CN212700866U

CN212700866U - Multifunctional water purifier

Info

Publication number: CN212700866U
Application number: CN202021615484.8U
Authority: CN
Inventors: 谢建新
Original assignee: Viseb Environmental Protection Equipment Co ltd
Current assignee: Viseb Environmental Protection Equipment Co ltd
Priority date: 2020-08-06
Filing date: 2020-08-06
Publication date: 2021-03-16
Anticipated expiration: 2030-08-06

Abstract

The utility model discloses a multifunctional water purifier, which comprises a water purifier and a bubble water assembly which are integrated into a whole, wherein the water purifier comprises a main bracket; the rear cover structure is arranged at the rear end of the main support, an original water tank is fixed on the rear cover structure, and the front side of the main support is also connected with a bubble water assembly; the filter element assembly is arranged in a filter element groove on the main bracket and is communicated with the original water tank through a self-priming pump arranged on the lower side of the filter element groove; the water purifying tank is arranged on the water purifying tank body on the main bracket; the quick water outlet assembly is integrated at the front end of the main bracket, is communicated with the first purified water outlet and is used for quickly discharging water; the main control plate is arranged at the left end of the main support and used for arranging an electric component, a combined flushing electromagnetic valve, a concentrated water outlet end communicated with the filter element component and an original water tank. The utility model discloses a structural design of the structural combination formula of back lid, the reservation of the structural gas pitcher of cooperation main support, integrated bubble water structure, whole integrated level is high, makes the water purifier possess the function of bubble water, satisfies the multi-functional demand of user.

Description

Multifunctional water purifier

Technical Field

The utility model relates to a water purifier field, in particular to multi-functional water purifier.

Background

With the increasing physical life of people, the demand for drinking water and beverages is more urgent, drinking water is one of the most needed activities for life and life of people, and the health of drinking water is very important.

Therefore, the water purifier occupies an important position, however, most of the water purifiers on the market at present are frame-type structures, generally in the shape of a cuboid, and have limited functions, and the general functions are limited to heating or refrigerating treatment after water purification treatment.

However, the demands of users are various, and how to combine the water purifier with other functions needs to be further developed on the basis of the water purifier, so that the water purifier can be conveniently combined with other functions.

The bubble water is a healthy drink which is pleasant to be met by most people and is the most fiery on the premise of having fresh mouthfeel, fine bubbles and no sugar.

Bubble water is mainly with leading-in water purification in the carbon dioxide follow gas cylinder, and realizes the preparation of bubble water, is the indispensable step to inflating of water purification, how to realize inflating of drinking water purification and integrate then the problem that needs to solve among the daily life with both, how to solve the integrated important step of water purifier with the integration of bubble water and water purifier simultaneously.

The operation convenience of the play water of water purifier, the speed of water purifier play water then can to a great extent influence user's experience, so, what user experience degree to a great extent reflects in the control end and the play water end of water purifier.

Current water purifier can be equipped with instant heating type heating element at the play water end generally and heat liquid, but hot water produces very big steam easily when directly putting outward, scalds easily and forms ponding easily in the water purifier position, causes the inconvenience.

SUMMERY OF THE UTILITY MODEL

The utility model provides a solve above-mentioned problem, provide a multi-functional water purifier, through the structural design of the structural combination formula of back lid, the reservation of the structural gas pitcher of cooperation main support, integrated bubble water structure, whole integrated level is high, makes the water purifier possess the function of bubble water, satisfies the multi-functional demand of user.

And, this structure passes through miniature pump through the water purification incasement and promotes the water purification, and heating device is alternative to the water purification heating, and water separator guarantees to launch fast, is difficult for appearing the condition that the water stain is many of water outlet end, and the practicality is strong, and convenient degree is high.

Moreover, the water-vapor separation device adopts the lower side to enter water and the upper side to give vent to anger, so that the water vapor can be effectively separated, and the water can be rapidly discharged due to the arrangement of the internal ramp.

Meanwhile, the structure is attractive in appearance, high in integration level, visual and convenient in operation of the mask structure, high in user operation experience degree and excellent in comfort.

On the connection of filter core business turn over water, through the integration of pedestal, realize the level quadrature and be equipped with the design of the perpendicular business turn over water in space, whole space utilization height more adapts to the water purifier of high integrated level.

Furthermore, the original water tank forms the outer contour of the whole water purifier, is convenient to replace and has high attractive degree.

