JPS62757Y2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an aerosol product that allows different spraying conditions with one product.

In conventional aerosol products, one end is closed and a cylindrical metal pressure-resistant container is formed with one curled part at the other end so that the mountain cup of the aerosol valve can be fitted, and the aerosol contents, that is, the stock solution and While filling with a propellant, a mountain cup of an aerosol valve is fitted into the curled portion, and an aerosol button is attached to the stem of the aerosol valve.

However, at present, the purposes for which aerosol products are used,
The usage methods have become diverse, and it has become difficult to satisfy all demands with one aerosol valve and aerosol button. For example, in the case of paint aerosol products, different spraying conditions are required depending on whether you want to apply uniformly over a wide area or when you want to draw detailed figures, letters, etc. In addition, when spraying aromatic deodorizing and disinfectant aerosol products into a space, the aerosol product should be held upright and sprayed vertically upwards, and for plastic containers containing garbage, etc., sprayed vertically downwards. It has become necessary to spray it into the gap between the refrigerator and the floor.

However, at present, the only way to meet the variety of purposes and methods of use described above is to manufacture each aerosol product separately. however,
It is not only uneconomical but also inconvenient to have to use several different aerosol products despite having the same content.

Additionally, in addition to the button attached to the stem of the aerosol valve, aerosol products are also equipped with a button that can be replaced with another aerosol button, but there is no suitable place to install this button. Currently, measures such as fixing can bodies with sellotape are taken, but this not only obstructs the handling of aerosol products, but also
This is not a good method as users often lose the aerosol button while replacing it.

As a result of research in view of the above circumstances, the inventor of the present invention has come up with an aerosol product that can achieve different spray conditions with a single aerosol product.

That is, the present invention forms curled parts at both ends of a small cylindrical pressure-resistant container so that the mountain cups of an aerosol valve can fit therein, and fills the aerosol contents with the curled parts located at the upper end of the pressure-resistant container. Fit an aerosol valve with a date petite tube to the lower end, and an aerosol valve without a date petite tube to the curled portion located at the lower end, and fit it with the mountain cup of each aerosol valve, and fit it to the stem of the two aerosol valves above. This is an aerosol product that is equipped with buttons for aerosols with different spraying states and is capable of different spraying states, and its purpose is to:
To provide an aerosol product which improves the drawback that ordinary aerosol products can obtain only one spray state and makes it possible to obtain different spray states with one aerosol product.

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a longitudinal sectional view of an embodiment of the present invention, and FIG. 2 is a longitudinal sectional view of the embodiment of FIG. 1, with the upper and lower aerosol buttons replaced.

In the figure, reference numeral 1 denotes a small cylindrical pressure-resistant container, and curled portions 2 and 3 are formed at both ends of the pressure-resistant container 1, respectively, so that mountain cups of an aerosol valve can be fitted therein. This may be formed in any way, but for example, the upper part of the metal cylinder is squeezed to form the curled part 2 located at the upper end, and the lower part of the metal cylinder is formed to form the curled part 3 located at the lower end. A cup-shaped glasses part 5 having a curled part 3 at the lower end can be made to be tightly continuous with the seaming part 4. In addition, instead of forming the curled part 2 located at the upper end of the aperture in the upper part of the metal cylinder, a glasses part having the curled part 2 at the upper end of the metal cylinder may be closely continuous at the tightening part.

A mountain cup 7 of an aerosol valve 6 having a dip tube 10 is tightly fitted into the curled portion 2 located at the upper end of the pressure container 1 by means of a gasket 8 or the like. At this time, the lower end of the dip tube 10 attached to the housing 9 of the aerosol valve 6 is made to reach near the bottom of the pressure container 1. An aerosol button 12 having an injection hole 13 for ejecting in a 90 degree horizontal direction is attached to the stem 11 of the aerosol valve 6.

On the other hand, the mountain cup 16 of the aerosol valve 14 having no dip tube is tightly fitted into the curled portion 3 located at the lower end of the pressure-resistant container 1 by means of a gasket 17 or the like. An aerosol button 18 having an injection hole 19 for ejecting in the vertical direction is attached to the stem 15 of the aerosol valve 14 which does not have a dip tube.

The mountain cup 7 of the aerosol valve 6 is attached to the curled part 2 located at the upper end of the pressure-resistant container 1.
In addition, when fitting the mountain cup 16 of the aerosol valve 14 to the curled part 3 located at the lower end, the aerosol contents (undiluted solution and propellant) 2
0 into the pressure-resistant container 1 and fit together. This can be done by any means, but for example, an aerosol valve 1 is attached to the curled part 3 located at the lower end.
Fit the mountain cup 16 of No. 4, and then add the aerosol contents (undiluted solution and propellant) using the usual method.
20 into the pressure-resistant container 1, and fitting the mountain cup 7 of the aerosol valve 6 into the curled portion 2 located at the upper end.

