CN208087274U - A kind of hydrogen-rich drink Multi-functional infusing device - Google Patents
A kind of hydrogen-rich drink Multi-functional infusing device Download PDFInfo
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- CN208087274U CN208087274U CN201721311107.3U CN201721311107U CN208087274U CN 208087274 U CN208087274 U CN 208087274U CN 201721311107 U CN201721311107 U CN 201721311107U CN 208087274 U CN208087274 U CN 208087274U
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Abstract
The utility model discloses a kind of hydrogen-rich drink Multi-functional infusing devices, including pedestal, multiple cup bodies, the pedestal is equipped with multiple cup body seats for placing cup body corresponding with cup body, it is equipped with and multiple one-to-one wireless power supply units of cup body seat in the pedestal, the wireless charging unit coordinated with wireless power supply unit, the electrolysis water unit for generating hydrogen-rich gas are equipped in the cup body, the wireless charging unit is electrically connected with electrolysis water unit.The purpose of this utility model is to provide a kind of for more people while the hydrogen-rich drink Multi-functional infusing device drunk.
Description
Technical field
The utility model is related to hydrogen-rich electrolysis water apparatus field, especially a kind of hydrogen-rich drink Multi-functional infusing device.
Background technology
For the research heat of hydrogen-rich water start from 2007《Natural medicine》First hydrogen biology starts, and common sense is accused
Tell that we are insoluble in water by hydrogen.In middle school is about the chemical experiment of hydrogen is prepared, we just use drainage to collect hydrogen
Gas, the main reason is that in view of hydrogen is insoluble in water.In fact, hydrogen is not that cannot dissolve and water, only solubility
Really relatively low.If calculated according to molar concentration, a concentration of 0.92mmoI/ of water dissolution 101.25kPa pure hydrogens at 20 DEG C
L。
With the diversification of market comsupton demand, the enhancing of health care consciousness, consumer consider to quench one's thirst merely, avoid heat it is same
When, increasingly focus on the health elements of product, if using the health that can be brought after product on body, it will be more favourable, so
Drinking water will quench one's thirst, avoid heat gradually to transformations such as health, nutrition, beauty from single in future development.Hydrogen-rich water drinks is expected to
New lover as beverage market and mainstream development trend.The hydrogen ion of hydrogen-rich water can neutralize active oxygen (H2+O extra in vivo
=H2O) it is combined into water, it is external with urine ejection, cell metabolism is helped, it is safe, environmentally protective there is no any poison secondary human body
Effect, without specific contraindication and taboo crowd.The industrialization of hydrogen-rich water meets China's food industry " nutrition, health, side
Just development trend ".
The drinking device of existing hydrogen-rich water is mostly single drinking device, is not appropriate for more people while drinking.
Utility model content
The purpose of this utility model is to provide a kind of for more people while the hydrogen-rich drink Multi-functional infusing device drunk.
Technical solution provided by the utility model is：A kind of hydrogen-rich drink Multi-functional infusing device, including pedestal, multiple cups
Body, the pedestal be equipped with it is multiple corresponding with cup body for placing the cup body seats of cup body, in the pedestal equipped with it is more
A one-to-one wireless power supply unit of cup body seat, the cup body is interior to be equipped with the wireless charging list coordinated with wireless power supply unit
Member, the electrolysis water unit for generating hydrogen-rich gas, the wireless charging unit are electrically connected with electrolysis water unit, the base
One end of seat is additionally provided with matching seat.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, the wireless charging unit, electrolysis water unit by lower and
On be arranged in the bottom of cup body.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, the cup body seat is equipped with and is matched with bottom of cup shape
Drip ring.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, article putting groove, the article putting groove are equipped in the pedestal
The interior containing body for being equipped with submersible for accommodating drink material to be brewed is additionally provided with water inlet in the article putting groove
And water outlet, the pedestal are equipped with depotition cock, the depotition cock is connected to water outlet.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, the top of the article putting groove is equipped with lid.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, the heating for heating liquid is additionally provided in the pedestal
Mechanism, the heating mechanism are connected to water inlet.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, pump is equipped between the depotition cock and water outlet.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, the electrolysis water unit includes that top is opened into cup body
Upper shell, the lower housing equipped with gas vent, upper cavity is equipped in the upper shell, cavity of resorption is equipped in the lower housing
Body is equipped with electrode unit in the cavity body structure that the upper cavity and lower chamber are surrounded, and the top of the electrode unit is also
Equipped with the gasket for making the upper and lower surface of electrode unit be isolated, the electrode unit includes first electrode sheet, the second electricity
Pole piece and the diaphragm being arranged between first electrode sheet and second electrode sheet, the first electrode on piece are equipped with multiple first
Through-hole, the second electrode on piece is equipped with and multiple the second through-holes corresponding with first through hole.