In the preparation of bubble water, accomplish the integration of intaking and inflating, satisfy the user to the demand of bubble water, simultaneously, linkage carbon dioxide gas cylinder and discharge valve when inflating, the linkage mechanism is strong, convenient to use is swift.

In order to achieve the above purpose, the utility model adopts the technical scheme that: a multifunctional water purifier comprises a water purifier and a bubble water component which are combined into a whole;

the water purifier comprises

A main support;

a rear cover structure arranged at the rear end of the main bracket, on which the original water tank is fixed; the front end of the rear cover structure is also connected with a bubble water component;

the filter element assembly is arranged in a filter element groove on the main bracket and is communicated with the original water tank through a self-priming pump arranged on the lower side of the filter element groove;

the water purifying tank is arranged on the water purifying tank body on the main bracket; the water purifying tank is provided with a purified water inlet, a first purified water outlet and a second purified water outlet, and the purified water inlet is connected with the filter element assembly;

the quick water outlet assembly is integrated at the front end of the main support, is communicated with the first water purification outlet, and comprises a micro water pump, a liquid heating device and a water-vapor separation device which are fixed on the main support from bottom to top according to the water outlet direction of water, wherein the water-vapor separation device is a water outlet end and penetrates through a mask fixed on the main support to form water outlet;

the main control plate is arranged at the left end of the main support, is used for arranging an electric part and is sealed by the left end plate;

a combined flushing electromagnetic valve which is communicated with the concentrated water outlet end of the filter element component and the raw water tank.

Further, steam separator is including separating the body and setting up the lid on it, and the separation body is inside for holding the cavity structure, and the downside both ends are equipped with water inlet and delivery port respectively, hold and still be equipped with the multichannel baffle between the inherent water inlet of cavity structure and the delivery port, the lid upwards is equipped with the gas outlet with the water inlet homonymy, the inboard bottom of separation body from the water inlet to the delivery port is equipped with the downward slope.

Further, the gradient is 4-12 °.

Furthermore, the separating body is also provided with an external fixed end at one side of the water inlet.

Furthermore, the separating body is of an arc structure at the water outlet side.

Furthermore, the face guard comprises a key operation area at the top, an upper side display area and a water outlet channel in the middle, the water outlet channel and the water-vapor separation device are located at the same height, and the water outlet penetrates out of the water outlet channel.

Furthermore, the water outlet channel comprises a PCB lamp ring, a light guide plate is arranged on the outer side of the PCB lamp ring, the faucet penetrates out of the light guide plate, and the water outlet downwards discharges water in the faucet.

Furthermore, the lower side of the water outlet channel of the mask is also vertically provided with an arc concave part.

Furthermore, the bottom of the face mask is also provided with a magnetic suction disc, and the end part of the faucet is provided with a decorative ring.

Further, the micro water pump is time light SC3701 PW/24V.

Further, the liquid heating device is Jiebao XHD-JGY 2-21/01.01.

Further, the filter element group spare includes filter element body and the filter core business turn over water pedestal fixed with filter element body joint, and filter element body is five unification composite filter core, and filter core business turn over water pedestal includes business turn over water connecting seat, and business turn over water connecting seat from top to bottom step-type distributes be equipped with pure water end, dense water end and filter core end of intaking, and the level of three-section extension outwards is equipped with pure water mouth, dense water export and filter core water inlet respectively, and dense water export and filter core water inlet syntropy opposite setting.

Furthermore, the two sides of the horizontal communication end of the filter element water inlet and outlet seat body are respectively communicated with the filter element water inlet end and the concentrated water end, and the end parts of the filter element water inlet and outlet seat body are sealed and sealed by the seal plate plugs.

Furthermore, the horizontal communication end is connected with the inside of the connection part of the water inlet end of the filter element through a spring to form a sealing push rod.

Furthermore, the raw water is fixed in the rear cover structure in a stepped manner, and two water inlets and water outlets of the raw water tank are respectively connected with the self-priming pump and the combined flushing electromagnetic valve through water inlet and water outlet terminals.

The air-inflating linkage area is of a hollow blocking groove structure, protrudes out of the working area and is internally provided with an air-inflating structure;

the structure of inflating includes that pedestal and tip articulate in the depression bar of pedestal, pedestal one side is the cover body of inflating, the opposite side is the connecting seat, be the depression bar groove of fretwork between the two, the cover body downside of inflating is connected with the seat body of inflating, the seat body of inflating includes upper cover and the water-jug connecting seat of connecting from top to bottom, be equipped with the sealing washer between the two, the upper cover is including the intake pipe that the center set up and the gas vent of branch living in both sides, bubble water inlet, the intake pipe passes the sealing washer middle part, and there is the clearance between the two, the gas vent has discharge valve through hose.

