JPH11169778A - Drying fluid applicator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To minimize the drying and curing of a soln. by the volatilization of the volatile component of the drying and volatile fluid housed in a container and the drying and curing of a coating part by the volatilization of the volatile component of the drying and volatile fluid bonded to the coating part. SOLUTION: An article wherein a coating part 4 is fitted in a coating part converging part 3 is housed in a coating part housing part 2 and a partition 5 provided with a drying fluid flowing groove 6 is formed in a container main body 1. A drying fluid such as a manicure fluid or the like is housed in a drying fluid housing part 7. A back flow preventing extrusion jig 11 is mounted on a screw rod 9 and a pawl 15 and a pawl stopper 16 are meshed mutually while a slide groove 12 is aligned with a slide guide rail 10 to provide the fulcrum part of the screw rod 9 to a fulcrum hole 8. At this time, a recessed part 17 and a projected part 18 are meshed mutually. An internal part/external part integrated type double cap A is mounted on the container main body 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for applying a drying fluid (particularly, cosmetics such as nail polish) in a container and for applying the drying fluid in the container. And a drying fluid applicator.

[0002]

2. Description of the Related Art Conventionally, there are many structures that cannot be practically used. Further, the application section is externally attached to the container body. For this reason, the application part was dried and solidified, and it was difficult to use. Due to the relatively large number of parts, the structure was complicated and the cost was high.

[0003]

These have the following disadvantages. I. Since the application portion such as a brush is externally fixed to the container body, handling a volatile or dry fluid causes the application portion to dry and harden, making it difficult to use. Therefore, cosmetics such as nail polish, which is a drying fluid, cannot be accommodated in containers and handled. B. The large number of parts complicates the structure and causes a state where normal functions cannot be performed. C. Manufacturing costs are high, causing retail prices to rise. This is for the following reasons. 1. The large number of parts increases material costs. 2. The complicated structure increases the assembly cost. An object of the present invention is to solve the above disadvantages.

[0004]

A coating section (4) is provided in a coating section converging section (3), and the coating section (4) is placed in a coating section storage section (2) of a container body (1). The partition (5) provided with (6) is mounted inside the container body (1), and the inside of the container body (1) is divided into an application section storage section (2) and a drying fluid storage section (7). A fulcrum hole (8) is provided at the center of the plane of the middle partition (5). A backflow prevention pusher (11) is mounted on the screw rod (9), and a slide provided on the backflow prevention pusher (11) is provided on a slide guide rail (10) provided in the drying fluid container (7). Align the groove (12) and attach the fulcrum of the screw rod (9) to the fulcrum hole (8).
The convex part (18) of the rotating part (14) and the concave part (17) of the container body (1) are mounted. At this time, the pawl (15) of the rotating part (14) and the pawl (16) of the head (13) of the screw rod (9)
To be engaged. An internal / external integrated dual cap (A), in which the external cap (17) and the internal cap (18) are integrated, is attached to the container body (1). The present invention is a dry fluid applicator having the above configuration.

[0005]

