KR20130019053A

KR20130019053A - Phytonicide shower head assembly and phytonicide solution member capsule

Info

Publication number: KR20130019053A
Application number: KR1020110080965A
Authority: KR
Inventors: 임경도
Original assignee: 주식회사 피토니아
Priority date: 2011-08-16
Filing date: 2011-08-16
Publication date: 2013-02-26

Abstract

Phyton Tide shower head 100 of the present invention, the head portion 160 is screwed with the handle portion 110; A cap 220 mounted to the head 160; A sprinkling plate (撒水板) (200) formed with a plurality of sprinkling holes (210) installed between the head (160) and the cap (220); And a rod-shaped filter member 120 accommodated in the handle 110 and having an antibacterial filter 140, a chlorine removal filter 150, and a foreign substance removal filter 130. In addition to improving the skin, preventing aging, moisturizing the skin, preventing hair loss and improving atopic dermatitis, the filter member can provide water purification, antibacterial function, chlorine removal, and a large amount of anions. By releasing the blood, the effect of purifying blood, activating cells, increasing resistance, controlling the autonomic nervous system, etc. can be obtained, and the composition of the sprinkling plate of the present application provides a massage effect by soft and strong watering and an excellent water saving effect. It is intended to be applied to phytoncide shower heads to achieve this.

Description

PHYTONICIDE SHOWER HEAD ASSEMBLY AND PHYTONICIDE SOLUTION MEMBER CAPSULE}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a phytoncide shower head assembly and a phytoncide eluate capsule in which a phytoncide is housed, and in particular, an elution member such as a phytoncide solid or powder. And the phytoncide capsule which can remove the foreign substance, bacteria, chlorine, etc. in tap water, and can release a large amount of anions, so that the beneficial substance which is beneficial to the human body can be eluted or melted at the time of showering. And an eluate capsule containing a shower head assembly and a phytoncide capsule.

Conventionally, shower heads have been proposed in various ways to realize various functions and effects, and have been well aware that phytoncide is beneficial to the human body, and it is applied to various fields in various ways, but a technique that can apply phytoncide to a shower head Is not proposed yet. In addition, a technique for generating and releasing a large amount of negative ions by the shower head has not been proposed.

First, the phytoncide is briefly described as follows.

The components, effects and the like of phytoncide are generally well known.

Phytoncide refers to all substances that have antibacterial properties produced by plants in the forest, and it is because of phytoncide that people enjoy forest bathing, and phytoncide means phyton, which means plants, and cide, which means antibacterial activity. ) Is a synthesized word. This was first made in 1943 by S. A. Waksman, a Russian-born American bacteriologist. He concluded that the scent of cool forests in forests is due to phytoncide, which is a volatile substance that kills microorganisms such as staphylococci, streptococci and diphtheria. The main component of phytoncide is a substance called terpene. It is this substance that produces the fragrant smell of the forest. Phytoncide also stimulates peripheral blood vessels and enhances cardiopulmonary function in addition to psychological stability. It is also known to help treat bronchial asthma, pulmonary tuberculosis and strengthen the heart. This is not the only one. It is also known to have a pharmacological action to disinfect skin.

The present invention improves the skin according to the effects of phytoncide as described above, prevents aging, moisturizes the hair, prevents hair loss, improves atopy, and the like, and also provides effects such as water purification, antibacterial function, and chlorine removal function by the filter member. At the same time, the effect of purifying blood, activating cells, increasing resistance, controlling the autonomic nervous system, etc. can be obtained by releasing a large amount of negative ions. It is intended to be applied to the shower head to obtain a massage effect, an excellent water saving effect.

The present invention has the following constitution as a means for achieving the above object.

The shower head assembly in which the phytoncide in the embodiment of the present invention is accommodated is

Head portion screwed with the handle portion;

A cap mounted to the head portion;

A sprinkling plate having a plurality of sprinkling holes provided between the head portion and the cap;

One through-hole formed on one side, an accommodating wall portion formed in a cylindrical shape in the inner wall portion where the through-hole is formed, an elution control member accommodated in the accommodating wall portion, and an elution member solid or powder such as a phytoncide in the interior. A phytoncide eluate capsule, the upper body of which is filled and replaceably received in the head portion; And

And a rod-shaped filter member housed in the handle part and having an antibacterial filter, a chlorine removal filter, and a foreign matter removal filter.

In addition, the antimicrobial filter, chlorine removal filter is characterized in that a plurality of filled in a small ball type (ball type) in the foreign material removal filter.

