KR102491185B1 - Water purifier equipped with UV lamp - Google Patents

Abstract

The present invention relates to a water purifying device, and more particularly, a UV lamp is provided inside a body housing, and a filter unit including a filtration filter and a ball filter is provided at the top to purify flowing water three times. It relates to a water purifier equipped with a lamp.

Description

Water purifier equipped with UV lamp {Water purifier equipped with UV lamp}

The present invention relates to a water purifying device, and more particularly, a UV lamp is provided inside a body housing, and a filter unit including a filtration filter and a ball filter is provided at the top to purify flowing water three times. It relates to a water purifier equipped with a lamp.

In general, tap water or ground water contains various impurities. Among these impurities, hardness components such as potassium and magnesium, metal ions such as iron, lead, aluminum, manganese, and chromium, and heavy metal ions such as mercury, lead, and cadmium are included. It contains many, and tap water or ground water containing these impurities is usually referred to as hard water or hard water.

In contrast, water obtained by removing the impurities from hard water is referred to as soft water. When such soft water is used, it is better for skin care, hot spring bath effect, prevention of various dermatitis, hair protection, etc. than when using hard water. It shows excellent effect.

In addition, since the conventional shower hose is made of a metal material on the outside and a PVC material on the inside through which water passes, it is desirable to replace it periodically before water stains and bacteria proliferate because moisture and temperature are suitable for bacterial growth.

However, this fact is not widely known, and since the inside of the shower hose is made invisible, most homes and accommodations where shower hoses are used do not care about the cleanliness of the inside of the shower hose. It is common to do

In addition, in general, shower heads can be made of metal materials with antibacterial power themselves, or even made of plastic materials can be easily managed through antibacterial treatment, whereas shower hoses do not have special measures against bacterial growth inside. Not having one is also a big problem.

Therefore, in principle, it is most desirable to maintain a reliable sanitary condition anytime, anywhere by replacing the shower hose periodically in all homes and accommodations, but the reality is that it is extremely unlikely to be realized, especially when traveling. Since it is difficult to check the sanitary conditions, there is a need for a water purifying device that is portable and can be easily installed.

Registered Patent Publication No. 10-2055155 (2019.12.06.) Public Utility Model Publication No. 20-2019-0002231 (2019.09.04.) Publication No. 10-2018-0048029 (2018.05.10.)

The present invention was created to solve the problems of the prior art, and the problem to be solved in the present invention is provided with a UV lamp inside the body housing, and a filter unit including a filter and a ball filter at the top. An object of the present invention is to provide a water purifying device equipped with a UV lamp to purify flowing water three times.

The present invention is a body housing 100 having a water inlet 111 communicating with a faucet on one side and a water outlet 121 connected to a shower hose on the other end, and having an empty interior; a driving unit 200 provided on an outer surface of the first body 110; The body housing 100 consists of a lamp that irradiates a light source of a wavelength having a sterilizing effect or a lamp that irradiates a light source including ultraviolet rays so that the light source is irradiated toward water passing through the inside of the body housing 100. ) UV lamp 300 provided on the outer surface of; and a filter unit 400 provided inside the body housing 100 at a front side in the flow direction than the driving unit 200 to filter foreign substances included in the water.

At this time, the body housing 100, the first body for the body 110 is formed with the water inlet 111; and a body 120 for a second body having the water outlet 121 formed and detachably fastened to the body 110 for the first body.

In addition, the driving unit 200, the drive cover 210 is fastened to the outer surface of the first main body body 110 to form an installation space therein; A battery unit 220 made of a rechargeable battery and provided inside the driving cover 210; A body for the first body including a rotating body having a rotating shaft at the center and a plurality of rotating blades provided radially along an outer circumferential circumference of the rotating body, with the rotating blades facing the water inlet 111 side A power generation unit 230 disposed inside the 110 and having a rotating shaft pass through the first body 110 to be electrically connected to the battery unit 220 and the control unit 240; and a control unit 240 provided inside the driving cover 210 to control the operation of the driving unit 200 and the UV lamp 300 .

