JP2007195925A - Housing container for lipstick or the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable a lipstick or the like to smoothly come out until the lipstick is used up to the very end in such a manner that a moving place of a tray member tray section to a tray member cylindrical section is set in a vicinity of the end of a container, and the vertical movement of the tray member tray section to the tray member cylindrical section is smoothly performed without steps. <P>SOLUTION: A side surface member does not rotate to a bottom surface member which holds the lipstick or the like. Therefore, there are a method which enables the protrusion attached to the tray member cylindrical section to rotate to the internal surface of the tray member cylindrical section, and a method which makes the bottom surface fitted with the lipstick or the like unable to rotate to the internal surface of the tray member cylindrical section. There are roughly two methods as the method which enables the protrusion being attached to the tray member cylindrical section to rotate to the internal surface of the tray member cylindrical section. In a first method, a rotatable protuberance is attached to the tray member cylindrical section, and in a second method, the tray member cylindrical section is separated into an internal cylinder and an external cylinder, and the internal cylinder and the external cylinder are made rotatable. In the meantime, as the method which makes the bottom surface fitted with the lipstick or the like unable to rotate to the internal surface of the tray member cylindrical section, there is a method for attaching an upper tray to the top of the tray member tray section, an the upper tray of the tray member tray section is made unable to rotate to the internal surface of the tray member cylindrical section. <P>COPYRIGHT: (C)2007,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.

  Moreover, another invention divides a dish member into a cosmetics storage cylinder (dish member cylinder part) and an extrusion member (dish member dish part), and a horizontal division hole (horizontal hole) and a vertical division hole are made into the rotation cylinder of upper end opening. It attached (for example, refer 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. As a similar invention, a stop groove (horizontal hole) is attached to a vertical hole (vertical split hole) of the inner cylinder (rotating cylinder) (see, for example, Patent Document 3).

  Moreover, another invention attached the 2nd groove | channel and the stopper to the driven member (for example, refer patent document 4). In the storage container of Patent Document 4, 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 4 is considered.

  Japanese Utility Model Publication No. 62-61613   Japanese Utility Model Publication No. 60-41847   Japanese Utility Model Publication No. 6-85615   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.

  The vertical movement of the plate member plate portion relative to the plate member cylinder portion is not a stepwise vertical movement, but a stepwise smooth vertical movement, so that the lipstick etc. rises smoothly until it is finally used up.

  The side member does not rotate relative to the bottom member holding the lipstick or the like. That is, the inner surface of the dish member cylinder part does not rotate with respect to the upper surface of the dish member dish part.

  The dish member for fixing the lipstick or the like is separated into a dish member cylinder part and a dish member dish part to form a double structure so that the dish member dish part can be moved up and down with respect to the dish member cylinder part.

  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 upper surface of the dish member dish part can move up and down with respect to the inner surface of the dish member cylinder part.

  A protrusion is attached to the plate member cylinder.

  Attach a protrusion to the plate part.

  A projection that can move the vertical dividing hole of the rotating cylinder up and down is attached to the dish member cylinder part and the dish member dish part, and in the first step, the projection of the dish member cylinder part and the projection of the dish member dish part pass through the rotating cylinder. Allow them to move up and down together.

  Attach a projection that can move up and down the spiral groove of the fixed cylinder to the dish member cylinder and the dish member dish, and in the first step, the projection of the dish member cylinder and the projection of the dish member dish together in the fixed cylinder To move up and down.

  In the case of such an invention, there are several methods for preventing the inner surface of the plate member cylinder portion from rotating with respect to the upper surface of the plate member plate portion in the second step.

  There is a method of attaching a horizontal groove to the upper end of the spiral groove of the fixed cylinder. This method has been filed in Japanese Patent Application No. 2005-192771.

