CN207498503U - A kind of sponge coiled material continuous electroplating system - Google Patents
A kind of sponge coiled material continuous electroplating system Download PDFInfo
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- CN207498503U CN207498503U CN201721482112.0U CN201721482112U CN207498503U CN 207498503 U CN207498503 U CN 207498503U CN 201721482112 U CN201721482112 U CN 201721482112U CN 207498503 U CN207498503 U CN 207498503U
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Abstract
The utility model is related to electroplating assembly line technical fields, in particular disclose a kind of sponge coiled material continuous electroplating system, including feed device, electroplanting device, cleaning device and drying unit, feed device is used to that extraneous material volume to be unreeled and wound, electroplanting device is used for the material after being unreeled to feed device and is electroplated, cleaning device is used to clean the material after electroplanting device plating, and drying unit is used to dry the material after cleaning device cleaning；In actual use, material package to be electroplated is located on feed device, material volume is unreeled and automatic winding automatically using feed device, material after feed device unreels enters progress automatic electroplating in electroplanting device, material after plating enters cleaning device and is cleaned automatically, and the material after cleaning enters in drying unit is dried automatically, and feed device is to the material automatic winding after drying unit drying, realize the worked continuously by automation of material plating, the electroplating efficiency of improving material.
Description
Technical field
The utility model is related to electroplating assembly line technical fields, in particular disclose a kind of sponge coiled material continuous electroplating system.
Background technology
During the manufacturing of product, need to carry out product various working processes, plating is exactly common
One of processing mode, for example, in the manufacturing process of conductive sponge, it is necessary to carry out electroplating processes to sponge.The prior art
In mainly by product to be electroplated one by one or multiple be put into togerther in electroplating bath is electroplated, treat that product plating is completed
Afterwards, it is taken out out of electroplating bath by product, production efficiency is extremely low.In addition, after product takes out out of electroplating bath, product glues
With electroplate liquid, in order to enable product can be stored or be used as early as possible, it is also necessary to which operating personnel holds air pressure gun drying product, time-consuming
Arduously, it is unfavorable for the promotion of production efficiency.
Utility model content
In order to overcome shortcoming and defect in the prior art, the purpose of this utility model is to provide a kind of sponge volumes
Material continuous electroplating system realizes the worked continuously by automation of material plating, greatly promotes the electroplating efficiency of material.
To achieve the above object, a kind of sponge coiled material continuous electroplating system of the utility model, including feed device, plating
Device, cleaning device and drying unit, feed device are used to that extraneous material volume to be unreeled and wound, and electroplanting device is used for
Material after being unreeled to feed device is electroplated, and cleaning device is used to clean the material after electroplanting device plating, drying unit
For drying the material after cleaning device cleaning, the material after drying unit drying is fed device winding.
Preferably, the drying unit includes first support, wind turbine, heater and babinet, and wind turbine, heater and babinet are equal
It is installed in first support, wind turbine is for connecting heater and babinet, the material drawing-in babinet after cleaning device cleaning, in babinet
The bottom wall of material and babinet is arranged at intervals, and has angle between the bottom wall and horizontal plane of babinet.
Preferably, the charging hole and discharge hole that the babinet is equipped with drying cavity, is connected respectively with drying cavity, charging hole go out
Expect that Kong Jun runs through the side wall of babinet, the material after cleaning device cleaning passes in and out drying cavity, charging via charging hole, discharge hole respectively
The bottom wall of line and babinet between hole and discharge hole is spaced and is arranged in parallel.
Preferably, the babinet is equipped with two guide parts being located in drying cavity, and guide part includes the support of rotation setting
Roller and pressure holding roller, support roller are used to support the material in drying cavity, and pressure holding roller is used to support the material pressure holding in drying cavity
On roller, the line between line, charging hole and discharge hole between the support roller of two guide parts is arranged in parallel or overlaps setting,
The bottom wall of material and babinet between two guide parts is arranged at intervals.
Preferably, the feed device includes unreeling structure and rolling-up mechanism, electroplanting device, cleaning device and drying unit
It is respectively positioned between unreeling structure and rolling-up mechanism, unreeling structure, electroplanting device, cleaning device, drying unit and rolling-up mechanism position
In on same straight line；Unreeling structure and rolling-up mechanism include second support, material roller and driving motor, the rotation setting of material roller
In second support, driving motor is installed in second support, and for material roller to be driven to rotate, extraneous material volume is arranged driving motor
In the outside of material roller.
