JPH059007Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial application field]

The present invention relates to a deodorizing tool that uses far infrared rays to enhance the deodorizing effect.

[Conventional technology]

BACKGROUND ART Conventionally, as a deodorizing device using far infrared rays, there is known a device in which a sheet-shaped far infrared radiator is housed in a container, as described in, for example, Japanese Utility Model Application Publication No. 160843/1983.

[Problem that the idea aims to solve]

An object of the present invention is to provide a deodorizing tool that has better deodorizing and regenerating effects than such deodorizers, can be miniaturized, and is convenient to handle and form.

[Means for solving the problem]

The deodorizing device according to the present invention is made by unglazing natural stone powder that emits far infrared rays and making it into a rod shape.The surface of the unglazed core material is coated with resin except for the upper and lower ends, and caps are attached to both the upper and lower ends of the unglazed core material. A hole is provided in at least one of these caps, and a netsuke is attached to the upper cap that serves both as a knob and as a decoration.

[Effect]

Unglazed core material is made by unglazing and hardening natural stone powder that emits far infrared rays, so it has a very large number of pores per unit volume, which not only improves the deodorizing effect but also improves the regeneration (recovery of captured odors). Withdrawal) The effect is also good. Such deodorizing and regenerating effects are facilitated by decomposition or activation of odors by far infrared rays. On the other hand, if it is unglazed, there is a problem in terms of strength, but by coating it with resin, it can be reinforced, maintain a specific shape, and can be used as is without putting it in a container. In addition, since the unglazed core material is shaped like a rod, its surface is coated with resin, and the upper and lower ends are covered with caps for reinforcement, there is no problem in terms of strength. Furthermore, since the cap is provided with holes, the breathability and deodorizing effect of the unglazed core material are also guaranteed. In addition, a netsuke is attached to the upper cap that serves as both a knob and a decoration, making it convenient to carry, store, and take out, and also has a decorative effect.

【Example】

An embodiment of the present invention will be described below. Fig. 1 is a sectional view of the deodorizing tool 1 according to the present invention;
The figure is a perspective view of an example of using this product in a cigarette packaging case. This deodorizing tool 1 has a round rod-shaped unglazed core material 2 whose outer peripheral surface is covered with a resin coating 3, and both ends of the unglazed core material 2 are covered with metal caps 4 and 5. A connecting ring 6 is protruded from the center of one of the caps 4, and a chain-shaped or bead-shaped netsuke 7 is attached to the connecting ring 6, which serves both as a knob and as a decoration. A hole 8 is bored in the center of the other cap 5. The unglazed core material 2 is a natural stone that emits far infrared rays.
For example, the ingredients are 74.98% silicon, 4.35% sodium, 4.71% potassium, 13.98% aluminum,
Iron content 0.78%, titanium content 0.03%, calcium content 0.29
%, other rare minerals 0.72% feldspar powder, with an appropriate amount of clay added if necessary, bisque fired at a temperature of 850°C to 1000°C and hardened into a round bar shape. The resin coating 3 is a cylindrical body made of synthetic resin that is heat-shrinked and attached to the outer peripheral surface of the unglazed core material 2 .
Note that this resin coating 3 may be formed by resin coating. This deodorizing tool 1 has a very large number of pores per unit volume because its unglazed core material 2 is hardened by unglazing natural stone powder that emits far-infrared rays as described above. In addition to its very high collection rate, it emits far infrared rays from itself (the emitted far infrared rays pass through the resin coating 3), so it activates the odor component with far infrared rays and increases the odor trapping effect. It has also been confirmed that far infrared rays have the effect of decomposing odors. Therefore, the deodorizing effect is very high, and the regeneration (release of captured odor) is also quick. Furthermore, far infrared rays also have a bactericidal effect. For example, as shown in FIG. 2, the deodorizing tool 1 is formed to have the same length and thickness as a cigarette 9, and is placed in an empty space in a cigarette packaging case 10 for use. In such a usage mode, the bad odor of the cigarette 9 can be deodorized and the smoking taste can be made mild. If its effect has diminished after long-term use, remove the deodorizer 1 from the cigarette packaging case 10.
By simply taking it out and leaving it for several minutes, the odor collected in the deodorizing tool 1 will be removed and the deodorizing effect will be restored (regenerated). You can shorten the playback time by exposing it to sunlight.

[Effect of the idea]

The deodorizing tool of the present invention has the following effects. Unglazed core material is made by unglazing and hardening natural stone powder that emits far infrared rays, so it has a very large number of pores per unit volume, which not only has a good deodorizing effect, but also helps in regenerating (releasing captured odors). ) The effect is also good. Such deodorizing and regenerating effects are facilitated by decomposition or activation of odors by far infrared rays. If it is unglazed, there is a problem with its strength, but by coating it with resin, it can be reinforced, maintain a specific shape, and can be used as is without putting it in a container, making it convenient to handle and carry. Since the unglazed core material is shaped like a rod, its surface is coated with resin, and the upper and lower ends are covered with caps for reinforcement, there is no problem with strength. The holes in the cap also ensure the breathability and deodorizing effect of the unglazed core material. A netsuke that doubles as a knob and decoration is attached to the upper cap, making it convenient to carry, store, and take out, and also has a decorative effect.

[Brief explanation of drawings]

Fig. 1 is a cross-sectional view of a deodorizing tool according to an example of the present invention;
The figure is a perspective view of an example of its use. 1...Deodorizer, 2...Unglazed core material, 3...Resin coating, 4, 5...Cap, 7...Netsuke, 8...
Hole.

Claims (1)

[Scope of utility model registration request] The surface of the unglazed core material, which is made by unglazing natural stone powder that emits far infrared rays and made into a rod shape, is coated with resin, leaving both the upper and lower ends, and caps are attached to both the upper and lower ends of the unglazed core material, and these caps are coated with resin. A deodorizing tool characterized by having a hole in at least one side of the cap, and a netsuke that serves as a knob and decoration attached to the upper cap.