Abstract: When the temperature of an external environment is decreased, for example, a heat radiating portion 12a whose surface area is increased by convex portions 12b and 12c provided on the external surface of a cap body 12 actively radiates heat of the external surface of the cap body 12 and thus promotes cooling. Consequently, condensation forms on the inner surface of the cap body 12 before condensation forms on the external surface of a container covered by the cap body 12. The condensed drops are trapped, by surface tension, in a concave portion 12d of a liquid trapping portion 12k provided on the inner surface of the cap body 12. The drops can be prevented from adhering to the external surface of the container covered by the cap body 12.

Abstract: Supporting portions 2t and 2t of a rear portion 2z of an applying body holder 2 are advanced into an impregnated body 3 impregnated with a liquid L while a rear portion 4z of an applying body 4 having a plate shape and exhibiting capillarity is supported so as to be sandwiched or wrapped by the supporting portions 2t and 2t. The rear portion 4z of the applying body 4 can therefore be easily inserted into the impregnated body 3 without being bent, while protected by the supporting portions 2t and 2t. The liquid L in the impregnated body 3 is surely moved to the applying body 4, and the liquid L flows straight forward through an opening 2u at a rear end of the supporting portions 2t and 2t, so that the liquid L in the impregnated body 3 is moved smoothly.

Abstract: A rod-shaped cosmetic material feeding container in which a leading tube and a container main body are relatively rotated in one direction, an action of a screw part moves a rod-shaped cosmetic material supporting body to reach a movement limit, and then the leading tube and the container main body are further relatively rotated in the one direction. With movement of the rod-shaped cosmetic material supporting body stopped, while a spring portion in a rotation stopper tube shrinks, the screw part screws forward to release screwing of the screw part. Additionally, the movement of the rod-shaped cosmetic material supporting body is stopped and therefore the rod-shaped cosmetic material supporting body does not move back and forth in an axial direction. Accordingly, a rod-shaped cosmetic material does not move back and forth in the axial direction as well, thereby ensuring minimizing an impact to the rod-shaped cosmetic material.

Abstract: In the liquid cosmetic container of the present invention, the operation portion 2 is provided on side surface of the container body 1. When the operation portion is pressed from the outside, the valve body 5 seating on the valve seat portion 6a is moved in the axial direction by the valve pressing portion 6h and seats away from the valve seat portion 6a, so that the flow path, in which the liquid cosmetic flows, is opened and then, the liquid cosmetic is supplied to the application body 4. Thus, it is not necessary to push the application body into the container 1. Further, the opening/closing of the flow path are performed by moving the valve body 5 in the axial direction by pressing the operation portions from the outside, so that the diameter of the container body 1 can be reduced, comparing with the conventional container.

Abstract: There is provided a method for manufacturing a coating instrument provided with a filling member having a filling region in which a coating material is filled and a body portion including an extruding portion inserted inside so as to be brought into close contact with the filling member and constituting a rear end of the filling region, in which the coating material is discharged from a discharge outlet on a tip end side of the filling member by advance of the extruding portion, including a step of filling the coating material into the filling region of the filling member from behind in a state in which a front side of the filling member is located below the rear side, a step of feeding a predetermined amount of air from the discharge outlet into the filling region so that a space is formed on the tip end side in the filling region after the coating material is filled, and a step of assembling the body portion to the filling member after the air is fed.

Abstract: A cosmetic applicator for applying cosmetic material includes a shaft body, a make-up comb having comb-teeth on an outer peripheral surface of a front end of the shaft body, a make-up applicator housed within the shaft body, a grip portion provided on the shaft body, and an operating portion provided on the grip portion and connected to the make-up applicator. A cosmetic container is provided with the cosmetic applicator and a container main body for accommodating cosmetic material. The make-up applicator is configured to be projected from and housed within the front end of the shaft body due to an operation of the operating unit by a user, thereby make-up by comb or applicator can be applied in a proper manner in accordance with the usage, and risk of adhesion of the cosmetic material is prevented when the make-up is applied by comb, and usability thereof can be improved.

Abstract: To make a cosmetic container convenient, a closing part 6b of a discharge cylinder 6 closes an insertion hole 2h of a middle cylinder part 2 and seals a cosmetic A when a moving part 3 is positioned at a first stopping position, the discharge cylinder 6 protrudes by a predetermined length from an end face of the insertion hole 2h and slits 6c of the discharge cylinder 6 are exposed when the moving part 3 is moved from the first stopping position to a second stopping position separating in an axial direction, so that a user can visually confirm that the cosmetic can flow out through the slits 6c, the discharge cylinder and a discharge cylinder opening part 6a, and the moving part 3 is left at the second stopping position, so that the cosmetic A can securely flow out without variation when in use.

Abstract: A cosmetic material applying device which can efficiently apply a cosmetic material by fixing an applying member to prevent detachment, and improve exposure of the surface coming into contact with the hair, thus minimizing entwining the hair while combing the hair. In an embodiment the cosmetic material applying device has an applying member constructed of an elastic material, and a main body portion with an applying portion to which the applying member can be installed. In this embodiment the main body portion is further provided with a plurality of locking members which lock the applying member to the applying portion, comb teeth in a longer direction of the applying portion, comb teeth in a shorter direction in a leading end of the applying portion, and a through hole.