The connecting base is connected with a carbon dioxide cylinder support, the carbon dioxide cylinder support acts on the carbon dioxide cylinder, and the gas outlet of the carbon dioxide cylinder support is connected with the gas inlet pipe.

The pressure lever is provided with a convex pressure block at one side of the connecting seat which faces downwards, and an exhaust push rod is arranged at one side of the inflating cover body and acts on the exhaust valve.

Further, the sealing ring is of an inwards concave bowl-shaped structure.

Furthermore, the exhaust outlet is closed by the plug under the normal state under the action of a spring, the ejection column acts on the plug at the opposite side of the plug, and the ejection column protrudes out of the exhaust valve main body.

Furthermore, a fastening groove is arranged on the water bottle connecting seat.

Further, the water bottle connecting seat circumference still is equipped with the connecting bolt hole.

Furthermore, a concave part is arranged at the position of the exhaust push rod close to the pressure rod.

Furthermore, the compression bar is hinged at the side of the connecting seat, and an elastic rebound piece is arranged in the compression bar groove and acts on the middle part of the compression bar.

To sum up, the utility model discloses possess following advantage:

the utility model provides a multifunctional water purifier covers the structural design of structural combination formula through the back, cooperates the reservation of the structural gas pitcher of main support, and integrated bubble water structure, whole integrated level is high, makes the water purifier possess the function of bubble water, satisfies the multi-functional demand of user.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of a water-vapor separation device;

FIG. 3 is a schematic view of the structure of the quick water outlet assembly;

FIG. 4 is an exploded view of the water outlet passage;

FIG. 5 is a schematic view of the rear cover structure;

FIG. 6 is a schematic view of the structure of a fresh water tank;

FIG. 7 is a schematic of a filter cartridge assembly;

FIG. 8 is a schematic view of a filter element water inlet and outlet seat structure;

FIG. 9 is a schematic sectional view A-A;

FIG. 10 is a schematic view of the connection of the filter element inlet and outlet housing to the filter element body;

fig. 11 is an exploded view of the water purifier structure;

FIG. 12 is an exploded view of the body structure of the pump seat;

FIG. 13 is a schematic cross-sectional view of the pump mount;

FIG. 14 is a schematic cross-sectional view of a discharge valve;

FIG. 15 is a cross-sectional view of the structure of the pump;

FIG. 16 is a schematic view of an air pumping arrangement;

fig. 17 is a structural schematic diagram of the bubble water assembly.

Detailed Description

The invention will be further described with reference to the following drawings and examples:

example 1:

a multi-functional water purifier, as shown in fig. 1-17, comprises a water purifier 1-100 and a bubble water component 1-200 which are integrated into a whole.

The water purifier includes:

a main support 100-1;

a rear cover structure 100-2, which is arranged at the rear end of the main bracket 100-1 and is fixed with an original water tank 100-3; the raw water tank 100-3 is fixed to the rear cover structure 100-2 in a stepped manner, and two water inlets and outlets of the raw water tank 100-3 are respectively connected with the self-priming pump 100-5 and the combined flushing solenoid valve 100-10 through water inlet and outlet terminals 100-11.

Specifically, the combined flushing solenoid valve 100-10 is communicated with a concentrated water outlet end of the filter element assembly 100-4 and a water inlet and outlet terminal of the raw water tank 100-3.

The water inlet and outlet terminal 100-11 adopts a water outlet form of a spring-fit sealing ejector rod, and is used as a water inlet and outlet terminal structure which is commonly used, and is not described in detail herein.

Meanwhile, the rear cover structure forms an outer connecting end of the combined water purifier at the corresponding front end of the original water tank for structurally integrating and arranging the bubble water components 1-200, correspondingly, a connecting substrate position is reserved on the main support in the region, and in the embodiment, a reserved groove is formed in the main support and used for placing a carbon dioxide gas cylinder.

Specifically, the bubble water assembly comprises a main bubble water bracket 1-200-100.

The bubble water main support 1-200-100 comprises:

the working area 1-200-101 at the front side is an area for making bubble water containing water for the bottled water bottle 1-200-1000-101-one;

the rear side is used for arranging a hidden area 1-200-152 of a carbon dioxide gas cylinder 1-200-2000, the carbon dioxide gas cylinder 1-200-2000 is arranged in the hidden area and used for providing carbon dioxide for the preparation of bubble water, and the gas cylinder is specifically arranged in a reserved eraser on a main bracket.

