CN208235027U - A kind of chemical conversion experimental provision - Google Patents
A kind of chemical conversion experimental provision Download PDFInfo
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- CN208235027U CN208235027U CN201820690821.6U CN201820690821U CN208235027U CN 208235027 U CN208235027 U CN 208235027U CN 201820690821 U CN201820690821 U CN 201820690821U CN 208235027 U CN208235027 U CN 208235027U
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Abstract
The utility model discloses a kind of chemical conversion experimental provisions, including electrolytic bath, main drainpipe, water-bath, secondary water inlet pipe, slot cover, exhaust outlet, main water inlet tube, exhaust pipe, cover board, smoke exhaust fan, dry decontamination room, formation cabinet, temperature detect switch (TDS), the structures such as temperature control system, water-bath is equipped in formation cabinet, formation cabinet is equipped with temperature detect switch (TDS) and panel is arranged in temperature control digital display, electrolytic bath is equipped in water-bath, water level sensor is equipped in water-bath, intert on water-bath and is equipped with scupper hose, cover board is equipped at the top of water-bath, scupper hose is connected on main drainpipe, electrolytic bath is equipped with smoke outlet, smoke outlet is connected by smoke exhaust pipe with dry decontamination room, smoke exhaust pipe is equipped with smoke exhaust fan, electrolytic bath is equipped with slot cover, negative plate is connected on electrolytic bath, temperature sense system and temperature control system are equipped in electrolytic bath.The temperature that the utility model provides a kind of chemical conversion at different levels can accurately be controlled on demand, test the uniform and stable chemical conversion experimental provision of foil sample pressure resistance.
Description
Technical field
The utility model relates to Waste Acid From Hua Cheng Foil experimental technique, specifically a kind of chemical conversion experimental provision.
Background technique
It is 120mm that existing super-pressure chemical conversion experimental provision, which is with 4 diameters, and a height of circular stainless steel cup of 120mm is worked as
Make electrolytic bath, be placed on elongated thermostat water bath and heated, etched foil connects anode and is immersed in chemical conversion tank liquor, and stainless steel cup connects
Cathode carries out chemical conversion experiment.When carrying out super-pressure chemical conversion experiment, the temperature of electrolytic bath can not be controlled individually this chemical conversion experimental provision
System, the foil sample pressure resistance after chemical conversion are uneven；And a large amount of vapor and flue gas of formation process generation are unable to get effective control
System.
Summary of the invention
The utility model in view of the deficiencies of the prior art, proposes that a kind of temperature of chemical conversion at different levels can accurately carry out on demand
Control, the uniform and stable chemical conversion experimental provision of experiment foil sample pressure resistance.
To achieve the goals above, the utility model uses following technical scheme:
A kind of chemical conversion experimental provision, including electrolytic bath, main drainpipe, water-bath, secondary water inlet pipe, slot cover, exhaust outlet, it is main into
Water pipe, exhaust pipe, cover board, smoke exhaust fan, dry decontamination room, formation cabinet, temperature detect switch (TDS), temperature control digital display setting panel, negative plate,
Smoke outlet, smoke exhaust pipe and temperature control system；Water-bath is equipped in the formation cabinet, formation cabinet is equipped with temperature detect switch (TDS) and temperature control number
Aobvious setting panel；It is equipped with electrolytic bath in the water-bath, water level sensor is equipped in water-bath, interts the row of being equipped on water-bath
Water hose, water-bath top are equipped with cover board；The scupper hose is connected on main drainpipe, and scupper hose is equipped with water pump
And solenoid valve；The exhaust pipe is connected by exhaust outlet with water-bath；The main water inlet tube passes through time water inlet pipe and water-bath
Pot is connected, and secondary water inlet pipe is equipped with solenoid valve；The electrolytic bath is equipped with smoke outlet, and smoke outlet passes through smoke exhaust pipe and drying
Clean room is connected, and smoke exhaust pipe is equipped with smoke exhaust fan；The electrolytic bath is equipped with slot cover, is connected with cathode on electrolytic bath
Plate, electrolytic bath is interior to be equipped with temperature sense system and temperature control system.
As further technological improvement, the dry decontamination room includes shell and is arranged in the intracorporal filter cloth of shell.
