CN208676900U - Sucked type hydrogen-rich cup - Google Patents

Abstract

A kind of sucked type hydrogen-rich cup is made of cup lid, cup body, electrolysis seat and sucker base, and the cup body and cover are threadedly coupled, and the lower section of cup body is arranged in electrolysis seat, and is tightly connected with cup body, and the lower section of electrolysis seat is arranged in sucker base.Its sucker base is a kind of self-priming accessory sucker, and when cup is placed on the table, sucker can generate negative pressure of vacuum using self gravity, and securely absorption on the table, avoids cup body from rocking；When cup is lifted up, gas is recharged in sucker automatically, user can easily take cup away.

Description

Sucked type hydrogen-rich cup

Technical field

The utility model relates to a kind of hydrogen-rich cup, especially a kind of sucked type hydrogen-rich cup.

Background technique

Hydrogen-rich water is also water element water, it is in alkalescent, helps to neutralize the intracorporal acidity of people, after hydrogen is absorbed by the body, By blood circulation, facilitate intracorporal active oxygen or free radical, there is anti-oxidant and anti-aging health-care effect.Present hydrogen-rich water Acquisition modes it is more and more simpler, by film electrolysis tech, hydrogen-rich water generator has been desirably integrated into common insulating cup It is internal.

Such as the patent No. 201621194174.7 " a kind of hydrogen-rich cup and its electrolytic arrangement ", the electrolytic arrangement of the hydrogen-rich cup It is arranged in the pedestal of hydrogen-rich cup, electrolytic arrangement includes mainboard, platinum titanium net structure, and mainboard is fixed on the land side of pedestal On, platinum titanium net structure setting is in pedestal towards on water side, and platinum titanium net structure is electrically connected with mainboard, wherein platinum titanium net Structure includes the first platinum titanium net, the second platinum titanium net and amberplex, and the first platinum titanium net and the second platinum titanium net are clamped Amberplex, the first platinum titanium net are electrically connected to the anode of mainboard, and the second platinum titanium net is electrically connected to the cathode of mainboard.

Different with common cup, this kind of hydrogen-rich cup at work, can constantly generate hydrogen or oxygen bubble, can generate Slight vibration causes cup that may constantly move.Cup body is easy to happen displacement on the table, the displacement effect of accumulation, even It will lead to hydrogen-rich cup to fall from desktop.

Summary of the invention

Technical problem to be solved by the utility model is to provide a kind of cup body knots for easily and effectively fixing hydrogen-rich cup Structure can be effectively fixed to hydrogen-rich cup when hydrogen-rich cup is placed on desktop.

The technical scheme in the invention for solving the above technical problem are as follows: a kind of sucked type hydrogen-rich cup, by cup lid, cup Body, electrolysis seat and sucker base composition, the cup body and cover are threadedly coupled, and electrolysis seat is arranged in the lower section of cup body, and with cup Body be tightly connected, sucker base be arranged in electrolysis seat lower section, it is characterised in that: the sucker base by domain base shell, Silicon rubber suction cup, sucker inner lock buckle, sucker outer clasp, sucker connector, elastic component and trip composition；Sucker inner lock buckle inhales silica gel Disk blocks, and holds up silicon rubber suction cup upwards in bottom center；Sucker inner lock buckle is provided centrally with the first stomata, first stomata It is connect with the gas channels at silicon rubber suction cup center；Cooperate above gas channels with the bottom of trip, trip is located at sucker structure part The top in center air channel channel, and gas channels are blocked under the thrust of elastic component above；Interior gas is provided with above trip Chamber is provided with elastic component at the top of trip；Trip is provided centrally with trip button, trip button and the fixed company of sucker base shell It connects.

The sucker base is threadedly coupled with electrolysis seat, and forms waste water chamber therebetween.

The waste water top of chamber is provided with yang edema ventilated membrane, has gas-guide tube to communicate with outside air above yang edema ventilated membrane.

The electrolysis seat is made of electrolytic cell, circuit control panel, lithium battery, waste water chamber etc., and electrolytic cell is by upper seal closure, yin Pole plate, anode plate, silica gel sealing set, is electrolysed seat pedestal and waits composition membrane electrode, and cathode plate, membrane electrode, anode plate are successively folded It puts and is fitted into silica gel sealing set；Silica gel sealing is arranged in respect of opposite two grooves, respectively corresponds the conduction of cathode plate and anode plate Post holes.