Meanwhile, the driving unit 200 further includes a status indicator light that is turned on according to the state of the battery unit 220 .

On the other hand, the filter unit 400 is composed of a segmented filter with a hollow center and an annular porous filter to receive and filter water passing through the power generation unit 240 of the body housing 100. A filtration filter 410 provided inside; a first filter cap 420 having a flow passage formed in the center, one end facing the water outlet 121 and the other end to which the filter 410 is fastened; and a second filter cap 430 provided at the other end of the filter 410.

At this time, the first cap 420 for the filter includes a first coupling surface 421 composed of a circular plate through which one end groove 421a is formed in the center; A first end side surface 422 extending along the outer circumference of the first coupling surface 421 and protruding to one side; It protrudes along the circumference of the one end groove 421a and protrudes in the same direction as the first one end side surface 422, and is formed between the first one end side surface 422 and the second one end side surface 423. a second end side surface 423 into which one end of the filter 410 is inserted into the formed space; And it extends along the circumference of the one end groove 421a, protrudes in the opposite direction to the first one end side surface 422, and is provided so that the one end groove 421a and the water outlet 121 are in communication. To include; the first cap outlet 424.

In addition, the second cap 430 for the filter is made of a cylindrical plate and includes a second coupling surface 431 provided so that the other end of the filter 410 comes into contact with one surface; a first other end side surface 432 extending along the circumference of the outer circumferential surface of the second coupling surface 431 and protruding toward the second filter cap 430; and a second other end side surface 433 protruding from one surface of the second coupling surface 431 in the same direction as the first other end side surface 432 and inserted into the center of the other end of the filter filter 410. to include

In addition, a ball filter 440 including a plurality of antibacterial balls and chlorine removal balls is further provided in the hollow portion of the filter 410.

Meanwhile, the filter unit 400 further includes a flow limiting unit 450 having a plurality of through holes formed in the center thereof to restrict movement of the ball filter 440 by the flow of water.

According to the present invention, a UV lamp is provided on one side of the main body housing, and a filter unit including a filter and a ball filter is provided on the top of the inside so that the flowing water is purified three times, so that the water in a more clean state There is an advantage that can be obtained and used.

At this time, according to the present invention, the power generation unit for generating electrical energy while rotating by the flow of water flowing into the interior of the body housing is provided so that it can be used as a power source for the UV lamp, so that the UV lamp can be used even if artificial charging is not performed. There are possible advantages to this.

In addition, according to the present invention, by providing a solid fragrance in the body housing, there is an advantage that allows the user to obtain water with a desired flavor.

1A is a perspective view of a water purifying device equipped with a UV lamp according to the present invention;
1B is a perspective view of a water purifying device equipped with a UV lamp according to another embodiment of the present invention;
2 is an exploded perspective view of a water purifying device provided with a UV lamp according to the present invention.
Figure 3a is an exploded perspective view of a filter unit applied to the present invention.
Figure 3b is a cross-sectional view showing an embodiment of the use of the fixing member and the spice fixing portion applied to the present invention.
4 is a cross-sectional view of a water purifying device according to the present invention, showing an embodiment of use according to the flow of water.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

The present invention relates to a water purifying device, and more particularly, to a filter unit 400 including a UV lamp 300 inside a body housing 100 and a filtration filter 410 and a ball filter 440 at the top. ) to a water purifying device equipped with a UV lamp to purify flowing water three times.

As shown in FIGS. 1A to 2 , the present invention includes a body housing 100 , a driving unit 200 , a UV lamp 300 and a filter unit 400 .

The body housing 100 is provided between a faucet and a shower hose to transfer water, and has a water inlet 111 communicating with the faucet on one side and a water outlet 121 connected to the shower hose on the other end. ) is formed, but the inside is made in an empty form.

