CN206646180U - Six line diamond electroplating equipment - Google Patents
Six line diamond electroplating equipment Download PDFInfo
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- CN206646180U CN206646180U CN201720293232.XU CN201720293232U CN206646180U CN 206646180 U CN206646180 U CN 206646180U CN 201720293232 U CN201720293232 U CN 201720293232U CN 206646180 U CN206646180 U CN 206646180U
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Abstract
The utility model discloses a kind of six line diamond electroplating equipment, the equipment includes frame, rack-mounted servo actinobacillus device, anode and cathode electric installation, winding drum device, portable barcode scanning device, tub agitating device and heat-treatment furnace and the servo wire arranging and collecting device positioned at the equipment rear end；Servo actinobacillus device, anode and cathode electric installation, winding drum device, portable barcode scanning device, tub agitating device, heat-treatment furnace and servo wire arranging and collecting device are sequentially connected and connect, unwrapping wire is carried out by servo actinobacillus device and releases six wire rods simultaneously, six wire rods carry out take-up after anode and cathode electric installation, winding drum device, portable barcode scanning device, tub agitating device, heat-treatment furnace by servo wire arranging and collecting device successively.The utility model can realize that six lines are produced simultaneously, thus substantially increase production efficiency.
Description
Technical field
It the utility model is related to electroplating device field, more particularly to a kind of six line diamond electroplating equipment.
Background technology
With the formulation and implementation of national new energy strategic plan and the development of semicon industry, especially solar cell
It is increasing to large-sized demand, the thickness of silicon chip is constantly reduced, to cutting accuracy more and more higher, so as to diamond wire
The production equipment of material requires also more and more higher.Cutting at present for hard brittle materials such as silicon crystal is most also using more traditional
Free abrasive is cut, and its incision principle is that the liquid containing abrasive material is brought into workpiece joint-cutting using the quick motion of steel wire,
Produce shear action.There is the problems such as cutting efficiency is low, slurries are difficult to reclaim, and environmental pollution is serious for this cutting mode.For
Solve the problems, such as that free abrasive cutting mode is present, work out a kind of new cutting method now, i.e., cut using concretion abrasive
Cut instrument.Concretion abrasive instrument is plated to diamond abrasive on steel wire by the way of plating, at present the line of most domestic six
The production that floor space is big, energy consumption is big, device layout is in disorder, fault rate is high, efficiency is low, produces all be present in diamond electroplating equipment
The shortcomings such as product qualification rate is low.
The content of the invention
For weak point present in above-mentioned technology, a kind of automaticity of the utility model offer is high, fault rate is low,
Six lines diamond electroplating equipment easy to maintenance and energy-conserving and environment-protective.
To achieve the above object, the utility model provides a kind of six line diamond electroplating equipment, including frame, installed in machine
Servo actinobacillus device, anode and cathode electric installation, winding drum device on frame, portable barcode scanning device, tub agitating device, heat
Treatment furnace and the servo wire arranging and collecting device positioned at the equipment rear end；The servo actinobacillus device, anode and cathode electric installation, coiling
Drum apparatus, portable barcode scanning device, tub agitating device, heat-treatment furnace and servo wire arranging and collecting device are sequentially connected and connect, and lead to
Cross servo actinobacillus device to carry out unwrapping wire simultaneously while release six wire rods, six wire rods are successively by anode and cathode electric installation, coiling
Take-up is carried out by servo wire arranging and collecting device after drum apparatus, portable barcode scanning device, tub agitating device, heat-treatment furnace.
Wherein, the servo actinobacillus device includes outer cover, the unwrapping wire servo motor being placed in outer cover, unwrapping wire decelerator, put
Line power transmission shaft and unwrapping wire reel, the unwrapping wire decelerator be arranged on unwrapping wire bearing housing side, the one of the unwrapping wire power transmission shaft
End through being placed in unwrapping wire bearing housing behind unwrapping wire bearing housing side, and one end of the unwrapping wire power transmission shaft by unwrapping wire decelerator with
Unwrapping wire servo motor driven connects；The unwrapping wire reel is fixed by the other end of unwrapping wire winding wheel shaft and unwrapping wire power transmission shaft to be connected
After connecing, unwrapping wire reel and unwrapping wire power transmission shaft drive connection；Six wire rods wound on unwrapping wire reel carry out unwrapping wire.