Preferably, the electroplating system further includes adjusting apparatus, and adjusting apparatus is used to adjust the object that feed device is conveyed
The tensile force of material, adjusting apparatus include third stent, counterweight material roller and two guide racks being spaced, and counterweight material roller slides simultaneously
Third stent is rotatably dispose in, guide rack is rotatably dispose in third stent, and counterweight material roller is located between two guide racks, counterweight material
Roller is located at the lower section of the line between two guide racks, and the line between the glide direction of counterweight material roller and two guide racks intersects
Setting, counterweight material roller opposite third bracket slide under self gravitation effect.
Preferably, the third branch is provided with guide groove, the line between the length direction of guide groove and two guide racks
Arranged in a crossed manner, the slip of counterweight material roller is located in guide groove.
Preferably, the both ends of the counterweight material roller are arranged with rolling bearing, and the rolling bearing at counterweight material roller both ends slides
It is located in guide groove.
Preferably, the electroplanting device includes the 4th stent, plating vat, two Transition Materials rollers and two locating pieces, plating
Box installed is set on the 4th stent, and Transition Materials roller is rotatably dispose in the 4th stent or/and plating vat, and locating piece includes being located in plating vat
Two positioning plates, rotation is set on two positioning material rollers of two positioning plates respectively, two positioning material rollers are respectively positioned on two transition
Between expecting roller, the line between two positioning material rollers is located at the lower section of the line between two Transition Materials rollers, two positioning material rollers
It is spaced and is arranged in parallel；Two positioning plates are equipped with inclination blind slot, and the inclination blind slots of two positioning plates is from two positioning plates
Side away from each other extends towards direction close to each other, tilts blind slot from two positioning plates side away from each other towards remote
The direction of line between from two Transition Materials rollers extends, and the rotation of positioning material roller, which is located in, to be tilted in blind slot.
Preferably, the electroplating system further includes retracting device, and retracting device includes the 5th stent, recycling bins and reclaimed materials
Roller, recycling bins are installed in the 5th stent, and the rotation of reclaimed materials roller is located in recycling bins, and the material after electroplanting device plating is set around
The outside of reclaimed materials roller；4th stent, plating vat, the 5th stent or recycling bins are installed with trap, and trap is used to contradict electricity
Material after plating appts plating, trap are located at a Transition Materials roller close to recycling bins and a positioning material close to recycling bins
Between roller, it is blind that the angle between trap, line and horizontal plane between a positioning material roller of recycling bins is more than inclination
Angle between slot and horizontal plane.
The beneficial effects of the utility model：In actual use, material package to be electroplated is located on feed device, utilized
Material volume is unreeled feed device automatically and automatic winding, and the material after feed device unreels enters progress in electroplanting device
Automatic electroplating, the material after plating enter cleaning device and are cleaned automatically, and the material after cleaning, which enters in drying unit, to carry out
Automatic drying, the worked continuously by automation that the material automatic winding after drying unit drying, realization material is electroplated in feed device,
The electroplating efficiency of improving material.
Description of the drawings
Fig. 1 is the vertical view of the utility model；
Fig. 2 is the front view of the utility model；
Fig. 3 is the close-up schematic view of part A in Fig. 2；
Fig. 4 is the close-up schematic view of part B in Fig. 2；
Fig. 5 is the close-up schematic view of C portion in Fig. 2；
Fig. 6 is the close-up schematic view of D parts in Fig. 2；
Fig. 7 is the close-up schematic view of E parts in Fig. 2.
Reference numeral includes：
1-feed device, 2-electroplanting device, 3-cleaning device
4-drying unit, 5-wind turbine, 6-heater
7-babinet, 8-drying cavity, 9-guide part
11-support roller 12-pressure holding 13-unreeling structure of roller
14-rolling-up mechanism, 15-adjusting apparatus, 16-counterweight material roller
17-guide rack, 18-guide groove, 19-plating vat
21-Transition Materials roller 22-locating piece, 23-positioning plate
24-positioning material roller 25-inclination 26-retracting device of blind slot
27-recycling bins, 28-reclaimed materials, 29-trap of roller
31-cleaning case 32-cleaning material roller.
