JPH0353712Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial application field The present invention has a mechanism for directly spraying the aerosol contents onto the target object, and a mechanism that sprays the aerosol contents directly onto the target object, but instead This is a spray-type aerosol device that has two functions: it sprays the aerosol contents onto a coating section that is placed directly in front of the user, and then coats the target area. It is particularly advantageous when used in applications such as , coating, etc.

Prior Art The present applicant proposed that the aerosol contents should be sprayed directly onto the target object in Utility Application No. 131880/1989, Application No. 195902/1987, etc., which had novelty at the time of filing this application. Instead, they have proposed a method in which the aerosol contents are sprayed once onto an application part located facing the content spouting part, and then applied to the target part. Therefore, it was inconvenient when trying to perform multi-purpose injection use.

In addition, there is a device described in Japanese Utility Model Application Publication No. 56-2964 that enables application of the aerosol contents with a coating member and normal spraying, and is aimed at versatile spraying use. However, in this device, the installation position of the application member and the formation position of the injection nozzle are installed in the exact opposite direction, so if the application member mistakenly assumes that the injection direction of the content has been switched and performs the injection operation, However, the disadvantage is that the contents are sprayed towards the user, making it extremely dangerous. In addition, the spray direction and the direction of the coating member are the same, as described above.
As proposed in Publication No. 2964, since the coating member is provided with an opening for spraying the contents, when coating is performed with the coating member, this opening portion is not coated, which prevents uneven coating of the contents. It has its own drawbacks.

Problems to be Solved by the Invention The present invention attempts to solve the above-mentioned problems by spraying and depositing the aerosol contents once on the application part located facing the jetting part of the contents. Therefore, it is possible to apply the aerosol evenly to the target area, and it is also possible to spray the aerosol contents directly to the target area, and also to avoid the risk of spraying due to misjudgment of the spray direction. That is.

Means for solving the problems In order to solve the problems mentioned above, the present invention
A fixing member fixed in the longitudinal direction of the outer peripheral surface of the aerosol container is removably connected to a spouting part of the aerosol contents connected to the stem of the aerosol container, and an application member communicating with the spouting part is fixed to the fixing member, This fixation is done by cutting off communication between the ejection part and the outside so that the aerosol contents will not be directly ejected to the outside, and a jetting body for directly ejecting the aerosol contents is fixed adjacent to the application member. The jet nozzle is formed on a member, and the jet nozzle provided on the outer surface of the jet body can be connected to the jet section via the jet passage.

Function Since the present invention is constructed as described above, when applying the aerosol contents to the target area, the spray is applied to the application member of the fixing member fixed in the length direction of the outer peripheral surface of the aerosol container. By supplying the aerosol contents through the spouting section, the aerosol contents can be applied over a wide area, and by removing the fixing member from the spouting section, the aerosol contents can be applied to a wide area using the spouting section. injection can be performed.

The spraying of aerosol contents onto the application member is carried out by cutting off communication between the spouting part and the outside to prevent the aerosol contents from directly spewing out to the outside. It is possible to reliably separate the spraying work and to perform the work in accordance with the purpose without uneven coating.

Furthermore, by removing the fixing member from the jetting part, the jetting part can be used to perform normal jetting of the aerosol contents, so the jetting part and the application member are formed in the same plane. This can prevent the risk of the aerosol contents being sprayed in the direction of the user due to misidentification of the spray direction and application direction.

Further, a jetting body for directly spraying the aerosol contents is formed on the fixed member adjacent to the application member, and a jetting nozzle provided on the outer surface of the jetting body is connected to the jetting section via a jetting passage. This makes it possible to directly inject the aerosol contents through the injection nozzle, and various adapters can be connected to this injection nozzle to perform various injections.For example, by connecting a needle nozzle to the injection nozzle, Jutan,
The aerosol contents can be injected by piercing the inside of folded items. In this case as well, since the spray body is provided adjacent to the application member, the spray unit and the spray nozzle are formed on the same plane, and the spray direction and coating direction may be misidentified and directed toward the user. This can prevent the risk of the aerosol contents being sprayed.