As further technological improvement, the water-bath is equipped with bearing；The bearing is interspersed to be equipped with shaft；Institute
The shaft stated is located at one end in water-bath equipped with stirring blade, and the other end is equipped with driven pulley；The formation cabinet is equipped with
Motor, motor are equipped with driving pulley, and driving pulley is connected by belt with driven pulley.Injected to water-bath
When cold water, temperature control digital display is arranged panel and controls motor unlatching, and motor drive stirring blade rotates in water-bath, paddle
Water in piece stirring water-bath is conducive to the cooling of the tank liquor in electrolytic bath so that the temperature spread of the water in water-bath is smaller,
The gradient difference for generating temperature in electrolytic bath is avoided, keeps the foil sample of chemical conversion more stable.
It further include water cooling pond and hot-water collection room as further technological improvement；The water inlet of the main water inlet tube
One end be connected on water cooling pond, main water inlet tube be equipped with water pump；One end of the main drainpipe drain outlet is connected to
On hot-water collection room；One end of the exhaust pipe air exit is connected on hot-water collection room.The water cooling pond of water storage is in advance
Water-bath provides enough cooling waters, and the hot water that water-bath discharge is collected in hot-water collection room avoids money of wasting water wait reuse
Source, the vapor a part excluded in exhaust pipe are cooled into water in pipe and flow in hot-water collection room, and the water of another part steams
Gas is being collected into hot-water collection room by hot-water collection room by heat release formation water, can effectively reduce the waste of water resource.
As further technological improvement, the slot cover is equipped with cap handle；The electrolytic bath uses stainless steel material
It is made into, electrolytic bath is rectangular parallelepiped structure；The cover board is circular ring shape mechanism, the inner ring and the size phase of electrolytic bath internal diameter of cover board
Matching.Cap handle, which can effectively prevent, to be opened slot cover and is burned, and the electrolytic bath of the rectangular parallelepiped structure of stainless steel material can effectively prevent
It tests the pressure resistance of foil face and non-uniform phenomenon occurs.
As further technological improvement, the secondary water inlet pipe and the interspersed setting of exhaust outlet are on the cover board.
As further technological improvement, the temperature sense system is thermocouple temperature measurement probe；The temperature control system
System is electric heating tube.
As further technological improvement, the temperature sense system, temperature control system, water pump, solenoid valve, it is electronic
Machine, water pump, solenoid valve, water level sensor, smoke exhaust fan, negative plate be connected by conducting wire and temperature control digital display setting panel；
The temperature control digital display setting panel is connected by conducting wire with temperature detect switch (TDS), and temperature detect switch (TDS) is equipped with plant-grid connection mouth.
Working principle of the utility model is:
Before carrying out chemical conversion experiment, temperature detect switch (TDS) is opened, and tank liquor in corresponding electrolytic bath is set in temperature control digital display setting panel
Chemical conversion temperature value, and setting water-bath in height of water level value, click temperature control digital display setting panel on start button, open
Begin to complete the preprocessing process before chemical conversion experiment, in preprocessing process, in the water level and adjustment electrolytic bath to adjust water-bath
Temperature reach preset value, complete preprocessing process after, temperature control digital display be arranged panel control connect electrolytic bath on negative plate electricity
Source carries out chemical conversion experiment；When water level sensor senses that the water level in water-bath is too low, temperature control digital display is arranged panel and controls electricity
Magnet valveIt is kept open, cold water flows into water-bath from main water inlet tube by time water inlet pipe, until water level sensor incudes
Until the water level of water-bath reaches preset value；When water level sensor senses that the water level in water-bath is excessively high, temperature control digital display
Panel is set and controls solenoid valveIt remains off, and opens the water pump in corresponding water-bathAnd solenoid valve, water pumpIt takes out
The water in corresponding water-bath is taken, until water level sensor senses that the water level of water-bath reaches preset value；In electrolytic bath
Tank liquor is responsible for carrying out heat temperature raising processing by temperature control system, and temperature sense system incudes the temperature and handle of tank liquor in electrolytic bath in real time
Numeric feedback is into temperature control digital display setting panel, when the temperature value that temperature sense system feedback comes is less than preset value, temperature
Control digital display setting panel, which controls temperature control system, to be continued to heat tank liquor, until the temperature to come when temperature sense system feedback
Until numerical value is equal to preset value；When the temperature value that temperature sense system feedback comes is greater than preset value, temperature control digital display setting
Tank liquor is heated in panel control temperature control system stopping, and opens solenoid valve, it is injected into cold water in water-bath, water-bath
Pot carries out heat transfer cooling processing to the tank liquor in electrolytic bath, until the temperature value to come when temperature sense system feedback is equal to
Until preset value；Water in chemical conversion experimentation, water-bath boils under the high temperature conditions, can generate a large amount of water vapour, water
Steam discharge specified place through exhaust pipe by exhaust outlet, prevents generation high steam in water-bath that can not be discharged and generate quick-fried
Fried accident, and avoid in formation workshop and generate excessive high steam and damage equipment and high steam scald operation people
Member；In chemical conversion experimentation, hot conditions electrolysis of aluminum oxide can generate a large amount of flue gas, the flue gas include electrolyte flue gas with
And a small amount of fluorinated alumina, flue gas are extracted by smoke exhaust fan by smoke exhaust pipe and purification are dried by dry decontamination room, then
Gas is discharged, flue gas pollution on the environment on the one hand can be reduced, another aspect dry decontamination room can collect flue gas
In fluorinated alumina wait reusing, it is possible to reduce the waste of raw material.