In above-mentioned hydrogen-rich drink Multi-functional infusing device, the thickness of the first electrode sheet is 1.1-1.3mm,
The thickness of the second electrode sheet is 1.1-1.3mm；The thickness of the diaphragm is 0.15-0.25mm；Preferably, described
First through hole and the aperture of the second through-hole be 1.5mm, the edge of two neighboring first through hole or adjacent 2 the second through-holes away from
From for 0.8mm, the first electrode on piece is equipped with two the first locking journal stirrups and a second locking journal stirrup, and described first
It is set on locking journal stirrup there are one bolt hole, the described second locking journal stirrup sets that there are two bolts hole, described second to prevent
The center of loose journal stirrup is equipped with the first fixing bolt perpendicular to the second locking journal stirrup；The second electrode on piece is equipped with first
Ear, first journal stirrup are located at the gap between two the first locking journal stirrups, first journal stirrup be equipped with perpendicular to
Second fixing bolt of the first journal stirrup；The first electrode sheet is located at the top of second electrode sheet, the first electrode sheet
Area be more than second electrode sheet area；The braced frame for being used to support electrode unit is equipped in the lower chamber, it is described
Braced frame by crisscross polylith gripper shoe groups at；The upper surface of the upper shell is equipped with for making electrode unit
The exposed opening portion in upper surface；Lower chamber is divided into multiple small cavitys by the polylith support plate, is set in the support plate
There are multiple grooves for being connected to two neighboring small cavity；The height of the braced frame is higher than the height at lower housing edge,
The support column being located in small cavity and the supporting block positioned at support plate upper surface, the support are equipped in the braced frame
The height of the upper surface of column and supporting block upper surface it is highly consistent.
The utility model after adopting the above technical scheme, its have the advantage that for：
(1) this programme passes through nothing by a pedestal with multiple cup body seats and multiple cups that can generate hydrogen-rich water
The mode of micro USB electricity is coordinated, and is realized more people while being drunk the purpose of hydrogen-rich water.In the present solution, changing traditional need
To pass through the operating mode of hydrogen-rich cup that power cord connection can just work, by way of wireless charging to cup body into
Row power supply, such user can easily drink hydrogen-rich water.
(2) this programme is provided with article putting groove, places containing body in article putting groove, in this way to realize brewing in real time for drink
User can place ground coffee or tealeaves or healthcare decoction pieces etc. in containing body, brew it is fairly simple, and clean also compare appearance
Easily.
(3) electric heating mechanism is arranged in pedestal in order to reduce the quantity of attachment for this programme, makes the integrated of whole device
Spend higher.
(5) electrolysis water unit of this programme makes electrode unit using upper cavity, lower chamber, electrode unit and gasket
Upper and lower surface form completely isolated structure, that is to say, that contacted with continuous liquid water in the electrolysis procedure of this programme
The only upper surface of electrode unit, meanwhile, realize that diaphragm Qinshui reaches electrode by corresponding first through hole and the second through-hole
There is water electrolysis in the lower surface of unit, is just not necessarily in such lower chamber hydraulically full.
So being arranged is advantageous in that, changes the upper and lower surface of traditional electrolysis unit and must all fill the water of flowable state
Situation, by first through hole and the second through-hole and be arranged gas vent lower housing realize electrode unit lower surface without stream
Dynamic Water, which simplify structures, improve electrolytic efficiency.In neutral environment, the electrochemical principle on cathode is, hydrone
Acquisition is electronically generated hydrogen and hydroxide ion, and on anode, and hydrone loses electronics, become oxygen or ozone radical ion and
Hydrogen ion, due to septate presence, hydrogen ion on anode reaches cathode by diaphragm and obtains being electronically generated hydrogen, therefore
In application process, generally in upper and anode under, such anode electrolysis product can be assembled in through-holes cathode, run through every
UF membrane avoids excessive hydrogen ion and is dissolved in water, and the position that the hydrogen ion detached again by diaphragm initially enters is
In the through-hole of cathode, comes into full contact with acquisition electronics with cathode and become hydrogen and the hydrogen to be formed and be dissolved in water that floats, carry in this way
High electrolytic efficiency, and it has been effectively promoted the promotion of hydrogen ion concentration.