Embodiment The first embodiment of the present invention will be described below with reference to the drawings. Reference numeral 1 denotes an aerosol container, and an eyelet 4 is fixed to the upper end of the body 2 via a seaming portion 3. A stem 6 protrudes from the center of a mounting cup 5 fixed to the upper end, and by pressing the stem 6, a valve mechanism housed in the aerosol container 1 can be opened. Above stem 6
In this case, a push button 7 is connected and fixed, and a bendable outlet tube 8 protruding from one side of the push button 7 is fixed to a connecting part 11 of a one-touch cap 10 fixed to the upper end of the aerosol container 1. A spouting part 13 for aerosol contents is formed protrudingly on the outer surface of the connecting part 11 and is connected to the stem 6 through a lead-out passage 12, and a fitting recess 15 of a fixing member 14 is removably fixed to this spouting part 13. do.

This fixing member 14 is made by wrapping a coating member 22 made of a liquid-absorbing material such as sponge or felt around the outer periphery of a cylindrical support 23 and fixing it in the vertical direction. A baffle plate 25 is positioned on the side up to approximately the midpoint in the vertical direction, and the aerosol content ejection part 13 is faced to this baffle plate 25, so that the ejected aerosol content collides with the inner periphery of the fixing member 14. A guide path 26 for the aerosol contents is formed between the surface 24 and the jetting part 13 , and the aerosol contents are uniformly distributed over the entire application member 22 from the absorption part 27 provided at the lower end position of the baffle plate 25 . It is formed to be absorbed and dispersed, and the communication between the ejection part 13 and the outside is cut off so that the aerosol contents are not directly ejected to the outside.

Furthermore, the fixing member 14 is configured so that when completely removed from the aerosol container 1, the ejection part 13 is exposed and the aerosol contents are injected, and the fixing member 14 is arranged adjacent to the configuration of the application member 22 to inject the aerosol contents. A jet body 28 for direct jetting is formed. This jetting body 28 has an insertion engagement part 31 formed on the lower end side surface into which the protrusion 29 of the fixed body 16 is removably inserted, and a fitting recess 15 into which the jetting part 13 is inserted protrudes from the upper side surface. , a jet passage 32 communicating with this jet part 13 is formed in the vertical direction,
Spray nozzles 33 are formed on the outer surface of the jet body 28 at both ends of the jet passage 32 . This injection nozzle 33 may be formed in a plurality of three or more, and this injection nozzle 33 can inject the aerosol contents only with the injection nozzle 33, making it possible to spray over a wide range, One touch cap 1
The needle-shaped nozzle 35, which is attached to the top plate 34 of 0 when not in use, is attached to the injection nozzle 33 part, and this needle-shaped nozzle 35 is inserted into a sweatshirt, tatami mat, etc., and the interior of the sweatshirt, tatami mat, etc. It is also possible to spray an aerosol content such as an insecticide.

In the configuration as described above, when the push button 7 is pressed, the valve mechanism in the aerosol container 1 is opened, and the aerosol contents are injected into the outlet path 12.
The aerosol contents collide with the baffle plate 25 and the aerosol contents follow the guide path 26,
The aerosol contents are guided to the absorption section 27 provided at the lower end of the baffle plate 25, and the communication between the ejection section 13 and the outside is cut off to prevent the aerosol contents from directly ejecting to the outside. The aerosol content is uniformly absorbed and dispersed throughout the coating member 22, permeating the coating member 22, and the coating operation can be performed by sliding the coating member 22 in contact with the target area.

Further, in order to normally spray the aerosol contents from the ejection part 13, the insertion engagement part 31 and the protrusion 29 are disengaged, and the fitting recess 15 and the ejection part 13 are disengaged, and the fixing member 14 aerosol container 1
By completely removing the jetting part 13, the jetting part 13 can be exposed and the jetting operation can be performed.