  As another method, there is a method of attaching a horizontal hole to the upper end of the vertical split hole of the rotating cylinder. Patent Document 2 and Patent Document 3 in (Background Art) (0003) of this patent application also use this method. However, in the storage container of Patent Document 2 (Japanese Utility Model Laid-Open No. 60-41847) and Patent Document 3 (Japanese Utility Model Laid-Open No. 6-85615), the protrusions attached to the dish member cylinder part cross the horizontal hole of the rotating cylinder. During the movement, that is, while the dish member cylinder part is rotating, the projection attached to the dish member dish part rises so that the dish member dish part moves upward (ascends). Moving. However, since the inner surface of the plate member cylinder portion rotates with respect to the upper surface of the plate member plate portion, a twist occurs between the inner surface of the plate member cylinder portion and the upper surface of the plate member plate portion. When the space between the inner surface of the dish member cylinder part and the upper surface of the dish member dish part is twisted, the lipstick etc. fixed to the inner surface of the dish member cylinder part and the upper surface of the dish member dish part are deformed by this twist, and the dish member cylinder part Cracks occur around the inner surface and the lipstick etc. fixed on the upper surface of the dish member dish part, the lipstick fixed on the inner surface of the dish member cylinder part and the upper surface of the dish member dish part becomes unstable, and when repeated several times, Lipstick etc. will fall from the storage container.

  In this method, in order to prevent lipstick and the like from falling from the storage container, it is necessary to add a new part to the conventional method of attaching the horizontal hole to the upper end of the vertical dividing hole of the rotating cylinder and to make a new work. .

  The side member does not rotate relative to the bottom member holding the lipstick or the like. That is, it is necessary that the inner surface of the dish member cylinder part does not rotate with respect to the upper surface of the dish member dish part (or the dish member dish part upper dish).

  There are two general methods for preventing the inner surface of the plate member cylinder portion from rotating relative to the upper surface of the plate member plate portion.

  A method in which the protrusion attached to the dish member cylinder part is rotatable with respect to the inner surface of the dish member cylinder part.

  Another method is a method in which the bottom surface fixing the lipstick or the like cannot be rotated with respect to the inner surface of the dish member cylindrical portion. It is two ways.

  There are roughly two methods for making the protrusion attached to the dish member cylinder part rotatable with respect to the inner surface of the dish member cylinder part. A method of attaching a rotatable protrusion to the dish member cylinder. And separating the dish member cylinder into an inner cylinder and an outer cylinder, and enabling the inner cylinder and the outer cylinder to rotate.

  The method of making the bottom surface fixing the lipstick etc. non-rotatable with respect to the inner surface of the dish member cylinder part is to attach an upper dish on the dish member dish part, and the upper dish of the dish member dish part is the inner surface of the dish member cylinder part. How to make it non-rotatable. At this time, the bottom surface to which the lipstick or the like is fixed becomes the upper plate of the plate member plate portion.

  When storing a lipstick or the like, while the protrusion attached to the dish member cylinder part moves horizontally horizontally through the horizontal hole of the rotating cylinder, the protrusion attached to the dish member dish part moves down the spiral groove. That is, the dish member dish part moves downward relative to the dish member cylinder part. Thereafter, the dish member cylinder part and the dish member dish part are relatively in the same positional relationship, and the insides of the fixed cylinder and the rotary cylinder are moved down (moved downward) together, and all the lipstick and the like are stored in the storage container. be able to.

  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 in which 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 has many drawbacks in the container, and most of the double structure containers have not been produced as commercial products. In addition, a double-structured container that is complicated, has a large number of parts, and increases the production cost is extremely small even if it is produced.

  In the storage container of the present invention, a horizontal hole is newly attached by connecting to the upper end of the vertical split hole attached to the rotating cylinder as a process to be added to the conventional container in which the plate member is not divided. And a plate member is separated into a plate member cylinder part and a plate member plate part, it is made a double structure, and several new parts are attached to a plate member. 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

  Here, a method of separating the dish member cylinder portion into an inner cylinder and an outer cylinder so that the inner cylinder and the outer cylinder can be rotated. And a method of attaching a rotatable protrusion to the dish member cylinder. As a conclusion, the above two methods are methods in which the plate member tube portion protrusion rotates relative to the plate member tube portion inward. Therefore, since both are very similar, the method of attaching the protrusion which can be rotated to the plate member cylinder part of one side. And the method of making the bottom face which fixes lipstick etc. non-rotatable with respect to a tray member cylinder part inner surface. The above two methods will be described.

The best mode for carrying out the invention will be described with reference to the drawings.
In the method of attaching a rotatable protrusion to the plate member cylinder,
1 and 2, the dish member for fixing the lipstick or the like is separated into a dish member cylinder part C and a dish member dish part D to form a double structure. The dish member cylinder part side ring Q is rotatably attached to the outer surface of the dish member cylinder part C, and the dish member cylinder part projection A is attached to the dish member cylinder part side ring Q. The dish member dish part projection B is attached to the dish member dish part D.