In detail, the main body housing 100 is detachably fastened to the first body body 110 having the water inlet 111 formed therein and the water outlet 121 formed therein. It is configured to include a body 120 for the second body.

At this time, the body 120 for the second body is made of a transparent material, so that the state of the filter unit 400 to be described later can be checked.

According to the configuration described above, when water is supplied from the faucet, the body housing 100 sequentially passes through the first body 110 and the second body 120 through the water outlet 121. Allows water to pass through the shower hose.

Meanwhile, as shown in FIGS. 1A and 1B , in the body housing 100, the first body 110 and the second body 120 are connected in a bent form or straight according to the position of the faucet. By allowing the selective use of shapes, it is possible to overcome the difficulties of installation due to spatial limitations.

According to FIG. 2 , the driving unit 200 is for controlling driving of the UV lamp 300 and is provided on the outer surface of the first body 110 .

The driving unit 200 includes a driving cover 210, a battery unit 220, a power generation unit 230, and a control unit 240.

The drive cover 210 is fastened to the outer surface of the body 110 for the first body so that an installation space is formed therein.

At this time, the driving cover 210 may be fastened to the first main body 110 by a fixing member such as a bolt or the like, and may be fastened by various methods of combining mutual components.

Meanwhile, the battery unit 220 is made of a rechargeable battery and is provided inside the driving cover 210 .

In detail, the battery unit 220 is configured to supply power to the UV lamp 300 to be described later, and to store electrical energy generated by the power generation unit 230 or electrical energy supplied from the outside.

On the other hand, the power generation unit 230 includes a rotating body having a rotating shaft in the center and a plurality of rotating blades provided radially along an outer circumference of the rotating body, and the battery unit 220 and the control unit 240 and It is configured to be in an electrically connected state.

That is, the power generation unit 230 is disposed inside the body 110 for the first body in a state in which the rotary blades face the side of the water inlet 111, and the rotation shaft is the body 110 for the first body. through to be electrically connected to the battery unit 220.

Due to this, the power generation unit 230 is made to produce electrical energy while being rotated by the hydraulic pressure of the water introduced into the water inlet 111, and the produced electrical energy can be charged in the battery unit 220 .

On the other hand, watertight packing is further provided between the power generation unit 230 and the first main body 110 so that the mutual components can be coupled in a watertight state.

Meanwhile, the control unit 240 is made to control the operation of the UV lamp 300 and is provided inside the driving cover 210 .

In other words, the controller 240 controls the lighting of the UV lamp 300 according to the voltage generated by the battery unit 220. In detail, the controller 240 detects the generated voltage, While entering the operation mode, the UV lamp 300 is controlled to be turned on so that flowing water can be sterilized.

In addition, the control unit 240 is configured to detect the generated voltage of the battery unit 220 in real time, so that the generated voltage is not detected at a certain point in time and the generated voltage is not continuously detected for a predetermined time in the initial generation stop state. In this case, it is determined that the power generation is no longer made and the UV lamp 300 is not operated.

Meanwhile, the driving unit 200 may further include a status indicator lamp (not shown) that is turned on according to the state of the battery unit 220 .

In detail, the status indicator light is electrically connected to the control unit 240 and is provided inside the driving cover 210 so that a lighted portion can be observed from the outside so that the user can view the water purifying device according to the present invention. to visually recognize the operating state of the

For example, when the power generation unit 230 is driven and the battery unit 220 is charged, the status indicator light is turned on by the control unit 240 in a selected color (hereinafter, a first color). can be controlled

At this time, the status indicator lamp can continuously maintain a lighted state while the power generation unit 230 is operated.

Alternatively, when the power generation unit 230 is stopped after driving and power generation is not made for a certain period of time, and the battery unit 220 is not charged, the status indicator light has a color different from the first color (hereinafter, the second color). 2 colors) may be controlled by the controller 240 to be lit.