The electrolysis seat pedestal, the cavity body and anode plate of card slot lower part and upper seal closure collectively constitute anode cavities, Anode cavities are divided to inner cavity and exocoel two parts, and inner cavity has channel to be connected with exocoel, outer chamber built-in catheter, and nozzle horizontal position is high It in pole plate, extends in seal closure, the oxygen that conduit generates anode and oxidation water import in the waste water chamber of cup bottom.

The cup body is threadedly coupled with electrolysis seat, and upper seal closure design has interior screw socket, can connect mineral water bottle.

Compared with the prior art, the advantages of the utility model are: it has a reliable and stable sucker base, the suction Disk utilizes gravity principle, and when cup body places horizontal plane, gas is discharged in sucker, forms negative pressure, while buckle closes in sucker It closes, side external force lower cup body will not topple over.When cup body forward direction lifts, buckle is opened in sucker, and air enters sucker, is born Pressure releases, and cup body is accessible to be lifted.

Waste water chamber is constituted between its sucker base and electrolysis seat, is unscrewed by knob, removes institute's reservation or revocation water in time.Waste water The gas-guide tube of chamber is provided with ventilated membrane, after aoxidizing the oxygen evolution in water, passes through ventilated membrane, is discharged into air, and oxygen content High waste water stays in waste water chamber, will not spill on desktop.

Its upper seal closure is additionally provided with interior screw socket, and cup body can be separated with electrolysis seat.After the two separation, interior screw socket can be with It is directly connected to mineral water water bottle.

Detailed description of the invention

Fig. 1 is the perspective view of the utility model.

Fig. 2 is the cross-sectional view of A-A in Fig. 1.

Fig. 3 is the enlarged drawing in Fig. 2 at B (electrolysis portions are divided into part explosive view).

Fig. 4 is the top view for being electrolysed seat.

Wherein, 1 is cup lid, and 2 be cup body, and 3 be electrolysis seat, and 4 be sucker base, and 5 be switch, and 6 be gas-guide tube.

10 be upper seal closure, and 11 be cathode plate, 12 be membrane electrode, 13 is anode plate, and 14 be silica gel sealing set, and 15 is are electrolysed Seat shell, 16 be conduit, and 17 be waste water chamber, and 18 be ventilated membrane, and 19 be USB charge port.

20 be sucker base shell, and 21 be sucker outer clasp, and 22 be silicon rubber suction cup, and 23 be sucker inner lock buckle, and 24 be first Stomata, 25 be trip, and 26 be trip button, and 27 be sucker structure part.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

The embodiments of the present invention are further described with reference to the accompanying drawing:

As shown in Figure 1, hydrogen-rich cup by cup lid 1, cup body 2, is electrolysed seat 3, sucker base 4 is formed, it is electrolysed outside seat and sets It is equipped with switch 5 and gas-guide tube 6, the oxygen in waste water is discharged from gas-guide tube 6.

The opposite other side of switch is provided with USB charge port 19.

Electrolysis seat 3 is made of electrolytic cell, circuit control panel, lithium battery, waste water chamber etc..Wherein circuit control panel and lithium battery It is omitted in figure.

Electrolytic cell is made of upper sealing adaptor cover, cathode plate, membrane electrode, anode plate, silica gel sealing set, pedestal and waiting.

Wherein, cathode plate and anode plate be using POROUS TITANIUM PLATE as substrate, using plating or sintering processing by the platinum of catalysis It is that metal painting is attached to above titanium, electric current is uniformly introduced on membrane electrode, the contact surface of the electrochemical reaction of water at them Upper progress.And membrane electrode can simply use perfluorosulfonic acid proton exchange film, or by hot pressing or be coated in the insertion work of film two sides Property electrode (catalytic specie), both make to become an entirety.

Cathode plate, membrane electrode, anode plate, which successively stack, to be fitted into silica gel sealing set, and silica gel sealing is arranged in respect of two opposite Groove respectively corresponds the conductive pole hole of cathode plate and anode plate.Silica gel sealing set is fitted into the card slot of electrolysis seat shell.

The card slot lower cavity body and anode plate of electrolysis seat shell and upper seal closure collectively constitute anode cavities, anode cavities point Two parts in inner cavity and exocoel, inner cavity have channel to be connected with exocoel, outer chamber built-in catheter, and nozzle horizontal position is higher than pole plate, And it extends in seal closure, conduit imports anode product (oxygen and oxidation water) in the waste water chamber of cup bottom.