Furthermore, the hidden area 1-200-102 is provided with a downward concave part on the bottom connecting plate 1-200-104 of the bubble water main support 1-200-100 to form a step structure, which is convenient for the integration of the structure and enables the inflating structure arranged in the inflating linkage area to be horizontally arranged;

the air inflation linkage area 1-200-103 at the top, the air inflation linkage area 1-200-103 is a hollow groove-blocking structure and protrudes out of the working area 1-200-101-with an air inflation structure arranged therein, and the part protruding out of the working area is provided with a water bottle connecting end in the air inflation structure and penetrates through the bottom to form an air inflation arrangement;

the bottom connecting plates 1-200 and 104 are matched with bolt holes reserved on the inner side connecting surface of the main support and used for modular connection of the structure and a water purifier base plate, so that the same equipment integration of water purification and soda water production is realized, the requirement of a user on soda water is met, and the cost is reduced.

The inflating structure comprises a seat body 1-200-1-1 and a pressure bar 1-200-1-2 with the end part hinged to the seat body 1-200-1-1, one side of the seat body 1-200-1-1 is an inflating cover body 1-200-1-11, the other side is a connecting seat 1-200-1-12, and a hollow pressure bar groove 1-200-1-13 is arranged between the seat body 1-200-1-1.

The connecting seat 1-200-1-12 is connected with the carbon dioxide gas cylinder bracket 1-200-.

The carbon dioxide gas cylinder support 1-200-one 200 is used as a common structure for outputting the carbon dioxide gas cylinder, and the operation mechanism is that the top pillar pushes open the valve core of the carbon dioxide gas cylinder, and the carbon dioxide gas is discharged from the gas outlet on the side wall of the carbon dioxide gas cylinder support 1-200-one 200.

The cover body of inflating is hollow out construction, and the downside is for connecting the limit, is equipped with discharge valve connecting hole on the upper side platform portion and connects discharge valve.

The connecting edge is connected with the main bracket of the inflating device and connected with the inflating seat body, thereby being connected with the water bottle

Specifically, the lower side of the inflating cover body 1-200-1-11 is connected with an inflating seat body 1-200-1, the inflating seat body 1-200-1 comprises the inflating seat body 1-200-1, the inflating seat body 1-200-1 comprises an upper cover 1-200-11 and a water bottle connecting seat 1-200-12 which are connected up and down, a sealing ring 1-200-3 is arranged between the upper cover 1-200-1 and the water bottle connecting seat, the sealing ring is of an inwards concave bowl-shaped structure and is hollow, and an air inlet pipe can conveniently penetrate through the sealing ring.

Specifically, the cover sealing ring can ensure that the upper cover is in sealing connection with the water bottle connecting seat 1-200-12, and simultaneously can be used as a liquid channel to further seal the air inflation water bottle.

The water bottle connecting seat 1-200-12 is a snap connection, which is provided with a snap groove 1-200 and a rotary opening 121, and is more practical for the prior bottle body, and certainly, the water bottle can be directly aligned to the sealing ring.

The concave bowl bottom design ensures that the sewage cannot be sprayed outwards.

The upper cover 1-200-11 comprises a central air inlet pipe 1-200-111, exhaust ports 1-200-112 and a bubble water inlet 1-200-113, wherein the air inlet pipe 1-200-111 penetrates through the middle part of the sealing ring 1-200-3, and a gap is formed between the air inlet pipe 1-200-111 and the sealing ring, so that water flow can pass through and exhaust conveniently.

The exhaust ports 1-200-112 are connected with exhaust valves 1-200-2 through hoses for linkage during inflation.

Specifically, the exhaust valve 1-200-2 comprises an exhaust inlet 1-200-21 vertically arranged and an exhaust outlet 1-200-22 horizontally arranged, the exhaust outlet is normally closed by a plug 1-200-24 under the action of a spring 1-200-23, a top column 1-200-25 acts on the plug 1-200-24 at the opposite side of the plug 1-200-24, the top column 1-200-25 protrudes out of a main body of the exhaust valve 1-200-2, and a sealing structure is arranged between the top column and the main body of the exhaust valve 1-200-2.

