JP2007320592A - Aerosol applicator container - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To facilitate application of a liquid by preventing a communicating tube from deflecting when applying the liquid in an aerosol applicator container configured to have the liquid in the container body so as to be fed into a liquid applying unit by fitting a lower end of an application member with a push-button in which the liquid applying unit is added to an upper end of the communicating tube is fitted to a stem of an aerosol container, and by lowering a stem by depressing the push-button. <P>SOLUTION: In the aerosol liquid applicator container, a semi-cylindrical plate 23 is raised by being fitted so as to be slidable from a part of a peripheral wall 22 fitted to an upper outer face of a container body to one half outer face of a communication cylinder 12, and at least a part of an inner face of the semi-cylindrical plate is configured to have a major arc surface 31 having a curvature radius substantially the same as that of an outer surface of the communication cylinder. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an aerosol application container.

Provided with a comb in which multiple comb teeth with through-holes are juxtaposed in the vertical direction from the upper front surface of the upper closed communication tube, and the lower end of the communication tube of the comb is fitted to the upper outer surface of the stem standing from the upper surface of the aerosol container There is known an aerosol comb container in which a push button for pressing a comb protrudes from a lower outer surface of the communication cylinder (Patent Document 1).
JP-A-8-20439.

  In the above container, if the communicating cylinder with comb teeth is short, the distance between the comb teeth and the container is shortened so that the container is obstructed when the comb is used, and if the communicating cylinder is long, the communicating cylinder bends when the comb is used. There was a drawback that it was difficult to use.

  In the present invention, the above-described communication tube is provided long to facilitate the use of the comb, and a reinforcing plate for preventing the deflection is raised from a part of the peripheral wall fitted to the outer surface of the upper portion of the container body. The inconvenience of using the long communication tube in this way is not limited to a container with a comb, but the same applies to a case where a brush for removing dirt or an application part for applying a chemical solution is attached to the upper end of the communication tube. Therefore, in addition to the comb-toothed container of the illustrated example as an aerosol type liquid application container, the invention is provided to include a liquid application part attached to the upper part of the communicating cylinder instead of the comb tooth.

As a first means, an aerosol container body with a stem penetrating the top wall and rising upward,
An application member having a liquid application part attached to the upper end of the communication tube;
By fitting the lower end of the communication tube to the upper end portion of the stem and erecting the application member, by pushing down the stem via the push button attached to the communication tube, the liquid in the container flows out through the liquid application portion, In the aerosol-type application container provided so that the liquid outflow can be stopped by the elastic return of the stem by releasing the push button,
From a part of the peripheral wall 22 fitted to the upper outer surface of the container body, the semi-cylindrical plate 23 is slidably fitted to one half outer surface of the communication cylinder 12, and at least of the semi-cylindrical plate. A part of the semi-cylindrical plate has an opening width of a semi-cylindrical plate that is narrower than the inner diameter of the semi-cylindrical plate and the outer diameter of the communicating cylinder, and the push button 13 protrudes from the other outer half of the communicating cylinder. I let you.

  The semi-cylindrical plate portion having the first means as the second means and having the dominant arc surface was formed on the upper portion of the semi-cylindrical plate 23.

  As a third means, the first means is provided, and the other half outer surface of the communicating cylinder is slidable from one of the both sides in the circumferential direction of the semi-cylindrical plate 23 via a hinge 41. A semi-cylindrical hook 42 is provided so as to cover, and a ridge 44 for engaging the hook 43 at the other end of the semi-cylindrical plate 23 facing the side surface having the hinge is provided. did.

  As a fourth means, the semi-cylindrical hook 42 having the third means and the protrusion 44 for engaging the hook claw 43 at the tip of the hook are provided on both sides in the circumferential direction of the upper part of the semi-cylindrical plate 23. Attached.

  According to the first aspect of the present invention, the communication cylinder 12 is fitted into the semi-cylindrical plate 23 so that it can freely slide in the vertical direction within the arcuate surface 31 of the semi-cylindrical plate 23. The use of the application container can be made convenient by preventing the bending.

  By making it like Claim 2, the vertical direction length of the semi-cylindrical board part which has the dominant arc surface 31 can be shortened, and a communication cylinder part fitting in this part can be made easy, and the excellent arc surface Since the attached semi-cylindrical part is formed on the upper part of the semi-cylindrical plate 23, the bending of the communicating cylinder during the coating operation can be reduced.

  According to the third aspect, in the semi-cylindrical portion with the hook, the entire outer periphery of the communication tube 12 is surely held and the bending of the communication tube 12 can be prevented.

  By making it like Claim 4, since the vertical direction length of the semi-cylindrical board part with a hook is short, and since the communicating cylinder by the hook will be carried out by the semi-cylindrical board upper part, it is reliable. It is possible to prevent the communication tube from being bent.

  In the following, the first embodiment shown in FIGS. 1 and 2 will be described. Reference numeral 1 denotes a known aerosol container body, in which the stem 2 is erected by penetrating the center portion of the top wall and urging upward from the container body. The stem is pushed down against the bias to open the discharge valve at the lower end of the stem so that the liquid in the container can be ejected through the stem.

  The lower end of the communication tube 12 having the application portion 11 at the upper end is fitted in a watertight manner to the outer surface of the upper end portion of the stem, and the stem 2 is pushed down from the lower rear surface of the communication tube via the communication tube. A push button 13 is projected outward. The communication cylinder, the application part, and the push button form the application member 16. In the illustrated example, the application part 11 is formed by a comb part 15 from which a plurality of comb teeth 14 are projected, and the liquid in the container that has entered the communicating cylinder 12 by descending the stem 2 enters the comb part 15 in a known manner. The liquid in the comb portion is provided so as to adhere to the hair by combing the hair.

