JPH11179271A - Coating applicator for drying fluid - Google Patents

Abstract

PROBLEM TO BE SOLVED: To minimize the drying and curing of solution due to volatilization of volatile components of a drying and volatile fluidized body stored in a vessel and the drying and curing of a coating part due to volatilization of volatile components of the drying and volatile fluidized body stuck to the coating part, to minimize the failure due to numbers of parts, the complication of structure, and the increase of cost associated with them, and to make the applicator more practical. SOLUTION: Mixing balls 10 is out in a vessel body 1 and a drying flow body such as manicure liquid is housed thereon. A ball stopping part 2 is provided. A coating part sizing part 7 provided with a coating part 8 is housed in a coating part housing part 6. A rear ridge 5 provided for a vessel head part 3 is fitted on a ridge 4 provided on the vessel body 1. On an outside/inside integrating double cap of double cap structure in which an outer cap 12 and an inner cap 13 are integrated, a cap ridge 14 is provided, and it is fitted on a front ridge 11 of the vessel head part 3.

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]

Means for Solving the Problems A stirring ball (10) is put in a container body (1), a drying fluid such as a nail polish is accommodated, a beading portion (2) is provided, and a coating portion converging portion is provided. (7)
The container provided with the coating unit (8) is stored in the coating unit storage unit (6), and the rear screw thread (5) provided at the container tip (3) is replaced with the screw thread ( Attach to 4).
A cap screw thread (14) is provided on an external / internal integrated double cap having a double cap structure in which an external cap (12) and an internal cap (13) are integrated, and a container tip (3)
To the front screw thread (11). The present invention is a dry fluid applicator having the above configuration.

[0005]

Embodiments of the present invention will be described below. (A) A container body (1) is made of an elastic or hard material, a stirring ball (10) is put in the container body, a drying fluid such as a nail varnish is accommodated, and a ball stopper (2) is attached. A screw thread (4) is provided near the entrance. (B) A front screw thread (11), a rear screw thread (5), and an application section storage section (6) are provided at the container tip section (3), and an application section (8) is provided at the application section converging section (7). The rear thread (5) is mounted on the thread (4). (C) An inner / outer integrated double cap (A) having a double cap structure in which the inner cap (13) and the outer cap (12) are integrated, a cap screw thread (14) is provided, Attach to the screw thread (11). The present invention has the above structure. When using the present invention, the inner and outer integrated double cap (A) is removed from the container tip (3). When the container tip (3) is tilted vertically downward, the weight of the coating part converging part (7) causes the coating part converging part (7) to weigh.
Moves vertically downward, and the application section (8) pops out of the application section storage section (6). At this time, the stirring ball (10) also moves vertically downward by weight and stops at the ball stopping portion (2). Therefore, the drying fluid such as the nail polish stored in the drying fluid storage portion (9) is in a blocked shape and does not flow out to the application portion storage portion (6). Coating part (8)
When the amount of the dry fluid adhering to the container is small, when the container body (1) is shaken, the stirring ball (10) is slightly moved from the position of the detent portion (2) in the dry fluid container (9). Go,
If the drying fluid flows into the application section storage section (6) little by little and the application section (8) is slightly retracted into the application section storage section (6), the drying fluid flows into the application section storage section (6). Can be attached. After use, if the container tip (3) is directed vertically upward, the application part (8) will fit into the application part storage part (6) due to the weight of the application part converging part (7). The cap screw (14) of the external integrated double cap (A) is connected to the front screw (1) of the container tip (3).
Attach to 1). By using the internal / external integrated double cap (A), the inside and outside of the container are completely disconnected. Since the inside of the container is all connected, the coating unit (8) unless the amount of the drying fluid in the container is extremely reduced.
Is constantly immersed in the drying fluid, and drying and hardening due to volatilization of volatile components of the drying fluid are suppressed.

[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. 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 Beading part 3 Container tip part 4 Screw thread 5 Rear screw thread 6 Coating part accommodating part 7 Coating part converging part 8 Coating part 9 Dry fluid accommodation part 10 Stirring ball 11 Front screw thread 12 External cap 13 Inner cap 14 Cap screw thread A Internal and external integrated double cap

Claims (1)

[Claims] An agitating ball (10) is placed in a container body (1), a drying fluid such as a nail polish is stored, a beading portion (2) is provided, and a coating portion converging portion (7) is provided. The object provided with the application part (8) is stored in the application part storage part (6), the container tip (3) is attached to the container body (1), and the external cap (1)
2) An external / internal integrated double cap (A) having a double cap structure in which the internal cap (13) is integrated with the internal cap (13) is attached to the container tip (3). A dry fluid applicator characterized by the above.