Specific embodiment
For the ease of the understanding of those skilled in the art, the utility model is made with reference to embodiment and attached drawing further
Explanation, the content that embodiment refers to not is restriction to the utility model.
It please refers to Fig.1 to shown in Fig. 2, a kind of sponge coiled material continuous electroplating system of the utility model, including feed device
1st, electroplanting device 2, cleaning device 3 and drying unit 4, feed device 1 is used to unreel extraneous material volume automatically and oneself
Dynamic winding, electroplanting device 2 are used for the material after being unreeled to feed device 1 and are electroplated, and cleaning device 3 is used to clean electroplanting device
Material after 2 plating, drying unit are used to dry the material after cleaning device cleaning, and the material after drying unit 4 is dried is sent
Material device 1 is wound.
In actual use, material package to be electroplated is located on feed device 1 using extraneous manipulator etc., using sending
Material device 1 unreels and automatic winding material volume automatically, feed device 1 unreel after material enter electroplanting device 2 it is interior into
Row automatic electroplating, the material after plating enters in cleaning device 3 to be cleaned automatically, and the material after the completion of cleaning enters drying dress
It puts in 4 and is dried automatically, the material after feed device 1 dries drying unit 4 carries out automatic winding, realizes material plating
Worked continuously by automation, the material after electroplanting device 2 is electroplated manually without operating personnel are cleaned and are dried, greatly promoted
The plating production efficiency of material.
The drying unit 4 includes first support (non-label in figure), wind turbine 5, heater 6 and babinet 7, wind turbine 5, fever
Device 6 and babinet 7 are installed in first support, and wind turbine 5 is used to connect heater 6 and babinet 7, the object after the cleaning of cleaning device 3
Expect drawing-in babinet 7, be arranged at intervals into the bottom wall of the material in babinet 7 and babinet 7, have between the bottom wall and horizontal plane of babinet 7
There is angle, for example, the angle between the bottom wall and horizontal plane of babinet 7 is 15 °.
Multiple air knife (not shown)s for material drying are equipped in the plating production process of material, in babinet 7,
Wind turbine 5 connects heater 6 and multiple air knives, and after heater 6 gives off heat, the heat that heater 6 distributes is pumped into case by wind turbine 5
In body 7 so that the hot-air of multiple air knife blowouts is blown on the material in babinet 7, so as to remaining cleaning solution on material drying
(such as water).When 7 inner product of babinet has cleaning solution, cleaning solution is dropped on the bottom wall of babinet 7 automatically under the effect of gravity, due to
There is angle between the bottom wall and horizontal plane of babinet 7, in this way, cleaning solution can be automatically drained out babinet 7 under self gravitation effect,
It clears up the cleaning solution accumulated in babinet 7 manually without operating personnel, while cleaning solution is avoided to be deposited in damage babinet 7 in babinet 7.
Shown in please referring to Fig.1 to Fig.3, the babinet 7 is equipped with drying cavity 8, the charging hole connected respectively with drying cavity 8 (figure
In non-label) and discharge hole (non-label in figure), charging hole, discharge hole run through the side wall of babinet 7, charging hole, discharge hole point
Not Wei Yu the left and right sides of babinet 7, the material after cleaning device 3 cleans passes in and out drying cavity 8 via charging hole, discharge hole respectively, i.e.,
Material after cleaning device 3 cleans enters via charging hole in drying cavity 8, and the material after drying removes drying cavity via discharge hole
8, the bottom wall of line and babinet 7 between charging hole and discharge hole is spaced and is arranged in parallel.In the present embodiment, drying cavity 8
It is mainly charging hole and discharge hole with extraneous connectivity part, when drying unit 4 is to drying materials in drying cavity 8, drops significantly
The loss of heat in low drying cavity 8, so as to reduce the use cost of drying unit 4.Preferably, babinet 7 uses double layer of metal plate
And the heat-preservation cotton being clamped between double layer of metal plate is made.