In addition, the rod-shaped filter member 120 is configured so that the pollution degree can be observed from the outside, it is characterized in that configured to be replaced at a suitable time.

In addition, the sprinkling plate 200 is made of a stainless steel material, a plurality of sprinkling holes 210 is formed, characterized in that configured to obtain a renald effect (renald).

In addition, the head portion 160 is made of a rigid resin in order to prevent cracking by the strong component of the phytoncide eluting member, and is characterized in that it is plated in three layers thereon.

The plating layer is characterized in that the copper, nickel, chromium layer.

The phytoncide eluting capsule in the embodiment of the present invention includes one through hole formed in one side, an accommodating wall portion formed in a cylindrical shape in the inner wall portion in which the through hole is formed, an elution control member accommodated in the accommodating wall portion, and a phytoncide inside. It is characterized by that an eluting member solid substance or powdery substance is filled.

In addition, the phytoncide eluting member solids or powdery body is characterized in that the water is changed to a gel state, water is sprayed to the user with water while being dissolved in small amounts for a long time.

In addition, the phytoncide eluting capsule in which the phytoncide eluting member solids or powdery bodies are housed is configured to be replaced when exhausted after a predetermined period of time.

According to the phytoncide shower head of the present invention as described above, the water purification function, the antibacterial function, the chlorine removal function, etc. can be obtained, and the blood purification effect, the activation of cells, the increase of resistance, the control of the autonomic nervous system, the deodorizing effect And anti-aging, atopic dermatitis, skin improvement, massage effect by soft and strong watering, and excellent water saving effect.

1 is an exploded perspective view showing a phytoncide shower head according to an embodiment of the present invention.
2 is a cross-sectional view showing a phytoncide shower head in an embodiment of the present invention.
3 is a perspective view showing a state of use of the phytoncide shower head of the embodiment of the present invention.
4 is a cross-sectional view showing a phytoncide eluate capsule of an embodiment of the present invention.
5 is a front view showing a phytoncide eluate capsule of an embodiment of the present invention.
6 is a cross-sectional view showing a phytoncide eluate capsule of Comparative Example 1 of the present invention.
7 is a cross-sectional view showing a phytoncide eluate capsule of Comparative Example 2 of the present invention.

An embodiment of the present invention will be described in detail with reference to FIGS. 1 to 5 as follows.

[Configuration]

1 is an exploded perspective view of the phytoncide shower head of the present invention, FIG. 2 is a cross-sectional view of the phytoncide shower head of the present invention, FIG. 3 is a perspective view showing a state of use of the phytoncide shower head of the present invention, and FIG. 4 is an embodiment of the present invention. Fig. 5 is a sectional view showing the phytoncide eluate capsule, and Fig. 5 is a front view showing the phytoncide eluate capsule of the embodiment of the present invention.

The shower head assembly 100 in which the phytoncide of the present invention is stored is configured as follows.

The shower head assembly 100 in which the phytoncide of the present invention is accommodated is largely comprised of a head portion 160 that is screwed with the handle portion 110, and a cap 220 is mounted on the head portion 160. The head portion 160 is made of a rigid resin to prevent rupture of cracking caused by a strong component such as a phyton chip, and is plated in three layers thereon as shown in a partially enlarged view in FIG. In one embodiment, the head portion 160 is formed by plating copper, nickel and chromium on the rigid resin. The order of the plating layer may be changed. The present applicant has found a phenomenon in which cracks are caused by strong components such as phytoncide, and the above-described experiments are repeated to devise a configuration as described above. The sprinkling plate 200 is installed between the head portion 160 and the cap 220. The spray plate 200 is made of stainless steel having an ultra-fine hole formed by laser processing, for example, hundreds of spray holes 210 are formed. The sprinkler 210 of the ultra-fine phytoncide shower head causes a renald effect (a phenomenon in which the electrical properties change to negative ions when water droplets collide with each other or a wet place such as a fountain). Occurs. In addition, by the configuration of the spray plate of the present application, the massage effect by soft and strong spraying, the excellent water-saving effect by the ultra-fine hole, etc. can be obtained. In the handle part 110, a rod-shaped filter member 120 including an antibacterial filter 140, a chlorine removal filter 150, and a foreign substance removal filter 130 is accommodated, and various bacteria are stored in the antibacterial filter 140. The chlorine in the tap water is filtered by the chlorine removal filter 150, and the dirt, soil, pipe rust, etc. can be removed by the debris removal filter 130, for example, as a sediment filter (pretreatment precipitation filter). It is. The antibacterial filter 140 and the chlorine removal filter 150 have a small ball shape, and are filled in plural numbers inside the foreign material removal filter 130. The foreign material removal filter 130 is made of high density polypropylene having a thickness of 5 μm or less, and thus, the rod-shaped filter member 120 may also be replaced after a predetermined period of use. The rod-shaped filter member 120 is more preferably configured to be transparent so that the pollution degree can be observed from the outside. The life of the filter member differs depending on the environment of the tap water used.