Embodiments of the present invention will be described below. (B) A coating portion (4) such as a brush is provided in the coating portion converging portion (3) having a moderate weight (using a material such as stainless steel). (B) The application part converging part (3) provided with the application part (4) is housed in the application part storage part (2) in the container body (1). (C) A partition (5) provided with a drying fluid flow groove (6) and a fulcrum hole (8) is provided in the container main body (1), and the inside of the container main body (1) is coated with the coating section storing section (2). ) And a drying fluid container (7). (D) A dry fluid such as a nail polish is stored in the dry fluid container (7). (E) From the tip of the screw rod (9), screw the backflow prevention pusher (11) provided with screw holes and slide grooves (12) to the head (13). Align the slide groove (12) of the screwed backflow prevention pusher (11) with the slide guide rail (10) of the container body (1), and slide the fulcrum of the screw rod (9) into the middle partition (5). ) To the fulcrum hole (8). The contact surface between the backflow prevention pusher (11) and the inside of the container body (1) has an airtight structure, and the contact surface between the screw rod (9) and the backflow prevention pusher (11) has an airtight structure. (F) Claw stopper (16) of the head (13) of the screw rod (9)
And the projection (1) of the rotating part (14) in the concave part (17) of the container body (1) while aligning the claws (15) of the rotating part (14)
8) Attach. (F) Inner cap (20) and outer cap (19)
Are provided as a double cap structure, and this is mounted on the container body (1) as an internal / external integrated double cap (A). The material of the inner cap (20)
A material having a high barrier property against the volatility of the drying fluid is used, and the contact surface between the inner cap (20) and the container body (1) has an airtight structure. The present invention has the above structure. When using the present invention, the internal / external integrated double cap (A) is removed from the container body (1). Holding the container body (1), the rotating part (14) is slightly rotated. Thereby, the rotating part (1)
4) The claw (15) provided on the head (1) of the screw rod (9)
It engages with the pawl (16) provided in (3), and the screw rod (9) is rotated. Therefore, a rotational force is also applied to the backflow prevention pusher (11) mounted on the screw rod (9), and the screw tries to rotate. However, since the slide guide rail (10) and the slide groove (12) are engaged, the screw is The backflow prevention pusher (11) provided with the hole moves according to the rotation of the screw rod (9). At this time, the claw (15) provided on the rotating part (14) and the pawl (16) provided on the head (13) of the screw rod (9) even if reverse rotation is applied to the rotating part (14). Are not engaged, and the screw rod (9) is not rotated. Therefore, the backflow prevention pusher (11) does not move in the negative direction (the push direction is positive), and this allows gas such as air to enter the drying fluid container (7). Nothing to do. When the backflow prevention pusher (11) moves, a drying fluid such as a nail polish stored in the drying fluid storage unit (7) passes through the drying fluid flow groove (6) and passes through the coating unit. It is pushed out into the storage part (2). When the tip portion of the container body (1) is tilted vertically downward, the application portion (4) comes out of the container by the weight of the application portion converging portion (3) stored in the application portion storage portion (2). here,
Work to apply the drying fluid. At this time, if the amount of the drying fluid becomes insufficient, the tip of the container body (1) is directed vertically upward, and the coating section (4) is placed in the coating section storage section (2).
, And the dry fluid in the application section storage section (2) is again adhered to the application section (4). If it is not enough, the rotating part (14) is again turned in the forward direction several times. After use, the internal / external integrated double cap (A) is attached to the container body (1). As a result, the inside of the container and the outside of the container are completely shut off, and even if the volatile component of the drying fluid in the container is volatilized, the saturated vapor pressure is immediately applied to a small space in the application part storage part (2). Due to the formation, the drying fluid is not easily dried, and the curing of the application section (4) can be minimized.

[0006]

By using the present invention, it is possible to: Since the application part does not dry, it does not fall into a difficult-to-use state due to the drying of the application part. 2. With a small number of parts and a simple structure, manufacturing costs can be minimized. 3. When a model change or the like is performed, if the internal diameter of the container body is standardized, the internal parts of the container before the model change can be used for the container body after the model change, and a rational and efficient model change method can be adopted. 4. Conventionally, the problem that has been considered unpractical has been solved, so that it has become more practical and highly practical. The present invention has the above effects.

[Brief description of the drawings]

FIG. 1 is a structural view of the present invention.

FIG. 2 is a structural diagram showing a use state of the present invention.

FIG. 3 is a perspective view of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Container main body 2 Coating part accommodating part 3 Coating part converging part 4 Coating part 5 Middle partition 6 Dry-fluid-fluid distribution groove 7 Dry-fluid-fluid accommodating part 8 Support hole 9 Screw bar 10 Slide guide rail 11 Backflow prevention pusher 12 Slide Groove 13 Head 14 Rotating part 15 Claw 16 Claw stop 17 Concave part 18 Convex part 19 External cap 20 Internal cap A Internal / external integrated double cap

Claims (1)

[Claims] (1) A coating section (9) is provided at a coating section converging section (8).
Is provided, and this is accommodated in the application section storage section (2). (B) A partition (5) provided with a drying fluid flow groove (6) and a fulcrum hole (8) is provided in the container body (1). (C) A dry fluid is accommodated in the dry fluid container (7). (D) A slide guide rail (1) is provided in the container body (1).
0) is provided. (E) Slide groove (12) in backflow prevention pusher (11)
And screw holes are provided. (F) The head (1) provided with a pawl (16) on the screw rod (9)
3) is provided. (G) Attach the backflow prevention pusher (11) to the screw rod (9), align the slide groove (12) with the slide guide rail (10), and attach the tip / fulcrum of the screw rod (9) to a fulcrum hole. Attach to (8). (H) Rotating part (1) provided with claw (15) and convex part (18)
4) The claw (15) and the claw stopper (16) are engaged with each other so that the concave portion (17) and the convex portion (1) provided in the container body (1).
8) Attach. (I) The internal / external integrated double cap (A) in which the external cap (10) and the internal cap (11) are integrated is attached to the container body (1). A dry fluid applicator characterized by the above.