KR200313041Y1 - Apparatus of shower - Google Patents

Abstract

The present invention relates to a shower device, the first and second regions divided by the partition wall, the upper surface filtering network covering the first and second regions, and the first and second lower surface filtering network located at each lower portion of the first and second regions And a main body including a ceramic ball filled in the first and second regions, a body having an inlet of the bottom of the first region and an outlet of the bottom of the second region, and a lid filled with the ceramic ball and coupled to the body. And a shower including an inlet, an outlet, a ceramic ball filled in the inlet and the outlet, and a button interposed between the inlet and outlet, and a flexible hose connecting the main body and the shower. It provides a shower device comprising.

According to the present invention, various harmful bacteria and substances contained in the tap water can be more completely removed, and the tap water is magnetized, and at the same time, it is possible to discharge the beneficial ingredients into the tap water.

Description

Shower device {Apparatus of shower}

The present invention relates to a shower device, and more particularly to a shower device that can remove various harmful substances contained in the tap water and activate the components beneficial to the human body.

As society becomes highly industrialized, water pollution caused by industrial pollution, especially groundwater infiltration of various chemical components, has become a social problem. Such water pollution is leading to a rapid increase in various bacteria and impurities harmful to the human body, so that the living water supplied to a general household, that is, tap water, undergoes a first basic sterilization treatment process by introducing chlorine in a water purification plant.

However, tap water supplied to households at the water purification plant remains with residual chlorine, although tap water still contains trace amounts of chlorine, even though the amount of residual chlorine decreases as it moves along the water pipe to each household. Secondary tap water pollution from old water pipes is generated during transportation from the water purification plant to each home.

The tap water that contains such trace amount of chlorine is additionally contaminated with drinking water, and the drinking water is usually used as a separate treatment after the water purifier is installed separately because of the peculiar smell of chlorine. In case of using, tap water can be used as it is irrelevant, so each household uses tap water as living water without any additional water purification equipment.

However, even though the amount of residual chlorine and additional contaminants in tap water is so small that they are harmless to the human body, these chlorine and additional contaminants are harmful to the human body. It is acting as a cause.

In the case of using tap water as living water, such as showers other than drinking water, the number of households using separate water purification equipment is increasing. However, the price of ordinary water purification equipment is not only high in price but also has a large volume. There is a problem that installation is not easy.

Moreover, it is also true that most commercial water purification equipment can only perform the simple function of removing chlorine in tap water or removing impurities, which does not meet modern man's expectation for increasing health. .

The present invention has been made to solve the above problems, it is an object of the present invention to provide a shower device that can remove various bacteria and substances that are harmful to the human body contained in tap water.

Another object of the present invention is to provide a shower device that can be used to magnetize the tap water, and to improve the health by discharging various components beneficial to the human body in the tap water.

1 is a block diagram of a shower device according to the present invention.

2 is a cross-sectional view of the main body of the shower device according to the present invention.

3 is a cross-sectional view of the shower according to the present invention.

Figure 4 is a cross-sectional view of the filter box according to the present invention.

5 is a cross-sectional view of the connection hose according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: main body 200: flexible hose

300: shower 400: filter box

500: Connection hose

The present invention, in order to achieve the above object, the first and second regions divided by the partition wall, the upper surface filtering net covering the first and second regions, and the first, located in each of the first and second regions, 2 is a body having a filtering net, a ceramic ball filled in the first and second regions, an inlet of the bottom of the first region and an outlet of the bottom of the second region, and a cover to which the ceramic ball is filled and coupled to the body. A shower body including a main body, an inlet part, an outlet part, a ceramic ball filled in the inlet part and an outlet part, and a button part interposed between the inlet part and the outlet part; Provided is a shower device including a flexible hose.

A pair of opposing magnets are coupled to each of the first and second regions.

In addition, a magnet is coupled to the upper filter network.

In addition, a magnet is coupled to each of the first and second filter networks.

The cover filter network is coupled to the inside of the cover to define a space inside the cover.

The water extraction unit includes a water extraction unit filtering net and a magnet coupled to the water extraction unit filtering net, and the water inlet unit includes an inlet unit filtering net and a magnet coupled to the inlet unit filtering net.

The button part includes a push button, a ball pin under the push button, an elastic means surrounding the ball pin, a ball facing the ball pin, an opening and closing part which connects the inlet and the outlet and moves the ball. Characterized in that made.

A plurality of filters are mounted at the inlet of the main body, and a filter box in which ceramic balls are filled in each space partitioned by the plurality of filters is further connected.

Between the filter box and the inlet of the main body is characterized in that it is connected by a connecting hose made of an outer shell, the inner shell, and a magnet inserted between the outer shell and the inner shell.

The magnet is characterized in that the endy magnet.

Referring to the preferred embodiment of the present invention with reference to the accompanying drawings in detail as follows.

1 is a configuration diagram of a shower device according to the present invention, the shower device according to the present invention, the main body 100 is connected to the water pipe of the general home, the shower 300 is tap water is discharged to the outside, and the main body 100 ) And a flexible hose 200 connecting the shower 300 to each other, and a filter box 400 may be further included between the water pipe and the main body 100.

