CN208747703U - Multi-functional hydrogen-rich cup - Google Patents
Multi-functional hydrogen-rich cup Download PDFInfo
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- CN208747703U CN208747703U CN201820902328.6U CN201820902328U CN208747703U CN 208747703 U CN208747703 U CN 208747703U CN 201820902328 U CN201820902328 U CN 201820902328U CN 208747703 U CN208747703 U CN 208747703U
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- manufacturing module
- hydrogen manufacturing
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Abstract
A kind of multi-functional hydrogen-rich cup, including sequentially connected cup lid, cup body and pedestal, mineral box is provided in the cup lid, the minerals for adsorbing heavy metal and ozone are provided in the mineral box, the mineral box is fixed in cup lid by cup lid lower casing and the cup lid lower casing is equipped with the connection structure that can be connect with cup body；The pedestal includes setting gradually hydrogen manufacturing module, master control board box, battery and wireless charging induction coil from top to bottom, and be fixed in pedestal by mounting seat and pedestal rear cover；The hydrogen manufacturing module includes that cathode plate and anode plate, the cathode plate and anode plate are connected with the route on circuit board, and the circuit board can control the positive and negative umpolung in route.The hydrogen-rich cup can effectively eliminate smell and heavy metal, at the same phenomena such as marl can also be effectively removed, guarantee hydrogen-rich effect, and can also wireless charging.
Description
Technical field
The utility model relates to hydrogen-rich cup technical fields, more particularly to a kind of multi-functional hydrogen-rich cup.
Background technique
Hydrogen-rich water is as its name suggests the water rich in hydrogen, and what application was more currently on the market is generated using hydrogen-rich cup
Hydrogen is dissolved in inside water body, improves the hydrogen content in water body；The taste of pure hydrogen-rich water is very neutral, with drinking boiled water or pure
Water is without respectively, and colorless and odorless is without gas.The water that hydrogen is added has very strong restoring function, can neutralize in body blood and cell
Active oxygen (free radical), the negative potential of water element water has -300~-500 (mv) antioxidant capacities, i.e., with 0 for middle position, negative numerical value
Bigger, it is stronger to represent antioxidant capacity.The prior art mainly uses electrolysis cells to be electrolysed, and generates hydrogen and is then dissolved into water body
The middle effect for realizing hydrogen-rich；But these current hydrogen-rich cups are exactly that single hydrogen-rich acts on mostly, Japan and other countries by
More completely it is direct drinking in water quality, does not have heavy metal in water body, nor by chlorine sterilization, so the hydrogen-rich water obtained
Colorless and odorless is without gas；But domestic tap water will add chlorine to sterilize, the tap water containing chlorine passes through chlorine after point solution
Content will increase more than five times, can generate smell and heavy metal in the process that electrolysis generates hydrogen, unhealthy to human body.
And hydrogen-rich cup uses the time long, it is easy to phenomena such as leading to marl, if not in time clean,
It will lead to the decline of hydrogen-rich effect.It is electrolysed in addition, existing hydrogen-rich cup needs power supply to be powered hydrogen generation module, usually directly
It connects and the charging realized to cup body is connected to power supply using power supply line, but this mode is dangerous and has Interference from the power supply wire also not square
Just.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of multi-functional hydrogen-rich cup, the hydrogen-rich cup can be with
Phenomena such as effectively eliminating smell and heavy metal, while can also effectively removing marl guarantees hydrogen-rich effect, and can also nothing
Line charge electricity.
The technical solution of the utility model is to provide a kind of multi-functional hydrogen-rich cup having following structure, the packet
Sequentially connected cup lid, cup body and pedestal are included, mineral box is provided in the cup lid, is provided with and is used in the mineral box
The minerals of heavy metal and ozone are adsorbed, the mineral box is fixed in cup lid and under the cup lid by cup lid lower casing
Shell is equipped with the connection structure that can be connect with cup body；The pedestal includes setting gradually hydrogen manufacturing module, master control borad from top to bottom
Box, battery and wireless charging induction coil, and be fixed in pedestal by mounting seat and pedestal rear cover；The hydrogen manufacturing module
It is connected including cathode plate and anode plate, the cathode plate and anode plate with the route on circuit board, and the circuit board
It can control the positive and negative umpolung in route.
Using the above structure, since the structure contains mineral box, the ozone generated, a huge sum of money can be made in hydrogen production process
The smells such as category are effectively absorbed, purifying water body；There are also the mineral matter elements of micro needed by human body to be dissolved into water body simultaneously, mentions
The content of mineral substances of Gao Shui；The utility model can control the circuit board of the positive and negative umpolung in route by setting simultaneously, realize
The conversion of anode plate and cathode plate effect, the process of normal electrolysis release hydrogen are as follows: the route on electrode plate be divided into anode and
Cathode, positive connection positive plate, anode circuit connect negative plate, and wherein the negative plate of hydrogen manufacturing module can generate hydrogen, then
Positive plate generates oxygen, and hydrogen incorporates in water body, oxygen is discharged；When hydrogen manufacturing after a period of use, can be generated inside cup body
Some marls etc., bad cleaning will affect hydrogen manufacturing effect；The positive and negative anodes in route are controlled by circuit board at this time
Inverting effect, i.e. circuit board can control the positive and negative umpolung in route, although the route of connection positive plate and negative plate is constant,
It is that the original positive route of circuit board control becomes cathode, anode circuit becomes anode, at this time generates the cathode of hydrogen originally
It reforms into anode and produces oxygen, oxygen, which then incorporates, generates acid water in water body, can have containing ozone inside oxygen here
The effect of sterilization is realized acidizing effect, is purified to cup body；In addition, the utility model is provided with wireless charging in cup body
Induction coil, need to cup body charge when, can be arranged on the table one independently of cup, the bottom in magnetic field can be released
Seat, then the wireless induction coil of cup can convert magnetic field to electric energy as battery charging, and the battery after charging can be for system
Hydrogen module, which provides, is electrolysed required power supply.
Preferably, the hydrogen manufacturing module includes hydrogen manufacturing module upper cover, hydrogen manufacturing module lower cover, it is located in hydrogen manufacturing module
Cathode plate and anode plate between lid, hydrogen manufacturing module lower cover, and proton membrane is provided between cathode plate and anode plate；The yin
Outer periphery after pole plate, proton membrane and anode plate combination is sheathed with electrolytic cell silica gel sealing ring, and cathode plate is located at top close to cup
Body direction, anode plate are located at lower part close to hydrogen manufacturing module lower cover direction；Sealing can effectively be realized using the structure while being mentioned
Involvement amount of the high hydrogen in water body.
Preferably, the hydrogen manufacturing module lower cover has anode board slot to lower recess, and set that there are two phases in anode board slot
Exhaust passage is arranged to the support plate extended radially inwardly, between two support plates to be connected to the channel that side wall radially penetrates through；Institute
The hydrogen manufacturing module lower cover stated extends radially outwardly along anode board slot is provided with pole plate accommodation groove；Gai Shangshe on corresponding hydrogen module
It is equipped with cathode electrolytic cell；Cathode plate, proton membrane and the anode plate after electrolytic cell silica gel sealing ring fitting is fixed on
Between hydrogen manufacturing module lower cover and hydrogen module upper cover.It using the above structure, can be with effectively fixation, limit cathode plate, proton membrane
And anode plate, so that it is played better electrolysis, while also improving sealing effect, so that more hydrogen are dissolved into water body
In, and other impurity gases such as oxygen are timely and effectively discharged.
Preferably, the side wall of the hydrogen manufacturing module is provided with the outlet head part of oxygen discharge；The outlet
One end of head part is connected to the hydrogen manufacturing module channels for generating oxygen, and the other end of the outlet head part is in communication with the outside；
The structure can make oxygen or ozone etc. be discharged outside cup body in time, reduce the intracorporal gas pressure of cup.
Preferably, the electrolytic cell silica gel sealing ring is annular shape, and have hollow interlayer for accommodating cathode
Plate, proton membrane and anode plate, the anode plate and cathode plate are equipped with extension, and corresponding solution slot silica gel sealing ring is provided with
For radially extending protruding portion；The pole plate accommodation groove is that step-like, step-like contour surface and extension and radial direction are prominent
The outer profile that portion is constituted out is bonded to each other.It is indeformable that pole plate can be effectively protected using the above structure, while can improve again close
Sealing property.
