CN209210908U - A kind of copper ribbon cooling device with deoxidation - Google Patents
A kind of copper ribbon cooling device with deoxidation Download PDFInfo
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- CN209210908U CN209210908U CN201821806334.8U CN201821806334U CN209210908U CN 209210908 U CN209210908 U CN 209210908U CN 201821806334 U CN201821806334 U CN 201821806334U CN 209210908 U CN209210908 U CN 209210908U
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- directive wheel
- deoxidation
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Abstract
The utility model discloses a kind of copper ribbon cooling devices with deoxidation, including mounting plate, entrance tensioning group, outlet tensioning group, annealing component, protective gas pipe, the interior cooling water tank and dehydrater for setting temperature sensor；The surface of the protective gas pipe is equipped with level-one deoxidation mechanism；Level-one deoxidation mechanism is fixed detachably in mounting plate；Level-one deoxidation mechanism includes ethyl alcohol service tank and flow control case；The ethyl alcohol service tank is set at the top of mounting plate；The flow control case is located at below ethyl alcohol service tank, and fixed detachably in mounting plate vertical plane；The ethyl alcohol service tank and flow control case are communicated with delivery pipe one；The flow control case offers the through slot for copper strips transmission；The water conservancy diversion that the lower part two sides of the flow control case are equipped with close to copper strips two sides is arranged；The protective gas pipe is equipped with second level deoxidation mechanism close to the connection of the part two sides of cooling water tank.The utility model is structurally reasonable, solves the problems, such as that copper strip surface has copper oxide.
Description
Technical field
The utility model relates to metal tape preparation technical field, in particular to a kind of copper ribbon cooling device with deoxidation.
Background technique
The manufacturing process of welding generally comprises, and the calendering of raw copper band, applies the processes such as tin at annealing.
It is to be filled by cylindric copper wire after calendering device rolls as copper strips by closing quotation first initially when processing photovoltaic welding belt
It sets and carries out closing quotation process, by copper strips harvest copper strip roll, then pass through the logistics transportation of either inside to warehouse.It carries out at annealing
When reason processing, then annealing room arrived by the logistics transportation of either inside, copper strips anneal cool down by annealing furnace at
Reason.
The utility model of publication number CN204589259U discloses a kind of photovoltaic welding belt copper strips online annealing device, packet
Including rack, annealing wheel, directive wheel, tensioning wheel, tensioning wheel swing rod, cylinder, contact roller, dehydrater, protection tracheae, cooling water tank,
The parts such as thermostat；Above-mentioned utility model enters cooler bin in realization copper strips by directive wheel and tensioning wheel and leaves cooling
The purpose of case, and tension of the adjustable copper strips of tensioning wheel in transmission process, two annealing wheel one is located at cooling water tank
Interior one is located at outside cooling water tank, and by being powered to two annealing wheels, the copper strips conduction being wrapped on annealing wheel will be formed back
Road, since heating effect of current copper strips can heat up, the copper strips of heating prevents copper strips in high temperature by the protective gas above cooler bin
Lower oxidation leaves the copper strips of cooling water tank by dehydrater, into next process subsequently into cooling water tank.
Although joined protective gas in annealing process, copper strips high-temperature oxydation is prevented, in the upper and lower side of protective gas
Or can contact with air, copper strips in protective gas transmission process still can oxidation by air, through annealing after copper
Band still has part cupric oxide, in view of the above problems, needing to be proposed a kind of new solution.
Utility model content
The purpose of the utility model is to provide a kind of copper ribbon cooling devices with deoxidation, and solving copper strip surface has copper oxide
The problem of.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of copper ribbon cooling device with deoxidation, including mounting plate, entrance tensioning group, outlet tensioning group, annealing component,
Protective gas pipe, the interior cooling water tank and dehydrater for setting temperature sensor；The entrance tensioning group and outlet tensioning group are set respectively
The two sides of mounting plate are placed in, the cooling water tank is located at the middle part lower end of mounting plate, and protective gas pipe and dehydrater, which are divided into, to be located at
Two sides above cooling water tank, and it is fixed detachably in the vertical plane of mounting plate；Annealing component be located in cooling water tank and
At entrance tensioning group, the surface of the protective gas pipe is equipped with level-one deoxidation mechanism；Level-one deoxidation mechanism is fixed
Detachably in mounting plate；Level-one deoxidation mechanism includes ethyl alcohol service tank and flow control case；The ethyl alcohol service tank is set
It is placed at the top of mounting plate；The flow control case is located at below ethyl alcohol service tank, and fixed detachably in mounting plate vertical plane；Institute
It states and is communicated with delivery pipe one between ethyl alcohol service tank and flow control case；The flow control case is offered for the logical of copper strips transmission
Slot；The water conservancy diversion that the lower part two sides of the flow control case are equipped with close to copper strips two sides is arranged；The protective gas pipe is close to cooling water
The part two sides connection of case is equipped with second level deoxidation mechanism.
