CN108441926A - The device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration - Google Patents
The device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration Download PDFInfo
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- CN108441926A CN108441926A CN201810343441.XA CN201810343441A CN108441926A CN 108441926 A CN108441926 A CN 108441926A CN 201810343441 A CN201810343441 A CN 201810343441A CN 108441926 A CN108441926 A CN 108441926A
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25D—PROCESSES FOR THE ELECTROLYTIC OR ELECTROPHORETIC PRODUCTION OF COATINGS; ELECTROFORMING; APPARATUS THEREFOR
- C25D13/00—Electrophoretic coating characterised by the process
- C25D13/22—Servicing or operating apparatus or multistep processes
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Abstract
The invention discloses a kind of devices produced automatically for neodymium iron boron pre-treatment and electrophoresis integration, including：Multiple processing groove bodies are ranked sequentially into class linear type by pre-treating technology；Multiple electrophoresis groove bodies are ranked sequentially into class linear type by electrophoresis process；Surface conditioning slot is located between processing groove body and electrophoresis groove body, and to be connected pre-treating technology and electrophoresis process, surface conditioning slot, processing groove body and electrophoresis tank body form class U-shaped；Moving parts, driving surface conditioning slot, which moves to forward, to be located on straight line with treatment trough body, moves to be located on straight line with electrophoresis tank body backward；Two group of first trolley moves back and forth above the straight line where processing groove body and electrophoresis groove body respectively, and the first trolley is equipped with lifting part, and lifting part is equipped with the connector of at least one hanger；Multiple hangers, top are equipped with and the matched connector of connector.The present invention, which has, makes pre-treating technology and electrophoresis process complete the advantageous effect of automation linking.
Description
Technical field
The present invention relates to electrophoretic apparatus fields.It is more particularly related to which a kind of being used for neodymium iron boron pre-treatment and electricity
The device that swimming integration produces automatically.
Background technology
It is one of which that the surface treatment of neodymium iron boron product, which has many methods, electrophoresis,；The whole set process process of electrophoresis should wrap
Containing pre-treatment (oil removing, pickling, surface conditioning etc.) and electrophoresis, in order to ensure that surface quality, electrophoresis are need to hang up workpiece, use
Top support, in such a way that hanger hanging workpiece electrophoresis is common.
Relatively in the past early, the pre-treatment of neodymium iron boron product, electrophoresis process are all using artificial operation, the manpower and materials of occupancy
It is all very big, and low production efficiency.There is electrophoresis automation equipment later, pre-treatment still needs manual work；Also will before
A part of technique and electrophoresis process of processing, which combine, does automation equipment, but these are not completely to automate, nothing
Method accomplishes the standardized production of product, artificial without the saving in absolute sense, improving production efficiency.
Invention content
It is an object of the invention to solve at least the above, and provide the advantages of at least will be described later.
It is a still further object of the present invention to provide a kind of dresses produced automatically for neodymium iron boron pre-treatment and electrophoresis integration
It sets, neodymium iron boron product can be made to complete automation linking from pre-treating technology and electrophoresis process, realize that integration is automatically performed, with
Labour is saved, production efficiency is improved.
In order to realize these purposes and other advantages according to the present invention, provide a kind of for neodymium iron boron pre-treatment and electricity
The device that swimming integration produces automatically, including：
Multiple processing groove bodies, multiple processing groove bodies are ranked sequentially into class linear type by pre-treating technology；
Multiple electrophoresis groove bodies, multiple electrophoresis groove bodies are ranked sequentially into class linear type by electrophoresis process；
Surface conditioning slot, between the processing groove body and the electrophoresis groove body, to be connected pre-treating technology and electricity
Swimming technique, the surface conditioning slot, the processing groove body and the electrophoresis tank body form class U-shaped；
Moving parts, drive the surface conditioning slot move to forward be located on straight line with the treatment trough body,
It moves to and is located on straight line with the electrophoresis tank body backward；
Two group of first trolley, two group of first trolley is respectively along the straight line where the processing groove body and the electrophoresis groove body
Side moves back and forth, and first trolley is equipped with lifting part, and the lifting part is equipped with the connector of at least one hanger；
Multiple hangers, the hanger top is equipped with to be equipped with more with the matched connector of the connector, the hanger
A fixed component, the fixed component is for fixing pending exemplar；
Wherein, when the lifting part is moved down to terminal, pending exemplar is driven to be located at the processing groove body, described
In the accommodation space of one of electrophoresis groove body and the surface conditioning slot, the lifting part moves up to terminal
When, drive pending exemplar to be higher than the processing groove body, the electrophoresis groove body and the surface conditioning slot.