Preferably, the mineral box includes mineralising box body, and the mineralising box cover on box body；The mineralising box
Body is cylindric and is in the round table-like of contract positioned at box body bottom position；The side wall of mineralising box body be equipped with it is several along
The vertical grid that is circumferentially arranged simultaneously extends to round table-like side wall, and the mineralising box cover is equipped with the multiple of radial parallel setting
Grid, and the gap between grid is less than the partial size of minerals；Using the above structure, filling for water body and minerals both may be implemented
Tap touching, while the leakage of minerals can also be avoided；In addition, the side wall of mineralising box body is equipped with and several circumferentially arranges
Vertical grid and the structure for extending to round table-like side wall, can make water body enter in mineralising box body from lower part and side,
Realization comes into full contact with water body.
Preferably, the mineralising box body is located in cup lid lower casing, the cup lid lower casing is fixed in cup lid, and mine
Change box body lower end and is provided with gripping convex block.Using the structure, mineralising box body can be fixed in cup lid lower casing, in cup body
Water body Contact-sorption is other, discharges trace mineral element.And it is installed by holding convex block mineral box of easily taking
Disassembly.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the multi-functional hydrogen-rich cup of the utility model.
Fig. 2 is the schematic diagram of base structure of the multi-functional hydrogen-rich cup of the utility model.
Fig. 3 is the structure of connecting component between the mounting seat and hydrogen manufacturing module of the multi-functional hydrogen-rich cup of the utility model
Schematic diagram.
Fig. 4 is that the cup lid of the multi-functional hydrogen-rich cup of the utility model decomposes figure structure schematic representation.
Fig. 5 is the hydrogen manufacturing decomposition module figure structure schematic representation of the multi-functional hydrogen-rich cup of the utility model.
Fig. 6 is the hydrogen manufacturing module lower cover structure schematic diagram of the multi-functional hydrogen-rich cup of the utility model.
Fig. 7 is the hydrogen manufacturing module superstructure schematic diagram of the multi-functional hydrogen-rich cup of the utility model.
Fig. 8 is the outlet head part structural schematic diagram of the multi-functional hydrogen-rich cup of the utility model.
Fig. 9 be the electrolytic cell silica gel sealing ring fitting cathode plate of multi-functional hydrogen-rich cup of the utility model, proton membrane and
Structural schematic diagram after anode plate combination.
Figure 10 is the structural schematic diagram of the mineralising box of the multi-functional hydrogen-rich cup of the utility model.
Figure 11 is the mineralising box body structure schematic diagram of the multi-functional hydrogen-rich cup of the utility model.
Figure 12 is the cup lid lower casing structural schematic diagram of multi-functional hydrogen-rich cup of the invention.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
Please refer to Fig. 1-5, shown in 10, the multi-functional hydrogen-rich cup that the utility model has following structure, including successively connect
Cup lid 1, cup body 2 and the pedestal 3 connect is provided with mineral box 4 in the cup lid 1, is provided in the mineral box for inhaling
The minerals of attached heavy metal and ozone, the mineral box is fixed in cup lid by cup lid lower casing 5 and the cup lid lower casing
It is equipped with the connection structure that can be connect with cup body；The pedestal 3 includes the hydrogen manufacturing module 1.1 set gradually from top to bottom, master
Plate box 1.2, battery 1.3 and wireless charging induction coil 1.4 are controlled, and is fixed on by mounting seat 1.5 and pedestal rear cover 1.6
In pedestal；The hydrogen manufacturing module includes cathode plate 1.11 and anode plate 1.12, the cathode plate and anode plate and circuit board
Route on 1.21 is connected, and the circuit board can control in route positive and negative umpolung (on circuit board be arranged two it is defeated
Outlet is electrically connected with cathode plate and anode plate respectively).