Wherein, the anode and cathode electric installation includes the anode titanium net being arranged in the first technology groove and is separately mounted to the
The negative electrode conductive casters group at one technology groove both ends, and the full first technique trench bottom of anode titanium net covering；Described two negative electrode conductive casterses
Group is respectively connected to the negative electrode of the first motor-generator set, and the anode titanium net accesses the anode of the first motor-generator set.
Wherein, the both ends of the first technology groove are provided with the mounting groove of an installation negative electrode conductive casters group, and each negative electrode is conductive
Wheel group includes six row's negative electrode conduction gear member, and two ends of six row's negative electrode conduction gear member are connected in the correspondence of corresponding mounting groove
Side wall；It is identical in the spacing between parallel distribution and every adjacent two rows conduction gear member between six row's negative electrode conduction gear member；Often row is cloudy
Extremely conductive gear member includes installing plate and installation on a mounting board and in three conductive casterses of yi word pattern distribution；Each conductive casters is equal
It is connected to the negative electrode of the first motor-generator set；Every wire rod is successively from another after wherein row's negative electrode conduction gear member and anode titanium net
Arrange in negative electrode conduction gear member out.
Wherein, the winding drum device includes two roller reels, the first drive mechanism and the second motor-generator set；From another
Six material winds come out in one row's negative electrode conduction gear member are rear between roller reel to form winding drum；Each reel
Both ends of the surface edge be evenly arranged with a circle conducting rod respectively, be installed on the roller reel both ends of the surface center pair
The conductive mercury slip ring that conducting rod is powered；Second motor-generator set is connected to corresponding conductive mercury by a plurality of power line
On slip ring；First drive mechanism is with after two roller reel drive connections, driving whole winding drum to roll.
Wherein, the portable barcode scanning device includes the second drive mechanism, strand oscillator and more in the second technology groove
Root sweeps sandpipe in genesis analysis；Sweeping sandpipe for every includes inner tube and the outer tube being socketed in outside inner tube, and the multiple sandpipe of sweeping prolongs
The one end stretched out outside the second technology groove is fixedly connected with strand oscillator, and both positions are in vertical distribution；Second driving
Mechanism and strand oscillator drive connection, strand oscillator is rotated after the second drive mechanism driving, band after the strand oscillator rotation
It is dynamic to sweep sandpipe and move left and right；Wire rod on the winding drum by strand oscillator and is rotated.
Wherein, the tub agitating device includes agitator body, stirring power transmission shaft and installed in agitator body upper table
3rd drive mechanism in face, one end of the stirring power transmission shaft and the 3rd drive mechanism drive connection, and the stirring power transmission shaft
The other end extend into the interior bottom of agitator body；Multi-disc stirring intra vane is installed in the middle part of the stirring power transmission shaft, and
Be provided with the stirring outer leafs for extending its end in the middle part of every stirring intra vane, and every stirring intra vane with it is corresponding
The angle for stirring outer leafs is acute angle；The other end end of the stirring power transmission shaft is provided with multi-disc stirring vanelets；The winding displacement
Six wire rods on device, which are placed in agitator body, to be stirred.
Wherein, the servo wire arranging and collecting device includes elevating mechanism, multiple take-up drivers with automatic clamping function
Structure, multiple servo strand oscillators and the pallet for placing multiple take-up transmission mechanisms；The both sides of the pallet are mounted on supporting
Cross bar, two ends of the multiple take-up transmission mechanism are both connected on corresponding support rail；The elevating mechanism and two
Support rail drive connection, and drive rear support cross bar to drive multiple take-up transmission mechanisms to carry out lifting moving in frame；Often
The corresponding take-up transmission mechanism of individual servo strand oscillator, and each servo strand oscillator be located at corresponding take-up transmission mechanism just on
Side；Six wire rods after the completion of stirring are clamped take-up after winding displacement unwrapping wire by take-up transmission mechanism.
Wherein, each take-up transmission mechanism includes driving motor, final drive shaft, fixed platen, take-up pulley, taper clamping
Platen and clamping cylinder, the driving motor are arranged on by transmission component and final drive shaft drive connection, the fixed platen
On final drive shaft, one end of the take-up pulley is enclosed in the fixed platen of transmission side；The clamping cylinder by cylinder assembly with
Tapered clamp presses dish driving connection, and the other end of the take-up pulley is enclosed on the taper clamping press disk for clamping side；The transmission
Component is arranged on a support rail, and the cylinder assembly is arranged on another support rail；During work, clamping cylinder pushes away
After mantle shape clamping press disk compresses take-up pulley, six wire rods after the completion of winding displacement are clamped take-up by take-up pulley.
The beneficial effects of the utility model are：Compared with prior art, six lines diamond electroplating provided by the utility model
Equipment, the equipment carry out unwrapping wire by servo actinobacillus device and release six wire rods simultaneously, and six wire rods pass through anode and cathode successively
Filled after electric installation, winding drum device, portable barcode scanning device, tub agitating device, heat-treatment furnace by the take-up of servo winding displacement
Put carry out take-up.The improvement of the equipment, it can realize that six lines are produced simultaneously, thus substantially increase production efficiency；Together
When, this it is new have floor space is small, device layout is reasonable, powerful, automaticity is high, fault rate is low, it is easy to maintenance,
The features such as energy-conserving and environment-protective and high production efficiency.
Brief description of the drawings
Fig. 1 is the stereogram of six lines diamond electroplating equipment of the present utility model；
Fig. 2 is the explosive view of servo actinobacillus device in the utility model；
Fig. 3 is the structure chart after Fig. 2 assemblings；
Fig. 4 is the structure chart of anode and cathode electric installation in the utility model；
Fig. 5 is the structure chart of winding drum device in the utility model；
Fig. 6 is the structure chart of portable barcode scanning device in the utility model；
Fig. 7 is the sectional view of tub agitating device in the utility model；
Fig. 8 is the structure chart of servo wire arranging and collecting device in the utility model；
Fig. 9 is the structure chart with self-holding take-up transmission mechanism in the utility model.
Main element symbol description is as follows：
0th, frame 6, heat-treatment furnace
8th, wire rod
1st, servo actinobacillus device
10th, unwrapping wire servo motor 11, unwrapping wire decelerator
12nd, unwrapping wire power transmission shaft 13, unwrapping wire reel
14th, unwrapping wire bearing housing 15, unwrapping wire winding wheel shaft
16th, unwrapping wire shaft coupling 17, unwrapping wire bearing
18th, unwrapping wire bearing block 19, unwrapping wire fixed platen
191st, unwrapping wire moveable platen 192, outer cover
2nd, anode and cathode electric installation
20th, the first technology groove 21, anode titanium net
22nd, mounting groove 23, negative electrode conduction gear member
231st, installing plate 232, conductive casters
3rd, winding drum device
30th, roller reel 31, the second motor-generator set
32nd, conducting rod 33, conductive mercury slip ring
4th, portable barcode scanning device
40th, strand oscillator 41, sweep sandpipe
42nd, the second drive mechanism 411, inner tube
412nd, outer tube 421, motor
422nd, motor sprocket 423, drive sprocket
424th, driving chain
5th, tub agitating device
50th, agitator body 51, stirring power transmission shaft
52nd, intra vane 53, stirring outer leafs are stirred
54th, vanelets are stirred
7th, servo wire arranging and collecting device
71st, elevating mechanism 72, take-up transmission mechanism
73rd, servo strand oscillator 74, pallet
75th, support rail 711, lift cylinder
712nd, guide rod 713, push rod
721st, driving motor 722, final drive shaft
723rd, take-up pulley 724, taper clamping press disk
725th, clamping cylinder.
Embodiment
In order to more clearly state the utility model, the utility model is further described below in conjunction with the accompanying drawings.
Referring to Fig. 1, six lines diamond electroplating equipment provided by the utility model, including frame 0, in frame 0
Servo actinobacillus device 1, anode and cathode electric installation 2, winding drum device 3, portable barcode scanning device 4, tub agitating device 5 and
Heat-treatment furnace 6 and the servo wire arranging and collecting device 7 positioned at the equipment rear end；Servo actinobacillus device, anode and cathode electric installation, coiling
Drum apparatus, portable barcode scanning device, tub agitating device, heat-treatment furnace, with self-holding take-up transmission device and servo
Wire arranging and collecting device, which is sequentially connected, to be connect, by servo actinobacillus device carry out unwrapping wire and simultaneously release six wire rods 8, six wire rods according to
It is secondary after anode and cathode electric installation, winding drum device, portable barcode scanning device, tub agitating device, heat-treatment furnace by watching
Take wire arranging and collecting device and carry out take-up.
Compared to the situation of prior art, six lines diamond electroplating equipment provided by the utility model, the equipment is by watching
Take actinobacillus device to carry out unwrapping wire simultaneously while release six wire rods, six wire rods are successively by anode and cathode electric installation, winding drum
Device, portable barcode scanning device, tub agitating device, heat-treatment furnace, with being arranged after self-holding take-up transmission device by servo
Line take-up carries out take-up.The improvement of the equipment, it can realize that six lines are produced simultaneously, thus substantially increase production
Efficiency；Meanwhile this is new with floor space is small, device layout is reasonable, powerful, automaticity is high, fault rate is low, dimension
Repair conveniently, the features such as energy-conserving and environment-protective and production efficiency are high.
Further referring to Fig. 2-3, servo actinobacillus device 1 includes outer cover 192, is placed in outer cover 192 and includes unwrapping wire servo
Motor 10, unwrapping wire decelerator 11, unwrapping wire power transmission shaft 12 and unwrapping wire reel 13, unwrapping wire decelerator 11 are arranged on unwrapping wire bearing housing 14
Side, one end of unwrapping wire power transmission shaft 12 is placed in unwrapping wire bearing housing 14 after passing through the side of unwrapping wire bearing housing 14, and unwrapping wire is driven
One end of axle 12 passes through unwrapping wire decelerator 11 and the drive connection of unwrapping wire servo motor 10；Unwrapping wire reel 13 passes through unwrapping wire reel
After axle 15 is fixedly connected with the other end of unwrapping wire power transmission shaft 12, unwrapping wire reel 13 and the drive connection of unwrapping wire power transmission shaft 12；Unwrapping wire
The wire rod wound on reel 13 carries out unwrapping wire.The unwrapping wire of the actinobacillus device is completed by servo motor, needing to give birth to
The wire rod of production is installed on reel, then wire rod is passed through guide roller around subsequent processing, and when activated, unwrapping wire servo motor is opened
The unwrapping wire of six wire rods is carried out after beginning operating simultaneously；And regulated the speed by decelerator, thus it can ensure between other processes
Matching coordinative, manual intervention need not be carried out by realizing unwrapping wire.In addition, the gear clearance of the decelerator is small, biography is which thereby enhanced
Dynamic precision.
In the present embodiment, the servo actinobacillus device 1 also includes unwrapping wire shaft coupling 16, unwrapping wire bearing 17 and unwrapping wire bearing block
18, one end of unwrapping wire power transmission shaft 12 is connected after sequentially passing through unwrapping wire bearing 16 and unwrapping wire shaft coupling 17 with unwrapping wire decelerator 11, and
The unwrapping wire shaft coupling 16 and unwrapping wire bearing 17 are installed in unwrapping wire bearing housing 14；Unwrapping wire bearing block 18 is arranged on unwrapping wire bearing housing
On opposite side where 14 outer unwrapping wire decelerators 11, and the other end of unwrapping wire power transmission shaft 12 passes through the opposite side of unwrapping wire bearing housing 14
It is socketed in behind side in paying out reel bearing 18；Unwrapping wire bearing is pierced into one end of unwrapping wire winding wheel shaft 15 after running through unwrapping wire fixed platen 19
It is connected in seat with the other end of unwrapping wire power transmission shaft, and unwrapping wire fixed platen 19 is supported on one end gear wheel of unwrapping wire reel；Put
The other end of line winding wheel shaft 15 runs through unwrapping wire reel, and unwrapping wire winding wheel shaft is socketed with through the part of unwrapping wire reel and put
Line moveable platen 191, and unwrapping wire moveable platen 191 is supported on unwrapping wire reel other end gear wheel；Wound on unwrapping wire reel
Six wire rods unwrapping wire and broadcast to anode and cathode electric installation 2.Supported in this case on the gear wheel of unwrapping wire reel solid
Level pressure disk and moveable platen, pass through activity and the effect of fixed platen so that unwrapping wire reel is not in rotation process
The phenomenon of position skew, and then ensure the accuracy of unwrapping wire.
Further referring to Fig. 4, anode and cathode electric installation 2 includes the anode titanium net 20 being arranged in the first technology groove and divided
Not An Zhuan the first technology groove both ends negative electrode conductive casters group, and the full first technique trench bottom of the covering of anode titanium net 20；Two the moon
Pole conductive casters group is respectively connected to the negative electrode of the first motor-generator set, and anode titanium net accesses the anode of the first motor-generator set.First technology groove
Both ends are provided with the mounting groove 21 of an installation negative electrode conductive casters group, and each negative electrode conductive casters group includes six row's negative electrode conductive casterses
Part 22, two ends of six row's negative electrode conduction gear member 22 are connected to the corresponding madial wall of corresponding mounting groove；Six row's negative electrode conductive casterses
It is identical in the spacing between parallel distribution and every adjacent two rows conduction gear member between part；Often arranging negative electrode conduction gear member includes installation
Plate 221 and installation are on a mounting board and in three conductive casterses 222 of yi word pattern distribution；Each conductive casters is connected to the first rectification
The negative electrode of machine；Every wire rod is successively from another row's negative electrode conduction gear member after wherein row's negative electrode conduction gear member and anode titanium net
In out.Anode titanium net is installed in technology groove in this structure, and covers full technique trench bottom；By two negative electrode conductive casters groups
Technology groove both ends are separately mounted to, and two negative electrode conductive casters groups are respectively connected to the negative electrode of motor-generator set, the access rectification of anode titanium net
The anode of machine；The design of anode titanium net, increases conductive area；Two negative electrode conductive casters groups substitute conducting coppers, can wire rod with
Close contact between negative electrode conductive casters；And electric current is that a point multiple spot accesses, therefore its current density is in each point
Uniformity, the phenomenon for thus avoiding conventional current from focusing on some point and causing the excessive wire rod of electric current to strike off.
Further referring to Fig. 5, winding drum device 3 includes two roller reels 30, the first drive mechanism and second
Motor-generator set 31；Six material winds rear formation coiling rolling between roller reel from another row's negative electrode conduction gear member out
Cylinder；The both ends of the surface edge of each reel is evenly arranged with a circle conducting rod 32, roller reel both ends of the surface centre bit respectively
Put the conductive mercury slip ring 33 for being installed on and being powered to conducting rod；Second motor-generator set is connected to correspondingly by a plurality of power line
Conductive mercury slip ring on；First drive mechanism is with after two roller reel drive connections, driving whole winding drum to roll.
Multiple reels, the wire rod of winding and drive mechanism form rotatable winding drum, thus, it is possible to meet a plurality of wire rod simultaneously
Production, greatly reduces production cost；Meanwhile conducting rod is set on each reel, and by motor-generator set and conductive mercury
Slip ring is powered to conducting rod, and then realizes the conducting function of the device.The tool of drive mechanism is not limited in this case
Body structure, the first drive mechanism include motor, motor sprocket, drive sprocket and power transmission shaft；Can certainly be other structures, only
If the structure that whole winding drum can be driven to roll, belongs to the simple deformation to this case or conversion, falls into the protection of this case
In the range of.
Further referring to Fig. 6, portable barcode scanning device 4 includes the second drive mechanism, strand oscillator 40 and positioned at the second work
More in skill groove are swept sandpipe 41 in genesis analysis；Sweeping sandpipe 41 for every includes inner tube 411 and the outer tube being socketed in outside inner tube
412, it is multiple to sweep one end that sandpipe extends outside the second technology groove and be fixedly connected with strand oscillator, and both perpendicular point of positions
Cloth；Second drive mechanism and strand oscillator drive connection, strand oscillator is rotated after the driving of the second drive mechanism, after strand oscillator rotation
Drive is swept sandpipe and moved left and right；Wire rod on winding drum by strand oscillator and is rotated.Sweep sandpipe and use outer tube sleeve inner tube
Structure, and transverse displacement arrangement by strand oscillator drive mechanism driving under complete, inductor is thus avoid to position lack
Fall into, greatly the simple structure of the device；Meanwhile strand oscillator will drive when being rotated under the driving of drive mechanism and sweep sandpipe
Move left and right, so as to realize that diamond abrasive is not deposited on the purpose of technology groove bottom land.Second drive mechanism 42 includes motor
421st, motor sprocket 422 and drive sprocket 423, motor 421 and the drive connection of motor sprocket 422, and motor sprocket 422 and transmission
By the drive connection of driving chain 424 between sprocket wheel 423, and drive sprocket 424 and the drive connection of strand oscillator 11.Motor in this case
After unlatching, motor sprocket, motor sprocket drives drive sprocket to move by driving chain, and last drive sprocket drives
Strand oscillator is rotated.Certainly, the concrete structure of drive mechanism is not limited in this case, can be changed according to being actually needed
Become.
