CN106108656B

CN106108656B - Water bottle underlying type water dispenser with inverted water bottle

Info

Publication number: CN106108656B
Application number: CN201610737529.0A
Authority: CN
Inventors: 胡根龙; 陈家亮; 薛建洲; 潘金龙; 尹建成
Original assignee: Ningbo Aquaworld Electric Manufacture Co ltd
Current assignee: Shaoxing Angel Drinking Water Technology Co ltd
Priority date: 2016-08-26
Filing date: 2016-08-26
Publication date: 2022-02-22
Anticipated expiration: 2036-08-26
Also published as: CN106108656A

Abstract

The invention relates to a water bottle underlying water dispenser with an inverted water bottle. The existing water dispenser has the defects that the water bottle is inconvenient to replace or the water pumping pipe is easily contaminated by bacteria. The water bottle filling machine comprises a machine frame and a water bottle, wherein the machine frame comprises a seat body and support legs, the water bottle is arranged on the seat body in an inverted mode, the support legs are arranged at the lower part of the seat body, the seat body is switched between a bottle filling station and a using station by taking the support legs as supporting points, and the included angle of the axes of the seat body respectively positioned at the bottle filling station and the using station is 65-75 degrees. Above-mentioned structure both made things convenient for the weaker person of physical strength to accomplish through the slope pedestal and change the water-jug action under the condition that need not to lift the water-jug, still utilized the pedestal that is in the use station to make the vertical inversion of water-jug, ensured that the drinking water in the water-jug utilizes self gravity to flow from the bottleneck of below, and then saves parts such as drinking-water pipe, prevents that the drinking-water pipe from polluting the drinking water because of being infected with external bacterium and dust, influences the elicitor healthy.

Description

Water bottle underlying type water dispenser with inverted water bottle

Technical Field

The invention relates to the field of household appliances, in particular to a water dispenser.

Background

The water dispensers in the current market have two water bottle placing modes, including a water bottle upper-placed type water dispenser and a water bottle lower-placed type water dispenser. The structure of the water dispenser with the upper water bottle is characterized in that the water bottle is placed at the top of the water dispenser, and the inverted water bottle is downwards sleeved on the preset smart seat and the smart column. The water bottle underlying type water dispenser has the advantages that the water bottle is placed in a large position and does not need to be lifted up by force, but the water pumping rod is easy to explode and expose in the air to be infected with bacteria and dust, so that drinking water pollution is caused, and health of an inducer is influenced.

Disclosure of Invention

In order to solve the defects of the prior art, the invention provides the water bottle underlying water dispenser with the inverted water bottle.

The invention is realized by the following mode: the utility model provides a water-jug underlying water dispenser that water-jug was invertd, is including being located the frame of water dispenser lower part and locating the water-jug in the frame, the frame includes the bearing the pedestal of water-jug and the stabilizer blade of locating the pedestal below, the water-jug is installed with the inversion mode on the pedestal, the pedestal lower part is equipped with rotatable stabilizer blade, the pedestal uses the stabilizer blade realizes switching between the bottling station of slope and the use station of erectting as the fulcrum, the axis contained angle when the pedestal is located the bottling station respectively and uses the station is 65-75. The water bottle mounting means with original underlying water dispenser is improved to bottleneck inversion down by bottleneck forward type, and set up the stabilizer blade of the pedestal slope of being convenient for in the frame, both make things convenient for the weaker person of physical strength to accomplish through the slope pedestal and change the water bottle action under the condition that need not to lift the water bottle, still utilize the pedestal that is in the service position to make the vertical inversion of water bottle, guarantee that the drinking water in the water bottle utilizes self gravity to flow from the bottleneck of below, and then save parts such as drinking-water pipe, prevent that the drinking-water pipe from polluting the drinking water because of being infected with external bacterium and dust, influence the leading person healthy. When the base body is located the use station, the axis of the base body is vertically arranged, when the base body is switched from the use station to the bottling station, the axis of the base body swings 65-75 degrees towards the inclined side of the base body, so that the bottle body can smoothly slide into the base body, the required lifting height of the water bottle is effectively reduced, and the water bottle can be conveniently replaced by a user.

Preferably, the frame comprises a support member rotatably connected to the upper portion of the inclined side outer wall of the seat body, the support member maintaining a vertical posture by swinging and providing a vertical support for the seat body at the bottling station. The support piece swings to a vertical position when the base body inclines to the bottling station, so that the base body is supported, and the base body is prevented from toppling over due to the gravity center deviation of the water bottle. When the base body is positioned at the bottling station, the supporting piece keeps a vertical state, the top part is rotatably connected to the base body, and the bottom part is abutted against the ground. The supporting piece is arranged on the inclined side of the seat body, so that when the seat body is inclined, the supporting piece can be supported between the seat body and the ground.

Preferably, the supporting member comprises supporting rods, a crosspiece spanned between the supporting rods and a handle, the upper part of the seat body is provided with a connecting lug, and the supporting rods can be connected to the connecting lug in a positioning and rotating mode through a rotation limiting structure arranged on the supporting rods. When the pedestal was in the use station, the attached pedestal lateral wall of support piece, when the pedestal was in the slope station, the bracing piece swung and breaks away from the pedestal lateral wall, played the effect of vertical support effect pedestal, and the limit is changeed the structure and is used for putting the station with support piece location in the vertical setting, no matter is in the slope station or uses the station during the pedestal.

Preferably, the rotation limiting structure comprises a mounting groove formed in the top of the support rod, a pressing block inserted into the mounting groove and a pressing sheet arranged on one side of the mounting groove, the pressing block is telescopically assembled in the mounting groove through a spring, an inclined work groove and a use work groove which are respectively used for clamping and positioning the pressing block are formed in the edges of the connecting lugs corresponding to the support rod, and the switching angle of the pressing block which swings along with the support piece between the inclined work groove and the use work groove is A. The briquetting jack-up that makes progress under the spring action, and the briquetting top surface can laminate the lower part surface of engaging lug all the time to the action along with the pedestal switches between different stations realizes switching between different worker grooves.

Preferably, the pedestal includes the base and locates the base top and match the spacing support of laminating with the water-jug lateral wall, the base middle part be equipped with the clever subassembly that the water-jug bottleneck corresponds the grafting, base and spacing support enclose to close and form the chamber that holds that the water supply bottle was invertedly installed. The base plays the effect of connecting spacing support, stabilizer blade and clever subassembly, and spacing support plays guide installation and fixed spacing effect to the water-jug, ensures water-jug bottleneck and clever subassembly accordant connection, and the clever subassembly realizes air and drinking water through-flow through the clever post that inserts the bottleneck. During installation, the water bottle is reversely inserted into the accommodating cavity of the limiting support and is sleeved on the smart component through the bottle mouth.

Preferably, the limiting support comprises an annular surrounding edge connected with the base and a side supporting piece arranged on the upper edge of the surrounding edge, the supporting piece is rotatably connected to the upper portion of the side supporting piece, and a channel for dismounting and mounting the water bottle is reserved between the upper edge of the surrounding edge and the side supporting piece. The periphery upper surface matches the laminating with water-jug bottleneck periphery wall, plays the effect of bearing water-jug, and the side props the piece and plays the effect that prevents the water-jug and empty to one side when the pedestal is in the user state, ensures that water-jug focus is unanimous with the base axis, and the side props the piece and plays the effect that supports the water-jug with the base cooperation when the pedestal is in the bottling station, and the water-jug can follow the side and prop a surperficial slip-in and hold in the chamber.

Preferably, the bottom surface of the base is provided with a coupling lug arranged close to one side of the support member and supporting legs distributed with the coupling lug, and the supporting legs are rotatably connected to the coupling lug through a rotating shaft arranged at the top of the supporting legs and matched with the supporting legs to enable the seat body to be positioned on a use station. Stabilizer blade and supporting legs all set up in the base below, and the stabilizer blade setting is close to pedestal incline direction one side at the base, the supporting legs is located the base and keeps away from pedestal incline direction one side, supporting legs and support height match, the base steady support water-jug when guaranteeing the pedestal to be in the use station, when the pedestal switches to the bottling station, the stabilizer blade rotates through the pivot and connects on the coupling ear, make the seat can use the pivot axis to incline the sideslip as the center orientation, the supporting legs breaks away from ground, the pedestal puts the slope gesture under the effect of support piece and stabilizer blade.