According to FIG. 2, which shows a cross-sectional configuration of the main body 100 as a part of primarily treating tap water flowing from a water pipe, the main body 100 of the shower device according to the present invention basically has a body 160 and the The cover 110 is coupled to the body 160.

The body 160 has an internal space divided into first and second regions 182 and 186 by the partition wall 190, and an upper surface of the body 160 is a top filter network 172 and the first and second regions. Each of the bottoms of the first and second areas 182 and 186 is coupled to the first and second lower surface filtering nets 174 and 176, and the body inlet 166 and the body outlet 176 are respectively connected to the bottoms of the first and second regions 182 and 186. Are each formed.

The first and second regions 182 and 186 may remove chlorine components, various bacteria and other impurities remaining in the tap water, discharge negative ions and minerals beneficial to the human body into the tap water, and emit far infrared rays into the tap water. Ceramic balls 184 and 188 are filled.

The ceramic balls 184 and 188 are mixed with natural minerals such as tourmaline (germite) and germanium, and ocher, elvan, zeolite and sericite, and are made through a sintering and forming step, and the shapes thereof are variously formed in the forming step. The bar that can be changed is not limited to one shape.

The upper filter net 172 and the first and second filter nets 174 and 176 allow tap water to enter and exit, but ceramic balls 172 and 188 filled in the first and second zones 182 and 186 are provided with tap water. It is not limited to any one specific configuration as long as it can be prevented from leaking to the outside according to entry and exit.

On the other hand, a pair of opposing magnets B and B 'are coupled to each of the first and second regions 182 and 184, and the upper filter net 172 and the first and second filter nets 174 and 176. Magnets A, C, and C 'may be coupled to each other, and these magnets are responsible for converting tap water into magnetized water.

The magnets are preferably used in a combined state as shown, but depending on the situation, the first, second regions 182 and 186, the upper filter network 172, and the first and second filter meshes 174 and 176 may be used. It may be used in a state in which it is selected and combined from any one or two possible combinations selected.

The magnets may be used as a normal ferrite magnet, but considering the ability to magnetize tap water, it is preferable to use an endodyne (neodymium or ND) magnet having a high residual magnet density and based on Nd, Fe, and B elements. Do.

The cover 110 is coupled to the cover filter network 130 to partition the inner space of the cover 110 by reference numeral 120, 140, the cover 110 is filled with ceramic balls 122, 132 therein It is coupled with the body 160 in the state.

Coupling of the body 160 of the cover 110 forms an unevenness on the lower inner surface of the cover 110, as shown, the unevenness corresponding to the unevenness of the cover 110 on the upper outer surface of the body 160 Formed to form a cross in the opposite direction to each other, but the coupling method is not limited thereto.

Meanwhile, since the cover filter net 130 and the ceramic balls 122 and 142 of the cover 110 are configured in the same configuration as described in the body, description thereof will be omitted.

The flexible hose 200 is a conventional hose made of a soft material that can be bent freely by the user in the shower, it can be used to cover the outside of the stainless steel metal.

Figure 3 is a cross-sectional configuration of the shower according to the present invention, the shower 300 according to the present invention is the water supply portion 370, the opening and closing portion 380, the water extraction portion 390 is formed as a flow path of the tap water, The ceramic balls 372 and 392 are filled in the 340 and the water extraction part 390.

The shower 300 further includes a button portion 320 for adjusting the flow rate of the tap water is discharged, the button portion 320 is the push button 322 and the ball pin (below the push button 322) 326, an elastic means 324 surrounding the ball pin 326, and a ball 328 positioned at the opening and closing portion 380 opposite to the ball pin 326.

In addition, the shower unit 340 of the shower unit 300 in the water outlet 390 of the shower 300, the shower filtration network 340 is located in the inlet 370, the shower unit, the water inlet filtration network 310, Magnets E and D may be coupled to 340.

In the shower 300, the ceramic balls 372 and 392, the shower outlet, the inlet filtering network 310 and 340, and the magnets E and D are the same as those described in the body, and thus description thereof will be omitted.

Figure 4 is a cross-sectional configuration of the filter box 400 according to the present invention, the filter box 400 inside the plurality of filters to remove the harmful components remaining in the tap water, the components beneficial to the human body to the tap water ( 430 is combined.

The filter 430 may be any one selected from a pretreatment filter, a pre carbon filter, an ion exchange resin filter, a silver coated activated carbon filter, a hollow desert filter, a TCR filter, a ceramic filter, or a plurality of combinations. The interspaces 420 of the filter 430 may be filled with a ceramic ball 422.

Reference numerals 414 and 416 denote filter box inlets and filter box outlets, respectively, and 450 and 460 denote filter box outlet filter nets and filter box inlet filter nets, respectively, and the filter box inlet and outlet filter nets 450 and 460 denote filter boxes ( 400) when the ceramic ball is filled in to prevent the outflow thereof.