Further referring to Fig. 7, tub agitating device 5 includes agitator body 50, stirring power transmission shaft 51 and installed in stirring
The 3rd drive mechanism of barrel body upper surface is mixed, stirs one end and the 3rd drive mechanism drive connection of power transmission shaft, and stirs and passes
The other end of moving axis extends into the interior bottom of agitator body；Multi-disc stirring intra vane 52 is installed in the middle part of stirring power transmission shaft,
And be provided with the stirring outer leafs 53 for extending its end in the middle part of every stirring intra vane, and every stirring intra vane with it is right
The angle for the stirring outer leafs answered is acute angle；The other end end of stirring power transmission shaft is provided with multi-disc stirring vanelets 54；Strand oscillator
On six wire rods be placed in agitator body and be stirred.Increase stirring intra vane, stirring outer leafs in agitator body
With stirring vanelets, by way of the combination of these three blades substitutes a kind of blade of tradition, the combination of these three blades takes
Whole agitator body, so as to can be to the diamond abrasive and plating medicine in each corner in agitator body under drive mechanism
Water can stir, so as to effectively improve the phenomenon that abrasive material is uneven on diamond wire.
Further referring to Fig. 8, servo wire arranging and collecting device 7 includes elevating mechanism 71, multiple with automatic clamping function
Take-up transmission mechanism 72, multiple servo strand oscillators 73 and the pallet 74 for placing multiple take-up transmission mechanisms 72；Pallet 74
Both sides are mounted on support rail 75, and two ends of multiple take-up transmission mechanisms are both connected on corresponding support rail；Lifting
Mechanism and two support rail drive connections, and drive rear support cross bar to drive multiple take-up transmission mechanisms to be risen in frame
Drop movement；Each corresponding take-up transmission mechanism of servo strand oscillator, and each servo strand oscillator is located at corresponding take-up and is driven
Directly over mechanism；Six wire rods after the completion of stirring are clamped take-up after winding displacement unwrapping wire by take-up transmission mechanism.The dress
Put including elevating mechanism, multiple take-up transmission mechanisms and multiple servo strand oscillators, will be more by elevating mechanism when needing take-up
Individual take-up transmission mechanism is raised to certain height and position, carries out winding displacement by servo strand oscillator and the material winds that will produce are to more
Take-up is carried out on the take-up pulley of individual take-up transmission mechanism, multiple take-up transmission mechanisms are dropped on pallet after the completion of take-up, are carried out
The take-up of next round；The improvement of said structure, produced while disclosure satisfy that a plurality of wire rod, the winding displacement take-up of every wire rod is all
Independent control, independent clamping, production cost greatly reduces and has reached the demand of high-quality.
Further referring to Fig. 9, take-up transmission mechanism 72 includes driving motor 721, final drive shaft 722, fixed platen, receipts
Line wheel 723, taper clamping press disk 724 and clamping cylinder 725, driving motor by transmission component and final drive shaft drive connection,
Fixed platen is arranged on final drive shaft, and one end of take-up pulley is enclosed in the fixed platen of transmission side；Clamping cylinder passes through cylinder
Component presses dish driving with tapered clamp and is connected, and the other end of take-up pulley is enclosed on the taper clamping press disk for clamping side；During work,
After clamping cylinder promotes taper clamping press disk to compress take-up pulley, six wire rods after the completion of winding displacement are clamped receipts by take-up pulley
Line.One end of take-up pulley is enclosed in the fixed platen of transmission side in the structure, the tapered clamp that the other end is enclosed on clamping side is pressed
On disk, and clamping cylinder presses dish driving with tapered clamp by cylinder assembly and is connected, and promotes tapered clamp to press by clamping cylinder
Disk, so as to realize the self-holding function of take-up pulley.The improvement of said structure, the compression dynamics of take-up pulley can be not only improved, also
Quick-clamping can be realized, and maintenance cost is low, make simple, simple operation, safe to use, automaticity is high, significantly
Reduce production cost.
