JP3167105U - Spray container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a spray container in which minerals are not washed away when tap water is injected or water is exchanged. SOLUTION: A mineral having a transparent container body 21 for accommodating a large number of granular or lumpy minerals 20 and a sprayer 30 arranged in an opening 22 of the container body and suppressing the outflow of minerals into the opening of the container body. The restraining member 40 is attached. This truncated cone has a truncated cone shape, the top plane of the truncated cone is located inside the container body, and the base of the truncated cone fits into the opening of the container body and is frictionally engaged with the inner peripheral surface of the opening. Then, a hole for inserting the suction pipe 32 of the atomizer is formed in the top plane of the truncated cone, and a plurality of water passage holes are formed in the truncated cone surface. When the water is discharged, the minerals in the container body do not flow out of the container body because the mineral suppressing member is fitted in the opening of the container body. [Selection diagram] Fig. 2

Description

  The present invention relates to a spray container that sprays water soaked with ore, which has an effect on beauty and blood circulation promotion, on the face and limbs, and facilitates the addition and replacement of water in the container.

Conventionally, it is widely known that a trace amount of radiation brings about a “holmosis effect” beneficial to the human body, and various products using radioactive ore have been developed.
Patent Document 1 below discloses a spray container that sprays water immersed in a radioactive ore onto a face or the like.
As shown in FIG. 7, this container has a transparent container body 2 containing ores 3 to 9 containing radioactive ore and water, and a sprayer head 10 attached to the upper end opening of the container body. A suction pipe extending from the sprayer head reaches the water in the container body.
The ores 3 to 9 are radioactive ore, a radioactive sintered body obtained by forming a powder of the radioactive ore into a substantially spherical shape and sintered, purple quartz (Amethyst), rose quartz, barley stone, and three-stone stone. .

When the cap 14 of the spray container is removed and the push button 11 of the sprayer head 10 is pushed down, the water in the container body is transferred to the nozzle 12 through the conduit 13 and sprayed from the nozzle.
Patent Document 1 describes that spraying water immersed in radioactive ore on the body improves blood circulation, increases metabolism, maintains moist and healthy bare skin, and reduces stains and freckles. .
Further, it is described that the water in the container does not rot because a minute amount of radiation decomposes various germs in the water.

JP 2006-7175 A

It is conceivable that a container containing the radioactive mineral is provided to the consumer using this radioactive mineral, and the consumer puts tap water in the container and uses it as a skin lotion or a moisturizing agent. In this way, the consumer can repeatedly inject tap water into the container and use it many times.
However, in the conventional container, when tap water is injected, there is a risk that the minerals inside may jump out of the container due to water, and when the container is tilted to exchange water, May fall off.

  The present invention was created in view of such circumstances, and an object thereof is to provide a spray container in which contained minerals do not flow out even when water is injected or exchanged.

The present invention is a spray container including a transparent container body that contains a large number of granular or massive minerals, and a sprayer disposed in the opening of the container body, and suppresses the outflow of minerals in the opening of the container body. A mineral suppression member is mounted. This mineral restraining member has a truncated cone shape, the top plane of the truncated cone is disposed inside the container body, and the base of the truncated cone fits into the opening of the container body to frictionally engage the inner peripheral surface of the opening. A hole for inserting the suction pipe of the sprayer is formed in the top plane of the truncated cone, and a plurality of water passage holes are formed in the conical surface of the truncated cone.
In this spray container, the sprayer placed in the opening can be operated to spray the water in the container body on the face, etc.When adding or replacing water in the container body, With the sprayer removed, water is poured from the opening of the container body, or the container is tilted to discharge the water. At this time, the mineral in the container body does not flow out of the container body because the mineral suppressing member is fitted in the opening of the container body.

Moreover, in the spray container of this invention, the position of the top plane of the truncated cone arrange | positioned inside a container main body can be comprised so that the upper limit position of the water injection to a container main body may be shown.
By doing this, it is easy to get a guide for the amount of water to be injected.

  In the spray container of the present invention, at least a part of the mineral is a radioactive mineral.

The spray container of the present invention can maintain the amount of mineral in the container without pouring away the stored mineral even when the container is tilted to inject tap water or exchange water. Therefore, the consumer who owns this spray container can continue using the mineral in a container by repeating injection | pouring of tap water. As a result, resources are effectively used and unnecessary costs are reduced.
In addition, inadvertent diffusion of radioactive materials can be avoided, which is advantageous from the viewpoint of environmental protection.