Preferably, the number of the support legs is two, the rotating shafts are coaxially arranged and are perpendicular to the inclined direction of the base body, the side walls of the support legs facing the inclined direction of the base body form inclined support surfaces, and the base body at the bottling station abuts against the inclined support surfaces through the upper base of the base body. A plurality of stabilizer blades can provide the outrigger for the pedestal after the supporting legs breaks away from ground, the coaxial setting of pivot axis of each stabilizer blade, when making the pedestal swing, the swing action of each stabilizer blade is synchronous, and ensure the pedestal and swing towards predetermined incline direction, the lower base surface also uses the pivot as center synchronous revolution when the pedestal swing, and the matching is contradicted on the holding surface of stabilizer blade one side, play the limiting displacement to the pedestal amplitude, when the lower base surface is contradicted on the holding surface of stabilizer blade, the support piece bottom is also matchd and is contradicted subaerial.

Preferably, the smart component comprises a smart seat with an accommodating cavity, a smart column arranged at the bottom of the smart seat and a smart core inserted in the smart column, and the smart core divides the cavity in the smart column into an air inlet channel and an water outlet channel which are independent of each other. Improve the structure for having independent air inlet and delivery port sharing trompil structure on original smart subassembly for the gas that gets into the water-jug has independent passageway separately with the drinking water that flows out the water-jug, ensure to flow to opposite air current and rivers mutual noninterference, and then improve both flow rates, improve the work efficiency of smart subassembly, realize through at the uniform velocity gently that the gas circulation guarantees rivers at the uniform velocity gently, effectively promote user's use and experience. In order to enable the smart column to be smoothly inserted into the water bottle and push to open the bottle stopper, the air inlet channel and the water outlet channel are arranged in the cavity of the smart column, so that the surface of the smart column can slide along the bottle opening of the water bottle, the smart core is inserted into the smart column and matched with the inner wall of the cavity to form an air inlet channel and a water outlet channel which are mutually independent, and an air flow and water flow conveying channel which is not interfered with each other is formed by utilizing the cavity in the smart column.

As preferred, clever post is the open hollow structure in bottom, set up the air inlet of leading to holding chamber and inlet channel and lead to the delivery port of holding chamber and outlet channel on clever post's the lateral wall, clever core include from clever toe portion uncovered with clearance fit mode male standpipe, with the first violently pipe that leads to standpipe bottom mouth and the second violently pipe that leads to with the external world, be connected first violently pipe and with this formation with the standpipe that the delivery port leads to the riser the outlet channel, be equipped with the annular gap who leads to with the air inlet between clever post and standpipe, the second violently pipe with the annular gap leads to and links to each other and form inlet channel. The diameter of the outer wall of the vertical pipe is smaller than that of the inner wall of the smart column, so that an annular gap is formed between the vertical pipe and the smart column in a surrounding mode, and outside air enters the water bottle through the second transverse pipe, the annular gap and the air inlet in sequence; drinking water in the water bottle loops through delivery port, standpipe and first violently pipe and realizes arranging outward. The first transverse pipe and the second transverse pipe are transversely arranged, so that the vertical space is effectively saved, and the water bottle underlying water dispenser is convenient to implement.

Preferably, press from both sides between standpipe upper portion outer wall and the clever post inner wall and establish first sealing washer, the delivery port is higher than the air inlet setting, the setting height of first sealing washer is located between air inlet and the delivery port, standpipe bottom periphery is equipped with annular bounding wall, the bounding wall lateral wall with press from both sides between the big footpath section wall of cavity and establish the second sealing washer. The standpipe inserts clever post, divide into standpipe inner chamber and annular gap two parts with the cavity, makes aforementioned two spaces sealed isolation relatively through setting up first sealing washer, effectively prevents the mutual crossflow of the drinking water in air in the annular gap and the standpipe inner chamber. The first sealing ring is arranged at a height between the air inlet and the water outlet, so that the air inlet and the water outlet are respectively communicated with the inner cavity of the vertical pipe and the annular gap. The bounding wall sets up with the standpipe is coaxial, and when the standpipe inserted clever post, the bounding wall matching inserted the big footpath section department of inner chamber, and the bounding wall provides the installation station for the second sealing washer, and the relative big footpath section wall of bounding wall is the level to the motion, guarantees that the standpipe is unchangeable throughout with the interval of big footpath section when doing axial motion because of becoming flexible, guarantees that the second sealing washer is lasting effective.