  1, 2, and 3, in order to make the dish member cylinder part C and the dish member dish part D unrotatable, a protrusion R is attached to the inner surface of the dish member cylinder part C, and the dish member dish part D is attached to the outer surface of the dish member dish part D. A groove S is attached. The protrusion R on the inner surface of the dish member cylinder C and the groove S on the outer surface of the dish member dish D are attached so as to mesh with each other. The dish member dish part D is attached to the dish member cylinder part C so as to be movable up and down.

  FIG. 1 shows a state in which the lipstick or the like can be held in the dish member cylinder part C and the dish member dish part D of the dish member in the first step.

  FIG. 2 shows a state where the dish member dish part D is moved upward with respect to the dish member cylinder part C in the second step. That is, it is in a state where all lipsticks and the like have been put out. At this time, the plate member cylindrical projection A moves through the horizontal hole G at the upper end of the vertical split hole L. That is, both the dish member cylinder part protrusion A and the dish member cylinder part side surface ring Q rotate with respect to the dish member cylinder part C.

  In FIG. 8, the vertical cylinder L is attached to the rotary cylinder H, and the horizontal hole G is attached to the upper end of the vertical cylinder L. A ring K is attached to the upper end of the rotary cylinder H, and a rotary gripping portion J is attached to the rotary cylinder H.

  In FIG. 9, the spiral groove F is attached to the inside of the fixed cylinder E.

  In FIG. 1, FIG. 2, FIG. 3, FIG. 8, and FIG. 9, the dish member cylinder projection A is attached so that the vertical split hole L and horizontal hole G of the rotary cylinder H are movable. The dish member dish part protrusion B is attached so that only the vertical split hole L of the rotary cylinder H is movable. The dish member cylinder projection A and the dish member dish projection B attach the spiral groove F of the fixed cylinder E to be movable up and down.

  In FIG. 10, it is the state which assembled storage containers, such as a lipstick, of this invention.

  1, 2, 3, 8, 9, and 10, the dish member for fixing the lipstick or the like is separated into a dish member cylinder part C and a dish member dish part D, and is placed on the outer surface of the dish member cylinder part C. The dish member cylinder side ring Q is rotatably attached, the dish member cylinder part projection A is attached to the dish member cylinder part side ring Q, the dish member dish part projection B is attached to the dish member dish part D, and the dish member cylinder part C. A projection R is attached to the inner surface of the dish member, a groove S is attached to the outer surface of the dish member dish portion D, and the projection R on the inner surface of the dish member cylinder portion C and the groove S on the outer surface of the dish member dish portion D are fitted to each other. The dish member dish part D is attached to the cylinder part C so as to be movable up and down, and the dish member cylinder part C, the dish member cylinder part side ring Q and the dish member dish part D are attached inside the rotary cylinder H so as to be movable up and down. A vertical split hole L is attached to the rotary cylinder H, a horizontal hole G is attached to the upper end of the vertical split hole L, and a ring K is attached to the upper end of the rotary cylinder H. The rotating gripper J is attached to the rotating cylinder H, the rotating cylinder H is rotatably attached to the inside of the fixed cylinder E, the spiral groove F is attached to the inside of the fixed cylinder E, and the dish member cylinder projection A is the rotating cylinder H The vertical split hole L and the horizontal hole G are attached so as to be movable, and the dish member dish projection B is attached so that only the vertical split hole L of the rotary cylinder H can be moved up and down, and the dish member cylinder projection A and the dish member dish projection B is a storage container such as a lipstick, which is characterized by the above-described, in which the spiral groove F of the fixed cylinder E is attached so as to be movable up and down.

  Comparing the method of separating the dish member cylinder part into the inner cylinder and the outer cylinder so that the inner cylinder and the outer cylinder are rotatable and the above method of attaching the rotatable protrusion to the dish member cylinder part, the inner cylinder is The outer cylinder corresponds to the member cylinder C, and the outer cylinder corresponds to the dish member cylinder side ring Q. Therefore, a method in which the dish member cylinder is separated into an inner cylinder and an outer cylinder, and the inner cylinder and the outer cylinder are rotatable. And a method of attaching a rotatable protrusion to the dish member cylinder. The above two methods are the same method.