At this time, the status indicator light blinks at regular time intervals to visually recognize that the driving is stopped.

Alternatively, the status indicator lamp determines that the battery unit 220 is in a low voltage state when the charging voltage of the battery unit 220 is less than or equal to the set voltage, and a color different from the first color and the second color ( third color) to recognize the state of charge of the battery unit 220.

In this case, the third color may be controlled to always be turned on when the battery unit 220 is in a low voltage state, and as a result, the first color and the third color, and the second color and the third color are simultaneously output and simultaneously output. Lighting may be performed with a color that is a mixture of the two colors.

The status indicator light is not limited to the above example, and can visually display various driving states while being turned on or off in various patterns according to various embodiments.

On the other hand, the UV lamp 300 consists of a lamp that irradiates a light source of a wavelength having a sterilizing effect, or a lamp that irradiates a light source including ultraviolet rays, toward the water passing through the inside of the main housing 100. It is provided on the outer surface of the body housing 100 to irradiate a light source.

In detail, the plurality of UV lamps 300 are provided in a state of irradiating a light source toward the inside from the outer surface 113 of the first body 110, at this time, the UV lamp 300 is provided The outer surface 113 of the first body 110 is made of a light source having a sterilizing effect and a transparent material capable of transmitting ultraviolet rays, for example, a quartz plate or a glass plate, so that the UV lamp 300 It is possible to irradiate the light source in the inner direction of the body 110 for the first body.

At this time, the outer surface 113 of the first main body 110 provided with the UV lamp 300 is formed in a form that can be combined and separated, so that the manufacturing of the present invention can be performed more conveniently .

On the other hand, the UV lamp 300 is to be provided in a state protected by the lamp cover 310.

In other words, the lamp cover 310 is made in the form of wrapping to protect the UV lamp 300 and the outer surface 113 of the first main body body 110 equipped with the UV lamp 300, the UV lamp 300 ) to prevent the light source irradiated from being exposed to the outside.

At this time, the lamp cover 310 is formed in a form corresponding to the driving cover 210, and may be provided symmetrically with the driving cover 210, thereby improving the productivity of the present invention.

Meanwhile, the UV lamp 300 is electrically connected to the battery unit 220 so that power can be supplied therefrom.

On the other hand, as shown in FIG. 3A, the filter unit 400 is for removing foreign substances contained in the water, and is made to filter foreign substances contained in the water, and the body housing on the downstream side of the driving unit 200. (100) to be provided inside.
In the present invention, water is supplied through the water inlet 111 and is configured to be discharged through the water outlet 121. At this time, the water inlet 111 side is referred to as upstream, and the water outlet 121 side is referred to as downstream. do.

In detail, the filter unit 400 includes a filter 410, a first filter cap 420 and a second filter cap 430.

The filtration filter 410 is composed of a segmented filter with a hollow center and an annular porous filter, and is provided inside the body housing 100 to receive and filter water passing through the power generation unit 240. do.

That is, the filtration filter 410 is provided inside the body housing 100 in front of the flow direction of the power generation unit 240 .

At this time, the segmented filter is made to filter various fine foreign substances included in the water, and since it is generally used in a purification device, a detailed description thereof will be omitted.

The first cap 420 for the filter is configured such that a flow path is formed in the center, one end faces the water outlet 121, and the filter filter 410 is fastened to the other end. More specifically, a first coupling It is configured to include a face 421, a first end side surface 422, a second end side surface 423, and a first cap outlet 424.

The first coupling surface 421 is made of a circular plate with one end groove 421a penetrating the center thereof.

The first one end side surface 422 extends along the outer circumference of the first coupling surface 421 and protrudes to one side.

More specifically, the first end side surface 422 is formed so as to protrude in a state opposite to the water outlet 121.

The second one end side surface 423 protrudes along the circumference of the one end groove 421a and protrudes in the same direction as the first one end side surface 422, and the first end side surface 422 and the second end side surface 422 2. One end of the filter 410 is inserted into the space formed between the end surfaces 423 so that it is fastened.