The invention has the following outstanding beneficial effects: the water bottle mounting means with original underlying water dispenser is improved to bottleneck inversion down by bottleneck forward type, and set up the stabilizer blade of the pedestal slope of being convenient for in the frame, both make things convenient for the weaker person of physical strength to accomplish through the slope pedestal and change the water bottle action under the condition that need not to lift the water bottle, still utilize the pedestal that is in the service position to make the vertical inversion of water bottle, guarantee that the drinking water in the water bottle utilizes self gravity to flow from the bottleneck of below, and then save parts such as drinking-water pipe, prevent that the drinking-water pipe from polluting the drinking water because of being infected with external bacterium and dust, influence the leading person healthy.

Drawings

FIG. 1 is an exploded view of a frame and a water bottle;

FIG. 2 is a schematic view of the assembly structure of the base and the water bottle at the working position;

FIG. 3 is a schematic view of the assembly structure of the base and the water bottle at the bottling station;

FIG. 4 is a schematic cross-sectional view of a spacing structure;

FIG. 5 is a schematic sectional view of the smart assembly;

in the figure: 1. water-jug, 2, stabilizer blade, 3, bracing piece, 4, crosspiece, 5, handle, 6, engaging lug, 7, mounting groove, 8, briquetting, 9, preforming, 10, spring, 11, slope worker's groove, 12, use worker's groove, 13, base, 14, surrounding edge, 15, side support piece, 16, support piece, 17, coupling ear, 18, supporting legs, 19, the pivot, 20, clever seat, 21, clever post, 22, clever core, 23, the air inlet, 24, the delivery port, 25, the standpipe, 26, first violently pipe, 27, second violently pipe, 28, annular gap, 29, first sealing washer, 30, second sealing washer, 31, bounding wall.

Detailed Description

The essential features of the invention will be further explained below with reference to the drawings and the detailed description of the specification.

The water bottle underlying water dispenser with the inverted water bottle is composed of a machine frame located at the lower part of the water dispenser and a water bottle 1 located on the machine frame, the machine frame comprises a support, a seat body of the water bottle 1 and support legs 2 located below the seat body, the water bottle 1 is installed on the seat body in an inverted mode, rotatable support legs 2 are arranged on the lower part of the seat body, the seat body uses the support legs 2 as fulcrums to realize switching between an inclined bottling station (shown in figure 3) and a vertical using station (shown in figure 2), and an axis included angle of the seat body when the seat body is respectively located in the bottling station and the using station is A, and A is more than or equal to 65 degrees and less than or equal to 75 degrees.

In actual operation, the water dispenser comprises a rack, a water outlet pipeline arranged on the upper portion of the rack, a seat body arranged on the lower portion of the rack and a water bottle 1 arranged on the seat body, wherein the water bottle 1 is arranged on the lower portion of the rack, and is convenient for old, young, sick and disabled people with weak strength to replace the water bottle 1. Because the water bottle 1 is positioned at the lower part of the water dispenser, the installation height of the water bottle 1 is lower than the height of the water outlet pipeline, and the drinking water cannot be discharged outwards by utilizing the self gravity of the drinking water, the conveying force needs to be increased by the water pump after the drinking water flows outwards through the smart component, so that the drinking water can be discharged outwards from the water outlet pipeline positioned at the upper part of the water dispenser, and the normal work of the water dispenser is realized.

In actual operation, after drinking water consumption finishes in water-jug 1, the user need will be in the pedestal that uses the station and use stabilizer blade 2 to swing to the bottling station as the fulcrum for water-jug 1 can be packed into the pedestal with lower focus, effectively reduces the requirement of changing water-jug 1 to user's physical power, and the weak group of being convenient for relies on self physical power to accomplish the change.

In practical operation, the axis included angle of the seat bodies respectively positioned at the bottling station and the using station is A, and A is more than or equal to 65 degrees and less than or equal to 75 degrees. When A is less than 65 degrees, the gravity center reduction range is limited when the water bottle 1 is installed due to the small swing angle; when A is larger than 75 degrees, although the gravity center reduction range is large, due to the moment effect, a user needs to consume large physical force when the seat body is righted from the installation station to the use station. Therefore, a swing range of 65 DEG to A75 DEG is adopted, and A is preferably 70 deg.

The first embodiment is as follows:

the present embodiment provides a specific seat structure.

In practice, the frame comprises a support 16 rotatably connected to the upper portion of the inclined lateral outer wall of the seat, said support 16 maintaining a vertical attitude by swinging and providing vertical support for the seat at the bottling station. The inclined side of the seat body refers to the inclined direction when the seat body is switched from the use station to the bottling station.