Using the above structure, since the structure contains mineral box, the ozone generated, a huge sum of money can be made in hydrogen production process
The smells such as category are effectively absorbed, purifying water body；There are also the mineral matter elements of micro needed by human body to be dissolved into water body simultaneously, mentions
The content of mineral substances of Gao Shui；The utility model can control the circuit board of the positive and negative umpolung in route by setting simultaneously, realize
The conversion of anode plate and cathode plate effect, the process of normal electrolysis release hydrogen are as follows: the route on electrode plate is divided into anode (sun
Pole) and cathode (cathode), positive route jointed anode plate, anode circuit connection cathode plate, the wherein negative plate meeting of hydrogen manufacturing module
Hydrogen is generated, then positive plate generates oxygen, and hydrogen incorporates in water body, oxygen is discharged；When hydrogen manufacturing after a period of use, can in cup
Internal portion generates some marls etc., and bad cleaning will affect hydrogen manufacturing effect；Route is controlled by circuit board at this time
Interior positive and negative umpolung effect, i.e. circuit board can control the positive and negative umpolung in route, although connection positive plate and negative plate
Route is constant, but the positive route of circuit board control originally becomes cathode, anode circuit becomes anode, at this time original to generate
The cathode of hydrogen reforms into anode and produces oxygen, and oxygen, which then incorporates, generates acid water in water body, can contain inside oxygen here
Playing the role of ozone has sterilization, realizes acidizing effect, purifies to cup body；In addition, the utility model is arranged in cup body
Wireless charging induction coil, when needing to charge to cup body, can be arranged on the table one independently of cup, can release
The pedestal in magnetic field, then the wireless induction coil of cup can convert magnetic field to electric energy as battery charging, and the battery after charging is just
Power supply needed for electrolysis can be provided for hydrogen manufacturing module.
As illustrated in figs. 2-3: pedestal described in the utility model include the hydrogen manufacturing module 1.1 set gradually from top to bottom,
Master control board box 1.2, battery 1.3 and wireless charging induction coil 1.4, and it is fixed by mounting seat 1.5 and pedestal rear cover 1.6
In in pedestal；Specific: multiple mounting posts and grafting block is arranged in the inside of mounting seat 1.5 and pedestal rear cover 1.6, realizes above-mentioned
The combination of components is installed；And the circuit board 1.21 is fixedly installed in master control board box to realize control cathode plate and anode
Plate is powered electrolysis, and circuit board 1.21 be also electrically connected with keypad 1.7 in route in control circuit board positive and negative umpolung,
And USB interface is installed for charging.It is used simultaneously in said combination according to the external pedestal decoration 1.8 that is additionally provided with after the completion
In protection and decoration function, in the bottom of pedestal decoration 1.8, setting non-slip mat 1.9 prevents cup body from sliding.In addition, in pedestal
The left and right sides of decoration 1.8 facilitates 1.7 and of keypad with installation panel 1.81 is provided in hollow out position, hollow out position
The installation such as USB interface.The top of the mounting seat 1.5 is provided with the fastening block 1.51 with the fastening of hydrogen manufacturing module, described
It is additionally provided with lamp plate 1.52 between hydrogen manufacturing module 1.1 and mounting seat 1.5 and pedestal decoration sealing ring 1.53 has realized cup body
Internal illuminating effect, lamp plate 1.52 therein realize that illumination is powered with circuit board electrical connection.
As shown in attached drawing 5-7: the hydrogen manufacturing module 1.1 includes hydrogen manufacturing module upper cover 1.13, hydrogen manufacturing module lower cover 1.14,
Cathode plate 1.11 and anode plate 1.12 between hydrogen manufacturing module upper cover, hydrogen manufacturing module lower cover, and cathode plate and anode plate it
Between be provided with proton membrane 1.15；Outer periphery after cathode plate, proton membrane and the anode plate combines is sheathed with electrolytic cell silica gel
(silica gel is that soft dress can be with elastic deformation and material back to normal to sealing ring 6, and a certain range of deformation realization may be implemented will be upper
State one entirety of combiner set synthesis), cathode plate is located at top close to cup body direction, and anode plate is located at lower part close to hydrogen manufacturing mould
Block lower cover direction；Sealing can effectively be realized using the structure while improving involvement amount of the hydrogen in water body.Such as attached drawing 6-7
Shown: the hydrogen manufacturing module lower cover 1.14 has anode board slot 14a to lower recess, and is set in anode board slot there are two relatively radially
The support plate 14b to extend internally, setting exhaust passage 14c is connected to the channel 14d that side wall radially penetrates through between two support plates；
The hydrogen manufacturing module lower cover extends radially outwardly along anode board slot is provided with pole plate accommodation groove 14e；On corresponding hydrogen module
Cathode electrolytic cell 13a is provided on lid 1.13；The cathode plate after electrolytic cell silica gel sealing ring fitting, proton membrane and
Anode plate is fixed between hydrogen manufacturing module lower cover and hydrogen module upper cover.It using the above structure, can be with effectively fixation, limit yin
Pole plate, proton membrane and anode plate make it play better electrolysis, while also improving sealing effect, so that more hydrogen
Gas is dissolved into water body, and other impurity gases such as oxygen are timely and effectively discharged.