At this time, the second end side surface 423 is formed to protrude downward from the first end side surface 422 so that water can easily flow in from the outside of the filter 410, but the second end side surface 422 The side 423 allows the filter 410 to be more stably fixed.

On the other hand, the first cap outlet 424 extends along the circumference of the one end groove 421a and protrudes in the opposite direction to the first end side surface 422, so that the one end groove 421a and the water outlet ( 121) is provided to be in a communicated state.

At this time, the first cap outlet 424 is provided to communicate with the water outlet 121 in a completely close contact state, so that the water introduced into the second main body 120 is filtered through the filter 410, It passes through the first cap outlet 424 and the water outlet 121 sequentially so that it can be discharged to the shower hose.

On the other hand, the second cap 430 for the filter is provided on the other end of the filter 410. Specifically, the second coupling surface 431, the first other end side 432 and the second other end side 433 ) is composed of.

The second coupling surface 431 is made of a cylindrical plate, and is provided so that the other end of the filter 410 comes into contact with one surface.

The first other end side surface 432 extends along the circumference of the outer circumferential surface of the second coupling surface 431 and protrudes toward the second cap 430 for the filter.

The second other end side surface 433 protrudes from one surface of the second coupling surface 431 in the same direction as the first other end side surface 432, and is inserted and fastened to the center of the other end of the filter filter 410. .

At this time, the protruding length of the second other end side surface 433 is made longer than the protruding length of the first other end side surface 432, so that the filter filter 410 can be fixed more stably.

That is, a predetermined space is formed between the first other end side surface 432 and the second other end side surface 433, and the other end of the filter filter 410 is inserted into the second cap for the filter ( 430) is fastened to the other end of the filter 410.

According to the configuration described above, the filter unit 400 is in a state in which the first filter cap 420, the filtration filter 410, and the second filter cap 430 are organically connected, and in this state, the first body It is provided inside the body 110, but as the first cap outlet 424 is fixed in communication with the water outlet 121, the movement inside the body housing 100 is fixed. do.

At this time, a ball filter 440 including a plurality of antibacterial balls and chlorine removing balls may be further provided in the hollow portion of the filter 410.

In detail, the antibacterial ball is made of a material having a sterilization effect, the chlorine removal ball is made of a material having a chlorine removal function, and the ball filter 440 is configured to have a diameter of 2.5 to 3.5 mm. do.

At this time, when the diameter of the ball filter 440 is less than 2.5 mm, the ball filter 440 is too small and the space between the ball filters 440 is narrowed, resulting in a problem of obstructing the flow of water. When the diameter of the 440 exceeds 3.5 mm, as the diameter of the ball filter 440 increases, the number that can be provided in the hollow portion of the filter 410 decreases, thereby reducing the sterilization and chlorine removal effect. It is possible to use a ball filter 440 having a size within the above range as it is generated.

On the other hand, the filter unit 400 may further include a flow limiting unit 450 having a plurality of through holes formed in the center thereof to limit the movement of the ball filter 440 by the flow of water.

In detail, the flow restricting unit 450 includes a circular plate having a plurality of through holes and a protruding end protruding to one side along the circumference thereof, and the outer circumferential circumference completely surrounds the inner circumferential circumference of the filter filter 410. In this case, the flow limiting part 450 has a protruding end toward the ball filter 400 and presses the ball filter 400, while the outer surface of the second end It is preferable to be fixed in the position where it is placed while being in contact with the side surface 433 .

According to the configuration described above, the hollow part of the filter 410 may be partitioned into a first space and a first space by the flow limiting part 450, and the water passing through the filter 410 may flow into the first space. After being purified by the ball filter 440, it is supplied to the shower hose, and the ball filter 440 restricts the flow of the ball filter 440 into the second space. 440 to prevent clogging of the outlet.