In practical application, the supporting member 16 comprises supporting rods 3, crosspieces 4 spanning between the supporting rods 3, and a handle 5, wherein the upper portion of the seat body is provided with engaging lugs 6, and the supporting rods 3 are rotatably connected to the engaging lugs 6 through rotation limiting structures arranged thereon. The rotation limiting structure comprises a mounting groove 7 arranged at the top of the supporting rod 3, a pressing block 8 inserted into the mounting groove 7 and a pressing sheet 9 arranged on one side of the mounting groove 7, the pressing block 8 is telescopically assembled in the mounting groove 7 through a spring 10, an inclined work groove 11 and a use work groove 12 (shown in figure 4) which are respectively used for clamping and positioning the pressing block 8 are formed in the edges of the connecting lug 6 corresponding to the supporting rod 3, and the switching angle of the pressing block 8 swinging along with the supporting piece 16 between the inclined work groove 11 and the use work groove 12 is A. Crosspiece 4 and handle 5 all are located between two spinal branch vaulting poles 3, crosspiece 4 can laminate water-jug 1 and set up, play the effect of stabilizing the support to water-jug 1, handle 5 provides swing support piece 16's impetus for the user, make support piece 16 block the support station of slope worker groove 11 and block into the idle station of using worker groove 12 and switch between, briquetting 8 removes along 6 marginal profiles of engaging lug, and realize the compression to spring 10, spring 10 provides the restoring force at 6 edges of attached engaging lug for briquetting 8.

In actual operation, 8 tops of briquetting are the arc surface, the axis level setting of arc surface ensures to keep linear contact between briquetting 8 and engaging lug 6, improves positioning stability, slope worker groove 11 also is the arc that matches with 8 tops of briquetting with the cell wall that uses worker groove 12 for both have better supporting effect when conflicting. 8 bottoms of briquetting are equipped with a guide bar, and during 8 inserts spring 10 through the guide bar of briquetting, 10 one ends of spring are contradicted at the tank bottom of mounting groove 7, and the other end is contradicted in 8 bottom surfaces of briquetting for spring 10 is flexible along the guide bar, ensures that 8 are flexible along 3 length direction of bracing piece for 8, and then ensures 3 location accuracy of bracing piece. The upper portion of mounting groove 7 is uncovered, and the 8 tops of the briquetting of being convenient for are contradicted with engaging lug 6, and mounting groove 7 is equipped with the side notch of being convenient for briquetting 8 and spring 10 installation towards side support piece 15 one side, and utilizes the shutoff of preforming 9 the side notch can also utilize the top of preforming 9 to contradict with 6 bottom surfaces of engaging lug to restrict the bracing piece 3 swing.

In practical operation, when the drinking water in the water bottle 1 is consumed, the water bottle 1 is replaced by the following steps:

1. a user swings the support piece 16 to the support station through the handle 5, so that the pressing block 8 is clamped into the inclined work groove 11;

2. the seat body is swung, so that the seat body deviates from a vertically arranged use station, in the process, the support leg 2 is kept static as a pivot, and the support leg 18 swings along with the base 13 and is separated from the bottom surface;

3. continuing to swing the seat body to enable the seat body to swing to an inclined station, wherein the lower surface of the base 13 props against the supporting surface of the supporting legs 2, the bottom end of the supporting piece 16 props against the ground, and the seat body is positioned at the inclined station;

4. the emptied water bottle 1 is pulled out of the column body, and the smart column 21 is separated from the bottle mouth in the process;

5. the fully loaded water bottle 1 is put into the containing cavity of the base body, when the water bottle is installed, the bottle mouth faces the containing cavity, the water bottle 1 slides along the inner wall of the side support piece 15 by utilizing the side wall of the water bottle, the matching butt joint of the bottle mouth and the smart column 21 is realized, and in the process, a user does not need to control the sliding path of the bottle body difficultly due to the guiding effect of the side wall of the containing cavity;

6. after the water bottle 1 is installed, a user lifts the seat body and pushes the seat body to a use station, and in the process, as most of the gravity of the water bottle 1 is borne by the support legs 2, the user can complete the seat body reset by applying smaller force;

7. after the seat body is reset, the support piece 16 is swung back to an idle station, and the support piece 16 is clamped and positioned by matching the press block 8 and the use work groove 12.

The water bottle 1 is mounted through the steps. When the water bottle 1 is installed for the first time, the steps can be performed, and the step 4 is omitted in the step-by-step operation.