  21 is an anti-bending member for the communicating cylinder, which can slide in the vertical direction from the upper end part of the peripheral wall 22 fitted to the upper outer surface of the container body 1 to the outer half of the communicating cylinder 12. The semi-cylindrical plate 23 is erected by fitting.

  In the illustrated example, the peripheral wall 22 hangs both the inner and outer cylinders 25 and 26 from the inner and outer peripheral edges of the flange-like top plate 24 to fit the inner cylinder 25 to the outer surface of the container body, and the upper end of the inner cylinder extends upward from the top plate. The rear part (right side in the figure) of the extended cylindrical part 27 provided in this manner is cut open from the upper end to the lower end of the extended cylindrical part 27, and the lower half diameter and upper small diameter half cylindrical part 29 is further raised from the front half part of the extended cylindrical part 27. In addition, the upper portion of the half tube portion is suspended downward to form a lower portion of the half tube portion with inner and outer double walls, and a plurality of ribs 30 are interposed between the double walls, and the half tube The inner wall surface of the semi-cylindrical plate is formed by the upper inner surface of the semi-cylindrical part and the inner wall forming the lower inner surface of the semi-cylindrical part. Further, the inner surface of the front half portion of the extension cylinder portion 27 is reduced in diameter so that the lower end portion of the small diameter portion is a downward stepped portion, and the downward stepped portion is engaged with the upper end portion of the front half portion of the container body 1.

  In the illustrated example, the upper end portion of the semi-cylindrical plate 23 has a major arc surface 31 on its inner surface as shown in FIG. 2, and the width of the opening of the major arc surface is the diameter of the upper inner surface of the semi-cylindrical plate, that is, the communication By forming the tube 12 shorter than the outer surface diameter of the tube 12 and forcibly pushing it into the arcuate surface 31 from the opening, both ends of the arcuate surface are elastically expanded and the communicating tube 12 is fitted into the arcuate surface. It is possible to combine them. As shown in FIG. 2B, claws 31a and 31a may be attached to both ends of the arcuate surface. 32 is a cap, and the lower end of the peripheral wall is placed on the outward flange at the lower end of the outer cylinder 26.

  3 to 5 show a second embodiment. The same parts as those of the first embodiment described above are denoted by the same reference numerals, and the description thereof is omitted. Only the different parts will be described. 4 and 5, a semi-short cylindrical hook 42 covering the other half outer surface of the communication cylinder 12 is projected through a hinge 41, and the half cylinder on the side facing the side surface having the hinge. On the outer surface of the side of the plate-like plate, a protrusion 44 for engaging the hook 43 at the tip of the hook is provided. Therefore, by rotating the hook 42 and engaging the claw 43 with the protrusion 44, the communication cylinder 12 can be slidably held by the semi-cylindrical plate 23 and the hook 42.

  In the case of the first embodiment and the second embodiment described above, the stem 2 is pushed down by the push button 13 pushed down through the open 28 portion, and the stem 2 and the communication are communicated. The liquid in the container passes through the inside of the cylinder 12 and can enter the application part 11 to be applied.

It is sectional drawing which shows the principal part of this invention container. It is an expanded sectional view which shows FIG. 1A-A line to the arrow direction. It is sectional drawing which shows FIG. 2A by another Example. It is sectional drawing of this invention principal part shown in 2nd Example. 3 is an enlarged perspective view of the main part. It is a cross-sectional view shown in the hook closed state of FIG.

Explanation of symbols

1 Aerosol container body 2 Stem
11 Applicator 12 Continuous tube
13 Push button 21 Deflection prevention member
22 Perimeter wall 23 Semi-cylindrical plate
29 Half tube 31 Excellent arc surface
42 Hook 43 Claw
44 ridges

Claims (4)

An aerosol container body with a stem penetrating the top wall and standing upward;
An application member having a liquid application part attached to the upper end of the communication tube;
By fitting the lower end of the communication tube to the upper end portion of the stem and erecting the application member, by pushing down the stem via the push button attached to the communication tube, the liquid in the container flows out through the liquid application portion, In the aerosol type liquid application container provided so that the liquid outflow can be stopped by the elastic return of the stem by releasing the push button,
From a part of the peripheral wall 22 fitted to the upper outer surface of the container body, the semi-cylindrical plate 23 is slidably fitted to one half outer surface of the communication cylinder 12, and at least of the semi-cylindrical plate. A part of the semi-cylindrical plate has an opening width of a semi-cylindrical plate that is narrower than the inner diameter of the semi-cylindrical plate and the outer diameter of the communicating cylinder, and the push button 13 protrudes from the other outer half of the communicating cylinder. An aerosol-type application container characterized by having been made. The aerosol-type coating container according to claim 1, wherein the semi-cylindrical plate portion having the superior arc surface is formed on an upper portion of the semi-cylindrical plate. A semi-cylindrical hook 42 is provided projecting from one of the circumferential side surfaces of the semi-cylindrical plate 23 via a hinge 41 so as to slidably cover the other half outer surface of the communicating cylinder. The aerosol-type application according to claim 1, wherein a protrusion 44 for engaging the hook 43 at the tip of the hook is attached to the outer surface of the other side portion of the semi-cylindrical plate 23 facing the side surface having the hinge. container. The aerosol type according to claim 3, wherein the semi-cylindrical hook (42) and a ridge (44) for engaging the hook at the tip of the hook are provided on both sides in the circumferential direction of the upper part of the semi-cylindrical plate (23). Application container.

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