At this time, as shown in FIG. 3B, between the flow restricting part 450 and the first cap 420 for the filter, a fixing member formed to organically connect the mutual components while preventing collision of the mutual components ( 480) is further provided.

In detail, in the present invention, after sufficiently disposing the ball filter 440 in the hollow of the filter 410, the flow limiting part 450 is provided on the top thereof to restrict the movement of the ball filter 440. When the ball filter 440 is not fully accommodated in the hollow part of the filter 410 when the water is purified, the flow limiting part 450 is spaced apart from the first filter cap 420. placed in a state of

In this state, when water flows into the water purifying device, the flow restriction part 450 moves toward the outlet side according to the hydraulic pressure of water and the flow of the ball filter 440 and collides with the first cap 420 for the filter. , When this phenomenon is repeatedly performed, a problem in that the flow limiting part 450 is damaged may occur.

In order to prevent this phenomenon in advance, in the present invention, the flow restricting part 450 is provided in a fixed state with the first filter cap 420 by the fixing member 480 .

To this end, a connection protrusion 451 protruding in the other direction along the outer circumference of the flow restricting part 450 is formed.

In addition, the fixing member 480 is made of a material having frictional force and elasticity such as rubber or silicon, and is made of an annular packing having coupling grooves formed on one side and the other side.

Accordingly, the end of the second upper side wall 423 is internally fastened to one groove of the fixing member 480, and the protruding end of the connecting protrusion 451 is connected to the other groove of the fixing member 480. to be contracted

As a result, the flow limiting part 450 is always fixed at a certain position regardless of the amount of storage of the ball filter 440, so that damage due to collision can be prevented in advance.

At this time, an iron core or the like is provided inside the fixing member 480 to further improve durability.

Meanwhile, as shown in FIGS. 3A and 3B, the filter unit 400 is formed in an annular shape, and the solid spice 460 provided between the first end side surface 422 and the second end side surface 423. ) may further include.

In detail, the solid spice 460 is made of press-molded powder with a specific fragrance in an annular shape, and when dissolved in water, it is made to give a fragrance to water, so that it is provided on one side of the filter 410, , A supply port 422a for supplying water to the solid spice 460 is formed on the upper side of the second end side surface 423 so that the solid spice 460 can be dissolved in water and used.

At this time, the solid spice 460 is fixed to the first cap 420 for the filter in a state fixed by the spice fixing part 490, and at this time, the spice fixing part 490 is the solid spice fixing part 490. It is made in a form surrounding the inner and outer circumferences of one end side of the spice 460 .

For example, a spice fixing bottom surface 491 formed in a shape corresponding to the bottom surface of the solid spice 460, and a first spice protruding to one side along the inner circumference of the spice fixing bottom surface 491 A fixing side surface 492 and a second spice fixing side surface 493 protruding to one side along the outer circumference of the spice fixing bottom surface 491 are included.

At this time, the second side surface 493 for fixing the spice is formed to be larger than the height of the solid spice 460, and the side surface 492 for fixing the first spice is fastened to the first cap 420 for the filter. When in the state, the end is configured not to cover the supply port (422a).

In addition, a rubber plate 470 is further provided at the assi of the spice fixing part 490 and the filter filter 410 so that the spice fixing part 490 is stably fixed, but the filter filter ( 410) does not penetrate into the spice fixing part 490, but moves to the ball filter 440 and then flows to the solid spice 460 through the supply port 422a.

According to the configuration described above, some of the water that has passed through the flow restricting unit 460 moves toward the solid spice through the supply port 422a. At this time, the solid spice is the first cap 420 for the filter. ), but is not completely in close contact with the bar and is placed at a predetermined distance apart, so that water flows into the empty space so that the solid fragrance can be more easily dissolved.

According to the above configuration, the present invention can be used by sterilizing and removing foreign substances several times.