Elevating mechanism 71 includes multiple lift cylinders 711 and multiple guide rods 712, and each lift cylinder 711 is by pushing away
Bar 713 is connected with corresponding support rail 75, and multiple guide rods are distributed between pallet and support rail 6.Pass through lifting air
Cylinder promotes pushrod movement, and then promotes support rail to be moved up and down along guide rod, final to drive take-up transmission mechanism to enter
Row moves up and down.Cylinder assembly and transmission component in this structure are prior art, and its structure is not limited to, can be according to reality
Need the concrete structure of change cylinder assembly and transmission component.
Specific workflow of the present utility model is：Six wire rods unwrapping wire simultaneously is carried out by servo wire arranging and collecting device；Line
Material carries out conductive processing by anode and cathode electric installation；Coiling is carried out by winding drum device after having handled；After coiling by
The strand oscillator of portable barcode scanning device is rotated；After the completion of rotation by tub agitating device by the plating solution in it on wire rod
It is stirred coating；Heated after the completion of stir process by heat-treatment furnace；Drying carries out winding displacement after the completion of heating
Take-up.
Disclosed above is only several specific embodiments of the present utility model, but the utility model is not limited to this,
The changes that any person skilled in the art can think of should all fall into the scope of protection of the utility model.
Claims (9)
- A kind of 1. six line diamond electroplating equipment, it is characterised in that including frame, rack-mounted servo actinobacillus device, Anode and cathode electric installation, winding drum device, portable barcode scanning device, tub agitating device and heat-treatment furnace and positioned at the equipment The servo wire arranging and collecting device of rear end；The servo actinobacillus device, anode and cathode electric installation, winding drum device, movable type are swept Code device, tub agitating device, heat-treatment furnace and servo wire arranging and collecting device are sequentially connected and connect, and are carried out by servo actinobacillus device Unwrapping wire simultaneously releases six wire rods simultaneously, and six wire rods are successively by anode and cathode electric installation, winding drum device, portable barcode scanning Take-up is carried out by servo wire arranging and collecting device after device, tub agitating device, heat-treatment furnace.
- 2. six lines diamond electroplating equipment according to claim 1, it is characterised in that the servo actinobacillus device includes outer Unwrapping wire servo motor, unwrapping wire decelerator, unwrapping wire power transmission shaft and the unwrapping wire reel cover, being placed in outer cover, the unwrapping wire decelerator Installed in the side of unwrapping wire bearing housing, one end of the unwrapping wire power transmission shaft is placed in unwrapping wire bearing housing after passing through unwrapping wire bearing housing side It is interior, and one end of the unwrapping wire power transmission shaft is connected by unwrapping wire decelerator with unwrapping wire servo motor driven；The unwrapping wire reel After being fixedly connected by unwrapping wire winding wheel shaft with the other end of unwrapping wire power transmission shaft, unwrapping wire reel connects with the driving of unwrapping wire power transmission shaft Connect；Six wire rods wound on unwrapping wire reel carry out unwrapping wire.
- 3. six lines diamond electroplating equipment according to claim 1, it is characterised in that the anode and cathode electric installation includes Anode titanium net in the first technology groove and the negative electrode conductive casters group for being separately mounted to the first technology groove both ends, and anode titanium The full first technique trench bottom of net covering；Described two negative electrode conductive casters groups are respectively connected to the negative electrode of the first motor-generator set, the anode Titanium net accesses the anode of the first motor-generator set.
- 4. six lines diamond electroplating equipment according to claim 3, it is characterised in that the both ends of the first technology groove are respectively provided with There is the mounting groove of an installation negative electrode conductive casters group, each negative electrode conductive casters group includes six row's negative electrode conduction gear member, six row's negative electrodes Two ends of conductive gear member are connected to the corresponding madial wall of corresponding mounting groove；It is in parallel distribution between six row's negative electrode conduction gear member And the spacing between every adjacent two rows conduction gear member is identical；Often arranging negative electrode conduction gear member includes installing plate and installed in installing plate Three conductive casterses that are upper and being distributed in yi word pattern；Each conductive casters is connected to the negative electrode of the first motor-generator set；Every wire rod is successively After wherein row's negative electrode conduction gear member and anode titanium net from another row's negative electrode conduction gear member out.
