JPS588368Y2 - sprayer nozzle - Google Patents

Description

[Detailed description of the invention] This invention relates to a nozzle for a sprayer, and is used when spraying the contents in a small area or deep inside the device where it is impossible to insert your hand etc. Conventionally, this was done by connecting an elongated outlet pipe to a communication path with the contents of the contents storage container.

This outlet pipe was extremely obstructive during transportation, storage, etc., so it was removed from the communication path and fixed to the side of the storage container with rubber bands, adhesive tape, etc., but it was easy to lose and it was difficult to quickly spray. If you were unable to do this and accidentally activated the on-off valve mechanism such as a push button, there was a strong possibility that the contents would spill out.

The present invention relates to a nozzle for an atomizer that eliminates the above-mentioned drawbacks, and one embodiment thereof will be described below with reference to the drawings.
Reference numeral 1 designates a container such as an aerosol container or a non-aerosol container containing the contents to be sprayed, the upper end of which is covered with a mountain cup 2, and a stem 3 protruding from the center of the mountain cup 2 that communicates with the contents through the pulp. There is.

It is a fixed body in which a push button 5 is connected and fixed to a stem 3 of a cigarette, and an inner circumferential wall 6 is engaged with a bead portion I of a container 1, and an outer circumferential wall 8 provided continuously with the inner circumferential wall 6 is connected to the upper edge of the container 1. is fitted.

Reference numeral 9 denotes a communicating passage provided in a communicating tube 10 having one end located on the outer circumferential wall 8 and the other end connected to the push button 5; This protruding portion is recessed in an arc shape to form an engagement receiving portion 11.

12 is the outer peripheral surface 1 of the spherical portion 13 at one end of the engagement receiving portion 11.
4 in close contact with each other, and is located between opposing opening side walls 15 formed on the fixed body 4 so as to cover the engagement receiving part 11 from both sides, and passes through the center point of the spherical part 13. By protruding support shafts 16 on both sides of the outer peripheral surface 14 and rotatably fixing the holder 12 to the opening side wall 15 via the support shafts 16, the outer peripheral surface 14 can be rotatably attached to the engagement receiving portion 11. be close

Reference numeral 17 denotes a flow path bored from one end of the holder 12 by cutting the other end so as to communicate with the communication portion 9 of the engagement receiving portion 11, and a connecting portion 19 for connecting the contents outlet pipe 18 is provided at one end. Form.

Reference numeral 20 denotes a clay wall positioned so that the upper surface of the holder 12 abuts against the flow path 17 of the holder 12 and the communication path 9 of the fixed body 4, and connects and fixes the upper end of the opening side wall 15. .

Reference numeral 21 denotes a cover that covers the upper surface of the push button 5. When in use, the cutout piece 22 at the lower end is removed from the thin piece part 23, and the bent part 24 is removed.
It is formed so that the push button 5 can be pressed by bending it through.

In order to inject the contents in a device configured as described above,
The holder 12 is rotated along the support shaft 16, and the outer surface is attached to the upper wall 2.
0, the flow path 17 of the holder 12 and the communication path 9 formed in the fixed body 4 are communicated with each other, and the holder 12 is connected to the flow path 17 forming portion of the outer peripheral surface 14 and the engagement receiving portion 11. It is held in a fixed position approximately perpendicular to the container 1 by frictional force.

After removing the cutout piece 22 in this state, if the push button 5 is pressed through the cover 21, the contents will be transferred to the communication path 9 and the flow path 17.
, is injected through the outlet pipe 18.

If the container 1 is a pressure-resistant container and an aerosol system is used, this injection is performed by pressing the push button 5 and opening the internal pulp mechanism via the stem 3.

In another method, the injection is performed using a pump method in which the stem 3 is pushed down by pressing the push button 5.

After the injection is completed, by rotating the holder 12 downward in the opposite manner to the above, the portion where the flow path 1T is formed moves to the lower surface of the earth wall 20, and the portion of the outer peripheral surface 14 where the flow path 17 is not formed moves. closes the communication path 9.

Due to this closure, even if the push button 5 is accidentally pressed when not in use, the contents will not be squirted out, and the holder 12 and the outlet pipe 18 are located parallel to the side surface of the container 1. becomes.

In the present invention, as described above, the long holder or the holder connected to the outlet pipe can be positioned parallel to the side of the container by simply rotating the holder around the support shaft, so that the container can be positioned parallel to the side surface of the container during storage or transportation. The holder etc. do not protrude from the side and become a hindrance, and when in use, the holder can be quickly connected to the communication hole by simply rotating the holder, and there is no risk of loss.

In addition, the outer peripheral surface of the holder that does not define the flow path can close the communication path when the holder is positioned parallel to the container.
Even if the push button is pressed by mistake during transportation or when not in use, there is no risk of the contents spewing out.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; FIG. 1 is a sectional view, and FIG. 2 is a partially cutaway perspective view of a holder. 1...Container, 9...Communication path, 12...
...Holding body, 14...Outer peripheral surface, 16...
...Spindle, 17...Flow path.

Claims (1)

[Scope of utility model registration request] The holder is rotatably fixed to a fixed body fixed to the container, and a flow path is formed in the holder from one end to the other end.
The container is formed so as to be connectable to a communication path that communicates with the contents in the container, and rotates around the holder as a fulcrum, and seals the communication path with the outer peripheral surface of the holder when positioned approximately parallel to the container. A nozzle for an atomizer, characterized in that it obtains the following: