KR101210305B1 - Shower having Water Treatment function - Google Patents

Abstract

The present invention allows the foreign matter contained in the water to be filtered and sprayed into the purified shower water, and proposes an optimum configuration for mounting the filter for water purification to the handle portion, so that when water passes through the filter The present invention relates to a showerhead having a water purifying function to minimize water pressure reduction and at the same time obtain a higher water purification efficiency.
To this end, the present invention is composed of a handle portion for receiving water and a head portion for spraying the shower water, in the shower equipped with a filter for filtering the water obtained inside the handle portion, the hollow is formed on the filter inside It is formed into a collecting portion, the outer peripheral surface of the filter is mounted to the handle portion to maintain a gap with the inner peripheral surface of the handle portion is formed, the outer collecting portion is formed, the water flowing into the handle portion is collected in one of the collecting portion of the other side collecting portion And filtered to be sprayed into the shower through the head.

Description

Shower head with water purification function {Shower having Water Treatment function}

The present invention relates to a shower having a water purifying function.

In detail, the present invention allows the foreign matter contained in the water to be filtered and sprayed into the purified shower water, and presents an optimal configuration for mounting the filter for water purification to the handle portion so that water can pass through the filter. The present invention relates to a showerhead having a water purifying function to minimize water pressure reduction at the same time and to obtain higher water purification efficiency.

In addition, the present invention relates to a shower having a water purifying function that allows the shower water containing various substances beneficial to the human body to be supplied to the various substances beneficial to the human body before the purified water is injected into the shower water.

In particular, the present invention allows the functional material beneficial to the human body to flow out more efficiently in a case where the material beneficial to the human body is stored, and the shower water sprayed through the nozzle is sprayed to contact the body more smoothly to minimize skin irritation. It relates to a shower having a function.

The shower is connected to the valve of the water pipe is a device to divide the water flowing through the water into several branches to spray at the desired pressure. Such a shower is composed of a hose connected to the valve is coupled to one end.

The shower is composed of a handle portion that can be held by the user, and a head portion formed at the end of the handle portion to spray the shower water. At this time, a hose is coupled to the end of the handle portion, the inside of the handle portion is hollow is formed so that the water flowing through the hose is sprayed from the head portion to the shower water.

Such a shower is mainly to spray the tap water into the shower water, in which the tap water is generally supplied to remove various performance pathogens by performing chlorine sterilization using sodium dental chlorine. Therefore, the sodium chlorine chlorine is supplied through a constant in the state of remaining in tap water, and this sodium chlorine is harmful to the human body, especially the skin because it is a toxic component used for the use of oxidants, bleaches, disinfectants and the like. In addition, the tap water contains various heavy metal components which are not treated with sodium chlorine chlorine, and in addition, various foreign substances are contained and supplied.

Accordingly, Korean Utility Model Registration No. 20-0318876 (hereinafter, Prior Art 1) is equipped with a filter for filtering various foreign matters (including these as 'foreign materials'), including sodium chlorine tooth, as described above. In addition, the shower is provided with a water purification function by providing a configuration for selectively supplying purified water and general water (tap water) at the bottom of the handle.

In addition, the Korean Utility Model Registration No. 20-0356287 (hereinafter referred to as Prior Art 2) is equipped with a water purifying means incorporating a vitamin filter in the handle portion, and the water purifying means can input and take out the vitamin filter in a configuration corresponding to the inside of the handle. It is proposed a shower with a water purification function configured.

Prior art 1 of the prior shower as described above has a problem that the injection pressure of the shower water passing through the filter is low because the water flowing through the filter has to proceed the length section of the filter formed along the length of the handle in order to be filtered. Is generated. In order to solve this problem, when a filter having a wide filtration density is applied, a shower water spray pressure is provided to some extent, but the problem of lowering the filtration efficiency of foreign substances is exposed.

While the prior art 2 supplies beneficial components to the human body by the vitamin filter, waste filtration such as green water flowing in with the tap water through the old water pipe is not performed, resulting in exposing the body to toxic components. do.

In addition, as described above, the water pressure of the tap water passing through the shower is very low due to the case volume of the vitamin particles mainly made of synthetic resin, etc. As a result, the vitamin component is not sufficiently sprayed with the shower water, so the effect is Minor problems are exposed.

In particular, the prior art showers, as in the prior art 1 and the prior art 2 because the water particles of the shower water sprayed through the nozzle is finely divided and strongly sprayed, causing the pain when the shower water comes into contact with the body to increase the water pressure It is lowered, thereby causing a problem that the supply efficiency of the vitamin is further reduced.

The present invention has been invented to solve the above problems.

Therefore, the first object of the present invention, the foreign matter contained in the water to be filtered is injected into the purified shower water, and the water to filter the filter by presenting the optimum configuration for mounting the filter for water purification The present invention provides a showerhead that minimizes water pressure reduction when passing through and achieves higher water purification efficiency.

A second object of the present invention is to provide a shower in which a shower water containing various substances beneficial to the human body is sprayed by supplying various substances beneficial to the human body before the purified water is injected into the shower water.

The third object of the present invention is to allow the functional material beneficial to the human body to flow out more efficiently in a case in which a material beneficial to the human body is stored, and to minimize the skin irritation by spraying the shower water sprayed through the nozzle to be brought into softer contact with the body. In providing a shower.

In order to achieve the above object, the present invention has the following configuration.

The present invention is composed of a handle portion for receiving water and a head portion for spraying the shower water, and in the shower equipped with a filter for filtering the water obtained inside the handle portion, the hollow is formed in the filter to the inner collecting portion The outer peripheral surface of the filter is attached to the handle portion so as to maintain a gap with the inner peripheral surface of the handle portion is formed, the outer collecting portion is formed, the water flowing into the handle portion is collected in any one of the collecting portion and then proceeds to the other collecting portion And filtered to be sprayed into the shower water through the head portion.

Here, the present invention, both ends of the handle portion is composed of an inlet end to the water flows in and the outflow end proceeds to the head portion, the outer collecting portion is opened to the inlet end side of the handle portion and the outer collecting portion is sealed to the outlet end side, and Correspondingly, the inner catchment part is sealed to the inlet end side of the handle part and the inner catchment part is opened to the outlet end side, and the water flowing into the handle part is collected at the outer catchment part, and then is collected at the inner catchment part through a filter, and collected at the inner catchment part. The water is sprayed through the head portion into the shower water.

At this time, the present invention, at least one radial member is formed between the inlet end of the handle portion and the filter end of the inlet end side in order to open the outer catchment portion to the inlet end side of the handle portion, the inner collector portion is sealed to the inlet end side of the handle portion. To the filter end of the inlet end side is coupled to the closing member for closing the hollow.

In particular, the spacing member is configured to protrude from the closing member to contact the inner peripheral surface of the inlet end of the handle portion, or is formed to protrude from the inlet end of the handle portion to contact the finishing member.

In addition, the present invention is coupled to the end of the outlet end filter to close the inner diameter of the outlet end in order to seal the outer collecting portion to the outlet end side of the handle portion. At the same time, the present invention, the sealing end member is coupled to the end of the filter coupled to close the inner diameter of the outlet end of the handle portion is configured to seal between the outlet end of the handle portion and the end of the filter by the sealing closing member.

The present invention is different from the above configuration, both ends of the handle portion is composed of an inlet end to the water flows in and the outflow end to the water proceeds to the head portion, the outer collecting portion is sealed to the inlet end side of the handle portion and the outer collecting portion is opened to the outlet end side Correspondingly, the inner catchment part is opened to the inlet end side of the handle part and the inner catchment part is sealed to the outlet end side, and the water flowing into the handle part is collected at the inner catchment part and is collected at the outer catchment part through a filter, and the outer catchment part Water collected in the may be configured to be sprayed into the shower water through the head portion.

Here, in the present invention, one or more radial members are formed between the outlet end of the handle part and the filter end of the outlet end side so that the outer catchment part is opened to the outlet end side of the handle part, and the inner collector part is sealed to the outlet end side of the handle part. To the end of the outflow end filter is coupled to the closing member for closing the hollow.

At this time, the spacer member is formed to protrude from the closing member to contact the inner peripheral surface of the outlet end of the handle portion, or is formed to protrude from the outlet end of the handle portion to contact the finishing member.

In addition, the present invention is coupled to the end of the inlet end filter to close the inner diameter of the inlet end in order to seal the outer collecting portion to the inlet end side of the handle portion. At the same time, the present invention closes the inner diameter of the inlet of the handle portion and is coupled to the end of the filter is coupled sealing member is configured to seal between the inlet end of the handle portion and the end of the filter by the sealing member.

On the other hand, the present invention is at least one of the head portion, the outer collecting portion, the inner collecting portion of the ceramic ball, the capsule in which the functional material is stored in any one or all is configured so that the shower water containing the functional material is sprayed .

Here, the head portion is coupled to the handle portion is provided with a nozzle for discharging the water delivered through the handle portion to the end, a rotating case is stored therein is stored a functional material therein, to rotate the rotating case An induction path is formed on the inner wall to guide the water received through the handle in an eccentric direction.

In addition, the rotating case has a shaft protruding to both sides, a plurality of wings on the outer circumferential surface in the rotation direction orthogonal to the shaft is radially protruded to rotate by the water running through the eccentric induction path to supply the functional material It is composed.

In particular, the nozzle is configured to include the auxiliary nozzles are arranged in the head portion with the auxiliary nozzles at intervals to primaryly convert the water obtained at high water pressure into finely divided particles to be sprayed at the desired hydraulic pressure.

In particular, the functional material filled in the rotating case is applied as a material in the form of particles containing at least one or more components of vitamins, collagen, aloe.

As described above, the present invention can filter foreign substances harmful to the human body by a filter installed in the handle portion, in particular, the water obtained is first collected from the outside or the inside of the filter and at the same time through a large area of the filter After passing through the filter, it is suggested that the secondary water is collected again and sprayed into the shower water, so that the decrease in the water pressure passing through the filter is minimized, thereby ensuring a higher spray pressure of the shower water, and at the same time a large area of the filter. Through the process of filtering at the same time has the effect of obtaining a higher water purification efficiency.

In addition, the present invention has the convenience that can be replaced at the correct time while always checking the replacement time of the handle by making the handle transparent or translucent, by providing an antibacterial ball inside the filter to provide a beneficial shower water even for infants and patients It can be effective.

In addition, the present invention is to be sprayed with a shower water beneficial substances, such as vitamins injected into the head portion to obtain the effect of providing the user's health benefits by the supply of beneficial substances to the user's body, especially the skin.

In addition, the present invention is rotated in the case the vitamin is stored in the head so that the shower water is vortex and sprayed in the head to improve the injection efficiency of the shower water, thereby doubling the health benefits of the user by improving the supply efficiency of the vitamin It can be effective.

In particular, the present invention is sprayed at a lower water pressure by the water particles finely divided by the auxiliary nozzle disposed inside the nozzle to make the shower contact the body with a weaker blow to obtain the effect of improving the user's product satisfaction do.

1 is a cross-sectional view of a showerhead of a first embodiment of the present invention.
Figure 2 is an enlarged cross-sectional view of the inlet portion of the first embodiment of the present invention.
Figure 3 is an enlarged cross-sectional view of the outlet portion of the first embodiment of the present invention.
4 is a sectional view of a showerhead of a second embodiment of the present invention;
Figure 5 is an enlarged cross-sectional view of the outlet portion of the second embodiment of the present invention.
Figure 6 is an enlarged cross-sectional view of the inlet portion of the second embodiment of the present invention.
7 is a sectional view showing main parts of a showerhead of a third embodiment of the present invention;
8A and 8B are main cross-sectional views showing still another example of the third embodiment of the shower apparatus of the present invention.
9 is a sectional view showing the principal parts of still another embodiment of a third embodiment of the present invention;
10 is an exploded perspective view of a showerhead in a fourth embodiment of the present invention.
11 is a sectional view of a showerhead in a fourth embodiment of the present invention;
12 is a partially enlarged sectional view of a showerhead in a fourth embodiment of the present invention;
13 is a view showing a state of use of the fourth embodiment of the shower of the present invention.
Figure 14 is another exemplary embodiment of the shower of the present invention.
15 is a view illustrating another embodiment 2 shower of the present invention.

Various embodiments of the present invention as described above will be described in detail with reference to the drawings.

≪ Example 1 >

1 is a cross-sectional view of a first embodiment of the shower, Figure 2 is an enlarged cross-sectional view of the inlet portion of the first embodiment of the present invention, Figure 3 is an enlarged cross-sectional view of the outlet portion of the first embodiment of the present invention.

Referring to the drawings, the showerhead of the first embodiment has a basic configuration consisting of a handle portion 110, a head portion 120, a filter 130.

The handle portion 110 has an outer shape having a longitudinal direction so that the user can hold by hand, the head portion 120 presents a configuration formed in the shape of a substantially cylindrical shape.

In particular, the handle 110 is configured to be coupled to the hose (H) for supplying tap water. The handle portion 110 is formed such that a hollow is formed therein for the water to proceed, the filter 130 for filtering the foreign matter received with the inflow of tap water inside the hollow.

The filter 130 may be representatively applied to the ACF filter, in addition to the various types of filters may be applied to filter impurities or harmful components of the fluid. Such a filter 130 can filter various foreign substances such as green water or chlorine contained in the constant or sewage supplied to the shower.

The filter 130 is mounted to the handle part 110 to form a hollow in the filter 130 in order to filter the foreign matter is formed as the inner collecting portion 140, the outer peripheral surface of the filter 130 is the handle portion ( It is mounted on the handle portion 110 to maintain a gap with the inner circumferential surface of the 110 so that the outer catchment portion 150 is formed.

Due to the configuration, the water flowing into the handle 110 is collected in one of the collecting parts 140 and 150 and then proceeds to the other collecting parts 150 and 140 and is filtered through the head part 120. It is configured to be sprayed into the shower.

To this end, if both ends of the handle 110 is defined as the inlet end 111 is the water flows in and the outlet end 112 is the water proceeds to the head portion 120, in this embodiment the water is the outer collecting part Illustrates a configuration that flows into the 150 to proceed through the inner collecting unit 140.

In detail, the shower unit has an outer collecting unit 150 open to the inlet end 111 side of the handle 110 and an outer collecting unit 150 sealed to the outlet end 112, and correspondingly the handle unit 110. The inner collecting part 140 is sealed to the inlet end 111 side of the c) and the inner collecting part 140 is opened to the outlet end 112.

Such a shower is collected by the filter 130 after the water introduced into the handle 110 is collected in the outer collecting unit 150, filtered through the inner collecting unit 140, the inner collecting unit 140 Water collected in the sprayed through the head 120 to the shower water.

Here, the inlet end 111 of the handle 110 and the filter 130 end of the inlet end 111 in order to open the outer collecting unit 150 to the inlet end 111 side of the handle 110. At least one radial member 160 is formed therebetween. In addition, in order to seal the inner collecting part 140 toward the inlet end 111 side of the handle part 110, an end member 161 for closing the hollow is coupled to the end of the filter 130 on the inlet end 111 side. It is composed.

At this time, the spacer 160 is formed to protrude from the finishing member 161 is configured to contact the inner peripheral surface of the inlet end 111 of the handle portion (110). Alternatively, the spacer 160 may protrude from the inlet end 111 of the handle 110 to be in contact with the finishing member 161.

In the drawing, the spacer 160 protrudes from the finishing member 161 and illustrates a configuration in contact with the inflow end 111 of the handle 110.

In addition, the shower is closed to the outlet end 112 side of the handle 110, the end of the outlet 130, the filter 130 side of the outlet end 112 is closed to close the inner diameter of the outlet end 112 Combined. At this time, the sealing member 110 is coupled to the end of the filter 130 that is coupled to close the inner diameter of the outlet 110, the handle 110, the handle 110 by the sealing closing member 170. Between the outlet end 112 and the end of the filter 130 is configured to be sealed.

Here, the sealing closing member 170 is made of a synthetic resin material, it may be configured by combining a separate sealing member to the rubber material or the sealing closing member 170 to improve the sealing efficiency.

≪ Example 2 >

Figure 4 is a cross-sectional view of a second embodiment of the shower shower, Figure 5 is an enlarged cross-sectional view of the outlet portion of the second embodiment of the present invention, Figure 6 is an enlarged cross-sectional view of the inlet portion of the second embodiment of the present invention.

Referring to the drawings, the shower of the second embodiment has a basic configuration consisting of the handle 110, the head 120, the filter 130, as in the shower of the first embodiment, both ends of the handle 110 As described above, the inflow end 111 into which water flows in and the outflow end 112 through which the water proceeds to the head part 120 are formed.

Here, in the shower of the second embodiment, the water introduced into the handle part 110 flows into the inner collecting part 140, passes through the filter 130, is filtered and collected by the outer collecting part 150, and then the head part. An example configuration to proceed to 120 is illustrated.

To this end, the shower is configured such that the outer catchment part 150 is sealed to the inlet end 111 side of the handle part 110 and the outer catchment part 150 is opened to the outlet end 112 side. The inner collecting part 140 is opened toward the inlet end 111 of the 110 and the inner collecting part 140 is sealed to the outlet end 112.

By such a configuration, the shower is collected in the outer catchment unit 150 through the filter 130 after the water introduced into the handle 110 is collected in the inner catcher 140 as described above, the outside Water collected in the water collecting unit 150 is sprayed into the shower water through the head unit 120.

Between the outlet end 112 of the handle 110 and the end of the filter 130 on the outlet end 112 in order to open the outer collecting unit 150 to the outlet end 112 side of the handle 110. At least one radial spacer 160 is formed. In addition, in order to seal the inner collecting part 140 toward the outlet end 112 side of the handle part 110, an end member 161 for closing the hollow is coupled to an end of the filter 130 on the outlet end side 112. It is composed.

Here, the spacing member 160 is formed to protrude from the closing member 161 to be in contact with the inner peripheral surface of the outlet end 112 of the handle portion 110, or at the outlet end 112 of the handle portion 110 Protruding form is configured to contact the finishing member 161.

In the drawing, the spacer 160 is protruded from the finishing member 161 to illustrate the configuration in contact with the outlet 112 of the handle portion 110.

In addition, the shower is closed to the inlet end 111 side of the handle 110, the end of the inlet end 111, the end of the filter 130 of the inlet end 111 is closed to the inner diameter of the inlet end 111. And combined.

In particular, the sealing member 110 is coupled to the end of the filter 130 coupled to close the inner diameter of the inlet end 111 of the handle 110, the handle 110 by the sealing closing member 170. Between the inlet end 111 and the end of the filter 130 is configured to be sealed.

At this time, the sealing closing member 170 is made of a synthetic resin material, it may be configured by combining a separate sealing member to the rubber material or the sealing closing member 170 to improve the sealing efficiency.

≪ Example 3 >

7 is a cross-sectional view of the main part of the shower of Embodiment 3, FIGS. 8A and 8B are main cross-sectional views showing another example of the third embodiment, and FIG. 9 is a main cross-sectional view showing another example of the third embodiment;

Tubular cement filter 10 is configured to be inserted into the shower handle (1); The handle part 1 is supported by the inlet jaw 3 formed to increase the inner diameter at the inlet side water supply pipe 2, and blocks the inflow into the inner diameter of the sediment filter 10 having a non-integer water and the sediment filter ( 10) an inlet stopper 20 having a radial stepping portion 21 to guide the movement of the water to the outer diameter side; It has a sealing dam 31 to block the unpurified water flowing into the shower head portion 5 and in the sealing dam 31 to supply purified water from the sediment filter 10 to the shower head portion 5. An outlet plug 30 having a discharge hole 32 formed in the neck portion and supporting the sealing dam 31; And it is configured to include a shower head portion 5 by pressing coupled to the sealing dam 31 of the outlet plug 30 to block direct water and receive purified water.

In the outer diameter portion of the tubular segment filter 10, a pressing groove 12 for shape maintenance and strength compensation may be formed at a predetermined length.

The inlet stopper 20 may include a fixed jaw 22 in which a part of the inlet plug 20 is fixed to the inner diameter of the inlet side of the tubular segment filter 10; A plate-shaped base plate 23 which supports the fixed jaw 22 and blocks direct water from entering the inner diameter of the segment filter 10 at a diameter larger than the inner diameter of the inlet side of the segment filter 10; It comprises a protrusion (21) for providing a space for the injection hole (9) is distributed and protruded on the surface of the base plate 23, the number of water moves to the outer diameter of the filter filter.

The outlet plug 30 includes a fixing jaw 34 in which a part of the outlet plug 30 is inserted into and fixed to the inner diameter of the outlet side of the tubular segment filter 10; The porous plate 35 supporting the fixed jaw 34 and forming a plurality of discharge holes 32 having a diameter larger than the inner diameter of the outlet side of the segment filter 10 so that the filtered filtered water is discharged to the shower head portion 5. )and; It comprises a sealing dam 31 protruding in a ring shape on the outer surface of the porous plate 35 and sealingly coupled to the inner diameter hole 6 of the shower head portion 5 to block direct water from moving to the shower head portion 5. do.

In the inner cylindrical space of the tubular segment filter 10, the antimicrobial ball 40 having 0.2 to 0.5 mm particles having an antimicrobial function may be filled as shown in FIG. 2A. In addition to the antibacterial ball 40, the addition of the calcium arsenite ball 42 as shown in Figure 2b is advantageous to remove the residual chlorine contained in the raw water.

The inside of the shower head portion 5 may be filled with negative ions and far infrared generated negative ions far infrared ball (not shown).

The sediment filter 10 has a constant outer diameter, but the handle portion 1 is formed such that the outlet plug 30 side portion in the inner diameter portion 4 space is larger than the inlet plug 20 side.

In the handle portion 1 of the present invention, the diameter of the edge portion contacting the inlet jaw 3 as shown in FIG. 3 is increased so that the first taper surface for directing the straight portion to move along the wall of the inner diameter portion 4 of the handle portion 1 ( 1-1 and the first tapered surface 1-1 so that the water flowing past the first tapered surface 1-1 comes into contact with the end surface of the shower head portion 5 and returns to the outer surface of the segment filter 10. And a second taper surface 1-2 connected to the first taper surface 1-1 to form an inclination angle that is steeper than that of (). This is the direct water supplied from the water supply pipe (7) through the water supply connection pipe (2) via the space of the injection hole (9) between the stone jaw 21 of the inlet stopper 20 and touched the first tapered surface (1-1) The next moving path is allowed to move along the inner wall surface of the inner diameter portion 4 of the second tapered surface 1-2, which is further inclined (in the thin arrow line direction in FIGS. 1 and 3). Since the space of the inner diameter part 4 is the widest structure at the portion in contact with the shower head portion 5, it passes back through the inner wall of the inner diameter portion 4 at the portion in contact with the shower head portion 5 of the segment filter 10. The internal pressure increases as the water pressure increases while the vortex flows along the outer surface and causes vortices at the outer surface of the cement filter 10, and the internal pressure increases as the number of circulation cycles increases, so that the filter 10 acts as a filter. At the same time, the water pressure acting as a filter in any of the longitudinal filter filters 10 in the longitudinal direction becomes similar to perform a uniform filter function, thereby economically operating the life of the filter. That is, the inlet side filter 10 is strong because its own water pressure is the inlet part, but the outlet side is able to provide a uniform water pressure in the longitudinal direction of the filter by supplementing the water pressure drop in the far-distance with the increase of the water pressure by the circulation passage. Works.

The sediment filter 10 in the present invention is a sedimentation filter, the material is made of polypropylene or polyester fiber, also commonly referred to as a nonwoven filter. The main function is a filter that removes contaminants (3 to 15 microns) in the form of large particles or sands in water and has an excellent function of removing rust from water. In the present invention, a rod-shaped mold is suitable for showering. It is made in the tubular shape, to form a pressing groove 12 in the outer diameter portion at regular intervals in order to maintain the surface strength to achieve the shape maintenance and strength maintenance, which is to be manufactured using a conventional heating wire. In addition, the handle 1 serves as a water purifier housing so as to be suitable for the shower, and the inlet side 3 forms an inlet jaw 3 at the boundary with the water supply connection pipe, and the inlet side 20 is blocked by the inlet plug 20 at the inlet side of the corresponding filter. The jaw 21 is provided so that the jaw 21 is supported by the inlet jaw 3 so that the jaw 21 is guided to the outer diameter part, not the inner diameter of the sediment filter 10. To move the handle of the present invention to serve as the housing of the water purifier. The cement filter in the present invention has a function of mechanical filtration to remove dust and other particles present in the water. If the water we use comes from a private water supply system, it is possible that the water contains sand, iron particles, and other soil components. These kinds of particles are usually large and have to be filtered out. In the case of water supplied from the source to each household, large particles have already been filtered out, but fine particles still remain. We can't see the fine particles with our eyes, but we use a sediment filter that can filter out the fine particles. Particles to be filtered are measured in microns (the diameter of a human hair is approximately 100 microns). The virus is very small, but the sand particles are relatively large. Flower powder particles, for example, fall in the range of 10 to 100 microns in size.

The handle portion 1 and the shower head portion 5 in the present invention are to be coupled with a screw, the screw coupling portion of the shower head portion 5 is the inner diameter hole 6 of the sealing plug 31 of the outlet plug 30 The handle portion 1 and the shower head portion 5 are coupled to each other by blocking the movement of the shower head portion 5 of the straight water and allowing the purified water to move to the inner diameter hole 6 through the discharge hole 32. To function as a water purifier.

That is, the direct water injected through the water supply connection pipe 2 coupled to the water supply pipe 7 prevents movement to the inlet side of the sediment filter 10 by the base plate 23, and the injection hole between the stone jaws 21. 9) Moving to the inner diameter of the handle portion 1 through the space, the water accumulated in the inner diameter generates a certain pressure to move from the outer diameter portion of the sediment filter 10 to the inner diameter portion of the foreign matter or iron powder of 3 to 15 microns And the like are filtered.

When the antimicrobial ball 40 is filled in the inner diameter space of the segment filter 10 as shown in FIG. 8A, the silver oxide is coated on silica powder and calcium sulfite, because of the characteristics of the antimicrobial ball 40. When water filtered through the sediment filter 10 passes through the antibacterial ball 40, silver anions are released, and the released silver anions react with amino groups, which are one of the cell membrane components of microorganisms, to harden the surface of the legionella. Sterilize by killing bacteria such as. Therefore, it prevents bacterial invasion through the skin of newborn or growing children, and enables the elderly or weak patients to take a shower or wash their hands without worrying about bacterial invasion. In addition, as shown in FIG. 8B, the calcium sulfite ball 42 removes residual chlorine, and thus the water quality is significantly improved.

Examples of the anion infrared ball additionally added to the shower head portion 5 in the present invention are silicon oxide 40 to 60% by weight, aluminum oxide 10 to 30% by weight, zirconium oxide 10 to 30% by weight, potassium oxide 0.5 to 10% by weight %, 0.5 to 10% by weight of iron oxide, 0.1 to 5% by weight of sodium oxide, 0.1 to 2% by weight of titanium oxide and 0.01 to 1% by weight of zinc oxide, and the composition that emits far infrared rays and emits anions As a result, the redox capacity of water molecules is increased to shorten the link between water molecules, thereby improving the penetration of water molecules into the body. Therefore, to prevent dry skin to clean the scalp-rich scalp, and contribute to hair loss prevention. According to the present invention, as shown in FIG. 9, the carbon filter 44 may be embedded coaxially in the inner diameter portion of the segment filter 10. The carbon filter is not particularly limited, but may be exemplified by Korean Patent Registration No. 10-0706935 or 10-0640070. However, the length of the carbon filter 44 is fixed between the inlet stopper 20 and the outlet stopper 30 of the segment filter 10.

In addition, the purified water through the sediment filter 10 of the present invention is clean and improves the clean power without foreign matters, thereby preventing keratinization of the skin to disappear facial wash after washing, giving elasticity to the skin to normalize atopic skin. It also keeps your skin soft and moist and moisturized.

<Example 4>

10 is an exploded perspective view of the showerhead of the fourth embodiment, FIG. 11 is a sectional view of the showerhead of the fourth embodiment, and FIG. 12 is a partially enlarged sectional view of the showerhead of the fourth embodiment.

Referring to the drawings, the shower of the fourth embodiment consists of a handle portion 210, the head portion 220. In this embodiment, the handle portion 210 has an outer shape having a longitudinal direction so that the user can hold by hand, the head portion 220 presents a configuration formed in the shape of a substantially cylindrical shape.

The handle portion 210 is configured to be coupled to the hose (H) for supplying tap water. The handle portion 210 is formed with a hollow 211 for advancing water therein, and a foreign material removal filter 230 for filtering foreign substances obtained with the inflow of tap water in the hollow 211. It is built.

At this time, the foreign material removal filter 230 may be applied to the ACF filter representatively, such a foreign material removal filter 230 is to filter various foreign materials such as rust or chlorine, hollow of the handle portion 210 Water obtained between the inner wall surface and the outer surface of the foreign matter removing filter 230 passes through the foreign material removing filter 230 to purify the water, and then through the through hole 31 formed in the foreign material removing filter 30. The purified water is configured to proceed to the head portion 220.

The head portion 220 is coupled to the handle portion 210, the nozzle 221 for injecting the water transferred through the handle portion 210 to the outside is configured to be configured. At this time, inside the head portion 220, a rotating case 240 in which a functional material is stored is installed to supply the functional material to the water passing through the head portion 220, and the shower water sprayed through the nozzle 221 to the human body. It is designed to be beneficial. In particular, the rotary case 240 is formed on the outer circumferential surface of the through-hole 241 (two are formed to allow the outflow of the functional material by the pressure difference) is formed is formed.

In addition, the rotation case 240 is rotated inside the head portion 220 has a configuration for improving the smooth running of the water and the supply efficiency of the functional material.

To this end, the rotating case 240 is configured such that the shaft 242 protrudes to both sides so that the shaft 242 is rotatably supported on the nozzle 221 of the head portion 220 and the inner side wall opposite thereto. do. In addition, the rotary case 240 is configured to radially project a plurality of wings 243 on the outer peripheral surface in the rotation direction orthogonal to the shaft 242.

In this regard, the induction furnace to the water eccentrically to the one side in the center of the head 220 in order to allow the water to proceed to the wing 243 side of the rotary case 240 on the inner wall surface of the head portion 220 ( 222 is formed so that the rotation case 240 can be rotated smoothly as the water proceeds.

The functional material filled in the rotating case 240 is a substance of beneficial ingredients such as vitamins, collagen, aloe, etc., and particularly beneficial to atopic diseases of infants and toddlers with weak skin. Such functional material is prepared and applied in the form of particles containing at least one or more.

13 is a view showing a state of use of the fourth embodiment of the shower of the present invention.

Referring to the drawings, the shower of the fourth embodiment, when the tap water is received into the handle portion 210 through the hose (H), the obtained water is the hollow inner wall surface and the foreign matter removal filter of the handle portion 210 as described above In 230, the foreign matter passing through the inside of the filter 230, rust, chlorine, various heavy metal components, etc. are filtered and purified to the head portion 220 through the inner through hole 231 of the foreign matter removal filter 230 is carried out. .

The purified water passes through the head part 220 and is sprayed into the shower water through the nozzle 221. In this case, the water entering the head part 220 is an induction path 222 formed in the head part 220. Through) proceeds to the blade 243 of the rotary case 240 is stored the functional material, the water is carried out by rotating the rotary case 240 is sprayed to the shower water through the nozzle 221.

Here, as the rotary case 240 rotates, a vortex is formed inside the head portion 220, so that the supply efficiency of the functional material stored in the rotary case 240 is improved, so that the shower water has a high content of the functional material. It is possible to provide more beneficial to the human body.

<Other Example 1>

14 is an exemplary view of a shower in another embodiment 1. FIG.

Referring to the drawings, the shower device of the first embodiment suggests a configuration for alleviating the pain when the shower water contacts the user's body. Here, the shower is described on the basis of the configuration of the fourth embodiment, it is obvious that the same applies to the remaining embodiments.

To this end, the nozzle 221 of the head portion 220 is configured such that the auxiliary nozzle 250 is disposed in the head portion 220 at intervals. In this case, the auxiliary nozzle 250 is preferably formed of a metal, in particular, a stainless material in order to make the water in the form of finely divided particles, such a stainless material is a well-known fact that the anion is released from the colorless nonferrous metal Due to this, the water purification efficiency of water is further improved.