An embodiment of the phytoncide eluate capsule 170 of the present invention will be described in detail with reference to FIGS. 4 and 5 as follows.

Figure 4 is a cross-sectional view showing a phytoncide eluate capsule of an embodiment of the present invention, Figure 5 is a front view showing a phytoncide eluate capsule of an embodiment of the present invention.

In the head 160, one through-hole 172 is formed at one side, and the phytoncide eluate capsule 170 in which the phytoncide eluting member, for example, the phytoncide solids or powder 178 is accommodated, is replaced. Possibly mounted. Water obtained through one through hole 172 of the phytoncide eluate capsule 170 is in contact with the phytoncide solids or powder 178 which is the phytoncide eluting member. The one through hole 172 is made of water inlet and outlet. When water is obtained through the one through hole 172, the phytoncide solid or powder 178, which is the elution member, is changed into a gel by small amounts, dissolved in the shower, and gradually eluted through the through hole 172 for several months. do. The elution control member 176, for example, a nonwoven fabric or a sponge, contained in the storage wall 174, controls the solid or powder 178 such as phytoncide, which is an elution member, to gradually elute for several months. Comparing the dissolution degree according to the number of the through hole 172 is as shown in the table below. Applicants invented the composition of the phytoncide eluate capsule of the present invention through several months of research and numerous experiments. Only representative comparative examples thereof will be mentioned.

First, as Comparative Example 1, as shown in FIG. 6, two through-holes 183 and 184 are formed on each side of the eluate capsule 170 in which the phytoncide solid or powder 178, which is the elution member, is accommodated. Phytoncide shower heads were used at the consumer level for general household use. As a result, it was confirmed that the phytoncide solid or the powder 178, which is the eluting member, was dissolved and exhausted in about 2-3 days.

As Comparative Example 2, as shown in Fig. 7, two through-holes 181 and 182 were formed only on one side of the eluate capsule 170 in which the phytoncide solids or the powder 178 as elution members were accommodated, and the phytoncide shower was formed. The head was used at the level of consumption for general household use. As a result, it was confirmed that the phytoncide solid or powder 178, which is an eluting member, was dissolved and exhausted in about 7 to 10 days.

Also in Comparative Examples 1 and 2, the storage wall portion 174 of the embodiment of the present invention is installed on one side of the inner wall of the capsule 170, and the dissolution control member 176 is stored in the storage wall portion 174. The test was carried out in the same manner, but the results were not significantly different.

division Through-hole number Elution period Example (FIGS. 4, 5) One 2 to 3 months Comparative Example 1 (FIG. 6) 2 2-3 days Comparative Example 2 (FIG. 7) 2 7-10 days

Referring to Comparative Examples 1 and 2, when the number of the through holes 172 is two or more, the phytoncide solid or powder 178, which is an elution member accommodated in the eluate capsule 170, has a number of through holes 172 in the embodiment. It can be seen that the exhaust time is much faster than that of one. If it is eluted at such a fast time, there is little practicality due to the economic burden on expensive phytoncide or the inconvenience of frequent replacement. As a result, the efficiency of the phytoncide was highest only when the number of the through holes 172 is one. Common sense can be thought that if it consists of one through-hole (172) will not be obtained and withdrawn, but through a number of repetitive experiments only a very small amount of dissolution is continuously performed for several months when only one through-hole (172) It was confirmed that it was eluted.

The water withdrawn from the phytoncide eluate capsule 170 contains the beneficial components of the phytoncide and proceeds to the real plate 200. The phytoncide eluate capsule 170 is exhausted after a predetermined period of use of about several months, and when the phytoncide is exhausted, such as a nonwoven fabric or sponge housed in a receiving wall portion 174 formed in a cylindrical shape on the inner wall where the through hole 172 is formed. When the elution control member 176 floats in the floating state inside the phytoncide eluate capsule 170, it is understood that it is time to replace the phytoncide eluate capsule 170.

