JPH0365170B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to the field of cushion materials such as bed and shearling rugs having anti-mite and anti-mildew properties.

(Prior Art) Urethane foam made of an elastic synthetic resin material has been used as a cushion material built into conventional beds, pinerests, cushion chairs, and the like. However, this cushion material had no measures taken to eliminate dust mites. As a result, dust mites crawl up onto the bed from the floor or tatami surface, and inhabit the cushion materials that make up the bed, which have appropriate heat retention and humidity, as well as bedding and blankets, and can even breed. Dust mites live in the cushioning material built into chairs, etc., which has appropriate heat retention and humidity, and further reproduce, sucking blood and biting the human body, causing negative effects on health and hygiene. was giving.

In addition, about 10 million ticks live in one 6-tatami area.
It is said that the ticks continue to reproduce, and various methods are being used to get rid of them, but it is said that it is nearly impossible to completely eradicate them.

(Problems to be Solved by the Present Invention) However, in the present invention, we have focused on the fact that it is extremely difficult to completely exterminate mites and mold, so we have developed a method to eliminate mites from living directly on beds, bedding, and chairs. In addition to making it difficult for dust mites to live around these parts and allowing you to sleep soundly,
It has the extremely excellent advantage of preventing the occurrence of itching, bites, etc. caused by blood sucking and bites caused by ticks, and also allows you to enjoy the effects of forest bathing all day long while going about your daily life. This led to the development of a cushion material that is superior in terms of disease prevention, health, and hygiene than other cushion materials (such as cushion chairs, cushion chairs, etc.).

(Means for Solving the Problems) The present invention consists of a predetermined amount of phytontide or an anti-mite or anti-fungal agent emitted by plants to eliminate microorganisms from the body, a predetermined amount of water (or oil), and a water-soluble Cushion material for beds, etc., characterized in that an anti-mite and anti-mold liquid agent mixed with glue, etc. is adhered to a cushion material made of foamed urethane foam material, which is the core material of beds, pine seats, cushion chairs, etc. It is.

(Example) An example of the present invention will be described below. Reference numeral 1 denotes a cushion material made of an elastic urethane foam material and built into the mattress 2 constituting the bed a. The characteristics of this cushion material 1 include not only elasticity but also suction and adsorption properties.

The present invention uses phytontide (a hydrocarbon substance mainly called terpene) that is harmless to humans and animals, and is emitted by plants to eliminate microorganisms such as bacteria and mold for self-defense. It has effects such as stimulant, sedative effect on nerves, and deodorizing effect.)
For example, 3 to 5% of a water-soluble material or an anti-mite or anti-fungal material, 3% of a water-soluble glue, and water (or oil)
Mix and stir 94-92% to make anti-mite and anti-mold liquid agent 3.
form. 4 is a container for storing the anti-mite and anti-mold liquid agent 3. As described above, the cushion material 1 is compressed and supported in the container 4 from both left and right sides using the clamping members 5, and is immersed in the anti-mite and anti-mold liquid 3 stored in the container 4 to open it. As a result, the anti-mite and anti-mold liquid agent 3 is evenly absorbed into the interior of the cushion material 1. After the cushion material 1 in which the anti-mite and anti-mold liquid 3 has been absorbed as described above is lifted from the container 4, the cushion material 1 is slightly pressed to shrink it and squeeze out some of the impregnated water or oil. .

As described above, the fine particles of the anti-mite and anti-mold liquid 3 that have been absorbed into the interior of the cushion material 1 adhere uniformly to the material constituting the cushion material 1 through the adhesive.

Next, the cushion material 1 impregnated with the anti-mite and anti-mold liquid agent 3 is dried at a predetermined temperature (approximately 50° C.). Note that the blending ratio of the anti-mite and anti-mold liquid agent 3 is not limited to the above-mentioned one. Reference numeral 6 denotes a skin portion constituting the pine tress 2.

(Function) Next, the function of the present invention will be explained based on the example of the embodiment described above.

