JP3229194U - Water purifier - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a water purifier for sterilizing and purifying tap water and removing impurities. SOLUTION: The water purifier 1 includes a housing, a turbulent flow means 12, a power generation means 13, a sterilization means 14, and a purification means 15, and the housing includes an inflow portion 111 communicating with each other. The outflow portion 112 and the first screw portion 118 are provided, the turbulent flow means is provided in the housing and corresponds to the inflow portion, and the power generation means is provided in the housing and is coupled to the turbulent flow means and sterilized. The means is provided in the housing and is electrically connected to the power generation means and has a sterilizing light source, and the purification means is provided in the housing and corresponds to the outflow portion and the sterilizing means and has a plurality of purification particles 151. .. As a result, the water purifier can cause tap water to flow from the inflow part to the outflow part by connecting the first screw part to the faucet, and the power generation means via the turbulent means in the process of flowing tap water. The power generation means supplies the necessary power to the sterilizing means, the sterilizing means sterilizes tap water by the photocatalyst method, and the purification means purifies the tap water by the neutralization method and removes impurities. [Selection diagram] Fig. 2

Description

The present invention relates to a water purifier, and more particularly to a water purifier that sterilizes and purifies tap water and removes impurities.

Since tap water is used for cleaning and drinking in the daily lives of ordinary people, it maintains a certain degree of cleanliness in water quality, and drinking water is taken directly into the human body, so the demand for water quality is further emphasized. Therefore, in order to achieve the effect of water purification, the general public usually chooses to install a water purifier to filter tap water.

Many conventional water purifiers use an activated carbon filter to filter and remove impurities in the water to achieve deodorization, and cannot combine the effects of sterilization, removal of impurities, and deodorization. Therefore, conventional water purifiers are used by users. Could not meet the needs.

Therefore, in view of the above-mentioned defects of the prior art, the present inventor has made diligent research and efforts to achieve the purpose of double-effect water purification by sterilizing and purifying tap water and removing impurities. Developed a vessel.

In order to achieve the above object and other objects, the present invention provides a water purifier including a housing, a turbulent flow means, a power generation means, a sterilization means, and a purification means. Both ends of the housing have an inflow portion and an outflow portion that communicate with each other, and the inflow portion has a first screw portion, and the inflow portion is detachably connected to the faucet by the first screw portion. The turbulent means are provided in the housing and correspond to the inflow portion; the power generating means is provided in the housing and coupled to the turbulent means; the sterilizing means is provided in the housing. Provided in, electrically connected to the power generation means, and having a sterilization light source; the purification means is provided in the housing, corresponds to the outflow portion and the sterilization means, and includes a plurality of purification particles.

In the water purifier, the housing includes an upper housing and a lower housing, the upper housing has a second screw portion, and the lower housing has a third screw portion. The upper housing is detachably connected to the third screw portion of the lower housing by the second screw portion, the inflow portion is provided in the upper housing, and the outflow portion is provided in the lower housing.

In the water purifier, the housing includes a translucent region, and the translucent region can correspond to the sterilizing light source.

In the water purifier, the housing further includes an inflow portion and a neck portion communicating with the turbulent means.

In the water purifier, the outflow portion is composed of a plurality of through holes, and these through holes are smaller than these purified particles.

In the water purifier, the power generation means includes an electromagnetic generator and a blade set, the blade set is connected to the electromagnetic generator, and a position limiting groove is provided at the top end of the electromagnetic generator. , Each of the electromagnetic generators has flow paths on both sides.

In the water purifier, the turbulent means includes an assembling portion, a cover, and a plurality of turbulent inflow ports, the assembling portion is provided around the bottom of the cover, and these turbulent inflow ports are the cover. By providing the assembly portion in the position limiting groove of the electromagnetic generator, the blade assembly is covered by the cover, and these turbulent inlets communicate with the flow path portions. However, these turbulent inlets are provided along the tangential direction of the blade assembly.

In the water purifier, the sterilizing means includes a control module, at least one germicidal lamp, and a waterproof adhesive layer, the control module is provided at the bottom of the power generating means, and these germicidal lamps are electrically operated. These germicidal lamps can be made to emit light by being provided on one surface of the control module by a various connection method, and the germicidal lamps are exposed by providing the waterproof adhesive layer on one surface of the control module.