(6) selection of the thickness of first electrode sheet and second electrode sheet has its technical know-how, repeatedly by us
Experiment is found, corresponds to the application environment of the anode without circulating water of this programme, thickness is selected as 1.1-1.3mm can be notable
Reduction calorific value, and ensure that fundamental strength, upper-lower casing can be born and squeezed and itself fixed strength demand, led to
Cross the electricity of experiment discovery, the first electrode sheet of this programme and the service life of second electrode sheet than the electrolytic environments of traditional water phase up and down
The service life of solution device improves 0.5-2 times.The thickness of diaphragm is also to be selected after repetition test, too thick to be unfavorable for moisture
Ooze into too thin intensity is too low, and the thickness for coordinating first electrode sheet and second electrode sheet is needed reasonably to be arranged.
(7) the fixation degree of the electrolysis effectiveness of this programme further increased with first electrode sheet and second electrode sheet
Closely related, fixation degree is bigger, and Qinshui effect is better, and the hydrogen ion that anode generates more easily passes diaphragm.
(8) first fixing bolt of this programme and the second fixing bolt play conductive and fixed double action.
(9) selection of the area of the area and second electrode sheet of first electrode sheet is to consider transportation environment to diaphragm
Influence can be very easy to cause during actual shipment because if the area of power-on and power-off pole piece is set as identical
The short circuit of lower electrode slice, that is to say, that traditional electrode slice be easy to cause diaphragm deflection, positioned at causing electrode under vibration environment
If the short circuit of piece has prevented the appearance of the short-circuit conditions of electrode slice according to the design of this programme.
(10) in order to further increase electrolysis effectiveness, this programme is from the stability maintenance and fixation for further increasing electrode slice
The angle of dynamics enhancing goes to consider, in combination with water-less environment, improves gas flowing in lower housing, devises braced frame,
Bearing area is big, can bear larger pressure force, meanwhile, small cavity is linked up by groove, reaches and further increases electrolysis effect
The purpose of fruit.
(11) this programme is discharged ozone, is additionally arranged support column and supporting block as early as possible in order to further increase gas fluidity,
It can ensure support strength and significantly improve gas flow effect, and ozone is discharged as soon as possible, keep reaction smelly towards generating
The direction of oxygen is moved, and electrolysis effectiveness is improved.
(12) fixation of the electrolysis effectiveness and electrode slice of this programme is closely related, in order to further increase fixed effect
Fruit, this programme realize the combination dynamics of upper shell, lower housing by the second journal stirrup, improve pressing of the gasket on electrode unit
Power, while the influence in order to avoid external shock to fixed effect then add third journal stirrup, reduce external shock and electrode is filled
Set the influence of stability maintenance.
(13) solid by the first locking journal stirrup, the second locking journal stirrup and first in order to further enhance the effect of (12)
Determine the raising that the fixed effect of electrode unit and lower chamber is realized in hole.
Description of the drawings
Fig. 1 is the front view of the utility model embodiment 1；
Fig. 2 is the vertical view of the utility model embodiment 1；
Fig. 3 is the structural schematic diagram in the pedestal of the utility model embodiment 1；
Fig. 4 is the vertical view of the electrolysis water unit of the utility model embodiment 1；
Fig. 5 is the A-A sectional views of the electrolysis water unit of the utility model embodiment 1；
Fig. 6 is the three-dimensional view of the electrolysis water unit of the utility model embodiment 1；
Fig. 7 is the vertical view of the electrode unit of the electrolysis water unit of the utility model embodiment 1；
Fig. 8 is the upward view of the electrode unit of the electrolysis water unit of the utility model embodiment 1；
Fig. 9 is the side view of the electrode unit of the electrolysis water unit of the utility model embodiment 1；
Figure 10 is the vertical view of the upper shell of the electrolysis water unit of the utility model embodiment 1；
Figure 11 is the B-B sectional views of the upper shell of the electrolysis water unit of the utility model embodiment 1；
Figure 12 is the vertical view of the lower housing of the electrolysis water unit of the utility model embodiment 1；
Figure 13 is the C-C sectional views of the lower housing of the electrolysis water unit of the utility model embodiment 1；
Figure 14 is the three-dimensional view of the lower housing of the electrolysis water unit of the utility model embodiment 1；
Figure 15 is the vertical view of another embodiment of the lower housing of the utility model embodiment 1；
Figure 16 is the front view of the electrode unit of the utility model embodiment 2；
Figure 17 is the upward view of the electrode unit of the utility model embodiment 2.