By adopting the above technical scheme, copper strips sequentially passes through level-one deoxidation mechanism, protection under the action of entrance tensioning group
Flue, cooling water tank and remove water pipe, finally by outlet tensioning group give gifts copper strips enter it is lower together work；Pass through during this
Level-one deoxidation mechanism carries out the deoxidation operation of copper strips to the upper end of protective gas pipe, and second level deoxidation mechanism is to protective gas
The secondary deoxidation operation of copper strips is carried out at below pipe, level-one deoxidation mechanism has the advantages that flow velocity is controllable.
Preferably, being equipped with pressing plate in the flow control case；The pressing plate is closely attached on four sides of flow control chamber interior wall
Equipped with sealing ring；The lower section of the pressing plate is equipped with hydraulic pressure sensor；The pressing plate offers ethanol injection mouth；The ethanol injection
Mouth is connected to one end of delivery pipe one；The top of the pressing plate is equipped with cylinder；The telescopic rod fixed vertical of the cylinder is connected to
Pressing plate；The side fixation of the cylinder is removably connected to mounting plate vertical plane；The hydraulic pressure sensor is automatically controlled to be formed on cylinder.
By adopting the above technical scheme, by hydraulic pressure sensor setup pressure value, the liquid level of ethyl alcohol can be indirectly controlled,
Guarantee that the hydraulic pressure value at pressing plate is the pressure value of hydraulic pressure sensor, the flow of ethyl alcohol is controlled with this；The outflow of ethyl alcohol will lead to
Pressing plate liquid level below decline, pressure value will change, while the ethanol injection mouth on pressing plate can be while ethyl alcohol flows out pair
Ethyl alcohol is fed, and since the recharge rate of ethyl alcohol and the rate of outflow of ethyl alcohol are inconsistent, will pass through the cylinder pair above pressing plate
Pressing plate applies pressure or reduces pressure to balance pressure value, and hydraulic pressure sensor is made to remain setting value.
Preferably, second level deoxidation mechanism is spray assemblies；It is set between the spray assemblies and ethyl alcohol service tank
There is delivery pipe two.
By adopting the above technical scheme, due to heating effect of current, copper strips transports down, closer to cooling water tank, copper strips
Temperature is higher, and the probability being oxidized is higher, and thus spray assemblies carry out secondary deoxidation and cooling to copper strips.
Preferably, one end that the water conservancy diversion row contacts at copper strips is equipped with opening；The opening is provided with flow deflector.
By adopting the above technical scheme, guidance ethyl alcohol drippage is in copper strip surface.
Preferably, the entrance tensioning group includes directive wheel one, tensioning wheel one and directive wheel two；One He of directive wheel
Directive wheel two rotates upwardly and downwardly respectively is connected to mounting plate vertical plane；The tensioning wheel one be set to directive wheel one and directive wheel two it
Between；The vertical fixed link of tensioning wheel one is rotationally connected in the middle part of the tensioning wheel one；The fixed link two sides are fixedly installed respectively
There is convex block；The mounting plate offers vertical sliding groove between directive wheel one and directive wheel two；The convex block sliding connects
It is connected to sliding groove；One end that the fixed link passes through sliding groove is fixedly connected with rope, and passes through sliding groove close to fixed link
Directive wheel three is fixedly installed on the mounting plate of one end；One end that the rope passes through directive wheel three is fixedly connected with reel；
The mounting plate is fixedly installed motor below the vertical plane of tensioning wheel one；The output shaft of the motor is fixedly connected on receipts
Reel；The switch of switch one and control motor reversal that control motor rotates forward is equipped at the mounting plate of the entrance tensioning group
Two.