In the water purifier, these germicidal lamps are UVC light sources.

In the water purifier, these purification particles are ceramic balls for purification.

As a result, in the water purifier of the present invention, tap water can flow from the inflow part to the outflow part by connecting one end of the housing to the faucet, and tap water can flow through the turbulent means in the process of flowing. The power generation means can be driven, the power generation means supplies the power required for the sterilization means, the sterilization means sterilizes tap water by the photocatalyst method, and the purification means purifies the tap water by the neutralization method and removes impurities. By removing it, the double-effect water purification purpose is achieved.

It is an external view of a preferable embodiment of the present invention. It is an exploded view of a preferable example of this invention. It is a schematic diagram which shows the use state of the preferable Example of this invention.

Hereinafter, the present invention will be described in detail with reference to the following specific examples and attached drawings in order to fully understand the purpose, features and effects of the present invention.

With reference to FIGS. 1 to 3, as shown in the figure, the present invention is a water purifier, wherein the water purifier 1 includes a housing 11, a turbulent flow means 12, a power generation means 13, and a sterilization means 14. Purifying means 15 and the like.

Both ends of the housing 11 have an inflow portion 111 and an outflow portion 112 that communicate with each other, the inflow portion 111 has a first screw portion 118, and the inflow portion 111 is provided by the first screw portion 118. Is detachably connected to the faucet 2.

The turbulent means 12 is provided in the housing 11 and corresponds to the inflow portion 111.

The power generation means 13 is provided in the housing 11 and is coupled to the turbulent flow means 12.

The sterilization means 14 is provided in the housing 11, is electrically connected to the power generation means 13, and has a sterilization light source.

The purification means 15 is provided in the housing 11, corresponds to the outflow portion 112 and the sterilization means 13, and includes a plurality of purification particles 151.

At the time of use, the water purifier 1 can be coupled to the discharge port of the faucet 2 by combining the inflow portion 111 of the housing 11 with the waterproof packing 21. In this way, by screwing the first screw portion 118 to connect the inflow portion 111 to the water discharge port of the faucet 2, the inflow portion 111 can be easily attached and detached.

When the faucet 2 is opened and water is used, tap water enters the housing 11 from the inflow portion 111 and passes through the turbulent flow means 12, the power generation means 13, the sterilization means 14, and the purification means 15. The tap water flows to the outflow portion 112; tap water can drive the power generation means 13 via the turbulent flow means 12, and the power generation means 13 supplies the power required for the sterilization means 14. The sterilizing light source emitted from the sterilizing means 14 sterilizes tap water by a photocatalytic method, and these purification particles 151 of the purifying means 15 purify the tap water by a neutralizing method and remove impurities. It has a double-effect water purification effect, and the treated tap water is allowed to flow to the outflow portion 112 for use by the user.

In one embodiment of the present invention, the housing 11 includes an upper housing 113 and a lower housing 114, the upper housing 113 has a second screw portion 115, and the lower housing 114 It has a third screw portion 116, and the upper housing 113 is detachably connected to the third screw portion 116 of the lower housing 114 by the second screw portion 115, and the inflow portion 111 is the upper housing 113. The outflow portion 112 is provided in the lower housing 114. As described above, the upper housing 113 and the lower housing 114 are screwed through the second screw portion 115 and the third screw portion 116 to form the turbulent flow means 12, the power generation means 13, and the sterilization means 14. And when the purification means 15 is disassembled or assembled, the effect of facilitating the disassembly or assembly is obtained.

In one embodiment of the present invention, the lower housing 114 includes a translucent region 117, which can correspond to a sterilizing light source emitted from the sterilizing means 14; when the sterilizing means 14 is activated, the said. The sterilizing light source emitted from the sterilizing means 14 is displayed through the translucent region 117, and the user can know from the outside of the housing 11 whether or not the sterilizing means 14 is in the activated state.