Compared with prior art, the utility model have the utility model has the advantages that
1. the control that panel carries out automatic temperature-adjusting to electrolytic bath is arranged by temperature control digital display for the utility model, so that super-pressure
It is melted into experimentation, the temperature of chemical conversions at different levels can accurately be controlled by experiment condition；The utility model passes through Smoke
Machine extracts the flue gas generated in electrolytic bath, and purification is dried by dry decontamination room, on the one hand can reduce flue gas to environment
Caused by pollute, another aspect dry decontamination room can collect the fluorinated alumina in flue gas and wait reusing, it is possible to reduce former
The waste of material.
2. the utility model stirs the water in water-bath by motor drive stirring blade, so that the water in water-bath
Temperature spread is smaller, is conducive to the cooling of the tank liquor in electrolytic bath, avoids the gradient difference for generating temperature in electrolytic bath, makes chemical conversion
Foil sample is more stable.
3. the utility model collects the moisture condensed in the hot water and drainpipe that water-bath is discharged by hot-water collection room,
The waste of water resource can be effectively reduced.
4. the electrolytic bath of the utility model is made into using stainless steel material, and is designed as rectangular parallelepiped structure, can effectively prevent
There is non-uniform phenomenon in only experiment foil face pressure resistance.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of the utility model.
Fig. 2 is the overlooking structure diagram of the utility model.
Appended drawing reference: 1- water cooling pond, 2- electrolytic bath, 3- scupper hose, 4- stirring blade, 5- water pump, 6- solenoid valve, 7-
Bearing, 8- driven pulley, 9- motor, 10- driving pulley, 11- main drainpipe, 12- water-bath, 13- water pump, 14- electromagnetism
Valve, 15- water inlet pipe, 16- slot cover, 17- cap handle, 18- exhaust outlet, 19- water level sensor, 20- temperature sense system, 21-
Main water inlet tube, 22- exhaust pipe, 23- cover board, 24- smoke exhaust fan, 25- dry decontamination room, 26- hot-water collection room, 27- formation cabinet,
Panel, 30- negative plate, 31- smoke outlet, 32- smoke exhaust pipe, 33- temperature control system is arranged in 28- temperature detect switch (TDS), 29- temperature control digital display.
Specific embodiment
The present invention will be further described with reference to the accompanying drawing.
Embodiment 1:
A kind of chemical conversion experimental provision, including electrolytic bath 2, main drainpipe 11, water-bath 12, secondary water inlet pipe 15, slot cover 16, row
Port 18, main water inlet tube 21, exhaust pipe 22, cover board 23, smoke exhaust fan 24, dry decontamination room 25, formation cabinet 27, temperature detect switch (TDS)
28, temperature control digital display setting panel 29, negative plate 30, smoke outlet 31, smoke exhaust pipe 32 and temperature control system 33；In the formation cabinet 27
Equipped with water-bath 12, formation cabinet 27 is equipped with temperature detect switch (TDS) 28 and panel 29 is arranged in temperature control digital display；It is set in the water-bath 12
There is electrolytic bath 2, water level sensor 19 is equipped in water-bath 12, interts on water-bath 12 and is equipped with scupper hose 3,12 top of water-bath
Equipped with cover board 23；The scupper hose 3 is connected on main drainpipe 11, and scupper hose 3 is equipped with water pump5 and solenoid valve6；
The exhaust pipe 22 is connected by exhaust outlet 18 with water-bath 12；The main water inlet tube 21 passes through time water inlet pipe 15 and water-bath
Pot 12 is connected, and secondary water inlet pipe 15 is equipped with solenoid valve14；The electrolytic bath 2 is equipped with smoke outlet 31, and smoke outlet 31 passes through
Smoke exhaust pipe 32 is connected with dry decontamination room 25, and smoke exhaust pipe 32 is equipped with smoke exhaust fan 24；The electrolytic bath 2 is equipped with slot cover
16, it is connected with negative plate 30 on electrolytic bath 2, is equipped with temperature sense system 20 and temperature control system 33 in electrolytic bath 2.