The babinet 7 is equipped with two guide parts 9 being located in drying cavity 8, and guide part 9 includes the support roller 11 of rotation setting
And roller 12 is pressed, in the present embodiment, guide part 9 further includes the support plate (non-label in figure) being installed on the bottom wall of babinet 7, branch
Support roller 11, pressure holding roller 12 are rotatably arranged in support plate, and certainly, according to actual needs, pressure holding roller 12 can also slide setting
On the supporting plate, in this way, according to the different-thickness of material to be electroplated, user can press roller 12 and then adjustment via sliding
The distance between support roller 11 and pressure holding roller 12；Support roller 11 is used to support the material in drying cavity 8, and pressure holding roller 12 is used to dry
Material in dry chamber 8 is pressed in support roller 11, in the drying course of material, using two guide parts 9 in drying cavity 8
Material is limited, it is ensured that the length of the material in drying cavity 8 substantially remains unchanged, so as to ensure the baking of material volume different parts
The stability of dry mass；The line between line, charging hole and discharge hole between the support roller 11 of two guide parts 9 is parallel to be set
Put or overlap setting, it is preferable that the line between line, charging hole and discharge hole between the support roller 11 of two guide parts 9
Central axis with babinet 7 overlaps, and the bottom wall of the material between two guide parts 9 and babinet 7 is arranged at intervals, and avoids two from leading
Material between part 9 touches the bottom wall of babinet 7 in moving process and causes to wear, while is also prevented from material contact babinet 7
Bottom wall on cleaning solution.
The feed device 1 includes unreeling structure 13 and rolling-up mechanism 14, electroplanting device 2, cleaning device 3 and drying unit
4 are respectively positioned between unreeling structure 13 and rolling-up mechanism 14, and electroplanting device 2 is between unreeling structure 13 and cleaning device 3, cleaning
Between electroplanting device 2 and drying unit 4, drying unit 4 unreels device 3 between cleaning device 3 and rolling-up mechanism 14
Mechanism 13, electroplanting device 2, cleaning device 3, drying unit 4 and rolling-up mechanism 14 are located along the same line, i.e., unreeling structure 13,
Electroplanting device 2, cleaning device 3, drying unit 4 and rolling-up mechanism 14 are collinearly set, and in the electroplating process of material volume, avoid object
The moving direction of material changes, the electroplating quality of improving material, it is ensured that the stability of electroplating quality.
The unreeling structure 13 and rolling-up mechanism 14 (are not marked including second support (non-label in figure), material roller in figure
Number) and driving motor (non-label in figure), material roller is rotatably arranged in second support, and driving motor is installed in second support
On, for driving motor for material roller to be driven to rotate, extraneous material rolls up the outside for being set in material roller.In actual use, it unreels
The driving motor of mechanism 13 shares a driver (not shown) with the driving motor of rolling-up mechanism 14, utilizes a driving
Device controls starting or stoping for two motors simultaneously, it is ensured that the winding operation for unreeling operation and rolling-up mechanism 14 of unreeling structure 13
It is synchronous to carry out, it prevents from causing the tensile force of material suddenly big or suddenly small due to the two is asynchronous, avoids causing due to the change of tensile force
The electroplating quality of material different parts is inconsistent.
Shown in please referring to Fig.1 to Fig.4, the electroplating system further includes adjusting apparatus 15, and adjusting apparatus 15 is sent for adjusting
The tensile force of material that is conveyed of material device 1, adjusting apparatus 15 include third stent (non-label in figure), counterweight material roller 16 and that
Two guide racks 17 at this interval, counterweight material roller 16 are slided and are rotatably arranged on third stent, and guide rack 17 is rotatably arranged on
On third stent, in the electroplating process of material, material is around the outside for being located at counterweight material roller 16 and two guide racks 17, counterweight material
Roller 16 is located between two guide racks 17, and counterweight material roller 16 is located at the lower section of the line between two guide racks 17, counterweight material roller
16 pressure holdings are on the material between unreeling structure 13 and electroplanting device 2, the glide direction of counterweight material roller 16 and two guide racks 17
Between line it is arranged in a crossed manner, in the present embodiment, counterweight material roller 16 vertically slides up and down, counterweight material roller 16 itself weight
The lower opposite third bracket slide of power effect.