Specific implementation mode
With reference to embodiment, the technical solution of the utility model is described in further detail, but not structure
Any restrictions of pairs of the utility model.
Embodiment 1
As represented in figures 1 through 14, a kind of hydrogen-rich drink Multi-functional infusing device, including pedestal 200, multiple cup bodies 300, it is described
Pedestal 200 be equipped with it is multiple it is corresponding with cup body 300 be used to place the cup body seats 201 of cup body 300, in the pedestal 200
Equipped with 201 one-to-one wireless power supply unit 202 of multiple cup body seats, be equipped in the cup body 300 and wireless power list
The wireless charging unit 301 of 202 cooperation of member, the electrolysis water unit 100 for generating hydrogen-rich gas, the wireless charging unit
301 are electrically connected with electrolysis water unit 100.Preferably, the wireless charging unit 301, electrolysis water unit 100 are from bottom to top set
It sets in the bottom of cup body 300, the cup body seat 201 is equipped with and the matched drip ring of 300 bottom shape of cup body 203.
The present embodiment passes through a pedestal 200 with multiple cup body seats 201 and multiple cups that can generate hydrogen-rich water
Coordinated by way of wireless charging, realize more people while drinking the purpose of hydrogen-rich water.In the present embodiment, it changes
The operating mode of traditional hydrogen-rich cup for needing just work by power cord connection, by way of wireless charging
Cup body 300 is powered, such user can easily drink hydrogen-rich water.
It is further preferred that one end of the pedestal 200 is additionally provided with matching seat 204, one can be placed on matching seat 204
The drink materials to be brewed such as a little tealeaves, coffees.Article putting groove 205 is equipped in the pedestal 200, in the article putting groove 205
Containing body 206 equipped with the submersible for accommodating drink material to be brewed, be additionally provided in the article putting groove 205 into
The mouth of a river 207 and water outlet 208, the pedestal 200 are equipped with depotition cock 212, the depotition cock 212 and water outlet
The top of 208 connections, the article putting groove 205 is equipped with lid 209, is additionally provided in the pedestal 200 for heating liquid
Heating mechanism 210, the heating mechanism 210 are connected to water inlet 207, between the depotition cock 212 and water outlet 208
Equipped with pump 211.
Its operation principle is fairly simple, and drink material is put into containing body 206 first, and containing body 206 is put into article putting groove
In 205, the electrical heating switch of heating mechanism 210 is opened, heating mechanism 210 is connect with extraneous bucket or water pipe, starts pump
211, hot water reaches article putting groove 205 by water inlet 207, is then expelled in cup body 300 from tap by water outlet 208,
Cup body 300 can be obtained by hydrogen-rich tea, hydrogen-rich coffee or the important drink of hydrogen-rich by hydrogen-rich cell reaction.
In the present embodiment, the electrolysis water unit 100 include top opened into cup body 300 upper shell 1, set
There is the lower housing 2 of gas vent, upper cavity 3 is equipped in the upper shell 1, lower chamber 4 is equipped in the lower housing 2, it is described
Upper cavity 3 and the cavity body structure that is surrounded of lower chamber 4 in be equipped with electrode unit, the top of the electrode unit is additionally provided with use
In the gasket 5 for making the upper and lower surface of electrode unit be isolated, the electrode unit includes first electrode sheet 6, second electrode sheet 7
And the diaphragm 8 being arranged between first electrode sheet 6 and second electrode sheet 7, the first electrode sheet 6 are equipped with multiple first
Through-hole 9, the second electrode sheet 7 is equipped with and multiple second through-holes 10 corresponding with first through hole 9.