The pressure lever 1-200-1-2 is hinged at the side of the connecting seat 1-200-1-12, and the pressure lever groove 1-200-1-13 is internally provided with an elastic rebounding piece 1-200-1-3, preferably a spring, which acts on the middle part of the pressure lever 1-200-1-2 to facilitate the rebounding of the pressure lever.

The pressure lever 1-200-1-2 is provided with a convex pressing block 1-200-1-21 downwards on one side of the connecting seat 1-200-1-12, and the convex pressing block 1-200-1-21 acts on a carbon dioxide gas cylinder bracket, in particular acts on a top column on the carbon dioxide gas cylinder bracket and is used for jacking up the carbon dioxide gas cylinder.

One side of the inflating hood body 1-200-1-11 is provided with an exhaust push rod 1-200-1-22 which is used for jacking a top column of the exhaust valve.

The exhaust push rod 1-200-1-22 is provided with a concave part 1-200-1-221 near the pressure lever 1-200-1-2, which is convenient for avoiding position when the pressure lever is pressed down.

The circumference of the bubble water inlet 12 of the water bottle connecting seat is also provided with a connecting bolt hole bubble water inlet 122 of the bubble water inlet, which is used for connecting and fixing the connecting bolt hole bubble water inlet with the inflating cover body to form the linkage of the exhaust valve.

And the filter element assembly 100-4 is arranged in a filter element groove 100-1-1 on the main support 100-1 and is communicated with the raw water tank 100-3 through a self-priming pump 100-5 arranged at the lower side of the filter element groove 100-1-1, and is particularly communicated with a water inlet and outlet terminal of the raw water tank.

The filter element group spare includes filter element body 1000 and the filter element business turn over water pedestal 2000 fixed with filter element body 1000 joint, and wherein, filter element body 1000 is five unification composite filter cores.

The filter element water inlet and outlet seat body 2000 comprises a water inlet and outlet connection seat 2001, the water inlet and outlet connection seat 2001 is provided with a pure water end 2002, a concentrated water end 2003 and a filter element water inlet end 2004 in a stepped distribution from top to bottom, three sections of horizontally extending parts are respectively provided with a pure water opening 2005, a concentrated water outlet 2006 and a filter element water inlet 2007 outwards, and the concentrated water outlet 2006 and the filter element water inlet 2007 are oppositely arranged in the same direction.

In a specific connection setting, the pure water end 2002, the concentrated water end 2003 and the filter element water inlet end 2004 correspond to the pure water outlet, the concentrated water outlet and the water inlet, respectively.

And the filter core water inlet 2007 and the concentrated water outlet 2006 are respectively arranged at two sides of the horizontal communication end 2008 of the filter core water inlet and outlet seat body 2000 to be communicated with the filter core water inlet 2004 and the concentrated water end 2003, so that the design of horizontal orthogonal matching with space vertical water inlet and outlet is realized, and the whole space utilization degree is high.

And the end part of the filter element water inlet and outlet seat body 2000 is sealed and sealed by a sealing plate plug 2009.

Horizontal intercommunication end 2008 is being connected sealed push rod 2011 through first spring 2010 inside being connected with filter core water inlet end 2004 to under the state of screwing, the push rod is opened by the top, and filter core business turn over water pedestal is intake and is in the open mode, can intake, and when the filter core body was taken away, sealed push rod was under the effect of spring, and the top was tight sealed, then intake is in the state of opening a circuit, and the filter core is changed conveniently, stably and reliably.

A water purifying tank 100-6, a water purifying tank body 100-1-2 arranged on the main bracket 100-1; the purified water tank 100-6 is provided with a purified water inlet 100-6-1, a first purified water outlet 100-6-2 and a second purified water outlet 100-6-3, and the purified water inlet 100-6-2 is connected with the filter element assembly 100-4 and is specifically communicated with a purified water port;

a fast water outlet assembly 100-7 integrated at the front end of the main support 100-1 for communicating the first purified water outlet 100-6-2, including a micro water pump 100 fixed on the main support from bottom to top according to the water outflow direction, and a time SC3701PW/24V for purified water and lifting the water;

the liquid heating device 200 is Jiebao XHD-JGY2-21/01.01 and is used for instantly heating purified water;

and the water-vapor separation device 300 is used for separating the heated water vapor and rapidly discharging water.

And, the water-vapor separating device 300 is a water outlet end, which forms water outlet through the mask 400 fixed to the main support of the water purifier.

In the arrangement of the moisture separator, the moisture separator 300 includes a separator body 1 and a cover 2 provided thereon.