  Next, in the method in which the bottom surface fixing the lipstick or the like is not rotatable with respect to the inner surface of the dish member cylinder part, the dish member for fixing the lipstick or the like is the dish member cylinder part C and the dish member in FIGS. Separated into a dish part D to form a double structure. A dish member dish part upper dish U is rotatably mounted on the dish member dish part D. A dish member dish part D and a dish member dish part upper dish U are attached to the dish member cylinder part C so as to be movable up and down. A dish member cylinder projection T is attached to the dish member cylinder C. The dish member dish part projection B is attached to the dish member dish part D.

  4, 5, 6, and 7, a groove V is attached to the inner surface of the dish member cylinder C in order to make the dish member cylinder C and the dish member upper dish U unrotatable, and the dish member dish A protrusion W is attached to the outer surface of the upper plate U. The groove V on the inner surface of the dish member cylinder C and the projection W on the outer surface of the dish member upper plate U are attached so as to be engaged with each other. A dish member dish part D and a dish member dish part upper dish U are attached to the dish member cylinder part C so as to be movable up and down.

  FIG. 4 shows a state where the lipstick or the like can be held on the plate member cylinder portion C and the plate member plate upper plate U of the plate member in the first step.

  FIG. 5 shows a state in which the dish member dish part D and the dish member dish part upper dish U are moved upward with respect to the dish member cylinder part C in the second step. That is, it is in a state where all lipsticks and the like have been put out. At this time, the plate member cylindrical protrusion T moves in the horizontal hole G at the upper end of the vertical split hole L. That is, the three members of the dish member cylinder projection T, the dish member cylinder C, and the dish member dish U upper plate U rotate with respect to the dish member dish D.

  4, 5, 6, and 7, the combination of the dish member dish part D and the dish member dish part upper dish U is shown. In order to attach the dish member upper plate U to the dish member dish D, a hole is made in the center of the upper surface of the dish member dish D. The cylindrical member X is attached to the lower surface of the dish member upper plate U, and the fixing member Y is attached to the cylindrical member X. The cylindrical member X attached to the lower surface of the dish member upper dish U is rotatably attached to a hole formed in the center of the upper surface of the dish member dish D.

  FIG. 6 is a plan view of the plate member upper plate U, the cylindrical member X, and the fixing member Y.

  FIG. 7 is a side view of the plate member upper plate U, the cylindrical member X, and the fixing member Y.

  In FIG. 8, the vertical cylinder L is attached to the rotary cylinder H, and the horizontal hole G is attached to the upper end of the vertical cylinder L. A ring K is attached to the upper end of the rotary cylinder H, and a rotary gripping portion J is attached to the rotary cylinder H.

  In FIG. 9, the spiral groove F is attached to the inside of the fixed cylinder E.

  4, 5, 8, and 9, the dish member cylinder portion protrusion T attaches the vertical split hole L and the horizontal hole G of the rotary cylinder H so as to be movable. The dish member projection B is attached so that only the vertical split hole L of the rotary cylinder H can be moved up and down. The dish member cylinder protrusion T and the dish member dish protrusion B attach the spiral groove F of the fixed cylinder E to be vertically movable.

  4, 5, 6, 7, 8, and 9, the dish member for fixing the lipstick or the like is separated into the dish member cylinder part C and the dish member dish part D, and is placed on the dish member dish part D. The plate member plate portion upper plate U is rotatably attached, the plate member plate portion D and the plate member plate portion upper plate U are mounted to be movable up and down with respect to the plate member tube portion C, and the plate member tube portion C is mounted on the plate member tube portion C. The plate member T is attached, the plate member plate portion D is attached to the plate member plate portion D, the groove V is attached to the inner surface of the plate member cylinder portion C, and the plate member is attached to the protrusion W on the outer surface of the plate plate U. The groove V on the inner surface of the member cylinder part C and the protrusion W on the outer surface of the dish member upper part dish U are attached so as to mesh with each other, a vertical hole L is attached to the rotary cylinder H, and a horizontal hole is formed at the upper end of the vertical hole L G is attached, a ring K is attached to the upper end of the rotary cylinder H, a rotary gripping part J is attached to the rotary cylinder H, and the rotary cylinder H is rotatably attached to the inside of the fixed cylinder E A spiral groove F is attached to the inside of the fixed cylinder E, the dish member cylinder projection T is movably attached to the vertical hole L and the horizontal hole G of the rotary cylinder H, and the dish member dish projection B is a vertical split of the rotary cylinder H. Only the hole L is attached so that it can move up and down, and the dish member cylinder projection T and the dish member dish projection B are attached to the spiral groove F of the fixed cylinder E so that it can move up and down. It is a container.