The dry decontamination room 25 includes shell and is arranged in the intracorporal filter cloth of shell.
The water-bath 12 is equipped with bearing 7；The bearing 7 is interspersed to be equipped with shaft；The shaft is located at water-bath
One end in pot 12 is equipped with stirring blade 4, and the other end is equipped with driven pulley 8；The formation cabinet 27 is equipped with motor 9, electricity
Motivation 9 is equipped with driving pulley 10, and driving pulley 10 is connected by belt with driven pulley 8.
It further include water cooling pond 1 and hot-water collection room 26；One end of the water inlet of the main water inlet tube 21 is connected to cold water
On pond 1, main water inlet tube 21 is equipped with water pump13；One end of 11 drain outlet of main drainpipe is connected to hot-water collection room
On 26；One end of 22 air exit of exhaust pipe is connected on hot-water collection room 26.
The slot cover 16 is equipped with cap handle 17；The electrolytic bath 2 is made into using stainless steel material, and electrolytic bath 2 is length
Cube structure；The cover board 23 is circular ring shape mechanism, and the inner ring of cover board 23 and the size of 2 internal diameter of electrolytic bath match.
The secondary water inlet pipe 15 and exhaust outlet 18 is interspersed to be arranged on cover board 23.
The temperature sense system 20 is thermocouple temperature measurement probe；The temperature control system 33 is electric heating tube.
The temperature sense system 20, temperature control system 33, water pump5, solenoid valve6, motor 9, water pump13, electromagnetism
Valve14, water level sensor 19, smoke exhaust fan 24, negative plate 30 are arranged panel 29 with temperature control digital display by conducting wire and are connected；It is described
Temperature control digital display setting panel 29 be connected with temperature detect switch (TDS) 28 by conducting wire, temperature detect switch (TDS) 28 is equipped with plant-grid connection mouth.
The working principle of the embodiment:
Before carrying out chemical conversion experiment, temperature detect switch (TDS) 28 is opened, and be arranged in corresponding electrolytic bath 2 in temperature control digital display setting panel 29
Height of water level value in the chemical conversion temperature value of tank liquor, and setting water-bath 12 clicks opening on temperature control digital display setting panel 29
Dynamic button starts to complete the preprocessing process before chemical conversion experiment, in preprocessing process, for the water level and tune for adjusting water-bath 12
Temperature in integralization grooving 2 reaches preset value, and after completing preprocessing process, temperature control digital display is arranged panel 29 and controls connection electrolytic bath
The power supply of negative plate 30 on 2, carries out chemical conversion experiment；When water level sensor 19 senses that the water level in water-bath 12 is too low, temperature
It controls digital display setting panel 29 and controls solenoid valve14 are kept open, and cold water is flowed into from main water inlet tube 21 by time water inlet pipe 15
In water-bath 12, until water level sensor 19 senses that the water level of water-bath 12 reaches preset value；When water level sensor 19
When sensing that water level in water-bath 12 is excessively high, temperature control digital display is arranged panel 29 and controls solenoid valve14 remain off, and
And open the water pump in corresponding water-bath 125 and solenoid valve6, water pump5 extract the water in corresponding water-bath 12, until water level
Until sensor 19 senses that the water level of water-bath 12 reaches preset value；Tank liquor in electrolytic bath 2 by temperature control system 33 be responsible for into
Row heat temperature raising processing, temperature sense system 20 in real time induction electrolytic bath 2 in tank liquor temperature and numeric feedback to temperature control number
In aobvious setting panel 29, when temperature sense system 20, which feeds back the temperature value to come, is less than preset value, face is arranged in temperature control digital display
Plate 29, which controls temperature control system 33, to be continued to heat tank liquor, until feeding back the temperature value etc. to come when temperature sense system 20
Until preset value；When temperature sense system 20, which feeds back the temperature value to come, is greater than preset value, panel is arranged in temperature control digital display
Tank liquor is heated in the 29 control stoppings of temperature control system 33, and opens solenoid valve14, it is injected into cold water in water-bath 12,
Water-bath 12 carries out heat transfer cooling processing to the tank liquor in electrolytic bath 2, until feeding back the temperature to come when temperature sense system 20