By adding adjusting apparatus 15 so that the material in plating is under certain pulling force effect, so that it is guaranteed that material
In extended state, buckle condition is in compared to material, greatly promotes the electroplating quality of material and plating yield.The present embodiment
In, the quantity of adjusting apparatus 15 is two, an adjusting apparatus 15 between unreeling structure 13 and electroplanting device 2, another
Adjusting apparatus 15 is between cleaning device 3 and rolling-up mechanism 14；Certainly, according to actual needs, user can add adjustment
The quantity of device 15.In addition, according to different materials, user can also replace the counterweight material roller 16 of different weight.
Guide groove 18, the company between the length direction of guide groove 18 and two guide racks 17 are provided on the third stent
Line is arranged in a crossed manner, counterweight material roller 16 slip be installed in guide groove 18, in the present embodiment, guide groove 18 vertically set and
Into counterweight material roller 16 is slided up and down along guide groove 18.
In the present embodiment, the both ends of the counterweight material roller 16 are arranged with rolling bearing (not shown), counterweight material roller
The rolling bearing slip at 16 both ends is installed in guide groove 18, and the side wall of guide groove 18 is used for block rolling bearing.By adding
Rolling bearing when the third bracket slide opposite along guide groove 18 of counterweight material roller 16, avoids counterweight material roller 16 and guide groove 18
Side wall is in direct contact, and reduces the abrasion of counterweight material roller 16 and third stent, extends the service life of the two.
It please refers to Fig.1 to shown in Fig. 5, the electroplanting device 2 includes the 4th stent (non-label in figure), plating vat 19, two
A Transition Materials roller 21 and two locating pieces 22, plating vat 19 are installed on the 4th stent, and Transition Materials roller 21 is rotatably arranged on the 4th
On stent or/and on plating vat 19, two Transition Materials rollers 21 are intervally installed, and locating piece 22 includes being located in plating vat 19
Two positioning plates 23, two positioning material rollers 24 being rotatably arranged on respectively on two positioning plates 23, in the electroplating process of material,
Material positions material using two positioning material rollers 24, is electroplated around the outside for being located at Transition Materials roller 21 and positioning material roller 24
Material of the electroplate liquid between two positioning material rollers 24 in case 19 is electroplated；Two positioning material rollers 24 are respectively positioned on two transition
Between expecting roller 21, the line between two positioning material rollers 24 is located at the lower section of the line between two Transition Materials rollers 21, and two fixed
Position material roller 24 is spaced and is arranged in parallel, it is preferable that the line of two positioning material rollers 24 is arranged in parallel with horizontal plane.
In the present embodiment, two positioning plates 23, which are both provided with, tilts blind slot 25, and the inclination blind slot 25 of two positioning plates 23 is certainly
The side of two positioning plates 23 away from each other extends towards direction close to each other, tilt blind slot 25 from two positioning plates 23 that
This separate side extends towards the direction far from the line between two Transition Materials rollers 21, for example, tilting in blind slot 25
Angle between mandrel line and horizontal plane is 12 °, and the rotation of positioning material roller 24, which is installed with, to be tilted in blind slot 25.Pass through Transition Materials roller
21st, blind slot 25 and the special tectonic design of positioning material roller 24 are tilted, can will be positioned without fixing pieces such as extraneous screws
Material roller 24 is arranged on positioning plate 23, greatly promotes the installation or removal material rate between positioning material roller 24 and positioning plate 23.
According to actual needs, the quantity of electroplanting device 2 can be two or more, two or more plating
Device 2 is respectively positioned between adjusting apparatus 15 and cleaning device 3.In the present embodiment, the 4th stent is equally installed with driving motor, should
For driving motor for Transition Materials roller 21 to be driven to rotate, driving motor driving Transition Materials roller 21 is excellent to increase the driving force of material volume
Selection of land, the driving motor operating synchronous with the driving motor of feed device 1 installed on the 4th stent are installed on i.e. the 4th stent
The driving motor of driving motor and feed device 1 is rotated or is stalled simultaneously simultaneously.