As shown in Fig. 8: the side wall of the hydrogen manufacturing module 1.1 is provided with the outlet head part 11a of oxygen discharge；Institute
The one end for the outlet head part stated with generate oxygen hydrogen manufacturing module channel be connected to i.e. with the side on hydrogen manufacturing module lower cover 1.14
The channel 14d connection that wall radially penetrates through, the other end of the outlet head part are in communication with the outside；The structure can make oxygen
Or ozone etc. is discharged outside cup body in time, reduces the intracorporal gas pressure of cup；It is symmetrical provided with two in outlet head part
Mounting hole is also provided with mounting hole at left and right sides of corresponding channel 14d, passes through the connectors such as bolt or screw and both realizes
Installation.
As shown in Fig. 9: the electrolytic cell silica gel sealing ring 6 is annular shape, and has hollow interlayer for accommodating
Cathode plate, proton membrane and anode plate, the anode plate and cathode plate are equipped with extension 1ab, corresponding solution slot silica gel sealing
Circle is provided with for the radially extending protruding portion 6.1 of extension；The pole plate accommodation groove is step-like, step-like contour surface
The outer profile constituted with extension and radially protruding part is bonded to each other.It is constant pole plate can be effectively protected using the above structure
Shape, while sealing performance can be improved again.
As shown in attached drawing 10-11: the mineral box 4 includes mineralising box body 4.1, and the mineralising box cover on box body
4.2；The mineralising box body is cylindric and is in the round table-like of contract positioned at box body bottom position；The side of mineralising box body
Wall is equipped with several vertical grids 4.3 circumferentially arranged and extends to round table-like side wall, sets on the mineralising box cover
There are multiple lateral grids 4.4 of radial parallel setting, and the gap between vertical grid or lateral grid is less than the grain of minerals
Diameter；In addition, being also provided with several apertures in box body bottom, water body is facilitated to enter in mineralising box；It using the above structure, both can be real
Existing water body and minerals come into full contact with, while can also avoid the leakage of minerals；In addition, the side wall of mineralising box body is equipped with
Several vertical grids circumferentially arranged and the structure for extending to round table-like side wall, can make water body from lower part and side
It enters in mineralising box body, realization comes into full contact with water body；Specific mineralising box body 4.1, which is located at port part, circle support
Ring, the mineralising box cover corresponding position have a step ladder circular ring step, are then placed into the lid realized in support ring with box body
It closes, the mineralising box body is located in cup lid lower casing, and the cup lid lower casing is fixed in cup lid, and mineralising box body lower end is arranged
Have and holds convex block 4.5.Using the structure, mineralising box body can be fixed in cup lid lower casing, contact suction with the water body in cup body
Attached other, release trace mineral element.And by hold convex block easily take mineral box carry out installing and dismounting.
As shown in Fig. 12: cup lid lower casing described in the utility model is equipped with inserted block and connecting column, realizes and cup lid
It is connected and fixed.
The circuit board described in the utility model that can control the positive and negative umpolung in route can be rectifier；Know industry
General well known other devices for being able to achieve electrode reversion, such as the electrode timing converter mentioned in CN201410771144.7
Deng.
Claims (7)
1. a kind of multi-functional hydrogen-rich cup, including sequentially connected cup lid, cup body and pedestal, it is characterised in that: the cup lid
It is inside provided with mineral box, the minerals for adsorbing heavy metal and ozone, the mineral box are provided in the mineral box
It is fixed in cup lid by cup lid lower casing and the cup lid lower casing is equipped with the connection structure that can be connect with cup body；Described
Pedestal includes setting gradually hydrogen manufacturing module, master control board box, battery and wireless charging induction coil from top to bottom, and pass through installation bottom
Seat and pedestal rear cover are fixed in pedestal；The hydrogen manufacturing module includes cathode plate and anode plate, the cathode plate and anode
Plate is connected with the route on circuit board, and the circuit board can control the positive and negative umpolung in route.