In addition, provided adjacent to the configuration of the application member 22,
In order to directly inject the aerosol contents from the injection nozzle 33 of the injection body 28, the fixing member 14 is once removed from the aerosol container 1, and as shown in FIG.
All you have to do is connect the .

In a different embodiment, the application member 22 is made of a non-liquid-absorbing material instead of a liquid-absorbing material. If the applicator member 22 is made of a liquid-absorbing material as in the above embodiment, it is convenient to apply the aerosol contents to a target area made of a hard material such as metal, wood, or hard synthetic resin. When used on a target part made of a soft material such as , jutan, or cloth, the contact resistance during application is large, which is inconvenient. Therefore, in this embodiment, the application member 22 is made of a hard material that does not have liquid absorption properties, and the fixing member 14 and the application member 22 are
A small outflow interval is formed between the side surfaces, and the contents that flow out onto the surface of the application member 22 made of a hard material due to surface tension through this outflow interval are applied to a target part made of a soft material. In this case, the content application member 22
In order to improve the adhesion to the surface of the coating member 22, it is preferable to form small irregularities such as a satin pattern on the surface of the coating member 22.

Furthermore, since the application member 22, the jetting section 13, and the jetting nozzle 33 are located in the same plane when the aerosol contents are jetted,
It is possible to prevent the danger of spraying the aerosol contents toward the user due to misunderstanding of the spray direction.

Effects of the invention Since the invention is constructed as described above,
When applying the aerosol contents to the target area, the aerosol contents can be applied to a wide area by supplying the aerosol contents to the application member of the fixed member fixed in the length direction of the outer peripheral surface of the aerosol container through the jetting part. By removing the fixing member from the spouting part, the aerosol contents can be applied to the
The jetting part can be used to perform a normal jetting of the aerosol contents, allowing a versatile use of the aerosol device.

In addition, spraying the aerosol contents onto the application member
Since communication between the ejection part and the outside is cut off to prevent the aerosol contents from directly ejecting to the outside, the application work is reliably separated from the normal spraying work to prevent uneven application. It is possible to work according to the purpose without having to worry about it.

Furthermore, by removing the fixing member from the jetting part, the jetting part is used to perform normal jetting of the aerosol contents, and since the jetting part and the application member are formed on the same plane, the jetting direction is This can prevent the risk of the aerosol contents being sprayed in the direction of the user due to misunderstanding of the application direction.

Further, a jetting body for directly jetting the aerosol contents is formed on the fixed member adjacent to the application member,
Since the injection nozzle provided on the outer surface of the injection body is connected to the injection part via the injection path, it is possible to directly inject the aerosol contents through the injection nozzle, and various adapters can be connected to this injection nozzle. For example, a needle-like nozzle can be connected to the injection nozzle, and the aerosol contents can be injected by piercing the inside of a jacket, folding case, etc. In this case as well, since the spray body is provided adjacent to the application member, the spray section and the spray nozzle are formed in the same direction.
This can prevent the risk of the aerosol contents being sprayed in the direction of the user due to misidentification of the spray direction and application direction.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a sectional view, FIG. 2 is a sectional view taken along line A-B in FIG. 1, and FIG.
The figure is a sectional view taken along the line B--C in FIG. 1. 1...Aerosol container, 6...Stem, 13...
...Ejection part, 14...Fixing member, 22...Applying member, 28...Ejection body, 32...Ejection path, 33...
injection nozzle.

Claims (1)

[Scope of utility model registration request] A fixing member fixed in the longitudinal direction of the outer peripheral surface of the aerosol container is removably connected to a spouting part of the aerosol contents connected to the stem of the aerosol container,
The applicator that communicates with the ejecting part is fixed to this fixing member, and this fixing is done by cutting off the communication between the ejecting part and the outside so that the aerosol contents will not be directly ejected to the outside, and also adjacent to the applying member. A jetting body for directly jetting the aerosol contents is formed on a fixed member, and an injection nozzle provided on the outer surface of the jetting body can be connected to the jetting part via a jetting path. Application type aerosol device.