In detail, as shown in FIG. 4, when water is introduced into the body housing 100 through a faucet, the power generation unit 230 is rotated by the hydraulic pressure of the introduced water, and the power generation unit 230 When electrical energy produced according to the operation of the battery unit 220 is charged, the control unit 240 enters an operation mode and the UV lamp 300 is turned on.

Due to this, the UV lamp 300 sterilizes the flowing water to achieve primary water purification, and the sterilized water continues to flow upward.

Thereafter, the flowing water passes through the fine through holes of the filter 410 and flows into the hollow part of the filter 410. At this time, various fine foreign substances included in the water pass through the filter 410. As it is filtered, the secondary purification of water is achieved.

Water that has undergone secondary purification is sterilized while passing through the ball filter 440, and chlorine contained in the water is removed to undergo tertiary purification. After that, the first cap outlet 424 and the water outlet 121 are sequentially notified to be supplied to the shower hose.

That is, the filter unit 400 of the present invention allows water to be purified three times so that water in a cleaner state can be used, and the power of the UV lamp 300 used for water purification is naturally is generated so that the UV lamp 300 can be used even if the battery unit 220 is not artificially charged.

Although preferred embodiments of the present invention have been described above, the scope of the present invention is not limited thereto, and it should be understood that the scope of the present invention extends to those within the scope substantially equivalent to the embodiments of the present invention. Various modifications and implementations are possible by those skilled in the art to which the invention pertains without departing from the spirit of the invention.

100: body housing 110: body for the first body
111: water inlet
120: top cap for main body 121: water outlet
200: driving unit 210: driving cover
211: charging terminal 212: status indicator
220: battery unit 230: power generation unit
240: control unit
300: UV lamp 310: lamp cover
400: filter unit 410: filtration filter
420: 1st cap for filter 421: 1st coupling surface
421a: one end home 422: first end side
423: second end side 424: first cap outlet
430: second cap for filter 431: second coupling surface
432: first other end side 433: second other end side
440: ball filter 450: flow restriction unit
451: connecting protrusion
460: solid fragrance 470: rubber plate
480: fixing member 490: spice fixing part
491: bottom surface for fixing spice 492: side surface for fixing first spice
493: Side for fixing the second spice

Claims (9)