The design of the first electrode sheet 6 and the through-hole in second electrode sheet 7 of the present embodiment is very important, because traditional
Electrolytic water device be to be present in the both sides up and down of electrode unit using continuous water phase to be electrolysed.But in the present embodiment
In, since it is by the way of wireless charging, one important purpose is its volume of reduction, then in this case,
Electrolysis on cathode cannot have continuous water phase, and the cell reaction on cathode is electrolysed by diaphragm infiltration water, because
This second through-hole can discharge ozone, gather hydrogen and hydrogen is made to penetrate diaphragm, improve electrolysis effectiveness, make the dry type of the present embodiment
The purpose of electrolysis is realized.
In practical applications, first electrode sheet 6 is upper, and for second electrode sheet 7 under, first electrode sheet 6 is cathode, the second electricity
Pole piece 7 is anode, and upper cavity 3, lower chamber 4, electrode unit and gasket 5 make the upper and lower surface of electrode unit be formed completely
The structure of isolation, that is, what is contacted with continuous liquid water in the electrolysis procedure of this programme is only the upper table of electrode unit
Face, meanwhile, realize that there is water in the lower surface that 8 Qinshui of diaphragm reaches electrode unit by corresponding first through hole 9 and the second through-hole 10
Electrolysis, such lower chamber 4 are interior just without hydraulically full.
So being arranged is advantageous in that, changes the upper and lower surface of traditional electrolysis unit and must all fill the water of flowable state
Situation, by first through hole 9 and the second through-hole 10 and be arranged gas vent lower housing 2 realize electrode unit lower surface without
Flowable state water is needed, which simplify structures, improve electrolytic efficiency.In neutral environment, the electrochemical principle on cathode is, water
Molecule acquisition is electronically generated hydrogen and hydroxide ion, and on anode, hydrone loses electronics, becomes oxygen or ozone radical ion
And hydrogen ion, due to there is the presence of diaphragm 8, the hydrogen ion on anode reaches cathode by diaphragm 8 and obtains being electronically generated hydrogen,
Therefore in application process, cathode is generally in upper and anode under, and such anode electrolysis product can be assembled in through-holes, rapidly
It is detached by diaphragm 8, avoids excessive hydrogen ion and be dissolved in water, the hydrogen ion detached again by diaphragm 8 initially enters
Position be cathode through-hole in, with cathode come into full contact with obtain electronics become hydrogen and the hydrogen to be formed and be dissolved in water that floats
Gas improves electrolytic efficiency in this way, and has been effectively promoted the promotion of hydrogen ion concentration.
In the present embodiment, the thickness of the first electrode sheet 6 is 1.1-1.3mm, the thickness of the second electrode sheet 7
Degree is 1.1-1.3mm；The thickness of the diaphragm 8 is 0.15-0.25mm.The thickness of first electrode sheet 6 and second electrode sheet 7
Selection have its technical know-how, by we repetition test find, corresponding to anode the answering without circulating water of this programme
With environment, thickness, which is selected as 1.1-1.3mm, can significantly reduce calorific value, and ensure that fundamental strength, can bear
Upper-lower casing 2 squeezes and itself fixed strength demand, is found through experiments that, the first electrode sheet 6 of this programme and the second electricity
The service life of pole piece 7 improves 0.5-2 times than the service life of the electrolysis unit of the electrolytic environments of traditional water phase up and down.The thickness of diaphragm 8
Degree is also to be selected after repetition test, and the too thick moisture that is unfavorable for oozes into too thin intensity is too low, needs to coordinate first electrode
Piece 6 and the thickness of second electrode sheet 7 are reasonably arranged.
In the present embodiment, set that there are two the first locking journal stirrup 11 and one are second locking in the first electrode sheet 6
Journal stirrup 12 is set on described first locking journal stirrup 11 there are one bolt hole, and the described second locking journal stirrup 12 is equipped with two
A bolt hole, the center of the described second locking journal stirrup 12 are equipped with the first fixing bolt 13 perpendicular to the second locking journal stirrup 12；
The second electrode sheet 7 is equipped with the first journal stirrup 14, and first journal stirrup 14 is located between two the first locking journal stirrups 11
Gap, first journal stirrup 14 be equipped with perpendicular to the first journal stirrup 14 the second fixing bolt 15.The electricity of the present embodiment
Solution effect further increases, fixation journey closely related with the fixation degree of first electrode sheet 6 and second electrode sheet 7
Degree is bigger, and Qinshui effect is better, and the hydrogen ion that anode generates more easily passes diaphragm 8, therefore, the first locking journal stirrup 11
Effectively electrode unit can be fixed on lower housing 2 with the second locking journal stirrup 12, it is corresponding, it is set in the lower chamber 4
There is first mounting hole 16 corresponding with the bolt hole on the first locking journal stirrup 11, the second locking journal stirrup 12, in the lower chamber 4
It is additionally provided with second mounting hole corresponding with the first fixing bolt 13, the second fixing bolt 15 17.