In actual operation, the pedestal includes base 13 and locates base 13 top and the spacing support that matches the laminating with 1 lateral wall of water-jug, base 13 middle part be equipped with 1 bottleneck of water-jug corresponds the clever subassembly of grafting, base 13 and spacing support enclose to close the chamber that holds that forms the installation of 1 inversion of water supply bottle. The limiting support comprises an annular surrounding edge 14 connected with the base 13 and a side supporting piece 15 arranged on the upper edge of the surrounding edge 14, the supporting piece 16 is rotatably connected to the upper portion of the side supporting piece 15, and a channel for dismounting and mounting the water bottle 1 is reserved between the upper edge of the surrounding edge 14 and the side supporting piece 15. The limit bracket is of a frame structure and is integrated with the base 13 or is of a split structure. The inner wall profile of spacing support matches with 1 lateral wall profile of water-jug, can effectively support water-jug 1, can also restrict 1 circumference of water-jug and rotate, because water-jug 1 is cylindric usually for spacing support inner wall is preferred the arc, ensures that 1 gravity energy of water-jug disperses to spacing support inner wall everywhere. The engaging lug 6 sets up on the outer wall of spacing support, and 6 quantity of engaging lug match with 3 quantity of bracing piece, and all are equipped with the slope worker groove 11 that matches with briquetting 8 and use worker groove 12.

In practical operation, the bottom surface of the base 13 is provided with a coupling lug 17 arranged near one side of the supporting member 16 and supporting legs 18 arranged separately from the coupling lug 17, and the supporting legs 2 are rotatably connected to the coupling lug 17 through a rotating shaft 19 arranged at the top thereof and are matched with the supporting legs 18 to position the seat body at a use station. The bearing is sleeved on the rotating shaft 19, so that the rotating shaft 19 can still rotate conveniently under the action of the gravity of the water bottle 1, and the force application strength when the base body is pushed to a use station is reduced.

In actual operation, the stabilizer blade 2 is two, the coaxial setting of pivot 19 and with the incline direction of pedestal sets up perpendicularly, stabilizer blade 2 forms the diagonal bracing face towards the lateral wall of pedestal incline direction, and the pedestal that is in bottling station is in through its upper base 13 conflict on the diagonal bracing face. The supporting legs 2 are preferably triangular, so that the bottom surface of the supporting legs 2 has a larger supporting area, thereby improving the supporting stability, and further ensuring that the supporting legs 2 have a larger supporting surface, stably support the base 13, and the top of the supporting legs 2 has a smaller volume, so that the pivot joints can rotate flexibly, and in addition, the supporting legs 2 can also have other shapes, such as square, and the like, and all the embodiments of the present invention should be considered.

Example two:

on the basis of the first embodiment, the embodiment provides a specific structure of the smart component.

As shown in fig. 5, the water dispenser comprises a frame, a water outlet pipeline arranged on the upper part of the frame, a seat body arranged on the lower part of the frame and a water bottle 1 arranged on the seat body, wherein the seat body comprises a base 13 with a smart component, the smart component comprises a smart seat 20 with a containing cavity, a smart column 21 arranged at the bottom of the smart seat 20 and a smart core 22 inserted in the smart column 21, and the smart core 22 separates the cavity in the smart column 21 to form an air inlet channel and a water outlet channel which are independent of each other.

In use, the smart seat 20 is installed by:

1. a first sealing ring 29 and a second sealing ring 30 are respectively sleeved on a first annular groove and a second annular groove on the smart core 22;

2. the standpipe 25 of the smart core 22 is inserted into the inner cavity of the smart column 21 and is separated to form a relatively closed air inlet channel and a relatively closed water outlet channel;

3. the smart seat 20 is sleeved on the smart column 21 through a threaded hole at the lower part of the smart seat and fixed through screw connection, and in the process, the clamping piece is matched and clamped into the connecting piece.

Through the steps, the intelligent seat 20 is installed, and then the intelligent seat 20 is installed on the water dispenser.

Clever post 21 is the open hollow structure in bottom, set up on clever post 21's the lateral wall and lead to the air inlet 23 of holding chamber and inlet channel and lead to holding chamber and outlet channel's delivery port 24. The sizes of the air inlet 23 and the water outlet 24 are determined according to the air flow and the water flow, and the air flow and the water flow are matched with each other to ensure that the drinking water smoothly and stably flows out.