Preferably, further include two pairs of cross rails, two pairs of cross rails are individually fixed in the processing groove body and the electrophoresis
Right over groove body, the processing groove body is mutually parallel with the straight line where the electrophoresis groove body, and the cross rail is parallel to described
The straight line where groove body is handled, at least mobile connection has one group of first trolley on each pair of cross rail；
First trolley includes：
A pair of first sliding block, a pair of first sliding block are respectively arranged on a pair of of cross rail, and first slider bottom is equipped with
Multiple first wheels, first wheel are connected on the cross rail upper surface, pass through fixed plate between a pair of first sliding block
Connection, the fixed plate are not contacted with the cross rail, and first wheel is driven by first motor and rotated；
Braced frame, the upper end are fixed in the fixed plate, and the braced frame is vertically arranged, and the lifting part is solid
It is scheduled in the braced frame.
Preferably, the lifting part includes the second motor being fixed in the braced frame and second electricity
The first affixed sprocket wheel of the output shaft of machine, the second sprocket wheel being rotatably connected in the braced frame, with first sprocket wheel and
The chain of the annular of second sprocket engagement and the crossbeam column for being fixed on the chain side, wherein second motor
Output shaft and second sprocket wheel gear shaft it is horizontally disposed, and be mutually parallel, second sprocket wheel is located at first chain
Immediately below wheel, the connector is arranged on the crossbeam column.
Preferably, the connector include upper end be fixed on the crossbeam column hanger, be fixed under the hanger
End the first cylinder, be fixed on the mobile terminal of first cylinder compress plate and upper end is fixed on the hanger
A pair of of Ingathering board, wherein the Ingathering board is in class Contraband font, and a pair of of Ingathering board is oppositely arranged, and forms class bracket shape, and described the
One cylinder is located in the space of class bracket shape；
The connector is T-shaped in class, and the connector includes cross bar and montant, and the horizontal length of the cross bar is more than one
Minimum clearance between Ingathering board lower end, less than the maximal clearance between a pair of of Ingathering board lower end, the montant is along level side
To length be less than the minimum clearance between a pair of of Ingathering board lower end；
When the connector is overlapped on a pair of of Ingathering board, the plate that compresses is set as：The movement of first cylinder
When end is moved down to terminal, the plate that compresses abuts on the cross bar, and the mobile terminal of first cylinder is moved upward to
When terminal, the plate that compresses is not contacted with the cross bar.
Preferably, the hanger include the hook being fixed on the montant and be fixed on it is described hook lower end it is vertical
Supporting rod；
The fixed component is arranged at intervals on the supporting rod up and down, and each fixed component includes being set in the support
Upper fixed link on bar, one end are fixed on a pair of of the spring leaf on the supporting rod and being located at below fixed bar, are arranged
On the supporting rod and below the spring leaf lower fixed link, a pair being set on a pair of of spring leaf lower surface
It goes up top under a pair that is top and being set on the upper surface at the lower fixed link both ends, wherein fixed bar and institute
It is horizontally disposed to state lower fixed link, it is described it is top and described under top sharp position distinguish downward and upward；
It is described it is top and described under top be set as：When the spring leaf is bent upwards deformation, it is described it is it is top with wait for
Processing exemplar do not contact, when the spring leaf restores downwards deformation, it is described it is top and described under top be connected to respectively wait locating
Manage the upper and lower surface of exemplar.
Preferably, the surface conditioning slot include the first groove body, one end be connected to first groove body circulation pipe, with
The filter of the circulation pipe other end connection and the pump being connected to the filter, the pump connect with first groove body
It is logical；
The moving parts includes：
Pedestal, which is provided with a pair of first sliding rail, first sliding rail perpendicular to the straight line where the pre-treatment groove body,
Spacing of the length of first sliding rail greatly with straight line and the straight line where the electrophoresis groove body where the pre-treatment groove body；
Second trolley, bottom are equipped with two pair of second wheel, and each pair of second wheel is connected by shaft, first groove body
It is fixed on second car top；
The axis body of third gear, the gear shaft and one of them the second wheel of the third gear is affixed, the third tooth
Wheel is by third motor-driven rotation；
Position switch is communicated with the third motor and is connected；
The position switch is set as：It is located at straight line with the treatment trough body when first groove body is moved forward to
It is upper or move to backward when being located on straight line with the electrophoresis tank body, the position switch closing, so that the third motor
Power-off.