Wherein, 1 inside chamber structures for holding of separation body specifically is as rivers passageway, and the downside both ends are equipped with water inlet 11 and delivery port 12 respectively, and 1 inboard bottom of separation body is equipped with decurrent slope from water inlet 11 to delivery port 12.

Namely, the water inlet forms a ramp structure towards the water outlet, so that water can be discharged conveniently and rapidly.

It is noted that the slope is 4-12, preferably 10.

The holding cavity structure is internally provided with a plurality of clapboards 3 between the water inlet 11 and the water outlet 12, and the clapboards can supply certain retention and discharge time of water vapor, disperse the water vapor and reduce the discharge of the water vapor at the water outlet.

The cover body 2 is provided with a first air outlet 21 upwards on the same side as the water inlet 11, and the arrangement can effectively and quickly discharge water vapor.

Firstly, the side is advanced to the rivers downside, and rivers can flow to the delivery port fast because the setting of self gravity and ramp, and vapor can rise fast as hot medium, and the vertical gas outlet of cooperation homonymy setting, vapor discharge is faster.

On the external setting of this structure, separation body 1 still is equipped with external stiff end 4 in water inlet 11 one side, specifically is fixed in the main support of water purifier.

The separating body 2 is in a circular arc structure at the side of the water outlet 12, so that the appearance is attractive, full and mellow.

And in the mask arrangement, the mask 400 includes:

the button operation area 401 at the top is preferably in a mode that PCB buttons are matched with the buttons to be connected with an electrical assembly, so that the overall control of the water purifier is realized;

the upper display area 402 is a touch display area or an operating state display area, is a display screen component, is connected with an electrical component, and can visually indicate the working state of the water purifier or perform touch operation and issue instructions.

The central water outlet channel 403, the water outlet channel 403 and the water-vapor separation device 300 are at the same height, and the water outlet 12 penetrates out of the water outlet channel 403, i.e. the water outlet of the whole water purifier is formed.

The water outlet channel comprises a PCB lamp ring 131, a light guide plate 132 is arranged outside the PCB lamp ring 131, and the water tap 133 penetrates out of the light guide plate 132.

The water tap 133 is a hollow structure, and has an opening at its lower side, and the water-vapor separator is fixed to the water purifier bracket and passes through the water tap to form a water outlet at the lower side.

Namely the water tap hides the water outlet.

The PCB lamp ring 131 is divided into two colors, red for hot water and blue for cold water.

Meanwhile, the end part of the faucet is provided with the decorative ring 134, so that the appearance is more attractive.

The cover 400 is also vertically provided with an arc concave part 404 at the lower side of the water outlet channel opening 403, so that water can be conveniently collected by the cups with different specifications, and the bottom of the cover 400 is also provided with a magnetic suction disc for preventing water drops from dropping in the water collecting process.

A main control plate 100-8 provided at the left side end of the main support 100-1 for providing electrical components, and closed by a left side end plate 100-9.

On the specific work mechanism, raw water in the former water tank is sent to the filter core through the self priming pump (Ningbo strong DP-125-50JS) and is filtered, dense water is washed the solenoid valve and is loopbacked to former water tank through the combination, the pure water gets into the water purification case, the thick water that gets into in the former water tank mixes the back and goes out water, and go out water and detect out water concentration through TDS, and the moisture in the water purification case is two tunnel, be straight drinking water all the way, go out water through the structure of going out water fast, another way is as the supplier, a structure for the combination sets up, adopt the mode of pump sending to bubble water inlet in this implementation.

When the air pump is used for pumping air, the pressure rod is pressed tightly, the bulge pressing block acts, the carbon dioxide gas cylinder gives out air, the air inlet pipe feeds air, the bubble water inlet feeds water, the top column is loosened by 1-200-25, the exhaust valve is closed, and the air pump is used for maintaining pressure.

The pressure lever is lifted, the top column 1-200-25 is pressed by the exhaust push rod 1-200-1-22, the exhaust valve is opened to play a role in pressure relief, and aerated bubble water is filled in the water bottle 1-200-1000.

To sum up, this scheme is through the structural design of the structural combination formula of back lid, cooperates the reservation of the structural gas pitcher of main support, and integrated bubble water structure, whole integrated level is high, makes the water purifier possess the function of bubble water, satisfies the multi-functional demand of user.

The above embodiments are only for illustrating the technical concept and features of the present invention, and the purpose of the embodiments is to enable those skilled in the art to understand the contents of the present invention and to implement the present invention, which cannot limit the protection scope of the present invention. All equivalent changes and modifications made according to the spirit of the present invention should be covered by the protection scope of the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements.