Upper seal closure design has annular groove and fixing post hole, and by screw and electrolytic cell pedestal fit sealing, annular is recessed Slot and pedestal exocoel form enclosure space.

Upper seal closure design has interior screw socket, when backing out cup body, can be inserted into standard mineral water bottle, and making it equally has generation rich The function of hydrogen water.

Waste water chamber is constituted between electrolysis seat bottom and sucker base, upper part is provided with stomata, will be intracavitary by gas-guide tube Gas exports outside cup body, the aperture ventilated membrane welded closure that blocks water, and prevents outside intracavitary waste water outflow cup.Ventilated membrane is by varicosity poly- four Fluoride material is made, and liquid water or solid granulates can be stopped to pass through, while air can realize waterproof and breathable with free flow Function.

Sucker base can be unscrewed by knob, remove institute's reservation or revocation water in time.

Silicon rubber suction cup is provided in sucker base, which utilizes the self weight of cup body, sucker is pressed down against, when cup body is put When setting horizontal plane, gas is moved upwards along the first stomata in sucker, is entered in the cavity where trip, trip cup body from Under recast is used, it is closed the first stomata, the air in silicon rubber suction cup is discharged, and negative pressure is formed, while closure is buckled in sucker, outside side Power effect lower cup body will not topple over.When cup body forward direction lifts, buckle is opened in sucker, and trip is mentioned upwards by sucker structure part It rises, air enters sucker along the first stomata, and negative pressure releases, and cup body accessible can be lifted.

Therefore, which is placed on silicon rubber suction cup on desktop and desktop, firm peace and quiet when working of electrolysis seat is sucked automatically；When When lifting cup body, and the suction of sucker can be very easily released, it is very easy to use.

Claims (6)

1. a kind of sucked type hydrogen-rich cup is made of, the cup body and cover screw thread cup lid, cup body, electrolysis seat and sucker base Connection, the lower section of cup body is arranged in electrolysis seat, and is tightly connected with cup body, and the lower section of electrolysis seat is arranged in sucker base, special Sign is: the sucker base by domain base shell, silicon rubber suction cup, sucker inner lock buckle, sucker outer clasp, sucker connector, Elastic component and trip composition；Sucker inner lock buckle blocks silicon rubber suction cup, and holds up silicon rubber suction cup upwards in bottom center；Sucker Inner lock buckle is provided centrally with the first stomata, which connect with the gas channels at silicon rubber suction cup center；Above gas channels Cooperate with the bottom of trip, trip is located at the top in sucker structure part center air channel channel, and the thrust of elastic component above Under block gas channels；It is provided with interior air cavity above trip, is provided with elastic component at the top of trip；Trip is provided centrally with Trip button, trip button are fixedly connected with sucker base shell.

2. sucked type hydrogen-rich cup according to claim 1, it is characterised in that: the sucker base and electrolysis seat screw thread connect It connects, and forms waste water chamber therebetween.

3. sucked type hydrogen-rich cup according to claim 1, it is characterised in that: the electrolysis seat is by electrolytic cell, circuit control The composition such as making sheet, lithium battery, waste water chamber, electrolytic cell is by upper seal closure, cathode plate, membrane electrode, anode plate, silica gel sealing set, electricity It solves seat pedestal and waits composition, cathode plate, membrane electrode, anode plate, which successively stack, to be fitted into silica gel sealing set；Silica gel sealing is cased with Opposite two grooves, respectively correspond the conductive pole hole of cathode plate and anode plate.

4. sucked type hydrogen-rich cup according to claim 1, it is characterised in that: the electrolysis seat pedestal, card slot lower part Cavity body and anode plate and upper seal closure collectively constitute anode cavities, anode cavities are divided to inner cavity and exocoel two parts, inner cavity and Exocoel has channel to be connected, outer chamber built-in catheter, and nozzle horizontal position is higher than anode plate, and extends in seal closure, leads The oxygen and oxidation water that pipe generates anode import in the waste water chamber of cup bottom.

5. sucked type hydrogen-rich cup according to claim 4, it is characterised in that: it is saturating that the waste water top of chamber is provided with yang edema Air film, yang edema ventilated membrane top have gas-guide tube to communicate with outside air.

6. sucked type hydrogen-rich cup according to claim 1, it is characterised in that: the cup body is threadedly coupled with electrolysis seat, Upper seal closure design has interior screw socket.