Abstract: To secures a sufficient movement of a moving body, a filling material extruding container (100) has a rotation stop tube (4) engaging with a main body tube (2) in a rotating direction, a moving screw tube (5) engaging with a control tube (3) in a rotating direction, first screw portion (8) having protruding strips (41a) in the rotation stop tube (4) and the protruding strips (52) on the moving screw tube (5) and serving as a click mechanism generating a click feeling by engagement and engagement cancellation, and a second screw portion (9) having a female screw (51) in the moving screw tube (5) and a male screw (66) on the moving body (6), and the rotation stop tube (4) has a through hole (45) engaging with the moving body (6) in the rotating direction, at a front side of the protruding strips (41a).

Abstract: A stick-shaped cosmetic material feeder container having a female screw member with meshing parts, a container rear part having concave groove parts, a clutch spring member disposed on the rear side of the female screw member having meshing parts, a spring part urging the meshing parts frontward, and convex parts entering into the concave groove parts and being movable in the axial direction and not rotatable with respect to the container rear part, a rear part of the clutch spring member beyond the spring part is not movable in the axial direction with respect to the container rear part, and the spring part contracts to cancel the meshing around the axis between the meshing parts when an excessive rotation torque effects on a movable body.

Abstract: To quickly apply a mascara to cilia without unevenness, a state capable of applying a mascara (L) is more quickly achieved in comparison with a conventional art by constructing a guide path (34d) guiding the mascara (L) extruded from an accommodating portion (1a) as a straight linear route, and by opening an opening (4c) flowing out the mascara (L) to the external on the linear route, and the mascara (L) is more evenly distributed between adjacent arch type applying portions (4e, 4e) in comparison with the conventional art by opening the opening (4c) on the linear route as mentioned above, and by structuring an applying body (4x) for applying the mascara (L) to cilia as a plurality of arch type applying portions (4e) which are arranged in line along the opening (4c) while straddling the opening (4c) from an outer side and have an arch shape.

Abstract: When rotating a main body tube and an operation tube in a disclosed container toward a first direction, a moveable screw tube advances a predetermined amount. When further rotating toward the first direction, a screwing part urges a moving body forward. A female thread of the screwing part in the moveable screw tube is radially outwardly expandable via a slit. When the moveable screw tube advances toward the first direction, the outer diameter of the front end part is restricted and expansion thereof is prevented. When further rotating toward the first direction and the screwing part urges the moving body forward, expansion of the front end part and the female thread of the screwing part may be suppressed. Accordingly, the screwing part reliably exerts screw function when the moving body advances.

Abstract: To generate a sense of click according to the movement of a moving member, reset screwing sections to screw in when a screwing action of the screwing sections is released, and reduce the number of components. In a container 100, when a main body cylinder 2 and an operation cylinder 3 are relatively rotated in an extending direction and relatively rotated in a retracting direction, a female screw member 5 and a moving member 4 relatively rotate, the moving member 4 moves forward and moves backward according to a screwing action of screwing sections 8, and click teeth 54 and 64 also relatively rotate in synchronization with each other. Since an elastic body 61 urges the click teeth 64 toward the click teeth 54, a sense of click is given when the moving member 4 moves forward and moves backward.

Abstract: A stick-shaped material extruding container for performing forward and backward movements of a stick-shaped material without trouble and prevent detachment of the stick-shaped material by an impact. A movable body having a piston-like extruding portion, closely attached within a filling member, is arranged within a container. The stick-shaped material is loaded in the filling member so as to be closely attached to the filling member and the piston-like extruding portion. When the stick-shaped material is pushed by a forward movement of the piston-like extruding portion to appear from an opening of the container, a sucking action is generated due to decompression between the piston-like extruding portion and the stick-shaped material by a backward movement of the piston-like extruding portion to retract the stick-shaped material, and the decompression prevents falling off of the stick-shaped material from the container.

Abstract: To perform forward and backward movements of a stick-shaped material without trouble and prevent detachment of the stick-shaped material by an impact, a piston (7) in a movable body (6) arranged within a container (100) is closely attached within a filling member (1), the stick-shaped material (M) is loaded in the filling member (1) so as to be closely attached thereto, and the piston (7) is closely attached to the stick-shaped material (M), whereby the stick-shaped material (M) is pushed by a forward movement of the piston (7) to appear from an opening (1a) of the container, a sucking action generated due to decompression is applied between the piston (7) and the stick-shaped material (M) by a backward movement of the piston (7) to retract the stick-shaped material (M), and the decompression prevents falling off of the stick-shaped material (M) from the container (100).

Abstract: To enable a material extruding container to carry out various combined operations, first and second engagement portions (8, 9) are provided within a container (100), both the first and second engagement portions (8, 9) operate to move a moving body (6) forward when a container front portion (1) and a container rear portion (3) are relatively rotated in one direction, the engagement of the first engagement portion (8) is cancelled when the first engagement portion (8) operates in a fixed section corresponding to the relative rotation between the container front portion (1) and the container rear portions (1, 3) in one direction, and only the second engagement portion (9) operates to move the moving body (6) forward and backward when they are further relatively rotated in one direction, while leads of the first and second engagement portions (8, 9) may be differentiated or reverse moving screws may be set.