delete delete A main body housing 100 having a water inlet 111 communicating with a faucet on one side and a water outlet 121 connected to a shower hose on the other end, and having an empty interior;
a drive unit 200 provided on an outer surface of the body housing 100;
The body housing 100 consists of a lamp that irradiates a light source of a wavelength having a sterilizing effect or a lamp that irradiates a light source including ultraviolet rays so that the light source is irradiated toward water passing through the inside of the body housing 100. ) UV lamp 300 provided on the outer surface of; and
a filter unit 400 provided inside the body housing 100 on a downstream side of the drive unit 200 to filter foreign substances included in the water;
Including,
The body housing 100,
a body 110 for a first body in which the water inlet 111 is formed; and
a body for a second body 120 having the water outlet 121 formed and detachably fastened to the body 110 for the first body;
Including,
The drive unit 200,
A drive cover 210 fastened to the outer surface of the first body 110 so that an installation space is formed therein;
A battery unit 220 made of a rechargeable battery and provided inside the driving cover 210;
A body for the first body including a rotating body having a rotating shaft at the center and a plurality of rotating blades provided radially along an outer circumferential circumference of the rotating body, with the rotating blades facing the water inlet 111 side A power generation unit 230 disposed inside the 110 and having a rotating shaft pass through the first body 110 to be electrically connected to the battery unit 220 and the control unit 240; and
a controller 240 configured to control the operation of the UV lamp 300 and provided inside the driving cover 210;
Including,
The filter unit 400,
A filtration filter 410 provided inside the body housing 100 so that the water passing through the power generation unit 230 is transmitted and filtered by being composed of a segmented filter with a hollow porous filter in the shape of an annular ring at the center;
a first cap 420 for a filter having a flow passage formed in the center, one end facing the water outlet 121 and the filter filter 410 fastened to the other end; and
a second filter cap 430 provided at the other end of the filter 410;
Including,
The first cap 420 for the filter,
A first coupling surface 421 composed of a circular plate with one end groove 421a penetrating the center thereof;
A first end side surface 422 extending along the outer circumference of the first coupling surface 421 and protruding to one side;
It protrudes along the circumference of the one end groove 421a and protrudes in the same direction as the first one end side surface 422, and is formed between the first one end side surface 422 and the second one end side surface 423. a second end side surface 423 into which one end of the filter 410 is inserted into the formed space; and
Doedoe extending along the circumference of the one end groove 421a, protruding in the opposite direction to the first one end side surface 422, provided so that the one end groove 421a and the water outlet 121 communicate with each other. 1 cap outlet 424;
A water purifying device equipped with a UV lamp, characterized in that it comprises a.
The method of claim 3,
The drive unit 200,
The water purifying device equipped with a UV lamp, characterized in that it further comprises a status indicator lamp that is turned on according to the state of the battery unit 220.
delete delete A main body housing 100 having a water inlet 111 communicating with a faucet on one side and a water outlet 121 connected to a shower hose on the other end, and having an empty interior;
a drive unit 200 provided on an outer surface of the body housing 100;
The body housing 100 consists of a lamp that irradiates a light source of a wavelength having a sterilizing effect or a lamp that irradiates a light source including ultraviolet rays so that the light source is irradiated toward water passing through the inside of the body housing 100. ) UV lamp 300 provided on the outer surface of; and
a filter unit 400 provided inside the body housing 100 on a downstream side of the drive unit 200 to filter foreign substances included in the water;
Including,
The body housing 100,
a body 110 for a first body in which the water inlet 111 is formed; and
a body for a second body 120 having the water outlet 121 formed and detachably fastened to the body 110 for the first body;
Including,
The drive unit 200,
A drive cover 210 fastened to the outer surface of the first body 110 so that an installation space is formed therein;
A battery unit 220 made of a rechargeable battery and provided inside the driving cover 210;
A body for the first body including a rotating body having a rotating shaft at the center and a plurality of rotating blades provided radially along an outer circumferential circumference of the rotating body, with the rotating blades facing the water inlet 111 side A power generation unit 230 disposed inside the 110 and having a rotating shaft pass through the first body 110 to be electrically connected to the battery unit 220 and the control unit 240; and
a controller 240 configured to control the operation of the UV lamp 300 and provided inside the driving cover 210;
Including,
The filter unit 400,
A filtration filter 410 provided inside the body housing 100 so that the water passing through the power generation unit 230 is transmitted and filtered by being composed of a segmented filter with a hollow porous filter in the shape of an annular ring at the center;
a first filter cap 420 having a flow passage formed in the center, one end facing the water outlet 121 and the other end to which the filter 410 is fastened; and
a second filter cap 430 provided at the other end of the filter 410;
Including,
The second cap 430 for the filter,
a second coupling surface 431 made of a cylindrical plate and provided so that the other end of the filter 410 comes into contact with one surface;
a first other end side surface 432 extending along the circumference of the outer circumferential surface of the second coupling surface 431 and protruding toward the second filter cap 430; and
a second other end side surface 433 protruding from one surface of the second coupling surface 431 in the same direction as the first other end side surface 432 and inserted into the center of the other end of the filter 410;
A water purifying device equipped with a UV lamp, characterized in that it comprises a.
According to claim 3 or claim 7,
In the hollow part of the filtration filter 410,
A water purifier equipped with a UV lamp, characterized in that a ball filter 440 including a plurality of antibacterial balls and chlorine removing balls is further provided.
The method of claim 8,
The filter unit 400,
A water purifying device equipped with a UV lamp, characterized in that it further includes a flow restricting part 450 having a plurality of through holes formed in the center to limit the movement of the ball filter 440 by the flow of water.

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