Until degree value is equal to preset value；Water in chemical conversion experimentation, water-bath 12 boils under the high temperature conditions, can generate a large amount of
Water vapour, water vapour discharge specified place through exhaust pipe 22 by exhaust outlet 18, prevents from generating high pressure in water-bath 12 and steam
Vapour can not be discharged and generate explosion accident, and avoid generate excessive high steam in formation workshop and damage equipment and
High steam scalds operating personnel；In chemical conversion experimentation, hot conditions electrolysis of aluminum oxide can generate a large amount of flue gas, the cigarette
Gas bag includes electrolyte flue gas and a small amount of fluorinated alumina, and flue gas, which is extracted by smoke exhaust pipe 32 by smoke exhaust fan 24, passes through drying
Purification is dried in clean room 25, then gas is discharged, and on the one hand can reduce flue gas pollution on the environment, on the other hand
The fluorinated alumina that dry decontamination room 25 can collect in flue gas waits reusing, it is possible to reduce the waste of raw material；Carry out
When injecting cold water to water-bath 12, temperature control digital display is arranged panel 29 and controls the unlatching of motor 9, and motor 9 drives stirring blade 4 to exist
Rotation in water-bath 12, stirring blade 4 stirs the water in water-bath 12, so that the temperature spread of the water in water-bath 12 is smaller,
The cooling for being conducive to the tank liquor in electrolytic bath 2 avoids the gradient difference for generating temperature in electrolytic bath 2, keeps the foil sample of chemical conversion more stable；
The water cooling pond 1 of preparatory water storage is that water-bath 12 provides enough cooling waters, and the heat that water-bath 12 is discharged is collected in hot-water collection room 26
Water avoids waste water resource wait reuse, and the vapor a part excluded in exhaust pipe 22 is cooled into water in pipe and flows to
In hot-water collection room 26, the vapor of another part is being collected into hot-water collection by heat release formation water by hot-water collection room 26
In room 26, the waste of water resource can be effectively reduced；Cap handle 17, which can effectively prevent, to be opened slot cover 16 and is burned, stainless steel material
The electrolytic bath 2 of rectangular parallelepiped structure can effectively prevent experiment foil face pressure resistance and non-uniform phenomenon occur.
Embodiment 2:
Difference from Example 1 is: selecting the chemical conversion that long 10mm, width 20mm are cut into a thickness of the stainless steel plate of 2mm
Slot 2, negative plate 30 are welded in stainless steel grooving 2；The cover board 23 of water-bath 12 is from top surface sinking 3mm；Cover board 23 opens two
The water injection hole of diameter 1mm, secondary water inlet pipe 15 are arranged on corresponding water injection hole；Scupper hose 3 is picked out by 12 bottom of water-bath.
The working principle of the embodiment is same as Example 1.
Claims (8)
1. a kind of chemical conversion experimental provision, it is characterised in that: including electrolytic bath (2), main drainpipe (11), water-bath (12), it is secondary into
Water pipe (15), exhaust outlet (18), main water inlet tube (21), exhaust pipe (22), cover board (23), smoke exhaust fan (24), is done slot cover (16)
Panel (29), negative plate (30), smoke outlet are arranged in dry clean room (25), formation cabinet (27), temperature detect switch (TDS) (28), temperature control digital display
(31), smoke exhaust pipe (32) and temperature control system (33)；Water-bath (12) are equipped in the formation cabinet (27), formation cabinet is set on (27)
There are temperature detect switch (TDS) (28) and temperature control digital display setting panel (29)；Electrolytic bath (2) are equipped in the water-bath (12), water-bath
(12) water level sensor (19) are equipped in, interts on water-bath (12) and is equipped with scupper hose (3), lid is equipped at the top of water-bath (12)
Plate (23)；The scupper hose (3) is connected on main drainpipe (11), and scupper hose (3) is equipped with water pump(5) and electromagnetism
Valve(6)；The exhaust pipe (22) is connected by exhaust outlet (18) with water-bath (12)；The main water inlet tube (21) passes through
Secondary water inlet pipe (15) is connected with water-bath (12), and secondary water inlet pipe (15) is equipped with solenoid valve(14)；On the electrolytic bath (2)
Equipped with smoke outlet (31), smoke outlet (31) is connected by smoke exhaust pipe (32) with dry decontamination room (25), and smoke exhaust pipe (32) is equipped with
Smoke exhaust fan (24)；The electrolytic bath (2) is equipped with slot cover (16), is connected with negative plate (30) on electrolytic bath (2), is melted into
Temperature sense system (20) and temperature control system (33) are equipped in slot (2).
