0 mm and a depth of 1.2 mm.

  Therefore, in the section of the second process, the frictional force of the projection D on the dish member dish portion B and the spiral groove L of the section of the second process is larger than that of the section of the first process. Therefore, it is possible to prevent an accident caused by dropping (jumping out) of lipstick or the like from the plate member.

  In FIG. 5, a plastic plate having a thickness of 3 mm is attached to the bottom surface of the fixed cylinder K, and the fixed cylinder K is used as a substitute for the rotary gripping portion. A semicircular groove M having a radius of 0.5 mm in cross section is attached to the inside of the fixed cylinder K.

  In FIG. 1, FIG. 2, FIG. 3, FIG. 5 and FIG. 6, in order to use lipstick etc., first, in the first step, the dish member cylinder part A and the dish member dish part B are relatively positioned. The inside of the fixed cylinder K and the rotary cylinder E is moved up and down together with the same relationship. In this first step, since the projection D attached to the dish member dish part B is only a load that moves through the spiral groove L and the longitudinal split hole G (or horizontal hole J), the rotational force applied to the rotary gripping part is relatively small. Even lipsticks move up and down.

  Next, at the time of a 2nd process, the plate member tray part B changes a positional relationship relatively with respect to the plate member cylinder part A, and moves the inner side of the fixed cylinder K and the rotation cylinder E up and down. At this time, the dish member dish part B can move upward relative to the dish member cylinder part A. When the frictional area between the rod-like protrusion P inside the dish member cylinder A and the groove P on the side surface of the dish member dish B increases, the frictional force also increases.

  The thickness of the protrusion D of the dish member dish part B and the width of the spiral groove L (the section from 40 mm to 50 mm upward from the lower end) in the second process section are the same as 1.0 mm. Therefore, in the second process section, the upward movement of the spiral groove L in the second process of the projection D of the dish member dish part B generates a larger frictional force than in the first process section. Therefore, the rotational force applied to the rotary gripping portion is greater than that in the first step.

  Therefore, in the second step, the rotational force applied to the rotary gripping portion is small at the beginning and large at the end. By adjusting the magnitude of this frictional force, the rotational force applied to the rotary gripping part in the second step can be adjusted. Therefore, the magnitude of the rotational force applied to the rotary gripping part can be freely set in the first step and the second step, and is an easy-to-use storage container for lipsticks, etc. It is.

  As of March 1, 2006, the Ministry of Internal Affairs and Communications Statistics Bureau has a confirmed population estimate of 65.39 million women. Even if we estimate the number, if 70% of the women use lipstick, it is estimated that about 45.77 million women use lipstick. If 15% of about 45.77 million people use two lipsticks of the present invention per year, 13.73 million lipsticks of the present invention can be sold per year. If the unit price per bottle is 1800 yen, a sales amount of 24,710 million yen can be expected, and if 25% of the total sales is profit, the profit amount is about 6,170 million yen.

It is drawing of the plate member cylinder part of the state which divided | segmented the plate member into the plate member cylinder part and the plate member plate part for description of embodiment of invention about containers, such as a lipstick which concerns on this invention. It is for drawing of embodiment of the invention, and is drawing of the plate member plate | plate part of the state which divided | segmented the plate member into the plate member cylinder part and the plate member plate part. It is for drawing explaining embodiment of the invention and is drawing of a rotation cylinder. It is for drawing explaining embodiment of the invention and is drawing of a fixed cylinder. It is for drawing explaining embodiment of the invention and is drawing of a fixed cylinder. It is used for description of embodiment of the invention, and is sectional drawing of the whole storage container.

Explanation of symbols

A: Dish member cylinder part. B: A dish member dish part. C: Concavity and convexity.
D: Projection of the dish member dish part. E: A rotating cylinder. F: Projection inside the rotating cylinder.
G: Vertically divided holes. H: Projection. J: Horizontal hole.
K: Fixed cylinder. L: Spiral groove. M: groove.
N: Spiral groove protrusion. P: Rod-shaped protrusion. Q: Groove.