2. multi-functional hydrogen-rich cup according to claim 1, it is characterised in that: the hydrogen manufacturing module includes hydrogen manufacturing module
Upper cover, hydrogen manufacturing module lower cover, cathode plate and anode plate between hydrogen manufacturing module upper cover, hydrogen manufacturing module lower cover, and cathode plate
Proton membrane is provided between anode plate；Outer periphery after cathode plate, proton membrane and the anode plate combines is sheathed with electrolysis
Slot silica gel sealing ring, cathode plate are located at top close to cup body direction, and anode plate is located at lower part close to hydrogen manufacturing module lower cover direction.
3. multi-functional hydrogen-rich cup according to claim 1, it is characterised in that: the hydrogen manufacturing module lower cover is to lower recess
There is anode board slot, and set in anode board slot there are two the support plate that relatively radially extends internally, row is set between two support plates
Gas channel is connected to the channel that side wall radially penetrates through；The hydrogen manufacturing module lower cover extends radially outwardly setting along anode board slot
There is pole plate accommodation groove；Cathode electrolytic cell is provided on lid on corresponding hydrogen module；Described passes through electrolytic cell silica gel sealing snare
Cathode plate, proton membrane after conjunction and anode plate are fixed between hydrogen manufacturing module lower cover and hydrogen module upper cover.
4. multi-functional hydrogen-rich cup according to claim 1, it is characterised in that: the side wall of the hydrogen manufacturing module is provided with
The outlet head part of oxygen discharge；One end of the outlet head part is connected to the hydrogen manufacturing module channels for generating oxygen, institute
The other end for the outlet head part stated is in communication with the outside.
5. multi-functional hydrogen-rich cup according to claim 2, it is characterised in that: the electrolytic cell silica gel sealing ring is circle
Ring-type, and have hollow interlayer for accommodating cathode plate, proton membrane and anode plate, the anode plate and cathode plate are equipped with
Extension, corresponding solution slot silica gel sealing ring are provided with for radially extending protruding portion；The pole plate accommodation groove be it is step-like,
The outer profile that step-like contour surface is constituted with extension and radially protruding part is bonded to each other.
6. multi-functional hydrogen-rich cup according to claim 1, it is characterised in that: the mineral box includes mineralising box body,
With the mineralising box cover being located on box body；The mineralising box body is cylindric and is in contract positioned at box body bottom position
It is round table-like；The side wall of mineralising box body is equipped with several vertical grids circumferentially arranged and extends to round table-like side wall, institute
The mineralising box cover stated is equipped with multiple grids of radial parallel setting, and the gap between grid is less than the partial size of minerals.
7. multi-functional hydrogen-rich cup according to claim 6, it is characterised in that: the mineralising box body is located at cup lid lower casing
Interior, the cup lid lower casing is fixed in cup lid, and mineralising box body lower end is provided with gripping convex block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820902328.6U CN208747703U (en) | 2018-06-12 | 2018-06-12 | Multi-functional hydrogen-rich cup |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820902328.6U CN208747703U (en) | 2018-06-12 | 2018-06-12 | Multi-functional hydrogen-rich cup |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208747703U true CN208747703U (en) | 2019-04-16 |
Family
ID=66053968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820902328.6U Active CN208747703U (en) | 2018-06-12 | 2018-06-12 | Multi-functional hydrogen-rich cup |
Country Status (1)
| Country | Link |
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| CN (1) | CN208747703U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108545811A (en) * | 2018-06-12 | 2018-09-18 | 宁波龙巍环境科技有限公司 | Multi-functional hydrogen-rich cup |
-
2018
- 2018-06-12 CN CN201820902328.6U patent/CN208747703U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108545811A (en) * | 2018-06-12 | 2018-09-18 | 宁波龙巍环境科技有限公司 | Multi-functional hydrogen-rich cup |
| CN108545811B (en) * | 2018-06-12 | 2024-04-26 | 宁波龙巍环境科技有限公司 | Multifunctional hydrogen-rich water cup |
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