Embodiments of 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 C and a dish member dish part D to form a double structure. The dish member cylinder part C and the dish member dish part D are made of metal. The plate member cylinder C has a cylindrical shape with a height of 12.5 mm, an outer diameter of 15 mm, and a wall thickness of 1 mm. Further, the size of the dish member dish portion D is assumed to be a cylindrical shape having a height of 15 mm, an outer diameter of 13 mm, and a thickness of 1 mm, and an upper end closed by a disk having a thickness of 1 mm. An annular groove having a depth of 0.5 mm and a width of 2.5 mm is formed from 3.5 mm to 6 mm from the upper end of the outer surface of the dish member cylinder C. The dish member cylinder side ring Q is rotatably attached to the annular groove. The dish member cylinder side ring Q is made of metal, and its size and shape are a cylinder with a height of 2.5 mm, an outer diameter of 15 mm, and a wall thickness of 0.4 mm. A pair of dish member cylinder projections A are attached to the dish member cylinder side ring Q. The size of the plate member projection A is a cylindrical shape having a length of 1.5 mm and an outer diameter of 1 mm. A pair of dish member dish projections B are attached to the dish member dish part D. The size of the dish member dish projection B is a cylindrical shape having a length of 2.5 mm and an outer diameter of 1 mm. The dish member cylinder projection A and the dish member dish projection B are made of metal.

  1, 2, and 3, a projection R is attached to the inner surface of the dish member cylinder part C so that the dish member cylinder part C and the dish member dish part D cannot be rotated. The protrusion R on the inner surface of the dish member cylinder portion C is made of metal and is an isosceles triangle having a cross-sectional shape of 0.4 mm in height and a base of 0.6 mm. A groove S on the outer surface of the dish member dish part D is dug to form an isosceles triangle having a cross-sectional shape of 0.5 mm in depth and a base of 0.8 mm. The protrusion R on the inner surface of the dish member cylinder C and the groove S on the outer surface of the dish member dish D are attached so as to mesh with each other. The dish member dish part D is attached to the dish member cylinder part C so as to be movable up and down.

  In FIG. 8, the vertical cylinder L is attached to the rotary cylinder H, and the horizontal hole G is attached to the upper end of the vertical cylinder L. The rotating cylinder H, the ring K, and the rotating gripping portion J are made of metal. The size of the rotating cylinder H is a cylindrical shape with a thickness of 0.5 mm, a height of 59 mm, and an outer diameter of 16.9 mm. Further, a pair of vertical split holes L having a width of 1.2 mm and a length of 53 mm are attached downward from a point of 4 mm downward from the upper end of the side surface of the rotating cylinder H. A horizontal hole G having a width of 1.2 mm is attached to the upper ends of the pair of split holes L. The size of the ring K is a ring shape having an outer diameter of 19 mm, a vertical and horizontal wall thickness of 1.75 mm, and a sharpened outer angle. The size of the rotary gripping portion J is a cylindrical shape having a height of 9.5 mm, an outer diameter of 21 mm, a side wall thickness of 2.5 mm, and a bottom wall thickness of 0.7 mm, with a sharpened outer angle. To do. A ring K is attached to the upper end of the rotary cylinder H, and a rotary gripping portion J is attached to the rotary cylinder H.

  1 and 2, the difference in height between the dish member cylinder projection A and the dish member dish projection B is 10.5 mm. Initially, the distance between the dish member cylinder projection A and the dish member dish projection B is 10.5 mm.

  In FIG. 9, the fixed cylinder E is made of metal. The size of the fixed cylinder E is a cylinder having a height of 58.5 mm, an outer diameter of 19 mm, and a wall thickness of 1 mm. A spiral groove F having a width of 1.2 mm and a depth of 0.8 mm is attached to the inside of the fixed cylinder E. The lead of the distance traveled by one turn of the screw of the spiral groove F is set to 10.5 mm.