The outer diameter of the stem 11 of the aerosol valve 6 and the outer diameter of the stem 15 of the aerosol valve 14 may be different, but if the outer diameters of both are the same, the aerosol button 12 and It becomes possible to replace and install the aerosol button 18. That is, the aerosol button 12
An aerosol button 18 can be attached to the stem 11 on the stem 15. By doing this, four different injection states can be obtained.

In the figure, 21 is the stem rubber of the aerosol valve 6, 22 is the spring of the aerosol valve 6, 23 is the stem orifice of the stem 11, 24 is the housing of the aerosol valve 14, and 25 is the aerosol valve 14. The stem rubber, 26 is a spring of the aerosol valve 14, and 27 is a stem orifice of the stem 15.

When using this aerosol product, press the aerosol button 12 and the stem orifice 23
and the inside of the housing 9 are in communication, and the aerosol contents 20 pass through the inside of the dip tube 10, from the inside of the housing 9 of the aerosol valve 6, through the stem orifice 23, and into the stem 11, and the aerosol button 12 at 90 degrees from the injection hole 13. It is sprayed laterally to the outside of the container. On the other hand, by pressing the button 18, the stem orifice 27 and the housing 2
4 are in communication, and the aerosol content 20 passes through the housing 24 of the aerosol valve 14, passes through the stem orifice 27, passes through the stem 15, and is injected vertically to the outside of the container from the injection hole 19 of the aerosol button 18. .

In addition, the outer diameters of the stem 11 and the stem 15 are made the same size, and the aerosol button 1 is made as shown in Fig. 2.
2 and 18, that is, replace the aerosol button 12 with the stem 15 and the aerosol button 18.
is attached to the stem 11, when the aerosol button 18 is pressed, the stem orifice 23 and the inside of the housing 9 communicate with each other, and the aerosol contents 20
is the housing 9 from the inside of the date petite tube 10.
through the stem orifice 23 to the stem 11
The liquid passes through the inside and is sprayed vertically to the outside of the container from the spray hole 19 of the aerosol button 18. On the other hand,
When the aerosol button 12 is pressed, the stem orifice 27 and the inside of the housing 24 are communicated, and the aerosol contents 20 pass through the housing 24 of the aerosol valve 14, pass through the stem orifice 27, and pass through the stem 15 to the aerosol button 12. It is sprayed from the injection hole 13 to the outside of the container in a 90 degree horizontal direction.

Since the aerosol product of the present invention has the above-described structure, different spray conditions can be obtained with one aerosol product. For example, paint aerosol products are equipped with an aerosol button on the stem of the upper aerosol valve that allows for uniform application over a wide area, and an aerosol button on the stem of the lower aerosol valve that allows you to draw detailed figures, letters, etc. By installing this, it is possible to obtain two different spray conditions with one paint aerosol product. In addition, the aromatic deodorizing and disinfectant aerosol product is equipped with an aerosol button that sprays horizontally at 90 degrees on the stem of the upper aerosol valve, and an aerosol button that sprays vertically on the stem of the lower aerosol valve. Then, the upper aerosol button can be used to spray into the space in front or the wall, and the lower aerosol button can be used to spray vertically downward into a plastic container containing garbage. Then, by making the outer diameter dimensions of both the upper and lower stems the same and swapping the upper and lower aerosol buttons, the aerosol button that sprays vertically will be on the stem of the upper aerosol valve, and the button for the aerosol that sprays vertically will be on the stem of the lower aerosol valve. The valve stem is equipped with an aerosol button that fires 90 degrees horizontally. In this way, the upper aerosol button can be used to spray vertically upwards, allowing the product to be sprayed into the space above or the ceiling, while the lower aerosol button can be used to spray the aerosol product into the gap between the refrigerator and the floor in an upright position. It can be injected with As described above, the aerosol product of the present invention is very useful because different spray conditions can be obtained with one aerosol product.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal sectional view of an embodiment of the present invention, and FIG. 2 is a longitudinal sectional view of the embodiment of FIG. 1, with the upper and lower aerosol buttons replaced. 1... Cylindrical small pressure container, 2... Curled part,
3... Curl part, 4... Sealing part, 5... Cup-shaped glasses part, 6... Aerosol valve, 7... Mountain cup, 8... Gasket, 9... Housing, 10... Date petite tube, 11 ... Stem, 12 ... Aerosol button, 13 ... Injection hole, 14 ... Aerosol valve, 15 ... Stem, 16 ... Mountain cup, 17 ... Gasket, 18 ... Aerosol button, 19 ...
Injection hole, 20... Contents for aerosol, 21...
Stem rubber, 22... Spring, 23... Stem orifice, 24... Housing, 25...
Stem rubber, 26... Spring, 27... Stem orifice.

Claims (1)

[Scope of utility model registration request] Curled portions are formed at both ends of a small cylindrical pressure-resistant container so that mountain cups of an aerosol valve can fit therein, and a dip tube is formed at the curled portion located at the upper end of the pressure-resistant container while filling the aerosol contents. Fit an aerosol valve without a dip tube to the curled part located at the lower end with the mountain cup of each aerosol valve, and insert an aerosol valve with different injection conditions into the stems of the two aerosol valves. This aerosol product is equipped with buttons for different spraying conditions.