Abstract: A feeding pencil includes a body, a leading tube, a middle tube, a pipe member including drawing materials, a movable body, a holding member, and a sliding part. The drawing material moves forward in the leading tube when the pipe member engages with the leading tube in a rotating direction by moving the sliding part forward by a predetermined amount, when the leading tube and the body are rotated relatively in one direction while the pipe member is engaged with the leading tube in the rotating direction. The sliding part includes a stick-like part with a spring, and the stick-like part is inserted into an opening of a housing, and the sliding part is urged rearward by the spring when one end of the spring abuts the housing, and the other end of the spring abuts a face protruding radially outwardly from the stick-like part.

Abstract: The sharpener includes a main body into which the tip portion of the pencil is inserted, and a blade portion installed inside the main body. The tip portion of the pencil is inserted into the main body, and a guide hole for guiding the tip portion of the inserted pencil to the blade portion is formed in the main body. The pencil slides in the guide hole in an axial direction, and the blade portion sharpens the tip portion of the pencil along a plane inclined with respect to the axial direction.

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: A multi pencil includes a cylindrical main body, a cylindrical leading tube engaged with the main body, and a plurality of sliding parts that are each coupled with a plurality of drawing materials held in the interior of the leading tube and slidably provided by a constant distance with respect to the main body. Regarding this configuration, one arbitrary sliding part, out of the plurality of sliding parts, moves forward by a constant distance with respect to the main body, whereby the drawing material coupled with the sliding part is exposed from the leading tube, and in this state, the leading tube and the main body are relatively rotated in one direction, which allows the drawing material to move forward. In the multi pencil, the forward movement of the drawing material is regulated by the relative rotation of the leading tube and the main body in the one direction.

Abstract: A feeding pencil includes a main body, a leading tube, a middle tube, and a ratchet mechanism. The middle tube is engaged to the leading tube to be relatively rotatable. A relative rotation between the leading tube and the main body in one direction moves a drawing material forward. The ratchet mechanism allows the relative rotation between the leading tube and the main body in the one direction, and regulates the relative rotation in another direction. The ratchet mechanism includes an elastic projecting part and a concave-convex part. The concave-convex part engages with the elastic projecting part to be movable in an axial direction and rotatable. A protrusion disposed at a center tube removably engages with an annular convex part disposed at an outer surface of the leading tube in the axial direction.

Abstract: A feeding pencil includes a pipe member, a leading tube, a tubular main body, a movable body, and a holding member. The pipe member is disposed inside the leading tube and loads a drawing material. The movable body extends in an axial direction includes a male screw formed across an entire outer periphery thereof in the axial direction. The holding member holds the movable body. The pipe member includes a female screw on an inner surface thereof. The female screw screws with the male screw. A relative rotation between the leading tube and the main body relatively rotates the pipe member and the holding member and acts a screwing action between the male screw and the female screw. The screwing action moves the movable body forward to extrude the drawing material from the pipe member.

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: An applying material extruding container includes a leading tube and a pipe member inserted into the leading tube so as to be slidable in the axial line direction of the leading tube relative to the leading tube. In the initial state, the front end of the pipe member is located at a position displaced backward a predetermined distance from the front end of the leading tube, and the applying material is filled from in the pipe hole of the pipe member to in the tube hole of the leading tube. The inner surface of the region of the tube hole extends straight in the axial line direction. In the applying material extruding container, when the container main body and the control tube are relatively rotated in one/the other direction, by the screwing action of the first screw part, the pipe member is made to move forward/backward together with the applying material.

Abstract: An applying material extruding container includes a leading portion including a filling portion filled with an applying material and a flat applying portion and a grip tube inserted into the leading portion. The applying material is extruded from a discharge portion on a leading end side of the applying portion by pressing and deforming the filling portion so as to be used. The applying material extruding container includes an annular middle member engaged with the leading portion and the grip tube. An outer peripheral surface of a rear end portion in the filling portion is provided with a collar portion extending along a peripheral direction. An inner peripheral surface of a front end portion in the middle member is provided with an inner peripheral projection which extends along the peripheral direction. The collar portion and the inner peripheral projection are engaged with each other in an axial direction.

Abstract: An applying material extruding container includes a movable body and a screw tube, and the movable body is moved forward by the screwing action of a screwing portion caused by the relative rotation of a filling member and a control tube in one direction. The screw tube includes a rear end tube portion, the control tube includes an internal tubular portion internally inserted into the rear end tube portion, on an outer circumferential surface of the internal tubular portion, a protrusion portion on one side that protrudes outwardly in a radial direction is provided, on an inner circumferential surface of the rear end tube portion, a protrusion on the other side that protrudes inwardly in the radial direction and that engages with the protrusion portion on one side in a rotation direction is provided and the protrusion on the other side has elasticity in the radial direction by cutouts therearound.