In one embodiment of the present invention, the housing 1 further includes a neck portion 1131, the neck portion 1131 communicates with the inflow portion 111 and the turbulent flow means 12, and the neck portion 1131 is the upper housing. It can be provided at a portion of 113 near the inflow portion 111. In this way, when tap water enters the housing 11 from the inflow portion 111, it flows to the turbulent flow means 12 by flowing from the inflow portion 111 having a large area to the neck portion 1131 having a small area through the neck portion 1131. The flow velocity of tap water is accelerated, and therefore the rotation speed of the power generation means 13 driven by tap water is increased, the amount of power generated by the power generation means 13 is increased, and the necessary power is supplied to the sterilization means 14 to activate the tap water. The sterilization light source emitted from the sterilization means 14 sterilizes tap water by a photocatalyst method, and these purification particles 151 of the purification means 15 purify the tap water by a neutralization method and remove impurities to purify the water quality with a double effect. Effective, the treated tap water is allowed to flow through the outflow section 112 for use by the user.

In one embodiment of the present invention, the outflow portion 112 is composed of a plurality of through holes 1121, and these through holes 1121 are smaller than these purification particles 151. In this way, the purification particles 151 can be prevented from falling from the through holes 1121, and the tap water stays in the housing 11 through the through holes 1121 for a longer period of time, whereby the sterilizing means 14 Is able to effectively sterilize tap water by a photocatalyst method, effectively purify tap water with these purification particles 151 of the purification means 15, and remove impurities, thereby achieving the purpose of reliable water purification.

In one embodiment of the present invention, the power generation means 13 includes an electromagnetic generator 131 and a blade set 132, the blade set 132 is connected to the electromagnetic generator 131, and the electromagnetic generator 131. The position limiting groove 133 is provided at the top end of the above, and the flow path portions 134 are provided on both sides of the electromagnetic generator 131, and the turbulent flow means 12 is provided in the position limiting groove 133. In this way, the tap water can move the blade assembly 132 via the turbulent flow means 12, rotate the blade assembly 132 to drive the electromagnetic generator 131, and the power generation means 13 is sterilized. The means 14 is supplied with the necessary power to activate the tap water, tap water flows from the flow path portions 134 to the sterilizing means 14, and the sterilizing light source emitted from the sterilizing means 14 sterilizes the tap water by a photocatalytic method. These purification particles 151 of the purification means 15 purify tap water by a neutralization method and remove impurities to exert a double-effect water purification effect, and the outflow portion for the user to use the treated tap water. Let it flow to 112.

In one embodiment of the present invention, the turbulent means 12 includes an assembly portion 121, a cover 122, and a plurality of turbulent flow inlets 123, and the assembly portion 121 is provided around the bottom of the cover 122. The turbulent inlet 123 is provided on the side edge portion of the cover 122, and the assembly portion 121 is provided in the position limiting groove 133 of the electromagnetic generator 131, whereby the blade assembly is provided by the cover 122. The 132 is covered, the turbulent inlets 123 communicate with the flow paths 134, and the turbulent inlets 123 are provided along the tangential direction of the blade assembly 132. In this way, after accelerating the flow velocity of tap water by the neck portion 1131, the turbulent flow inlet 123 further enters the cover 122 and drives the blade assembly 132, and the turbulent flow inlet 123 is the blade assembly. Since it is provided along the tangential direction of 132, the flow velocity of tap water pushing the blade assembly 132 can be accelerated, the rotation speed of the blade assembly 132 driven by tap water is increased, and the blade assembly 132 is rotated. By driving the electromagnetic generator 131, the power generating means 13 supplies the necessary power to the sterilizing means 14 to activate the electromagnetic generator 131, and tap water flows from the flow path portions 134 to the sterilizing means 14 to cause the sterilizing means 14. The sterilizing light source emitted from the sterilizing means 14 sterilizes tap water, and these purifying particles 151 of the purifying means 15 purify the tap water and remove impurities to produce a double-effect water purification effect, and the treated tap water. Water is allowed to flow through the outflow section 112 for use by the user.