2. a kind of chemical conversion experimental provision according to claim 1, it is characterised in that: the dry decontamination room (25) includes
Shell and setting are in the intracorporal filter cloth of shell.
3. a kind of chemical conversion experimental provision according to claim 1, it is characterised in that: the water-bath (12) is equipped with axis
Hold (7)；The bearing (7) is interspersed to be equipped with shaft；The shaft is located at one end in water-bath (12) equipped with stirring blade
(4), the other end is equipped with driven pulley (8)；The formation cabinet (27) is equipped with motor (9), and motor (9) is equipped with actively
Belt wheel (10), driving pulley (10) are connected by belt with driven pulley (8).
4. a kind of chemical conversion experimental provision according to claim 1, it is characterised in that: further include that water cooling pond (1) and hot water are received
Collect room (26)；One end of the water inlet of the main water inlet tube (21) is connected on water cooling pond (1), and main water inlet tube (21) is equipped with
Water pump(13)；One end of described main drainpipe (11) drain outlet is connected on hot-water collection room (26)；The exhaust
One end of pipe (22) air exit is connected on hot-water collection room (26).
5. a kind of chemical conversion experimental provision according to claim 1, it is characterised in that: the slot cover (16) is equipped with cap handle
(17)；The electrolytic bath (2) is made into using stainless steel material, and electrolytic bath (2) is rectangular parallelepiped structure；The cover board (23) is
Circular ring shape mechanism, the inner ring of cover board (23) and the internal diameter of electrolytic bath (2) match.
6. a kind of chemical conversion experimental provision according to claim 1, it is characterised in that: the secondary water inlet pipe (15) and exhaust
Mouth (18) is interspersed to be arranged on cover board (23).
7. a kind of chemical conversion experimental provision according to claim 1, it is characterised in that: the temperature sense system (20) is
Thermocouple temperature measurement probe；The temperature control system (33) is electric heating tube.
8. a kind of chemical conversion experimental provision according to claim 3, it is characterised in that: the temperature sense system (20),
Temperature control system (33), water pump(5), solenoid valve(6), motor (9), water pump(13), solenoid valve(14), water level sensor
(19), smoke exhaust fan (24), negative plate (30) are connected by conducting wire with temperature control digital display setting panel (29)；The temperature control digital display
Setting panel (29) is connected by conducting wire with temperature detect switch (TDS) (28), and temperature detect switch (TDS) (28) is equipped with plant-grid connection mouth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820690821.6U CN208235027U (en) | 2018-05-10 | 2018-05-10 | A kind of chemical conversion experimental provision |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820690821.6U CN208235027U (en) | 2018-05-10 | 2018-05-10 | A kind of chemical conversion experimental provision |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208235027U true CN208235027U (en) | 2018-12-14 |
Family
ID=64582891
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820690821.6U Active CN208235027U (en) | 2018-05-10 | 2018-05-10 | A kind of chemical conversion experimental provision |
Country Status (1)
| Country | Link |
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| CN (1) | CN208235027U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110541180A (en) * | 2019-10-12 | 2019-12-06 | 深圳市宜诺自动化设备有限公司 | Aluminum foil continuous oxidation equipment with anode conducting device |
-
2018
- 2018-05-10 CN CN201820690821.6U patent/CN208235027U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110541180A (en) * | 2019-10-12 | 2019-12-06 | 深圳市宜诺自动化设备有限公司 | Aluminum foil continuous oxidation equipment with anode conducting device |
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Effective date of registration: 20220804 Address after: 834034 no.18-032, Industrial Avenue, huyanghe Industrial Park, Xinjiang Uygur Autonomous Region Patentee after: Xinjiang guangtou Guidong Electronic Technology Co.,Ltd. Address before: No. 39, Jiangbei East Road, Hezhou City, Guangxi Zhuang Autonomous Region Patentee before: GUANGXI HEZHOU GUIDONG ELECTRONIC TECHNOLOGY Co.,Ltd. |
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