By adopting the above technical scheme, copper strips passes sequentially through directive wheel one, tensioning wheel one, directive wheel two and transports copper strips into one
Grade deoxidation mechanism；Tensioning wheel one has the function of the adjustable tension size of oscilaltion, drives reel to turn by motor
It is dynamic, so that the rope being fixed in fixed link is constantly wound or is unreeled by the effect of directive wheel three to achieve the purpose that adjusting.
Preferably, the annealing component includes the annealing wheel one of positively charged pole and the annealing wheel two of negatively charged pole；It is described
Annealing wheel one is rotatably dispose at installation writing on the blackboard vertical plane；The mounting plate is equipped with regulated power supply away from the side of annealing wheel one
Box；The adjustable electric source capsule is electrically connected to annealing wheel one；The annealing wheel two is rotatably dispose in cooling water tank；It is moved back close to described
Two sides of fire wheel are equipped with directive wheel six；The directive wheel six is rotatably dispose in cooling water tank.
By adopting the above technical scheme, different current or voltages is applied to annealing wheel one by adjustable electric source capsule, passes through copper
The electric conductivity of band leads annealing wheel two, forming circuit；Copper strips is set to heat up under heating effect of current, cooling water tank is quick entering
It is cooling, play annealing effect.
Preferably, the outlet tensioning group includes directive wheel four and directive wheel five；The directive wheel four is located at directive wheel
Five lower sections.
By adopting the above technical scheme, play the role of taking away copper strips and enter next process.
Preferably, being located at mounting plate vertical plane locating for the motor is equipped with stair.
By adopting the above technical scheme, convenient for ethyl alcohol supply amount supply ethyl alcohol.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the present embodiment；
Fig. 2 is the main view of the present embodiment；
Fig. 3 is the side view of the present embodiment；
Fig. 4 is enlarged drawing at the A of Fig. 2；
Fig. 5 is enlarged drawing at the B of Fig. 2；
Fig. 6 is the structural schematic diagram that the present embodiment is used to show flow control case.
Appended drawing reference: 1, mounting plate；2, entrance tensioning group；21, directive wheel one；22, tensioning wheel one；23, directive wheel two；3,
Export tensioning group；31, directive wheel four；32, directive wheel five；41, annealing wheel one；42, annealing wheel two；43, adjustable electric source capsule；44,
Directive wheel six；5, protective gas pipe；6, temperature sensor；7, cooling water tank；8, dehydrater；9, level-one deoxidation mechanism；91, second
Alcohol service tank；92, flow control case；921, through slot；922, water conservancy diversion is arranged；923, pressing plate；924, cylinder；10, delivery pipe one；11,
Second level deoxidation mechanism；12, hydraulic pressure sensor；13, ethanol injection mouth；14, delivery pipe two；15, flow deflector；16, fixed link；
17, sliding groove；18, rope；19, directive wheel three；20, reel；24, motor；25, switch one；26, switch two；27, stair.
Specific embodiment
As described below is only preferred embodiments of the present invention, and protection scope is not limited merely to the embodiment, all
The protection scope of the utility model should belong in the technical solution belonged under the utility model thinking.Simultaneously it should be pointed out that for
For those skilled in the art, several improvements and modifications without departing from the principle of the utility model, this
A little improvements and modifications also should be regarded as the protection scope of the utility model.
As shown in Figure 1, a kind of copper ribbon cooling device with deoxidation, including mounting plate 1, entrance tensioning group 2, outlet tensioning
Group 3, annealing component, protective gas pipe 5, the interior cooling water tank 7 and dehydrater 8 for setting temperature sensor 6；Entrance tensioning group 2 and go out
Mouth tensioning group 3 is respectively arranged at the two sides of mounting plate 1, and cooling water tank 7 is located at the middle part lower end of mounting plate 1,5 He of protective gas pipe
Dehydrater 8 divides for the two sides above cooling water tank 7, and fixed detachably in the vertical plane of mounting plate 1.