In the present embodiment, the first electrode sheet 6 is located at the top of second electrode sheet 7, the first electrode sheet 6
Area be more than second electrode sheet 7 area.The selection of the area of first electrode sheet 6 and the area of second electrode sheet 7 is comprehensive
Influence in view of transportation environment to diaphragm 8, because if the area of power-on and power-off pole piece is set as identical, in actual shipment mistake
Cheng Zhonghui is very easy to lead to the short circuit of power-on and power-off pole piece, that is to say, that traditional electrode slice is be easy to cause under vibration environment
Diaphragm 8 deforms, positioned at the short circuit for causing electrode slice, if according to the design of this programme, has prevented the short-circuit conditions of electrode slice
Occur；The braced frame for being used to support electrode unit is equipped in the lower chamber 4, the braced frame is by crisscross
Polylith support plate 18 forms；The upper surface of the upper shell 1 is equipped with the opening for keeping the upper surface of electrode unit exposed
Lower chamber 4 is divided into multiple small cavitys, the support plate 18 to be equipped with multiple for connecting by portion, the polylith support plate 18
Lead to the groove 19 of two neighboring small cavity.The present embodiment enhances from the stability maintenance for further increasing electrode slice and fixed dynamics
Angle go to consider, in combination with water-less environment, improve gas flowing in lower housing 2, devise braced frame, bearing area
Greatly, larger pressure force can be born, meanwhile, small cavity is linked up by groove 19, reaches the mesh for further increasing electrolysis effectiveness
's.
In order to further increase gas fluidity, the height of the braced frame is higher than the height at 2 edge of lower housing, institute
The support column 20 being located in small cavity and the supporting block 21 positioned at 18 upper surface of support plate are equipped in the braced frame stated, it is described
21 upper surface of height and supporting block of the upper surface of support column 20 it is highly consistent, certainly, supporting block 21 is not necessary,
In another embodiment of the present embodiment, as shown in Figure 14, there is no supporting block 21 is arranged.The upper shell 1
The edge of edge and lower housing 2 is equipped with multiple one-to-one the second journal stirrups 22 for being equipped with bolt hole, the side of the lower housing 2
Edge be additionally provided with for the fixed third journal stirrup of the fixing device of peripheral hardware 23；The upper shell 1 and lower housing 2 is by passing through
The bolt of two journal stirrups 22 is fixed, and the lower housing 2 is connected by the fixing device of bolt and peripheral hardware across third journal stirrup 23.
Second journal stirrup 22 realizes the combination dynamics of upper shell 1, lower housing 2, improves pressure force of the gasket 5 on electrode unit, simultaneously
Third journal stirrup 23 is then added in influence in order to avoid external shock to fixed effect, and it is solid for electrode unit to reduce external shock
Determine the influence of stability.
Embodiment 2
It is substantially the same with embodiment 1, unlike, such as Figure 15-16, first through hole 9 and the second through-hole 10 are with 11*10
Mode arrange.
It is found through experiments that, electrolytic efficiency can be improved 30% or more by this setup.
Above-described embodiment is the preferable embodiment of the utility model, but the embodiment of the utility model is not by above-mentioned
The limitation of embodiment, under other any Spirit Essences and principle without departing from the utility model made by change, modify, replace
In generation, simplifies combination, should be equivalent substitute mode, is included within the scope of protection of the utility model.
Claims (9)
1. a kind of hydrogen-rich drink Multi-functional infusing device, including pedestal, multiple cup bodies, the pedestal is equipped with multiple and cup body
The corresponding cup body seat for placing cup body, it is characterised in that：It is equipped in the pedestal one-to-one with multiple cup body seats
Wireless power supply unit, the cup body is interior to be equipped with the wireless charging unit coordinated with wireless power supply unit, for generating hydrogen rich gas
The electrolysis water unit of body, the wireless charging unit are electrically connected with electrolysis water unit, and one end of the pedestal, which is additionally provided with, sets
Object seat.