Abstract: The applying material extruding container includes a movable body and a screw part in the container including a container main body and a control tube, wherein by relatively rotating the container main body and the control tube, the screw part makes the movable body move forward, and the applying material extruding container includes a leading tube. The screw part includes a female screw as a ridge spirally extending on the inner circumferential surface of the leading tube. An opening is formed on the peripheral wall of the leading tube, and the female screw is arranged so as to be continued to the opening. One side constituting the sides of the opening extends along the trajectory drawn by the female screw in the side view facing the opening.

Abstract: The present invention provides a cosmetic material applying container that provides comfortable use feeling and facilitates drawing a narrow line. A cosmetic material applying container includes a leading end portion which discharges a cosmetic material and is formed of a soft material. The leading end portion has a flat shape and an edge shape. A top end surface of the leading end portion constitutes an applying surface, and the leading end portion has a tapered shape. The distal end side of the leading end portion is formed in a sharp shape. The applying surface includes a distal end where a vertex position constitutes a sharp portion. The applying surface includes a concave part depressed toward a base end side in a side view at the distal end side.

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 multi pencil includes a cylindrical main body, a cylindrical leading tube engaged with the main body, and a plurality of sliding parts that are each coupled with a plurality of drawing materials held in the interior of the leading tube and slidably provided by a constant distance with respect to the main body. Regarding this configuration, one arbitrary sliding part, out of the plurality of sliding parts, moves forward by a constant distance with respect to the main body, whereby the drawing material coupled with the sliding part is exposed from the leading tube, and in this state, the leading tube and the main body are relatively rotated in one direction, which allows the drawing material to move forward. In the multi pencil, the forward movement of the drawing material is regulated by the relative rotation of the leading tube and the main body in the one direction.

Abstract: An application material extruding container has a filling member including a filling area filled with an application material, a piston inward inserted to the filling member in a rear end of the filling area, and a hole portion arranged in the filling member. A front end surface of the piston is arranged in front of a rear end of an opening of the hole portion when the piston is at a backward moving limit, and a part of the application material is flowed out of the filling area while passing through the hole portion. When the piston is assembled in the filling member, the piston is inward inserted to the filling member while securely discharging an air between the application material and the piston out of the filling area via the hole portion, until the application material is flowed out of the filling area via the hole portion.

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: An applying material extruding container includes a leading portion including a filling portion filled with an applying material and a flat applying portion and a grip tube inserted into the leading portion. The applying material is extruded from a discharge portion on a leading end side of the applying portion by pressing and deforming the filling portion so as to be used. The applying material extruding container includes an annular middle member engaged with the leading portion and the grip tube. An outer peripheral surface of a rear end portion in the filling portion is provided with a collar portion extending along a peripheral direction. An inner peripheral surface of a front end portion in the middle member is provided with an inner peripheral projection which extends along the peripheral direction. The collar portion and the inner peripheral projection are engaged with each other in an axial direction.

Abstract: A cosmetic material application container which can stably and easily draw a cosmetic material line, and is structured to discharge a cosmetic material in a filling region from a pen point portion formed by a soft material. A pen point portion shape is three-dimensionally formed by structuring a flat column body by a flat base end shape and a leading end shape provided closer to a leading end side than the base end shape, setting such an arcuate curve as to incline while heading for a base end side from one intersecting point between an outer edge of the leading end shape and a long axis (L2) and bulge to the leading end side, on a plane including a long axis (L1) and the long axis (L2), and cutting the flat column body by a cut surface passing through the curve.

Abstract: An applying material extruding container includes a movable body and a screw tube, and the movable body is moved forward by the screwing action of a screwing portion caused by the relative rotation of a filling member and a control tube in one direction. The screw tube includes a rear end tube portion, the control tube includes an internal tubular portion internally inserted into the rear end tube portion, on an outer circumferential surface of the internal tubular portion, a protrusion portion on one side that protrudes outwardly in a radial direction is provided, on an inner circumferential surface of the rear end tube portion, a protrusion on the other side that protrudes inwardly in the radial direction and that engages with the protrusion portion on one side in a rotation direction is provided and the protrusion on the other side has elasticity in the radial direction by cutouts therearound.