In one embodiment of the present invention, the germicidal means 14 includes a control module 141, at least one germicidal lamp 142, and a waterproof adhesive layer 143, and the control module 141 is provided with the power generating means 13. It is provided at the bottom of the electromagnetic generator 131 and can control the operation mode of these germicidal lamps 142, and these germicidal lamps 142 are provided on one surface of the control module 141 by an electric connection method and sterilized from these germicidal lamps 142. A light source could be emitted, and the waterproof adhesive layer 143 was provided on a part of one surface of the control module 141, and by covering the germicidal lamps 142, the control module 141 and the germicidal lamps 142 were wetted. The control module 141 may be a circuit board, a logic circuit, a single chip or a combination thereof, and these germicidal lamps 142 may be UVC light sources. In this way, when the power generation means 13 supplies the necessary electric power to the sterilization means 14, the control module 141 is activated, and the control module 141 can control the operation mode of the germicidal lamps 142. A germicidal light source is emitted from 142 to sterilize tap water by a photocatalyst method.

In one embodiment of the present invention, the purifying particles 151 may be purifying ceramic balls (eg, silver ion ceramic balls). In this way, tap water is purified by a neutralization method through the material of these purification particles 151 and impurities are removed, and the sterilizing means 14 sterilizes the tap water to achieve a reliable water purification purpose. be able to.

In the present invention, preferred embodiments have been disclosed as described above, but this embodiment merely clarifies the technical contents of the present invention, and it is said that the technical scope of the present invention is not limitedly interpreted by these. It is obvious to the person skilled in the art. It should be noted that changes and substitutions equivalent to those in the above embodiment should be included in the scope of the present invention. Therefore, the scope of protection of the present invention is based on what is defined in the claims.

1 Water purifier 11 Housing 111 Inflow part 112 Outflow part 1121 Through hole 113 Upper housing 1131 Neck part 114 Lower housing 115 Second screw part 116 Third screw part 117 Translucent area 118 First screw part 12 Turbulent means 121 Assembly part 122 Cover 123 Turbulent flow inlet 13 Power generation means 131 Electromagnetic generator 13 Blade assembly 133 Position limiting groove 134 Flow path part 14 Sterilizing means 141 Control module 142 Germicidal lamp 143 Waterproof adhesive layer 15 Purifying means 151 Purifying particles 2 Faucet 21 Waterproof packing

Claims (5)

A housing that has an inflow portion and an outflow portion that communicate with each other at both ends, the inflow portion has a first screw portion, and the inflow portion is detachably connected to the faucet by the first screw portion. ,
A turbulent means provided in the housing and corresponding to the inflow portion, and
A power generation means provided in the housing and coupled to the turbulent means,
A sterilization means provided in the housing, electrically connected to the power generation means, and having a sterilization light source.
A purification means provided in the housing, corresponding to the outflow portion and the sterilization means, and provided with a plurality of purification particles.
Including water purifier. The water purifier according to claim 1, wherein the housing includes a translucent region, and the translucent region can correspond to the sterilizing light source. The water purifier according to claim 1, wherein the housing further includes an inflow portion and a neck portion communicating with the turbulent flow means. The power generation means includes an electromagnetic generator and a blade set, and the blade set is connected to the electromagnetic generator, has a position limiting groove at the top end of the electromagnetic generator, and has the electromagnetic power generation. Each has flow paths on either side of the machine; the turbulent means includes an assembly, a cover, and a plurality of turbulent inlets, the assembly being provided around the bottom of the cover. The turbulent inlet is provided at the side edge portion of the cover, and the assembly portion is provided at the position limiting groove of the electromagnetic generator, so that the cover covers the blade assembly and causes the turbulent flow. The water purifier according to claim 1, wherein the inlet communicates with the flow path portion and the turbulent inlet is provided along the tangential direction of the blade assembly. The sterilization means includes a control module, at least one germicidal lamp, and a waterproof adhesive layer, the control module is provided at the bottom of the power generation means, and the germicidal lamp is electrically connected. The first aspect of the invention, wherein the germicidal lamp is provided on one surface of the control module so that the germicidal lamp can emit a sterilizing light source, and the germicidal lamp is exposed by providing the waterproof adhesive layer on one surface of the control module. Water purifier.