External view of spray container according to an embodiment of the present invention Sectional view of the spray container of FIG. The figure which shows the mineral suppression member used with the spray container of FIG. The figure which shows the state which removed the sprayer of the spray container of FIG. The figure which shows the state at the time of the water injection to the spraying container of FIG. The figure which shows a state when draining the water in the spray container of FIG. Figure showing a conventional spray container

FIG. 1 is a side view of a spray container according to an embodiment of the present invention, and FIG. 2 is a sectional view thereof.
The spray container includes a transparent container main body 21 that stores a plurality of spherical minerals 20, a cap 31 that is screwed into the opening 22 of the container main body, a sprayer 30 that is coupled to the cap 31, and an opening 22 of the container main body. And a frustum-shaped mineral restraining member 40 fitted to each other.

  The sprayer 30 includes a suction tube 32 extending into the container body 21, a push button 33 that is pressed, and a nozzle 34 that protrudes to the side of the push button 33, and the outer peripheral surface of the opening 22 of the container body. The cap 31 is screwed to the container body 21 to be coupled. When water is contained in the container main body 21, when the push button 33 is pushed down, the water in the container main body is transferred to the nozzle 34 through the suction pipe 32 and sprayed from the nozzle 34.

As shown in FIG. 3 (FIG. 3 (a) is a plan view, FIG. 3 (b) is a cross-sectional view, and FIG. 3 (c) is a perspective view), the frustum-shaped mineral suppressing member 40 is molded from resin. The top plane 41 has a hole 42 through which the suction pipe 32 of the sprayer 30 is inserted, and the conical surface 43 has a plurality of water passage holes 44.
A base portion of the truncated cone of the mineral suppressing member 40 overlaps with an end portion of the opening 22 and a short cylindrical engaging portion 45 that fits into the opening 22 of the container body 21 and frictionally engages with the inner peripheral surface of the opening 22. And a flange portion 46.
In a state in which the mineral suppressing member 40 and the sprayer 30 are set on the container body 21, as shown in FIG. 2, the flange portion 46 of the mineral suppressing member 40 is sandwiched and fixed between the end surface of the opening 22 and the cap 31. The

  Moreover, the state which removed the sprayer 30 is shown in FIG. At this time, the mineral suppressing member 40 is fixed to the container main body 21 by the engagement portion 45 of the mineral suppressing member 40 being frictionally engaged with the inner peripheral surface of the opening 22 of the container main body 21. When removing the mineral suppressing member 40 from the container main body 21, a gap is formed between the end face of the opening 22 and the flange portion 46 of the mineral suppressing member 40, and the gap is widened. It is necessary to disengage 45 from the inner peripheral surface of the opening 22.

  When injecting tap water into the container main body 21, as shown in FIG. 5, water is poured in a state in which the mineral suppressing member 40 is attached to the container main body 21. In this way, even if the mineral 20 may dance in the container main body 21 due to the water flow of tap water, it is possible to avoid the mineral 20 jumping out of the container main body 21 because the mineral suppressing member 40 exists.

In addition, when the water in the container body 21 is exchanged, the container body 21 is tilted with the mineral suppressing member 40 attached to the container body 21 as shown in FIG. At this time, the water in the container main body 21 flows out of the container main body 21 through the central hole 42 and the water passage hole 44 of the mineral suppressing member 40, but the mineral 20 is blocked by the mineral suppressing member 40, 21 does not flow out.
Therefore, a decrease due to the outflow of the mineral 20 can be avoided by the action of the mineral suppressing member 40.
Further, in FIG. 5, if the position of the top flat surface 41 of the mineral suppressing member 40 is set to be the upper limit position of the water injection to the container main body 21, it can be known immediately how much water can be injected.

As the mineral 20 stored in the spray container of the present invention, radium ore, which is a radioactive mineral, or a radioactive sintered body obtained by forming a powder of radium ore into a substantially spherical shape and sintered can be used. Silver or copper may be added to prevent rot.
This spray container can be carried around in a handbag and can be easily used anytime and anywhere. In addition, water can be easily replenished in a washroom or the like.

20 Mineral 21 Container Body 22 Opening 30 Sprayer 31 Cap 32 Suction Pipe 33 Push Button 34 Nozzle 40 Mineral Suppression Member 41 Top Plane 42 Hole 43 Conical Surface 44 Water Passing Hole 45 Engaging Portion 46 Flange Portion

Claims (3)

A spray container comprising a transparent container body containing a large number of granular or massive minerals, and a sprayer disposed in an opening of the container body,
A mineral suppressing member for suppressing the outflow of the mineral is attached to the opening of the container body,
The mineral suppressing member has a truncated cone shape,
The top plane of the truncated cone is located inside the container body;
The base of the truncated cone fits into the opening of the container body and frictionally engages the inner peripheral surface of the opening;
A spray container, wherein a hole for inserting the suction pipe of the sprayer is formed in a top plane of the truncated cone, and a plurality of water passage holes are formed in a conical surface of the truncated cone.   2. The spray container according to claim 1, wherein a position of a top flat surface of the truncated cone disposed inside the container body indicates an upper limit position of water injection to the container body. container.   The spray container according to claim 1, wherein at least a part of the mineral is a radioactive mineral.