2. hydrogen-rich drink Multi-functional infusing device according to claim 1, it is characterised in that：The wireless charging list
Member, electrolysis water unit are from bottom to top arranged in the bottom of cup body.
3. hydrogen-rich drink Multi-functional infusing device according to claim 1, it is characterised in that：The cup body seat is equipped with
With the matched drip ring of bottom of cup shape.
4. according to any hydrogen-rich drink Multi-functional infusing devices of claim 1-3, it is characterised in that：In the pedestal
The containing body of the submersible for accommodating drink material to be brewed, institute are equipped with equipped with article putting groove, in the article putting groove
Be additionally provided with inlet and outlet in the article putting groove stated, the pedestal is equipped with depotition cock, the depotition cock with go out
The mouth of a river is connected to.
5. hydrogen-rich drink Multi-functional infusing device according to claim 4, it is characterised in that：The top of the article putting groove
Equipped with lid.
6. hydrogen-rich drink Multi-functional infusing device according to claim 4, it is characterised in that：It is additionally provided in the pedestal
Heating mechanism for heating liquid, the heating mechanism are connected to water inlet.
7. hydrogen-rich drink Multi-functional infusing device according to claim 4, it is characterised in that：The depotition cock with go out
Pump is equipped between the mouth of a river.
8. according to any hydrogen-rich drink Multi-functional infusing devices of claim 1-3, it is characterised in that：The electrolysis water
Unit includes upper shell, the lower housing equipped with gas vent that top is opened into cup body, and upper cavity is equipped in the upper shell,
It is equipped with lower chamber in the lower housing, electrode unit is equipped in the cavity body structure that the upper cavity and lower chamber are surrounded,
The top of the electrode unit is additionally provided with the gasket for making the upper and lower surface of electrode unit be isolated, the electrode unit
Including first electrode sheet, second electrode sheet and the diaphragm being arranged between first electrode sheet and second electrode sheet, described
One electrode slice is equipped with multiple first through hole, and the second electrode on piece is equipped with and multiple corresponding with first through hole second leads to
Hole.
9. hydrogen-rich drink Multi-functional infusing device according to claim 8, it is characterised in that：The first electrode sheet
Thickness is 1.1-1.3mm, and the thickness of the second electrode sheet is 1.1-1.3mm；The thickness of the diaphragm is 0.15-
0.25mm；The first electrode on piece is equipped with two the first locking journal stirrups and a second locking journal stirrup, and described first is anti-
Set on loose journal stirrup there are one bolt hole, the described second locking journal stirrup set there are two bolt hole, described second is locking
The center of journal stirrup is equipped with the first fixing bolt perpendicular to the second locking journal stirrup；The second electrode on piece is equipped with first
Ear, first journal stirrup are located at the gap between two the first locking journal stirrups, first journal stirrup be equipped with perpendicular to
Second fixing bolt of the first journal stirrup；The first electrode sheet is located at the top of second electrode sheet, the first electrode sheet
Area be more than second electrode sheet area；The braced frame for being used to support electrode unit is equipped in the lower chamber, it is described
Braced frame by crisscross polylith gripper shoe groups at；The upper surface of the upper shell is equipped with for making electrode unit
The exposed opening portion in upper surface；Lower chamber is divided into multiple small cavitys by the polylith support plate, is set in the support plate
There are multiple grooves for being connected to two neighboring small cavity；The height of the braced frame is higher than the height at lower housing edge,
The support column being located in small cavity and the supporting block positioned at support plate upper surface, the support are equipped in the braced frame
The height of the upper surface of column and supporting block upper surface it is highly consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721311107.3U CN208087274U (en) | 2017-10-11 | 2017-10-11 | A kind of hydrogen-rich drink Multi-functional infusing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721311107.3U CN208087274U (en) | 2017-10-11 | 2017-10-11 | A kind of hydrogen-rich drink Multi-functional infusing device |
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| CN208087274U true CN208087274U (en) | 2018-11-13 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107902726A (en) * | 2017-10-11 | 2018-04-13 | 立宝（清远）实业有限公司 | A kind of hydrogen-rich drink Multi-functional infusing device |
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2017
- 2017-10-11 CN CN201721311107.3U patent/CN208087274U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107902726A (en) * | 2017-10-11 | 2018-04-13 | 立宝（清远）实业有限公司 | A kind of hydrogen-rich drink Multi-functional infusing device |
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