The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art.

It will be understood that the above-described embodiments are illustrative only and not restrictive, and that various obvious and equivalent modifications and substitutions may be made in the details described herein by those skilled in the art without departing from the basic principles of the invention.

Claims

1. A multifunctional water purifier is characterized in that: comprising a water purifier (1-100) and a bubble water assembly (1-200) combined into a whole, the water purifier comprising:

a main support (100-1);

the rear cover structure (100-2) is arranged at the rear end of the main support (100-1), an original water tank (100-3) is fixed on the rear cover structure, and the front end of the rear cover structure (100-2) is also connected with the bubble water component (1-200);

the bubble water component comprises a main bubble water bracket (1-200-;

the carbon dioxide gas cylinder (1-200-2000) is arranged in a reserved groove on the main bracket (100-1);

the filter element assembly (100-4) is arranged in a filter element groove (100-1-1) on the main bracket (100-1) and is communicated with the raw water tank (100-3) through a self-priming pump (100-5) arranged on the lower side of the filter element groove (100-1-1);

a water purifying tank (100-6) which is arranged on the water purifying tank body (100-1-2) on the main bracket (100-1); the water purifying tank (100-6) is provided with a purified water inlet (100-6-1), a first purified water outlet (100-6-2) and a second purified water outlet (100-6-3), and the purified water inlet (100-6-1) is connected with the filter element assembly (100-4);

the quick water outlet assembly (100-7) is integrated at the front end of the main bracket (100-1), conducts the first purified water outlet (100-6-2), and comprises a micro water pump (100), a liquid heating device (200) and a water-vapor separation device (300) which are fixed on the main bracket (100-1) from bottom to top according to the water outlet direction of water, wherein the water-vapor separation device (300) is a water outlet end and passes through a mask (400) fixed on the main bracket (100-1) to form water outlet;

a main control plate (100-8) arranged at the left end of the main support (100-1) and used for arranging electric parts, and the main control plate is closed by a left end plate (100-9);

a combined flushing electromagnetic valve (100-10) which is communicated with the concentrated water outlet end of the filter element component (100-4) and the raw water tank (100-3).

2. The multi-functional water purifier as recited in claim 1, wherein: steam separator (300) is including separation body (1) and lid (2) of setting on it, separation body (1) is inside for holding the cavity structure, and the downside both ends are equipped with water inlet (11) and delivery port (12) respectively, it is in to hold the cavity structure water inlet (11) with still be equipped with multichannel baffle (3) between delivery port (12), lid (2) with upwards of water inlet (11) homonymy is equipped with first gas outlet (21), separation body (1) inboard bottom from water inlet (11) to delivery port (12) are equipped with the decurrent slope, the slope is 4-12.

3. The multi-functional water purifier as recited in claim 2, wherein: the separation body (1) is arranged at one side of the water inlet (11) and is also provided with an external fixed end (4).

4. The multi-functional water purifier as recited in claim 2, wherein: the separating body (1) is of an arc structure at the side of the water outlet (12).

5. The multi-functional water purifier as recited in claim 2, wherein: the mask (400) comprises a key operation area (401) at the top, an upper side display area (402) and a water outlet channel (403) in the middle, the water outlet channel (403) and the water-vapor separation device (300) are at the same height, and the water outlet (12) penetrates out of the water outlet channel (403).

6. The multi-functional water purifier as recited in claim 5, wherein: the water outlet channel (403) comprises a PCB lamp ring (131), a light guide plate (132) is arranged on the outer side of the PCB lamp ring (131), a water tap (133) penetrates out of the light guide plate (132), and the water outlet (12) discharges water downwards in the water tap (133).

7. The multi-functional water purifier as recited in claim 5, wherein: the mask (400) is also vertically provided with an arc concave part (404) at the lower side of the water outlet channel (403).

8. The multi-functional water purifier as recited in claim 6, wherein: the bottom of the face guard (400) is also provided with a magnetic suction disc, and the end part of the water faucet (133) is provided with a decorative ring (134).