Since the ceramic ball 422 and the filter box inlet and outlet filter nets 450 and 460 have the same configuration as the ceramic balls and the filter net described in the body, description thereof will be omitted.

5 is a cross-sectional view of a connection hose connecting the inlet 166 of the filter box 400 and the body 100 according to the present invention, the connection hose 500 according to the present invention is the outer shell 520, the endothelial 540 ) And a magnet F interposed between the inner and outer shells 520 and 540.

The inner and outer shells 520 and 540 are made of synthetic resin, which is a material of a general hose, and the magnet F has the same configuration as the magnet described in the body.

On the other hand, the present invention is that the inner cross-sectional configuration of the flexible hose 200 can be made of a configuration of the connection hose 500, each of the flexible hose 200 and the connection hose 500 is between the inner, outer shell and the inner, outer shell It does not exclude that it is composed of magnets.

Looking at the operation configuration of the present invention having the configuration as described above with reference to the accompanying drawings.

First, when tap water is introduced into the inlet 414 of the filter box 400, the filter 430 and the ceramic ball 422 inside the filter box 400 are harmful to the human body, such as chlorine in the tap water, foreign substances, bacteria, and the like. The components are filtered, and the components beneficial to the human body, such as alkali, are dissolved in the tap water by the filter 430 and the ceramic ball 422 and discharged to the outlet 416 of the filter box 400 in the state of sterilization by far infrared rays. do.

The tap water discharged to the filter box outlet 416 is converted into magnetized water while passing through the connection hose 500 and introduced to the body 100 through the body inlet 166, and then the first area 182 and the cover second area ( 140, the cover first area 120, the cover second area 140, and the second area 186 may exit the body 100 through the body outlet 168.

Tap water is converted into stronger magnetized water by magnets A, B, B ', C, and C' in the body 100, and more alkaline components are caused by ceramic balls 122, 142, 184, and 188. It will contain more and more complete sterilization action against tap water.

Tap water discharged from the body 100 is introduced into the inlet 370 of the shower 300 through the flexible hose 200, the user presses the push button 322 of the button 320 in the shower (300) As the ball pin 326 pushes the ball 328 away from its original position, the tap water is discharged to the outside through the opening and closing part 380 and the water extraction part 390, wherein the tap water is located inside the shower 300. The process of the magnets D and E and the ceramic balls 372 and 392 is again performed.

That is, the tap water finally supplied to the user through the shower 300 is the filter box 400 and the connection hose 500, and after the repetitive treatment process by the main body 100 and the shower 300 are all It can be seen that it is supplied as a safe state.

In the above description, but limited to the preferred embodiment of the present invention, the present invention is capable of various changes or modifications and obviously belong to the scope of the present invention as long as such changes or modifications do not depart from the scope of the technical idea of the present invention. something to do.

The present invention allows the treatment of tap water to be repeatedly performed to more completely remove various harmful elements such as bacteria and foreign substances remaining in the tap water.

In addition, the present invention allows the components beneficial to the human body to be discharged in the tap water, and by enhancing the magnetization of the tap water to promote health through the shower.

Claims (10)

The first and second regions divided by the partition wall, an upper surface filtering network covering the first and second regions, first and second lower surface filtering networks positioned under each of the first and second regions, and the first and second regions. A main body including a filled ceramic ball, a body having an inlet of a bottom of the first area and an outlet of a bottom of the second area, a cover having a ceramic ball filled with the body and being coupled to the body; A shower unit including an inlet unit, an outlet unit, a ceramic ball filled in the inlet unit and the outlet unit, and a button unit interposed between the inlet unit and the outlet unit; Flexible hose connecting the main body and the shower Shower device comprising a. The method of claim 1, And a pair of opposing magnets are coupled to each of the first and second regions. The method of claim 2, A shower device, characterized in that a magnet is coupled to the upper filter network. The method of claim 3, Shower device, characterized in that the magnet is coupled to each of the first and second filter screen. The method of claim 1, Shower cover, characterized in that the cover filter network is coupled to the inside of the cover to partition the inner space of the cover. The method of claim 1, The water outlet comprises a water outlet filter net and a magnet coupled to the water outlet filter net, wherein the water inlet comprises a water inlet filter net, and a magnet coupled to the water inlet filter net. The method of claim 1, The button part includes a push button, a ball pin under the push button, an elastic means surrounding the ball pin, a ball facing the ball pin, connecting the inlet part and the outlet part, and an opening and closing part which moves the ball. Shower device, characterized in that made. The method of claim 1, The inlet of the main body is provided with a plurality of filters, the shower device further comprises a filter box is filled with a ceramic ball is filled in each space partitioned by the plurality of filters. The method of claim 8, Between the filter box and the inlet of the main body is a shower device, characterized in that connected by the connecting hose made of the outer shell, the inner shell, and a magnet inserted between the outer shell and the inner shell. The method according to any one of claims 2, 3, 4, 6, 9, The magnet is a shower device, characterized in that the endy magnet.