As shown in Fig. 2, entrance tensioning group 2 includes directive wheel 1, tensioning wheel 1 and directive wheel 2 23；Directive wheel 1
It is rotated upwardly and downwardly respectively with directive wheel 2 23 and is connected to 1 vertical plane of mounting plate；Tensioning wheel 1 is set to directive wheel 1 and guiding
It takes turns between 2 23；One 22 middle part of tensioning wheel is rotationally connected with the vertical fixed link 16 of tensioning wheel 1；16 two sides of fixed link difference
It is fixedly installed convex block；Mounting plate 1 offers vertical sliding groove 17 between directive wheel 1 and directive wheel 2 23；Convex block
It is slidably connected to sliding groove 17；One end that fixed link 16 passes through sliding groove 17 is fixedly connected with rope 18, and close to fixed link 16
Directive wheel 3 19 is fixedly installed on the mounting plate 1 of one end of sliding groove 17；Rope 18 passes through one end of directive wheel 3 19
It is fixedly connected with reel 20；Mounting plate 1 is fixedly installed motor 24 below the vertical plane of tensioning wheel 1；Motor 24
Output shaft is fixedly connected on reel 20；The switch one that control motor 24 rotates forward is equipped at the mounting plate 1 of entrance tensioning group 2
25 switches 2 26 inverted with control motor 24.
It fixes as shown in Figure 1, the surface of protective gas pipe 5 is equipped with detachably in the level-one deoxidation mechanism 9 of wall；One
Grade deoxidation mechanism 9 includes ethyl alcohol service tank 91 and flow control case 92；Ethyl alcohol service tank 91 is set to 1 top of mounting plate；Peace
Loading board 1 is equipped with stair 27, convenient for feeding ethyl alcohol to ethyl alcohol supply amount；Flow control case 92 is located at 91 lower section of ethyl alcohol service tank；Second
Delivery pipe 1 is communicated between alcohol service tank 91 and flow control case 92.
As Figure 4-Figure 6, flow control case 92 offers the through slot 921 for copper strips transmission；The lower part two sides of flow case are set
There is the water conservancy diversion row 922 of close copper strips two sides；One end that water conservancy diversion row 922 contacts at copper strips is equipped with opening；Opening is provided with water conservancy diversion
Piece 15 plays a part of to guide ethyl alcohol drippage in copper strip surface；In addition, being equipped with pressing plate 923 in flow control case 92；Pressing plate 923 pastes
Tightly sealing ring is equipped in four sides of 92 inner wall of flow control case；The lower section of pressing plate 923 is equipped with hydraulic pressure sensor 12；Pressing plate 923 is opened
Equipped with ethanol injection mouth 13；Ethanol injection mouth 13 is connected to one end of delivery pipe 1；The top of pressing plate 923 is equipped with cylinder 924；
The telescopic rod fixed vertical of cylinder 924 is connected to pressing plate 923；The side of cylinder 924 is fixed to be removably connected to mounting plate 1 vertically
Face；Hydraulic pressure sensor 12 is automatically controlled to be formed on cylinder 924.
As shown in Fig. 2, copper strips transports down due to heating effect of current, closer to cooling water tank 7, the temperature of copper strips is got over
Height, the probability being oxidized is higher, and second level deoxidation mechanism 11 is thus arranged and carries out secondary deoxidation and cooling, second level to copper strips
Deoxidation mechanism 11 is spray assemblies, is connected to part two sides of the protective gas pipe 5 close to cooling water tank 7, spray assemblies with
Delivery pipe 2 14 is equipped between ethyl alcohol service tank 91.
As shown in Fig. 2, annealing component includes the annealing wheel 1 of positively charged pole and the annealing wheel 2 42 of negatively charged pole；Annealing
1 are taken turns to be rotatably dispose at 1 vertical plane of mounting plate；Mounting plate 1 is equipped with adjustable electric source capsule 43 away from the side of annealing wheel 1；
Adjustable electric source capsule 43 is electrically connected to annealing wheel 1；Annealing wheel 2 42 is rotatably dispose in cooling water tank 7；Close to annealing wheel 2 42
Side is equipped with directive wheel 6 44；Directive wheel 6 44 is rotatably dispose in cooling water tank 7.
As shown in Fig. 2, outlet tensioning group 3 includes directive wheel 4 31 and directive wheel 5 32；Directive wheel 4 31 is located at directive wheel
5 32 lower sections.
Concrete operating principle: copper strips passes sequentially through directive wheel 1, tensioning wheel 1, annealing wheel 1, directive wheel 2 23
The through slot 921 that copper strips passes through flow control case 92 is transported, tensioning wheel 1 has the adjustable tension of oscilaltion during this
The effect of size controls 24 positive and negative rotation of motor by switch 1 and switch 2 26 and reel 20 is driven to rotate, passes through directive wheel
3 19 effect makes the rope being fixed in fixed link 16 18 constantly wind or unreel to achieve the purpose that adjusting.