Claims (2)

  Separate the plate member to fix the lipstick, etc. into the plate member tube portion and the plate member plate portion, attach the irregularities on the outside of the plate member tube portion, attach the rod-shaped protrusion on the inside of the plate member tube portion, and protrude the protrusion on the plate member plate portion Attaching, attaching a groove on the side of the dish member dish part, a rod-like protrusion inside the dish member cylinder part is attached so that the groove on the side of the dish member dish part can be moved up and down, and inside the rotating cylinder, the dish member cylinder part and the dish member dish part Is attached to the plate member cylinder portion so that the plate member plate portion can be moved upward, a vertical hole is attached to the rotary cylinder, a horizontal hole is attached to the lower end of the vertical hole, and the upper end portion of the rotary cylinder A projection is attached to the inside of the plate member, and the upward and downward movement of the plate member tube portion can be stopped by engaging the projections on the plate member tube portion with the protrusion on the inside of the upper end portion of the rotating tube. The upper end surface of the plate member is 20 to 90 degrees with respect to the longitudinal direction, and the upper end surface of the rotating cylinder is long. 20 degrees to 90 degrees with respect to the direction, a rotating cylinder is rotatably mounted inside the fixed cylinder, a spiral groove is mounted inside the fixed cylinder, and the dish member cylinder part and the dish member dish part are relatively positioned The process of moving up and down the inside of the rotating cylinder without changing the first is the first process, and the process of moving the dish member dish part up and down with respect to the dish member cylinder part is the second process. The lead of the second process section is shorter than the section of the first process, a plurality of protrusions are attached to the spiral groove of the second process section, and the protrusions attached to the dish member plate are vertically attached to the rotating cylinder. It is possible to move the split hole and the horizontal hole, and the protrusion attached to the plate member plate part can move in the spiral groove inside the fixed cylinder, and the unevenness of the plate member cylinder part and the protrusion inside the upper end part of the rotary cylinder The upward movement of the plate member cylinder portion can be stopped, and the plate member plate portion is By raising the movement, and so Dashikiru all lipstick and the like from the container, the container, such as lipstick, characterized in that at least.   Separate the plate member to fix the lipstick, etc. into the plate member tube portion and the plate member plate portion, attach the irregularities on the outside of the plate member tube portion, attach the rod-shaped protrusion on the inside of the plate member tube portion, and protrude the protrusion on the plate member plate portion Attaching, attaching a groove on the side of the dish member dish part, a rod-like protrusion inside the dish member cylinder part is attached so that the groove on the side of the dish member dish part can be moved up and down, and inside the rotating cylinder, the dish member cylinder part and the dish member dish part Is attached to the plate member cylinder portion so that the plate member plate portion can be moved upward, a vertical hole is attached to the rotary cylinder, a horizontal hole is attached to the lower end of the vertical hole, and the upper end portion of the rotary cylinder A projection is attached to the inside of the plate member, and the upward and downward movement of the plate member tube portion can be stopped by engaging the projections on the plate member tube portion with the protrusion on the inside of the upper end portion of the rotating tube. The upper end surface of the plate member is 20 to 90 degrees with respect to the longitudinal direction, and the upper end surface of the rotating cylinder is long. 20 degrees to 90 degrees with respect to the direction, a rotating cylinder is rotatably mounted inside the fixed cylinder, a spiral groove is mounted inside the fixed cylinder, and the dish member cylinder part and the dish member dish part are relatively positioned The process of moving up and down the inside of the rotating cylinder without changing the first is the first process, and the process of moving the dish member dish part up and down with respect to the dish member cylinder part is the second process. The lead of the second process is shorter in the section of the first process than in the section of the first process, and the width of the spiral groove attached to the inside of the fixed cylinder is narrower in the section of the second process than in the section of the first process. The projection attached to the plate part can move the vertical and horizontal holes attached to the rotating cylinder, and the projection attached to the dish part plate part can move the spiral groove inside the fixed cylinder. Stop the upward movement of the dish member cylinder with the projections on the top and bottom of the rotating cylinder. It can be, by raising moves the tray member pan respect tray member tubular section, and to Dashikiru all lipstick and the like from the container, the container, such as lipstick, characterized in that at least.

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