It please refers to Fig.1 to shown in Fig. 6, the electroplating system further includes retracting device 26, and retracting device 26 is located at plating and fills
It puts between 2 and cleaning device 3, retracting device 26 includes the 5th stent (non-label in figure), recycling bins 27 and reclaimed materials roller 28, returns
Receive case 27 be installed on the 5th stent, reclaimed materials roller 28 rotation be installed in recycling bins 27, electroplanting device 2 be electroplated after material around
It is located at the outside of reclaimed materials roller 28；Trap is installed on 4th stent, on plating vat 19, on the 5th stent or on recycling bins 27
29, trap 29 is used to contradict the material after electroplanting device 2 is electroplated, and trap 29 is located at a Transition Materials close to recycling bins 27
Between one positioning material roller 24 of roller 21 and close recycling bins 27, trap 29, a positioning material roller 24 close to recycling bins 27
Between line and horizontal plane between angle be more than tilt blind slot 25 central axis and horizontal plane between angle.
In actual use, recovered liquid (such as water) is added in recycling bins 27, reclaimed materials roller 28 is located in recovered liquid, in object
In the electroplating process of material, contradicted due to trap 29 on material after plating, when the material after plating passes through trap 29,
Trap 29 scrapes plating burr held on material etc., and trap 29 scrapes being guided into back via reclaimed materials roller 28 of the material after holding
In the recovered liquid for receiving case 27, recovered liquid, that is, recyclable trap 29 scrapes plating burr held etc..
It please refers to Fig.1 to shown in Fig. 7, the cleaning device 3 includes the 6th stent (non-label in figure), mounted on the 6th
Cleaning case 31 on frame and the cleaning material roller 32 being rotatably arranged in cleaning case 31, in use, adding in cleaning in cleaning case 31
Liquid (such as water) so that cleaning material roller 32 is installed in cleaning solution.Retracting device 26 treated plating material enter cleaning case
In 31, enter in cleaning solution under the guiding of cleaning material roller 32 and cleaned, the plating material after cleaning device 3 cleans enters back into
It is dried in drying unit 4.According to actual needs, the quantity of cleaning device 3 can be two or more.Two or two
A Yi Shang cleaning device 3 is respectively positioned between retracting device 26 and drying unit 4.
During practical manufacture, first support, second support, third stent, the 4th stent, the 5th stent and the 6th stent can be with
It is merged into a stent.
More than content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes, the content of the present specification should not be construed as in specific embodiments and applications
Limitation to the utility model.
Claims (10)
1. a kind of sponge coiled material continuous electroplating system, it is characterised in that：Including feed device, electroplanting device, cleaning device and baking
Equipment for drying, feed device is used to that extraneous material volume to be unreeled and wound, after electroplanting device is for unreeling feed device
Material be electroplated, cleaning device is used to clean the material after electroplanting device plating, and drying unit is for drying cleaning device
Material after cleaning, the material after drying unit drying are fed device winding.
2. sponge coiled material continuous electroplating system according to claim 1, it is characterised in that：The drying unit includes first
Stent, wind turbine, heater and babinet, wind turbine, heater and babinet are assembled on first support, wind turbine for connect heater and
Babinet, the material drawing-in babinet after cleaning device cleaning, the bottom wall of material and babinet in babinet are arranged at intervals, the bottom wall of babinet
There is angle between horizontal plane.
3. sponge coiled material continuous electroplating system according to claim 2, it is characterised in that：The babinet be equipped with drying cavity,
The charging hole and discharge hole connected respectively with drying cavity, charging hole, discharge hole run through the side wall of babinet, after cleaning device cleaning
Material pass in and out drying cavity via charging hole, discharge hole respectively, the bottom wall of line and babinet between charging hole and discharge hole that
It this interval and is arranged in parallel.
4. sponge coiled material continuous electroplating system according to claim 3, it is characterised in that：The babinet, which is equipped with, is located at drying
Two guide parts of intracavitary, guide part includes the support roller of rotation setting and pressure holding roller, support roller are used to support in drying cavity
Material, pressure holding roller be used for by the material in drying cavity press line between support roller, the support roller of two guide parts, into
Line between material hole and discharge hole is arranged in parallel or overlaps setting, the bottom wall interval of material and babinet between two guide parts
Setting.