In practical operation, the smart core 22 includes a vertical pipe 25 inserted from the bottom opening of the smart column 21 in a clearance fit manner, a first horizontal pipe 26 communicated with the bottom port of the vertical pipe 25, and a second horizontal pipe 27 communicated with the outside, the vertical pipe 25 communicated with the water outlet 24 is connected with the first horizontal pipe 26 to form the water outlet channel, an annular gap 28 communicated with the air inlet 23 is arranged between the smart column 21 and the vertical pipe 25, and the second horizontal pipe 27 is communicated with the annular gap 28 to form the air inlet channel. The space in the middle of the vertical pipe 25 is columnar, so that the resistance is small when the drinking water or air is conveyed, and the annular gap 28 outside the vertical pipe 25 is large when the drinking water or air is conveyed, because the conveying space is positioned at two sides of the vertical pipe 25, the space utilization effect is low, and the resistance is large when the drinking water or air is conveyed, the middle of the vertical pipe 25 is preferably used for conveying the drinking water, and the annular gap 28 is preferably used for conveying the air. Furthermore, the objects of conveyance in the standpipe 25 and the annular gap 28 may be interchanged to allow independent conveyance of water and air, and should be considered as embodiments of the present invention.

In actual operation, press from both sides between 25 upper portion outer walls of standpipe and the clever post 21 inner wall and establish first sealing washer 29, delivery port 24 is higher than air inlet 23 setting, first sealing washer 29 sets up highly to be located between air inlet 23 and the delivery port 24, the standpipe 25 outer wall is equipped with the first annular that matches and inlays and set up first sealing washer 29. The second sealing ring 30 is clamped between the outer side wall of the enclosing plate 31 and the wall surface of the large-diameter section of the cavity, and a second annular groove matched with and embedded with the second sealing ring 30 is formed in the wall surface of the large-diameter section of the cavity. The first ring groove can be arranged on the inner side wall of the smart column 21, the horizontal thickness of the first sealing ring 29 is larger than the sum of the depth of the first ring groove and the width of the annular gap 28, and the elastic restoring force of the first sealing ring 29 is utilized to ensure the sealing performance; the setting position of second annular still can be for clever post 21 major diameter section inside wall, the horizontal thickness of second sealing washer 30 should be greater than the second annular groove degree of depth and bounding wall 31 and the sum in clearance between the major diameter section inside wall. Since the first and second packing 29, 30 are firmly held, the smart core 22 is effectively prevented from being detached from the smart cylinder 21.

In actual operation, clever post 21 bottom edge level is outwards extended to form the connecting piece, first violently manage 26 and the second and be equipped with joint spare on violently managing 27, clever post 21 matches the card through the connecting piece and puts joint spare is realized and is connected with clever core 22 location. The top of the smart column 21 is provided with a chamfer structure.

In practical operation, the bottom surface of the accommodating cavity is provided with a threaded hole, and the smart column 21 is screwed in the threaded hole through the bottom seal of the smart column. A sealing element may be provided between the smart seat 20 and the smart post 21 to further ensure that drinking water does not leak out from the gap between the two, and should be considered as an embodiment of the present invention.

In actual operation, standpipe 25 bottom periphery is equipped with annular bounding wall 31, annular clearance 28 through locate between bounding wall 31 and standpipe 25 outer wall link up the passageway with the second is violently managed 27 and is led to, smart post 21 inner chamber bottom is equipped with the parcel the major diameter section of bounding wall 31. Because need not carry the air current between bounding wall 31 lateral wall and the major diameter section medial wall, so both sizes can match the setting, reserve certain clearance preferably between the two, can be through effectively reducing part machining precision, still make things convenient for standpipe 25 to plant into clever post 21.