Copper strips enters protective gas pipe 5 from through slot 921, and enters dehydrater 8 around annealing wheel 2 42 and directive wheel 6 44,
Dehydrater 8 goes out copper strip surface moisture, and the copper strips of surface desiccation is in outlet 3 directive wheel 4 31 of tensioning group and directive wheel 5 32
Under the action of enter next process.
In the process, different current or voltages is applied to annealing wheel 1 by adjustable electric source capsule 43, passes through copper strips
Electric conductivity pass to and lead annealing wheel 2 42, be formed into a loop；Copper strips is set to heat up under heating effect of current, it is fast entering cooling water tank 7
Quickly cooling but, plays annealing effect.
Two water conservancy diversion row 922 of 92 lower end of flow control case is passed close to the two sides of copper strips by the hydraulic pressure under pressing plate 923
12 setup pressure value of sensor can indirectly control the liquid level of ethyl alcohol, guarantee that the hydraulic pressure value at pressing plate 923 is hydraulic pressure sensor
12 pressure value controls the flow of ethyl alcohol with this；The outflow of ethyl alcohol will lead to the decline of the liquid level below of pressing plate 923, pressure value
It will change, while the ethanol injection mouth 13 on pressing plate 923 can feed ethyl alcohol while ethyl alcohol outflow, due to ethyl alcohol
Recharge rate and ethyl alcohol the rate of outflow it is inconsistent, the cylinder 924 that will pass through the top of pressing plate 923 applies pressure to pressing plate 923
Or pressure is reduced to balance pressure value, so that hydraulic pressure sensor 12 is remained setting value, in this way, ethyl alcohol is just with certain flow velocity
It is fallen on two surfaces of copper strips by the guidance of flow deflector 15.
Second level deoxidation mechanism 11, i.e. spray assemblies carry out secondary deoxidation to by the copper strips of 5 lower part of protective gas pipe,
Effectively prevent the secondary oxidation of copper strips.
Claims (8)
1. a kind of copper ribbon cooling device with deoxidation, including mounting plate (1), entrance tensioning group (2), outlet tensioning group (3), move back
Fiery component, protective gas pipe (5), the interior cooling water tank (7) and dehydrater (8) for setting temperature sensor (6)；The entrance tensioning group
(2) and outlet tensioning group (3) is respectively arranged at the two sides of mounting plate (1)；The cooling water tank (7) is located in mounting plate (1)
Subordinate end, protective gas pipe (5) and dehydrater (8) are divided into the two sides above cooling water tank (7), and fixed detachably in peace
The vertical plane of loading board (1)；Annealing component is located in cooling water tank (7) and at entrance tensioning group (2), which is characterized in that institute
The surface for stating protective gas pipe (5) is equipped with level-one deoxidation mechanism (9)；Level-one deoxidation mechanism (9) is fixed detachable
In mounting plate (1)；Level-one deoxidation mechanism (9) includes ethyl alcohol service tank (91) and flow control case (92)；The ethyl alcohol
Service tank (91) is set at the top of mounting plate (1)；The flow control case (92) is located at below ethyl alcohol service tank (91), and fixed
Detachably in mounting plate (1) vertical plane；Delivery pipe one is communicated between the ethyl alcohol service tank (91) and flow control case (92)
(10)；The flow control case (92) offers the through slot (921) for copper strips transmission；The lower part two of the flow control case (92)
The water conservancy diversion that side is equipped with close to copper strips two sides arranges (922)；The protective gas pipe (5) connects close to the part two sides of cooling water tank (7)
It is logical to be equipped with second level deoxidation mechanism (11).
2. a kind of copper ribbon cooling device with deoxidation according to claim 1, which is characterized in that the flow control case
(92) pressing plate (923) are equipped in；Four sides that the pressing plate (923) is closely attached on flow control case (92) inner wall are equipped with sealing ring；Institute
The lower section for stating pressing plate (923) is equipped with hydraulic pressure sensor (12)；The pressing plate (923) offers ethanol injection mouth (13)；The second
Alcohol inlet (13) is connected to one end of delivery pipe one (10)；The top of the pressing plate (923) is equipped with cylinder (924)；The gas
The telescopic rod fixed vertical of cylinder (924) is connected to pressing plate (923)；The side fixation of the cylinder (924) is removably connected to peace
Loading board (1) vertical plane；The hydraulic pressure sensor (12) is automatically controlled to be formed on cylinder (924).