Preferably, one of processing groove body is ultrasonic degreasing tank comprising：
Second groove body, lateral wall and bottom outer surface are equipped with insulating layer, and second groove body is equipped with inlet pipeline, row
Water lines, overflow passage, heating element, temperature sensor and liquid level sensor, wherein the temperature sensor and described
Liquid level sensor detects the temperature and liquid level for the liquid being contained in second groove body respectively；
Regulating member comprising：
A pair of second sliding rail, a pair of second sliding rail sidewall upper opposite in second groove body arranged in parallel, institute
It is horizontally disposed to state the second sliding rail；
Two pair of second sliding block, each pair of second sliding block are slidably connected at respectively on a pair of second sliding rail；
One end of two pair of second rack, each pair of second rack is separately fixed on two pair of second sliding block, second rack
It is slidably connected with second sliding rail；
Two pair of the 4th gear, two pair of the 4th gear are engaged with the other end of two pair of second rack respectively, each pair of 4th gear
Centrally through long axis connection；
A pair of of rotary cylinder, the gear shaft of one of them the 4th gear and rotary cylinder in each pair of 4th gear
Output end is affixed；
A pair of of transverse slat is connected by a transverse slat between each pair of second sliding block, and a pair of of strip is equipped at intervals on the transverse slat
Hole, the length direction of the strip hole are parallel to the direction of second sliding rail；
A pair of of ultrasonic wave vibration plate, each ultrasonic wave vibration plate are fixed on by bolt and nut on a pair of of strip hole, Yi Duichao
Sound wave vibration plate is mutually parallel.
Preferably, the number of the pre-treatment groove body be eight, according to pre-treating technology sequence be followed successively by hot water groove body,
It is described ultrasound degreasing tank, the first tap water spray groove body, first originally rinsing bowl body, descaling bath, the second tap water spray groove body,
Ultrasound washing groove body and the first pure water spray groove body；
The number of the electrophoresis groove body is eight, and the second pure water spray groove body, third are followed successively by according to electrophoresis process sequence
Pure water sprays groove body, electrophoresis tank, UF1 groove bodies, UF2 groove bodies, second originally rinsing bowl body, third tap water elder generation groove body, Yi Ji
Four pure water spray groove body；
Further include that a pair of of hanger temporarily sets component, one of hanger is temporarily set component and is arranged in the upstream of the hot water groove body,
And be located along the same line with the treatment trough body, another hanger is temporarily set component and is arranged in the 4th pure water spray groove body
Downstream, and be located along the same line with the electrophoresis tank body；
The hanger temporarily sets component：
Fixed frame is rectangle, and is vertically arranged, and the fixed frame bottom is equipped with bearing；
A pair of 4th sliding rail, a pair of 4th sliding rail is fixed on the fixed frame and leans on upper bit, and is located at described solid
Determine in the left and right sides of frame, Four-slider is slidably connected on the 4th sliding rail；
Hanging rod, both ends are separately fixed on two Four-sliders；
A pair of of third cylinder, a pair of of third cylinder is fixed on the fixed frame, and is located at the fixed frame
Left and right sides on, the mobile terminal of the third cylinder is vertically upward, and affixed with the Four-slider；
The quantity of every group of first trolley is two, according to pre-treating technology and electrophoresis work also sequence, four the first trolleies
Stroke range is respectively temporarily to set component to the described first originally rinsing bowl body from first hanger, from the described first originally rinsing bowl
Body is temporarily set to the surface conditioning slot, from the surface conditioning slot to the electrophoresis tank, from the electrophoresis tank to second hanger
Component.
Preferably, further include three interface components, three interface components are separately positioned on the described first originally rinsing bowl
On body, the surface conditioning slot and on the electrophoresis tank, each interface components include：
A pair of of third sliding rail, a pair of of third sliding rail is arranged in parallel on the opposite sidewall upper face of corresponding groove body, described
Third sliding rail is horizontally disposed；
A pair of of third sliding block, a pair of of third sliding block are slidably connected at respectively on a pair of of third sliding rail；
The output end of a pair of second cylinder, a pair of second cylinder is connected on a pair of of third sliding block；
Hanger strut, both ends are separately fixed on a pair of of third sliding block, so that described be hung on the hanger strut
On；
Wherein, the hanger strut on the electrophoresis groove body is conducting rod, and the conducting rod and the third sliding block are consolidated
It is fixed to be partly arranged insulating bushing.