9. The multi-functional water purifier as recited in claim 1, wherein: the filter element assembly (100-4) comprises a filter element body (1000) and a filter element water inlet and outlet seat body (2000) fixedly connected with the filter element body (1000) in a clamping mode, the filter element body (1000) is a five-in-one composite filter element, the filter element water inlet and outlet seat body (2000) comprises a water inlet and outlet connecting seat (2001), the water inlet and outlet connecting seat (2001) is provided with a pure water end (2002), a concentrated water end (2003) and a filter element water inlet end (2004) in a stepped distribution mode from top to bottom, three sections of horizontally extending water are outwards provided with a pure water port (2005), a concentrated water outlet (2006) and a filter element water inlet (2007) respectively, and the concentrated water outlet (2006) and the filter element water inlet (2007) are arranged oppositely in.

10. The multi-functional water purifier as recited in claim 9, wherein: the filter element water inlet (2007) and the concentrated water outlet (2006) are separated from each other, two sides of a horizontal communication end (2008) of the filter element water inlet and outlet seat body (2000) are respectively communicated with the filter element water inlet end (2004) and the concentrated water end (2003), and the end part of the filter element water inlet and outlet seat body (2000) is sealed and sealed through a sealing plate plug (2009); the horizontal communication end (2008) is connected with a sealing push rod (2011) through a first spring (2010) in the connection of the horizontal communication end and the filter element water inlet end (2004).

11. The multi-functional water purifier as recited in claim 1, wherein: the raw water tank (100-3) is fixed to the rear cover structure (100-2) in a stepped manner, and two water inlets and water outlets of the raw water tank (100-3) are respectively connected with the self-priming pump (100-5) and the combined flushing electromagnetic valve (100-10) through water inlet and water outlet terminals (100-11).

12. The multi-functional water purifier as recited in claim 1, wherein: the inflating structure comprises a seat body (1-200-1-1) and a pressure lever (1-200-1-2) with the end part hinged to the seat body (1-200-1-1), one side of the seat body (1-200-1-1) is an inflating cover body (1-200-1-11), the other side of the seat body is a connecting seat (1-200-1-12), a hollowed pressure lever groove (1-200-1-13) is arranged between the inflating cover body and the connecting seat, the lower side of the inflating cover body (1-200-1-11) is connected with an inflating seat body (1-200-1), the inflating seat body (1-200-1) comprises an upper cover (1-200-11) and a water bottle connecting seat (1-200-12) which are connected up and down, a sealing ring (1-200-3) is arranged between the air inlet pipe and the sealing ring, the upper cover (1-200-11) comprises an air inlet pipe (1-200-111) arranged at the center, air outlet ports (1-200-112) arranged at two sides and a bubble water inlet port (1-200-113), the air inlet pipe (1-200-111) penetrates through the middle part of the sealing ring (1-200-3), a gap exists between the air inlet pipe and the sealing ring, the air outlet ports (1-200-112) are connected with an exhaust valve (1-200-2) through hoses, and the exhaust valve (1-200-2) is fixed at the upper side of the air pumping cover body (1-200-1-11);

the connecting seat (1-200-1-12) is connected with a carbon dioxide gas cylinder bracket (1-200-;

the compression bar (1-200-1-2) is provided with a convex pressing block (1-200-1-21) downwards on one side of the connecting seat (1-200-1-12), an exhaust push rod (1-200-1-22) is arranged on one side of the inflating hood body (1-200-1-11), and the exhaust push rod (1-200-1-22) acts on the exhaust valve (1-200-2); the sealing ring (1-200-3) is of an inwards concave bowl-shaped structure; the water bottle connecting seat (1-200-12) is provided with a buckling groove (1-200-121); the circumference of the water bottle connecting seat (1-200-12) is also provided with a connecting bolt hole (1-200-122); a concave part (1-200-1-221) is arranged at the position, close to the pressure lever (1-200-1-2), of the exhaust push rod (1-200-1-22).

13. The multi-functional water purifier as recited in claim 12, wherein: the exhaust valve comprises a vertically arranged exhaust inlet (1-200-21) and a horizontally arranged exhaust outlet (1-200-22) of the exhaust valve (1-200-2), the exhaust outlet is normally closed by a plug (1-200-24) under the action of a spring (1-200-23), a top column (1-200-25) acts on the plug (1-200-24) on the opposite side of the plug (1-200-24), and the top column (1-200-25) protrudes out of the main body of the exhaust valve (1-200-2).

14. The multi-functional water purifier as recited in claim 13, wherein: the pressure lever (1-200-1-2) is hinged on the side of the connecting seat (1-200-1-12), and an elastic rebound piece (1-200-1-3) is arranged in the pressure lever groove (1-200-1-13) and acts on the middle part of the pressure lever (1-200-1-2).