3. a kind of copper ribbon cooling device with deoxidation according to claim 1, which is characterized in that the second level deoxidation
Mechanism (11) is spray assemblies；Delivery pipe two (14) is equipped between the spray assemblies and ethyl alcohol service tank (91).
4. a kind of copper ribbon cooling device with deoxidation according to claim 1, which is characterized in that the water conservancy diversion row
(922) one end for contacting at copper strips is equipped with opening；The opening is provided with flow deflector (15).
5. a kind of copper ribbon cooling device with deoxidation according to claim 1, which is characterized in that the entrance tensioning group
It (2) include directive wheel one (21), tensioning wheel one (22) and directive wheel two (23)；The directive wheel one (21) and directive wheel two (23)
It rotates upwardly and downwardly respectively and is connected to mounting plate (1) vertical plane；The tensioning wheel one (22) is set to directive wheel one (21) and directive wheel
Between two (23)；The vertical fixed link of tensioning wheel one (22) (16) is rotationally connected in the middle part of the tensioning wheel one (22)；It is described solid
Fixed pole (16) two sides are fixedly installed convex block respectively；The mounting plate (1) be located at directive wheel one (21) and directive wheel two (23) it
Between offer vertical sliding groove (17)；The convex block is slidably connected to sliding groove (17)；The fixed link (16) passes through sliding
One end of slot (17) is fixedly connected with rope (18), and close to fixed link (16) across the mounting plate of the one end of sliding groove (17)
(1) directive wheel three (19) is fixedly installed on；One end that the rope (18) passes through directive wheel three (19) is fixedly connected with winding
Cylinder (20)；The mounting plate (1) is fixedly installed motor (24) below the vertical plane of tensioning wheel one (22)；The motor
(24) output shaft is fixedly connected on reel (20)；Control electricity is equipped at the mounting plate (1) of the entrance tensioning group (2)
The switch two (26) of switch one (25) and control motor (24) reversion that machine (24) rotates forward.
6. a kind of copper ribbon cooling device with deoxidation according to claim 1, which is characterized in that the annealing component packet
Include the annealing wheel one (41) of positively charged pole and the annealing wheel two (42) of negatively charged pole；The annealing wheel one (41) is rotatably dispose in peace
At loading board (1) book vertical plane；The mounting plate (1) is equipped with adjustable electric source capsule (43) away from the side of annealing wheel one (41)；It is described
Adjustable electric source capsule (43) is electrically connected to annealing wheel one (41)；The annealing wheel two (42) is rotatably dispose in cooling water tank (7)；It leans on
Nearly annealing wheel two (42) side is equipped with directive wheel six (44)；The directive wheel six (44) is rotatably dispose in cooling water tank (7).
7. a kind of copper ribbon cooling device with deoxidation according to claim 1, which is characterized in that the outlet tensioning group
It (3) include directive wheel four (31) and directive wheel five (32)；The directive wheel four (31) is located at below directive wheel five (32).
8. a kind of copper ribbon cooling device with deoxidation according to claim 5, which is characterized in that be located at the motor
(24) mounting plate (1) vertical plane locating for is equipped with stair (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821806334.8U CN209210908U (en) | 2018-11-02 | 2018-11-02 | A kind of copper ribbon cooling device with deoxidation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821806334.8U CN209210908U (en) | 2018-11-02 | 2018-11-02 | A kind of copper ribbon cooling device with deoxidation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209210908U true CN209210908U (en) | 2019-08-06 |
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ID=67458165
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821806334.8U Active CN209210908U (en) | 2018-11-02 | 2018-11-02 | A kind of copper ribbon cooling device with deoxidation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111560575A (en) * | 2020-06-13 | 2020-08-21 | 鹰潭市众鑫成铜业有限公司 | Anti-oxidation copper wire annealing furnace and annealing method |
-
2018
- 2018-11-02 CN CN201821806334.8U patent/CN209210908U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111560575A (en) * | 2020-06-13 | 2020-08-21 | 鹰潭市众鑫成铜业有限公司 | Anti-oxidation copper wire annealing furnace and annealing method |
| CN111560575B (en) * | 2020-06-13 | 2021-09-10 | 鹰潭市众鑫成铜业有限公司 | Anti-oxidation copper wire annealing method |
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