[Action]

Next, the operation of the shower head assembly in which the phytoncide is housed and the phytoncide eluate capsule will be described.

First, the water supplied to the shower head assembly 100 in which the phytoncide is accommodated is introduced into the rod-shaped filter member 120 installed in the handle 110, and the antibacterial filter 140, the chlorine removal filter 150, and the foreign matter removal are removed. While passing through the filter 130, bacteria, chlorine, foreign substances and the like are filtered. Next, the filtered water is obtained in the eluate capsule 170 accommodated in the head portion 160, at which time the phytoncide solid or powder 178, which is an elution member inside the eluate capsule 170, is gelled. Is dissolved in a small amount of water while being changed to, the dissolved water is passed to the user while passing through the sprinkling plate 200 formed with a plurality of sprinkling holes 210 is installed between the head portion 160 and the cap 220 You can live. At this time, the water to be sprinkled is bacteria, chlorine, foreign substances, etc. are filtered, phytoncide component is dissolved, and also contains a large amount of anion is useful water to the human body is to be delivered to the user. Then, the phytoncide solid or powder 178, which is an eluting member that once turned into a gel, is kept in a gel state.

As described above, the present invention improves the skin according to the effect of phytoncide, prevents aging, moisturizes the skin, prevents hair loss, improves atopy, and the like. At the same time, it is possible to obtain the effect of purifying blood, activating cells, increasing resistance, controlling the autonomic nervous system, etc. by releasing a large amount of negative ions, and also by using the sprinkling plate of the present application, Massage effect, excellent water saving effect, etc. can be obtained a great effect.

In the shower head assembly and the eluate capsule in which the phytoncide is housed as described above, only the phytoncide is exemplified as the elution member, but can be applied to any other various elution members.

In addition, the eluate capsule may be applied to a washing machine, and may be applied wherever it is available, such as a kitchen, a wash basin, and a bathtub.

Claims

Head portion 160 that is screwed with the handle portion 110;
A cap 220 mounted to the head 160;
A sprinkling plate 200 having a plurality of sprinkling holes 210 installed between the head part 160 and the cap 220;
One through hole 172 formed on one side, a storage wall portion 174 formed in a cylindrical shape on the inner wall portion where the through hole 172 is formed, and an elution control accommodated in the storage wall portion 174. A phytoncide eluate capsule 170 filled with a member 176 and an eluting member solid or powder 178 such as a phytoncide, and replaceably accommodated in the head portion 160; And
A rod-shaped filter member 120 accommodated in the handle part 110 and having an antibacterial filter 140, a chlorine removal filter 150, and a foreign substance removal filter 130;
The shower head assembly, characterized in that it comprises a phytoncide capsule.

The method of claim 1,
The antibacterial filter 140, the chlorine removal filter 150 is filled with a plurality of small ball type (ball type) in the foreign material removal filter 130, shower head assembly containing the phytoncide capsule.

The method of claim 1,
The rod-shaped filter member 120 is configured so that the contamination can be observed from the outside, it is configured to be replaced at a suitable time, shower head assembly containing the phytoncide capsule.

The method of claim 1,
The sprinkling plate 200 is made of a stainless steel material, a plurality of sprinkling holes 210 is formed, characterized in that configured to obtain a renald (renald) effect, phytoncide capsule housed shower head assembly.

The method of claim 1,
The head 160 is made of a rigid resin to prevent cracking by the strong component of the phytoncide eluting member, and is plated in three layers thereon, the showerhead containing the phytoncide capsules Assembly.

The method of claim 5,
The plating layer is a copper, nickel, chromium layer, characterized in that the phytoncide capsule housed shower head assembly.

One through hole 172 formed on one side, an accommodating wall portion 174 formed in a cylindrical shape on the inner wall portion where the through hole 172 is formed, and an elution control member 176 accommodated in the accommodating wall portion 174. And a phytoncide eluting member solid or powder 178 therein, the phytoncide eluting capsule.

The method of claim 7, wherein
The phytoncide eluting member solids or powdered body (178) is changed to a gel state when water is obtained, and is dissolved in a very small amount, characterized in that the water is sprayed through the water spray plate to the user, phytoncide effluent capsule.

The method of claim 7, wherein
The phytoncide eluting capsule 170, in which the phytoncide eluting member solid or powder 178 is housed, is configured to be replaced when exhausted after a predetermined period of time, the phytoncide eluting capsule.