5. sponge coiled material continuous electroplating system according to claim 1, it is characterised in that：The feed device includes unreeling
Mechanism and rolling-up mechanism, electroplanting device, cleaning device and drying unit are respectively positioned between unreeling structure and rolling-up mechanism, unreeling machine
Structure, electroplanting device, cleaning device, drying unit and rolling-up mechanism are located along the same line；Unreeling structure and rolling-up mechanism wrap
Second support, material roller and driving motor are included, material roller is rotatably dispose in second support, and driving motor is installed in second support,
For driving motor for material roller to be driven to rotate, extraneous material rolls up the outside for being sheathed on material roller.
6. sponge coiled material continuous electroplating system according to claim 1, it is characterised in that：The electroplating system further includes tune
Engagement positions, adjusting apparatus are used to adjust the tensile force for the material that feed device is conveyed, and adjusting apparatus includes third stent, counterweight
Material roller and two guide racks being spaced, counterweight material roller slide and are rotatably dispose in third stent, and guide rack is rotatably dispose in
Third stent, counterweight material roller are located between two guide racks, and counterweight material roller is located at the lower section of the line between two guide racks, matches
Line between the glide direction of heavy burder roller and two guide racks is arranged in a crossed manner, and counterweight material roller is opposite the under self gravitation effect
Three bracket slides.
7. sponge coiled material continuous electroplating system according to claim 6, it is characterised in that：The third branch is provided with guiding
Slot, the line between the length direction of guide groove and two guide racks is arranged in a crossed manner, and the slip of counterweight material roller is located in guide groove.
8. sponge coiled material continuous electroplating system according to claim 7, it is characterised in that：The both ends of the counterweight material roller are equal
Rolling bearing is arranged with, the rolling bearing slip at counterweight material roller both ends is located in guide groove.
9. sponge coiled material continuous electroplating system according to claim 1, it is characterised in that：The electroplanting device includes the 4th
Stent, plating vat, two Transition Materials rollers and two locating pieces, plating vat are installed in the 4th stent, and Transition Materials roller is rotatably dispose in
4th stent or/and plating vat, locating piece include two positioning plates being located in plating vat, are rotated respectively set on two positioning plates
Two positioning material rollers, two positioning material rollers are respectively positioned between two Transition Materials rollers, and the line between two positioning material rollers is located at
The lower section of line between two Transition Materials rollers, two positioning material rollers are spaced and are arranged in parallel；Two positioning plates are equipped with
Tilt blind slot, the inclinations blind slots of two positioning plates extend from two positioning plates side away from each other towards direction close to each other and
Into, tilt blind slot from two positioning plates side away from each other towards the direction extension far from the line between two Transition Materials rollers and
Into the rotation of positioning material roller, which is located in, to be tilted in blind slot.
10. sponge coiled material continuous electroplating system according to claim 9, it is characterised in that：The electroplating system further includes
Retracting device, retracting device include the 5th stent, recycling bins and reclaimed materials roller, and recycling bins are installed in the 5th stent, reclaimed materials roller
Rotation is located in recycling bins, and the material after electroplanting device plating is set around the outside of reclaimed materials roller；4th stent, plating vat,
5th stent or recycling bins are installed with trap, and trap is used to contradict the material after electroplanting device plating, and trap, which is located at, to be leaned on
One Transition Materials roller of nearly recycling bins and between a positioning material roller of recycling bins, trap, one close to recycling bins
The angle between line and horizontal plane between positioning material roller is more than the angle tilted between blind slot and horizontal plane.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721482112.0U CN207498503U (en) | 2017-11-08 | 2017-11-08 | A kind of sponge coiled material continuous electroplating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721482112.0U CN207498503U (en) | 2017-11-08 | 2017-11-08 | A kind of sponge coiled material continuous electroplating system |
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| CN207498503U true CN207498503U (en) | 2018-06-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107904651A (en) * | 2017-11-08 | 2018-04-13 | 东莞丰卓机电设备有限公司 | A kind of sponge coiled material continuous electroplating system |
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2017
- 2017-11-08 CN CN201721482112.0U patent/CN207498503U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107904651A (en) * | 2017-11-08 | 2018-04-13 | 东莞丰卓机电设备有限公司 | A kind of sponge coiled material continuous electroplating system |
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