Claims

1. The utility model provides a water-bottle underlying water dispenser of water-bottle inversion, includes the frame that is located the water dispenser lower part and locates water-bottle (1) in the frame, its characterized in that, the frame is including the bearing the pedestal of water-bottle (1) and locate stabilizer blade (2) of pedestal below, install water-bottle (1) with the inversion mode on the pedestal, the pedestal lower part is equipped with rotatable stabilizer blade (2), the pedestal uses stabilizer blade (2) realize switching between the bottling station of slope and the use station of vertical as the fulcrum, the axis contained angle that the pedestal is located bottling station respectively and when using the station is A, 65 is more than or equal to A and is less than or equal to 75, the frame includes a rotation and connects support piece (16) on pedestal slope side outer wall upper portion, support piece (16) maintain vertical gesture and provide vertical support for the pedestal that is in the bottling station through the swing, the supporting piece (16) comprises supporting rods (3), crosspieces (4) and handles (5) which are bridged between the supporting rods (3), the upper part of the seat body is provided with connecting lugs (6), the supporting rod (3) can be positioned and rotationally connected with the connecting lug (6) through a rotation limiting structure arranged on the supporting rod, the rotation limiting structure comprises an installation groove (7) arranged at the top of the support rod (3), a pressing block (8) inserted in the installation groove (7) and a pressing sheet (9) arranged on one side of the installation groove (7), the pressing block (8) is telescopically assembled in the mounting groove (7) through a spring (10), the edge corresponding to the support rod (3) of the connecting lug (6) is provided with an inclined work groove (11) and a use work groove (12) which are respectively used for clamping and positioning the pressing block (8), and the pressing block (8) swinging along with the support piece (16) has an A switching angle between the inclined work groove (11) and the use work groove (12).

2. The water bottle underlying water dispenser with the inverted water bottle is characterized in that the base body comprises a base (13) and a limiting support arranged above the base (13) and matched and attached to the side wall of the water bottle (1), a smart component correspondingly inserted into the bottle opening of the water bottle (1) is arranged in the middle of the base (13), and the base (13) and the limiting support enclose to form a containing cavity for inversely installing the water bottle (1).

3. The water dispenser with the inverted water bottle and the underlying water dispenser as claimed in claim 2, wherein the limiting bracket comprises an annular surrounding edge (14) connected with the base (13) and a side supporting piece (15) arranged on the upper edge of the surrounding edge (14), the supporting piece (16) is rotatably connected to the upper part of the side supporting piece (15), and a channel for dismounting and mounting the water bottle (1) is reserved between the upper edge of the surrounding edge (14) and the side supporting piece (15).

4. The water dispenser with the inverted water bottle and the underneath type water dispenser is characterized in that a shaft coupling lug (17) arranged close to one side of a support piece (16) and supporting legs (18) distributed with the shaft coupling lug (17) are arranged on the bottom surface of the base (13), and the supporting legs (2) are rotatably connected to the shaft coupling lug (17) through rotating shafts (19) arranged at the tops of the supporting legs and matched with the supporting legs (18) to enable the base to be positioned at a use station.

5. A water bottle inverted water bottle underlying water dispenser according to claim 4, wherein the number of the support legs (2) is two, the rotating shaft (19) is coaxially arranged and is perpendicular to the inclined direction of the base body, the side wall of the support leg (2) facing the inclined direction of the base body forms an inclined support surface, and the base body at the bottling station is abutted against the inclined support surface through the upper base (13) of the base body.

6. The water dispenser with the inverted water bottle and the underneath type water dispenser as claimed in any one of claims 2 to 5, wherein the smart assembly comprises a smart base (20) with a containing cavity, a smart column (21) arranged at the bottom of the smart base (20), and a smart core (22) inserted in the smart column (21), and the smart core (22) divides the cavity in the smart column (21) into an air inlet channel and an water outlet channel which are independent of each other.

7. The water bottle inverted water bottle underlying water dispenser of claim 6, wherein, the smart column (21) is of a hollow structure with an open bottom, the side wall of the smart column (21) is provided with an air inlet (23) communicated with the accommodating cavity and the air inlet channel and a water outlet (24) communicated with the accommodating cavity and the water outlet channel, the smart core (22) comprises a vertical pipe (25) inserted from the bottom opening of the smart column (21) in a clearance fit mode, a first horizontal pipe (26) communicated with the bottom opening of the vertical pipe (25) and a second horizontal pipe (27) communicated with the outside, a vertical pipe (25) communicated with the water outlet (24) is connected with a first horizontal pipe (26) to form the water outlet channel, an annular gap (28) communicated with the air inlet (23) is arranged between the smart column (21) and the vertical pipe (25), the second cross pipe (27) communicates with the annular gap (28) and forms the intake channel; riser (25) upper portion outer wall presss from both sides between and establishes first sealing washer (29) with clever post (21) inner wall, delivery port (24) are higher than air inlet (23) setting, the setting height of first sealing washer (29) is located between air inlet (23) and delivery port (24), riser (25) bottom periphery is equipped with annular bounding wall (31), bounding wall (31) lateral wall with press from both sides between the major diameter section wall of cavity and establish second sealing washer (30).