To explain the case where the cushion material 1 is built into a pinerest 2 and used as a bed a, for example, when the cushion material 1 of the pinerest 2 is pressed by the sleeping person's body position, the cushion material 1 has elasticity which is a characteristic of the cushion material 1. The particulate phytoncide mixed in the anti-mite and anti-mold liquid 3, which is evenly adhered to the interior of the cushion material 1, becomes fragrant and emanates from the suctioned air. . As mentioned above, each time the person sleeping on the bed a turns over and changes his/her body position, the cushion material 1 in the mattress 2 shrinks or restores itself, and the contraction and restoration occur in proportion to each other. At the time of change, fine particles of phytoncide inside the cushion material 1 are emitted together with the sucked air. As described above, since the body position continues to change while sleeping, the scent of phytoncide emanates from some part of the outer periphery of bed a.

In this way, fine particles of phytoncide adhere to the material of the cushion material 1 throughout the interior of the cushion material 1, so it takes a very long time for the scent of phytoncide to completely dissipate.

As mentioned above, the scent of phytonchid is emitted around bed a, so the mites living on the floors and tatami mats around bed a become difficult to live in due to the scent of phytonchid. It can get rid of mold.

Furthermore, the cushion material 1 of the present invention can be used by incorporating it into a cushion chair or a shearling rug, in addition to the bed a. In the case of cushioned chairs and shearling rugs, part of the particulate futoncide attached to the interior of the cushion material 1 by glue emanates in proportion to changes in the body position of the person sitting or laying on the cushion. do. Therefore, dust mites and molds will live around cushioned chairs and shearling rugs, or they will no longer breed.

(Effects) (1) The present invention is as described above, and in particular, glue, water (or oil), and fine particulate phytoncide or anti-mite and anti-fungal agents emitted by plants to eliminate microorganisms from the body. The anti-mite and anti-mold liquid mixed with the above-mentioned anti-mite and anti-mold liquid was applied to cushion materials such as foamed urethane foam materials used as the core material of pine seats and cushion chairs for beds. When used as a built-in bed or chair, etc., when the cushion material expands and contracts in response to changes in body position, fine particles such as phytoncide, which has anti-mite and anti-mold properties, are emitted in proportion to the bed. Eliminates dust mites and mold that live around chairs, etc., and prevents them from living and breeding.
It also has the advantage of eliminating bites and blood-sucking caused by ticks, allowing for a more restful night's sleep.

(2) In addition, beds, cushion chairs, shearling rugs, etc. that incorporate the above-mentioned cushion materials have the properties of the cushion materials that are sucked and adsorbed into the cushion materials, such as activation of cells and calming of the nerves. The scent of Phytontide, which exhibits functions such as deodorization and deodorization, is constantly emitted, so it has excellent benefits such as being able to enjoy the same effects as taking a forest bath while going about your daily life all day long. have.

[Brief explanation of drawings]

Figure 1 shows the compressed cushion material immediately before it is immersed in an anti-mite and anti-mold solution in the manufacturing process of cushion materials such as beds of the present invention, and Figure 2 shows the cushion material that has been suctioned and adsorbed. Figure 3 shows the cushion material after it has been soaked and pulled up, Figure 4 shows the cushion material after it has been squeezed out, Figure 4 shows the dried cushion material, and Figure 5 shows the cushion material used for the bed. FIG. a... bed, 1... cushion material, 2... pine tress, 3... anti-mite, anti-mold liquid, 4... container, 5... clamping body, 6... skin part.

Claims (1)

[Claims] 1. An anti-mite, anti-fungal liquid agent is prepared by mixing a predetermined amount of phytontide or an anti-mite, anti-fungal agent emitted by plants to eliminate microorganisms from the body, a predetermined amount of water (or oil), and a water-soluble glue, etc. A cushion material for a bed, etc., characterized in that it is formed by adhering to a cushion material made of foamed urethane foam material, which is the core material of a bed, pinerest, cushion chair, etc.