- 5. six lines diamond electroplating equipment according to claim 4, it is characterised in that the winding drum device includes two Individual roller reel, the first drive mechanism and the second motor-generator set；Six wire rods from another row's negative electrode conduction gear member out twine Formation winding drum afterwards is wound between roller reel；The both ends of the surface edge of each reel is evenly arranged with a circle and led respectively Electric pole, the conductive mercury slip ring being powered to conducting rod is installed on the roller reel both ends of the surface center；It is described Second motor-generator set is connected on corresponding conductive mercury slip ring by a plurality of power line；First drive mechanism and two rollers After reel drive connection, whole winding drum is driven to roll.
- 6. six lines diamond electroplating equipment according to claim 5, it is characterised in that the portable barcode scanning device includes Second drive mechanism, strand oscillator and more in the second technology groove sweep sandpipe in genesis analysis；Sweeping sandpipe for every includes Inner tube and the outer tube being socketed in outside inner tube, it is the multiple to sweep one end that sandpipe extends outside the second technology groove and fixed with strand oscillator Connection, and both positions are in vertical distribution；Second drive mechanism and strand oscillator drive connection, second drive mechanism Strand oscillator is rotated after driving, is driven after strand oscillator rotation and is swept sandpipe and move left and right；Wire rod on the winding drum By strand oscillator and rotated.
- 7. six lines diamond electroplating equipment according to claim 6, it is characterised in that the tub agitating device includes stirring A barrel body, stirring power transmission shaft and the 3rd drive mechanism installed in agitator body upper surface are mixed, it is described to stir the one of power transmission shaft End and the 3rd drive mechanism drive connection, and the other end of the stirring power transmission shaft extends into the interior bottom of agitator body；Institute State and multi-disc stirring intra vane is installed in the middle part of stirring power transmission shaft, and be provided with the middle part of every stirring intra vane and extend it The stirring outer leafs of end, and every stirring intra vane is acute angle with the angle of corresponding stirring outer leafs；The stirring transmission The other end end of axle is provided with multi-disc stirring vanelets；Six wire rods on the strand oscillator, which are placed in agitator body, to be stirred Mix.
- 8. six lines diamond electroplating equipment according to claim 7, it is characterised in that the servo wire arranging and collecting device bag Include elevating mechanism, multiple take-up transmission mechanisms with automatic clamping function, multiple servo strand oscillators and for placing multiple take-ups The pallet of transmission mechanism；The both sides of the pallet are mounted on support rail, and two ends of the multiple take-up transmission mechanism are equal Corresponding to being connected on support rail；The elevating mechanism and two support rail drive connections, and drive rear support cross bar band Move multiple take-up transmission mechanisms and lifting moving is carried out in frame；Each corresponding take-up transmission mechanism of servo strand oscillator, and Each servo strand oscillator is located at directly over corresponding take-up transmission mechanism；Six wire rods after the completion of stirring are after winding displacement unwrapping wire Take-up is clamped by take-up transmission mechanism.
- 9. six lines diamond electroplating equipment according to claim 8, it is characterised in that each take-up transmission mechanism includes Driving motor, final drive shaft, fixed platen, take-up pulley, taper clamping press disk and clamping cylinder, the driving motor pass through transmission Component and final drive shaft drive connection, the fixed platen are arranged on final drive shaft, and one end of the take-up pulley is enclosed on transmission In the fixed platen of side；The clamping cylinder presses dish driving with tapered clamp by cylinder assembly and is connected, and the take-up pulley The other end is enclosed on the taper clamping press disk for clamping side；The transmission component is arranged on a support rail, the air cylinder group Part is arranged on another support rail；During work, after clamping cylinder promotes taper clamping press disk to compress take-up pulley, winding displacement is completed Six wire rods afterwards are clamped take-up by take-up pulley.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720293232.XU CN206646180U (en) | 2017-03-24 | 2017-03-24 | Six line diamond electroplating equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720293232.XU CN206646180U (en) | 2017-03-24 | 2017-03-24 | Six line diamond electroplating equipment |
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| CN206646180U true CN206646180U (en) | 2017-11-17 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108823628A (en) * | 2018-08-23 | 2018-11-16 | 沈阳中科超硬磨具磨削研究所 | A kind of monomer coats slot |
-
2017
- 2017-03-24 CN CN201720293232.XU patent/CN206646180U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108823628A (en) * | 2018-08-23 | 2018-11-16 | 沈阳中科超硬磨具磨削研究所 | A kind of monomer coats slot |
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