Preferably, further include Sewage treatment groove body, the hot water groove body, the ultrasonic degreasing tank, described first are originally
Originally rinsing bowl body, the descaling bath, second tap water spray groove body, the ultrasonic water for water spray groove body, described first
Washing trough body, first pure water spray groove body, second pure water spray groove body, third pure water spray groove body, the electricity
Swim slot, the UF1 groove bodies, the UF2 groove bodies, described second originally rinsing bowl body, third tap water elder generation groove body, Yi Jisuo
It states the 4th pure water spray groove body bottom and is equipped with waste water effuser, the waste water effuser is connected to the Sewage treatment groove body.
The present invention includes at least following advantageous effect：
The first, the pending exemplar of a batch is fixed on hanger, is connect with connector by connector, to make hanger connect
Onto lifting part, the first trolley drives lifting part to be moved to above corresponding groove body, such as ultrasonic degreasing tank, such as pickling
Slot, then lifting part is to decline, so that hanger is to decline so that pending exemplar reaches in corresponding groove body, for example soaks
Not in ultrasonic degreasing tank, for example be immersed in descaling bath, complete corresponding processing, after the completion, lifting part ramp up until
Corresponding groove body is left, then the first trolley continues to move to next step process, until being moved on surface conditioning slot, by hanger
And the pending exemplar on hanger stays in surface conditioning slot, the first trolley returns to first of technique of pre-treating technology,
Continue to transport the pending exemplar of next group, another group of the first trolley is by the pending sample on the hanger and hanger in surface conditioning slot
Part is transported according to electrophoresis process sequence is mobile successively, and lifting position then returnes to surface until electrophoresis process is disposed
It improves in slot, the pending exemplar on the hanger and hanger of transport next group is removed, to allow pre-treating technology and electrophoresis process can
It is carried out with synchronous, saves the time, while pre-treating technology and electrophoresis process can be made to realize fully automatic integral, improve work effect
Rate；
The second, the second motor drives the first sprocket wheel to rotate forward, and chain is made to turn around the first sprocket wheel and the second sprocket wheel forward direction
Dynamic, to drive crossbeam column to move down, the second motor drives the first sprocket wheel to rotate backward, and makes chain around the first sprocket wheel and the
Two sprocket wheels rotate backward, to drive crossbeam column to move up, the more accurate oscilaltion that must realize connector；
Third, pending exemplar are fixed between spring leaf and lower fixed link, upper top top as support stress under
Point, when needing fixed, it is only necessary to spring leaf is pressed up, it is upper top and under it is top between can form larger sky
Between, so that pending exemplar is put into, revocation pressing, spring leaf restores deformation, you can the sky in diminution between top and lower top water
Between, to fixed pending exemplar, moreover, if it find that pending exemplar is fixed dissatisfied, can also conveniently adjust
Behind fixed position, and all process of completion, it is also convenient for efficiently removing exemplar, improves the operational efficiency of entire technique；
Four, the first sliding rails extend on the straight line where processing groove body and electrophoresis groove body, namely extend to first
Within the scope of the travel paths of trolley, facilitates in two group of first trolley transport hanger to surface conditioning slot, realize treatment process and electricity
The linking for technique of swimming, position switch control the power-off and power supply of third motor, can control the stop position of the first groove body, to
The first groove body is accurately controlled to arrive in the travel paths range of two group of first trolley；
5th, rotating and reverse for rotary cylinder can drive the 4th gear to rotate and reverse, to drive the second rack
The back-and-forth motion of one end, to realize the distance between a pair of of ultrasonic wave vibration plate of fine tuning, when the pending exemplar on hanger will be fallen
When entering in the second groove body, the distance between a pair of of ultrasonic wave vibration plate can be tuned up, ultrasonic wave is encountered to avoid pending exemplar and shakes
The distance between plate, after placing, then turn a pair of of ultrasonic wave vibration plate down, to reduce a pair of of ultrasonic wave vibration plate and pending exemplar
The distance between, to improve the effect of ultrasonic oil removing；
6th, when handling the pending exemplar of different model, product size difference is larger, can be with adjusting bolt and spiral shell
Cap, the fixed position on strip hole to adjust a pair of of ultrasonic wave vibration plate, so as to adjust the distance of corresponding product size is adapted to, such as
This will not influence the effect of ultrasonic oil removing even if product size difference is larger；
Part is illustrated to embody by further advantage, target and the feature of the present invention by following, and part will also be by this
The research and practice of invention and be understood by the person skilled in the art.