  1, 2, 3, 8, 9, and 10, in order to use lipstick or the like, first, the dish member cylinder protrusion A and the dish member dish protrusion B are 10. The spiral groove F is raised at a distance of 5 mm. If the distance between the leads of the spiral groove F and the distance between the dish member cylinder projection A and the dish member dish projection B are the same, the dish member cylinder C and the dish member dish D move the rotating cylinder H up and down correctly. . The process until the dish member cylinder projection A attached to the dish member cylinder C reaches the upper end of the vertical split hole L is defined as the first step. In this first step, since the dish member cylinder projection A and the dish member dish projection B are only loads that lift the spiral groove F at a distance of 10.5 mm, the rotational force applied to the rotary gripping portion J is relatively low. Lipsticks move up and down even if it is small. Next, in the second step, the dish member cylinder projection A attached to the dish member cylinder C reaches the upper end of the vertical split hole L, and the dish member cylinder projection A moves horizontally across the horizontal hole G. During this time, the dish member dish projection B attached to the dish member dish part C moves up the spiral groove F and the longitudinally split hole L. At this time, a frictional force is generated between the inner surface of the dish member cylinder part C and the outer surface of the dish member dish part B. As the frictional area between the inner surface of the dish member cylinder C and the outer surface of the dish member dish B increases, the frictional force also increases. Therefore, in the second step, the rotational force applied to the rotary gripping portion J 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 portion J in the second step can be adjusted. Therefore, the magnitude of the rotational force applied to the rotary gripping portion J can be freely set in the first step and the second step, and is a convenient storage container for lipsticks. Container.

  4 and 5, the dish member for fixing the lipstick or the like is separated into the dish member cylinder part C and the dish member dish part D to form a double structure. The dish member cylinder part C and the dish member dish part D are made of metal. The size of the dish member cylinder C is a cylindrical shape having a height of 12.5 mm, an outer diameter of 15 mm, and a wall thickness of 1 mm. Further, the size of the dish member dish portion D is assumed to be a cylindrical shape having a height of 15 mm, an outer diameter of 13 mm, and a thickness of 1 mm, and an upper end closed by a disk having a thickness of 1 mm. In order to rotatably mount the dish member dish part upper dish U on the dish member dish part D, a hole having a diameter of 2.1 mm is formed in the center of the cylindrical shape on the upper surface of the dish member dish part D. The dish member upper plate U is made of metal, and the size and shape are cylindrical with a height of 1 mm and an outer diameter of 13 mm. The cylindrical member X made of metal is attached to the lower surface of the plate member upper plate U, and the cylindrical member X has an outer diameter of 2 mm and a height of 1.1 mm. A fixing member Y made of metal is attached to the cylindrical member X. The size and shape of the fixing member Y is a cylindrical shape having a height of 1 mm and an outer diameter of 4 mm. A pair of dish member cylinder projections T is attached to the dish member cylinder C. The size of the dish member cylindrical projection T is a cylinder having a length of 1.5 mm and an outer diameter of 1 mm. A pair of dish member dish projections B are attached to the dish member dish part D. The size of the dish member dish projection B is a cylindrical shape having a length of 2.5 mm and an outer diameter of 1 mm. The dish member cylinder projection T and the dish member dish projection B are made of metal.

  4, 5, 6, and 7, a groove V is attached to the inner surface of the dish member cylinder C in order to make the dish member cylinder C and the dish member upper dish U unrotatable, and the dish member dish A protrusion W is attached to the outer surface of the upper plate U. The groove V on the inner surface of the dish member cylinder C is an isosceles triangle having a cross-sectional shape of 0.5 mm in depth and a base of 0.8 mm. The projection W on the outer surface of the dish member upper plate U is made of metal, and the cross-sectional shape is an isosceles triangle having a height of 0.4 mm and a base of 0.6 mm. The groove V on the inner surface of the dish member cylinder C and the projection W on the outer surface of the dish member upper plate U are attached so as to be engaged with each other. A dish member dish part D and a dish member dish part upper dish U are attached to the dish member cylinder part C so as to be movable up and down.