As described above, the shower water in the form of particles, which are more finely divided by the auxiliary nozzles 250 and converted into primary particles, passes through the auxiliary nozzles 250 and the nozzles 221 and maintains proper water pressure, and contacts the user's body. When it is possible to provide a soft contact feeling can be eliminated the pain caused by the hit of the shower.

<Other Example 2>

15 is an exemplary view of a shower in another embodiment 2. FIG.

Referring to the drawings, the shower device of the second embodiment suggests a configuration for injecting a shower water having a high content of beneficial components to the body. Here, the shower is described based on the configuration of the fourth embodiment, it is obvious that the configuration can be applied to the remaining embodiments.

To this end, the inside of the head portion 220 is configured by putting any one or both of the ceramic case 261, the capsule 262, and the like stored in the functional material together with the rotary case 240.

For reference, the ceramic ball 261 is a conventional functional material made of a sphere by sintering ceramic powder, the capsule 262 is mainly made of a spherical shape and the above-described functional material is stored therein, they are supplied The through hole is formed on the outer surface.

When the handle portion is formed of a transparent body or a translucent body in the configuration of each embodiment as described above, it is possible to easily determine the replacement time of the filter by checking the state of the filter discolored by the foreign matter filtered on the filter.

110: handle portion 111: inlet end
112: outlet 120: head portion
130: filter 140: inner collecting part
150: outer collecting portion 160: space member
170: sealing member

Claims (17)

It is composed of a handle portion 110, the head portion 120 for spraying the shower water is obtained, the filter 130 for filtering the water obtained inside the handle portion 110 is mounted, the filter ( The hollow is formed in the 130 and is formed as the inner collecting part 140, and the outer circumferential surface of the filter 130 is mounted to the handle part 110 so as to maintain a distance from the inner circumferential surface of the handle part 110. ) Is formed, both ends of the handle portion 110 is composed of an inlet end 111 through which water is introduced, and an outlet end 112 through which the water proceeds to the head part 120. The outer collecting part 150 is opened toward the inlet end 111 and the outer collecting part 150 is sealed toward the outlet end 112, and correspondingly, the inner collecting part (to the inlet end 111 side of the handle part 110) is closed. 140 is sealed and the inner collecting part 140 is opened to the outlet end 112 side, the water flowing into the handle 110 is collected in the outer collecting part 150 and then the filter ( Passed through the 130 and collected in the inner collecting unit 140, the water collected in the inner collecting unit 140 is configured to be sprayed into the shower water through the head portion 120, the inlet end of the handle 110 At least one radial member 160 is disposed between the inlet end 111 of the handle 110 and the end of the filter 130 at the inlet end 111 to open the outer collecting part 150 to the (111) side. It is formed, the closing member 161 for closing the hollow is coupled to the end of the filter 130 of the inlet end 111 side in order to seal the inner collector 140 to the inlet end 111 side of the handle 110 The spacing member 160 is formed to protrude from the finishing member 161 to be in contact with the inner circumferential surface of the inlet end 111 of the handle 110, or at the inlet end 111 of the handle 110. Protruding to be configured to contact the finishing member 161, the outflow collecting portion 150 to the outflow end 112 side of the handle portion 110 is leaked to be sealed End of the filter (112) side 130 is coupled to close the inner diameter of the outlet end 112, sealing the end of the filter 130 is coupled to close the inner diameter of the outlet portion 112 of the handle portion 110 In the shower is coupled to the closing member 170 is configured to seal between the outlet end 112 of the handle portion 110 and the end of the filter 130 by the sealing closing member 170,
One or more or all of the ceramic ball 261, the capsule 262, the antimicrobial ball 40, and the calcium sulfite ball 42 are introduced into the inner collecting part 140 of the filter 130. The containing shower water is configured to be sprayed, the closing member 161 at the end of the filter 130 of the inlet end 111 side of the handle portion 110 to close the inner collecting portion 140 of the filter 130. The inlet plug 20 of the function is coupled, the outlet plug 30 of the sealing closing member 170 is coupled to the end of the filter 130 of the outlet end 112 side,
The inlet stopper 20 includes a stone jaw 21 which provides a space of the injection hole 9 in which direct water moves to the outer diameter side of the filter 130, and the outlet stopper 30 has an inner diameter of the filter 130. The fixed jaw 34 is inserted into a part and the support jaw 34 is formed to have a diameter larger than the inner diameter of the filter 130, a plurality of discharge holes 32 are formed to pass the filtered water At the same time, the ceramic ball 261, capsule 262, antibacterial ball 40, calcium nitrate ball 42 is not passed through the porous plate 35 and the outer surface of the porous plate 35 in a ring shape Protruding to include a sealing dam 31 is coupled to the inner diameter hole (6) of the shower head portion 5,
The handle part 110 is formed of a transparent or translucent shower head having a water purification function, characterized in that configured so that the internal filter 130 can be observed with the naked eye.
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