  In FIG. 8, the vertical cylinder L is attached to the rotary cylinder H, and the horizontal hole G is attached to the upper end of the vertical cylinder L. The rotating cylinder H, the ring K, and the rotating gripping portion J are made of metal. The size of the rotating cylinder H is a cylindrical shape with a thickness of 0.5 mm, a height of 59 mm, and an outer diameter of 16.9 mm. Further, a pair of vertical split holes L having a width of 1.2 mm and a length of 53 mm are attached downward from a point of 4 mm downward from the upper end of the side surface of the rotating cylinder H. A horizontal hole G having a width of 1.2 mm is attached to the upper ends of the pair of split holes L. The size of the ring K is a ring shape having an outer diameter of 19 mm, a vertical and horizontal wall thickness of 1.75 mm, and a sharpened outer angle. The size of the rotary gripping portion J is a cylindrical shape having a height of 9.5 mm, an outer diameter of 21 mm, a side wall thickness of 2.5 mm, and a bottom wall thickness of 0.7 mm, with a sharpened outer angle. To do. A ring K is attached to the upper end of the rotary cylinder H, and a rotary gripping portion J is attached to the rotary cylinder H.

  4 and 5, the difference in height between the dish member cylinder protrusion T and the dish member dish protrusion B is 10.5 mm.

  In FIG. 9, the fixed cylinder E is made of metal. The size of the fixed cylinder E is a cylinder having a height of 58.5 mm, an outer diameter of 19 mm, and a wall thickness of 1 mm. A spiral groove F having a width of 1.2 mm and a depth of 0.8 mm is attached to the inside of the fixed cylinder E. The lead of the distance traveled by one turn of the screw of the spiral groove F is set to 10.5 mm.

  4, 5, 6, 7, 8, and 9, in order to use a lipstick or the like, first, the dish member cylinder protrusion T and the dish member dish protrusion B are 10. The spiral groove F is raised at a distance of 5 mm. If the distance between the leads of the spiral groove F and the distance between the dish member cylinder protrusion T and the dish member dish protrusion B are the same, the dish member cylinder C and the dish member dish D move the rotating cylinder H vertically up and down correctly. . A process until the dish member cylinder part protrusion T attached to the dish member cylinder part C reaches the upper end part of the vertical split hole L is defined as a first step. In this first step, since the dish member cylinder protrusion T and the dish member dish protrusion B are only the load that lifts the spiral groove F at a distance of 10.5 mm, the rotational force applied to the rotary gripping portion J is relatively low. Lipsticks move up and down even if it is small. Next, in the second step, the dish member cylinder projection T attached to the dish member cylinder C reaches the upper end of the vertical split hole L, and the dish member cylinder projection T moves horizontally across the horizontal hole G. During this time, the dish member dish projection B attached to the dish member dish part C moves up the spiral groove F and the longitudinally split hole L. At this time, a frictional force is generated between the inner surface of the dish member cylinder part C and the outer surface of the dish member dish part B. As the frictional area between the inner surface of the dish member cylinder C and the outer surface of the dish member dish B increases, the frictional force also increases. Therefore, in the second step, the rotational force applied to the rotary gripping portion J 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 portion J in the second step can be adjusted. Therefore, the magnitude of the rotational force applied to the rotary gripping portion J can be freely set in the first step and the second step, and is a convenient storage container for lipsticks. Container.

  The estimated population as of May 1, 2005 of the Statistics Bureau of the Ministry of Internal Affairs and Communications is 65.39 million women. Even if we estimate it in a small amount, if 70% of the women use lipsticks, it is estimated that about 45.77 million women use lipsticks. If 15% of about 45.77 million people use two lipsticks of the present invention per year, 1,373 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.

The container for lipstick and the like according to the present invention is a partial cross-sectional view in a perspective view in a state in which a dish member is divided into a dish member cylinder part and a dish member dish part and accessories are attached to the description of the embodiment of the invention. . It uses for description of embodiment of the invention, and is a fragmentary sectional view by the perspective view of the state which divided | segmented the plate member into the plate member cylinder part and the plate member plate part, and attached the accessory. It uses for description of embodiment of the invention, and is a top view of a dish member cylinder part and a dish member dish part. It uses for description of embodiment of the invention, and is a fragmentary sectional view by the perspective view of the state which divided | segmented the plate member into the plate member cylinder part and the plate member plate part, and attached the accessory. It uses for description of embodiment of the invention, and is a fragmentary sectional view by the perspective view of the state which divided | segmented the plate member into the plate member cylinder part and the plate member plate part, and attached the accessory. It is used for description of embodiment of the invention, and is a top view of a plate member plate part upper plate and a fixing member. It is used for description of embodiment of the invention, and is a side view of a plate member plate part upper plate, a cylindrical member, and a fixing member. FIG. 5 is a perspective view of a rotating cylinder, a rotating gripper, and a ring for explaining the embodiment of the invention. It is used for description of embodiment of the invention and is sectional drawing of a fixed cylinder. It is used for description of embodiment of the invention, and is a fragmentary sectional view of the whole storage container.

Explanation of symbols

A: Plate member cylinder projection. B: Plate member plate portion projection.
C: Dish member cylinder part. D: A dish member dish part.
E: Fixed cylinder. F: Spiral groove.
G: Horizontal hole. H: A rotating cylinder.
J: Rotation gripping part. K: Ring.
L: Vertical split hole. M: Cap.
N: Stopper. P: Lipstick etc.
Q: Plate member cylinder side ring. R: Projection on the inner surface of the dish member cylinder.
S: Groove on the outer surface of the dish member dish part. T: Plate member cylinder projection.
U: Dish member upper plate. V: A groove on the inner surface of the dish member cylinder.
W: Projection on the outer surface of the plate member upper plate. X: Cylindrical member.
Y: A fixing member.

Claims (2)

  A dish member for fixing lipsticks, etc. is separated into a dish member cylinder part and a dish member dish part, a dish member cylinder part side ring is rotatably attached to the outer surface of the dish member cylinder part, and a dish member cylinder is attached to the dish member cylinder part side ring. Attach the projection on the dish member, attach the projection on the inner surface of the dish member cylinder, attach the groove on the outer surface of the dish member dish, and the projection on the inner surface of the dish member cylinder The groove on the outer surface of the member dish part is attached so as to be engaged, the dish member dish part is attached to the dish member cylinder part so that it can move up and down, and the dish member cylinder part, the dish member cylinder part side ring and the dish member are arranged inside the rotating cylinder. Attached to the pan so that it can move up and down, a vertical hole is attached to the rotating cylinder, a horizontal hole is attached to the upper end of the vertical dividing hole, a ring is attached to the upper end of the rotating cylinder, a rotary gripping part is attached to the rotating cylinder, and fixed A rotating cylinder is rotatably attached to the inside of the cylinder, and a spiral groove is attached to the inside of the fixed cylinder. The dish member cylindrical projection is mounted so that the vertical split hole and horizontal hole of the rotating cylinder can be moved, and the dish member dish projection is mounted so that only the vertical split hole of the rotary cylinder can be moved up and down, the dish member cylindrical projection and the dish member A container for a lipstick or the like characterized by the above, wherein the plate-like projection is attached to the spiral groove of the fixed cylinder so as to be movable up and down.   The plate member for fixing the lipstick, etc. is separated into the plate member tube portion and the plate member plate portion, the plate member plate portion upper plate is rotatably mounted on the plate member plate portion, and the plate member plate with respect to the plate member tube portion The plate member and the plate member are mounted so that the upper plate can move up and down, the plate member tube portion protrusion is attached to the plate member tube portion, the plate member plate portion protrusion is attached to the plate member plate portion, and the groove is formed on the inner surface of the plate member tube portion. Attaching, attaching protrusions on the outer surface of the dish member upper plate, attaching so that the grooves on the inner surface of the dish member cylinder part and the outer surface of the dish member dish upper plate are engaged, and attaching the vertical dividing hole to the rotating cylinder, A horizontal hole is attached to the upper end of the vertical split hole, a ring is attached to the upper end of the rotary cylinder, a rotary gripping part is attached to the rotary cylinder, a rotary cylinder is rotatably attached to the inner side of the fixed cylinder, and a spiral groove is attached to the inner side of the fixed cylinder. The dish member cylinder projection is mounted so that the vertical and horizontal holes of the rotating cylinder can be moved, and the dish member dish projection Only the vertical split hole of the rotating cylinder is attached so that it can be moved up and down, and the dish member cylinder projection and the dish member dish projection are attached to the spiral groove of the fixed cylinder so as to be movable up and down. Storage container.

Images