Description of the drawings
Fig. 1 is the schematic top plan view of one of present invention technical solution；
Fig. 2 is the side structure schematic diagram of one of present invention technical solution；
Fig. 3 is the detail view of one of the present invention lifting part of technical solution；
Fig. 4 is the detail view of one of the present invention surface conditioning slot of technical solution；
Fig. 5 is the detail view of one of the present invention ultrasonic degreasing tank of technical solution；
Fig. 6 is the detail view one of one of the present invention regulating member of technical solution；
Fig. 7 is the detail view two of one of the present invention regulating member of technical solution；
Fig. 8 is the detail view of one of the present invention interface components of technical solution；
Fig. 9 is the detail view of the interface components on one of the present invention electrophoresis tank of technical solution；
Figure 10 is the detail view of one of the present invention hanger of technical solution；
Figure 11 is that the hanger of one of present invention technical solution temporarily sets the detail view of component.
Specific implementation mode
Present invention will be described in further detail below with reference to the accompanying drawings, to enable those skilled in the art with reference to specification text
Word can be implemented according to this.
It should be noted that in the description of the present invention, term " transverse direction ", " longitudinal direction ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "vertical", "horizontal", "top", "bottom", "inner", "outside" be orientation based on ... shown in the drawings or
Position relationship is merely for convenience of description of the present invention and simplification of the description, and is not that the device of instruction or hint meaning or element must
There must be specific orientation, with specific azimuth configuration and operation, therefore be not considered as limiting the invention.
As shown in Fig. 1~11, the present invention provides a kind of dress produced automatically for neodymium iron boron pre-treatment and electrophoresis integration
It sets, including：
Multiple processing groove bodies, multiple processing groove bodies are ranked sequentially into class linear type, multiple processing groove bodies by pre-treating technology
Including ultrasonic degreasing tank 03 and descaling bath 06, pre-treatment is carried out to pending exemplar；
Multiple electrophoresis groove bodies, multiple electrophoresis groove bodies are ranked sequentially into class linear type, multiple electrophoresis groove body packets by electrophoresis process
Include electrophoresis tank 12；
Surface conditioning slot 19, between the processing groove body and the electrophoresis groove body, be connected pre-treating technology and
Electrophoresis process, the surface conditioning slot 19, the processing groove body and the electrophoresis tank body form class U-shaped, pending exemplar
Pre-treating technology is carried out successively, is reached surface conditioning slot 19 and is handled, then carries out electrophoresis process processing successively again, obtain electricity
Swimming finished product；
Moving parts 300 drives the surface conditioning slot 19 to move to forward and is located at one directly with the treatment trough body
On line, move to be located on straight line with the electrophoresis tank body backward so that surface conditioning slot 19 can in processing groove body and
It is moved back between electrophoresis groove body, to facilitate technologic linking；
Two group of first trolley 402, two group of first trolley 402 is respectively where the processing groove body and the electrophoresis groove body
Move back and forth above straight line, so that after pending exemplar reaches surface processing trough, the first step in returning to pre-treating technology,
The pending exemplar of transport next batch is removed, first trolley 402 is equipped with lifting part 400, on the lifting part 400
Connector equipped at least one hanger, to hang hanger, lifting part 400 can be with oscilaltion, to drive the company of being suspended on
Hanger oscilaltion on connector, so as to so that the pending exemplar being fixed on hanger reach it is pre- in corresponding each groove body
Positioning is set；
Multiple hangers, be equipped at the top of the hanger with the matched connector 503 of the connector, connector 503 can be with
It is efficiently fixed on connector, is quickly above hung to realize, the hanger is equipped with multiple fixed components, the fixed component
For fixing pending exemplar；
Wherein, when the lifting part 400 is moved down to terminal, drive pending exemplar be located at the processing groove body,
In the accommodation space of one of the electrophoresis groove body and the surface conditioning slot 19, the lifting part 400 is to moving up
When moving to terminal, pending exemplar is driven to be higher than the processing groove body, the electrophoresis groove body and the surface conditioning slot 19.
In the above-mentioned technical solutions, the pending exemplar of a batch is fixed on hanger, is connected by connector 503 and connector
It connects, to make hanger be connected on lifting part 400, the first trolley 402 drives lifting part 400 to be moved on corresponding groove body
Side, such as ultrasonic degreasing tank 03, such as descaling bath 06, then lifting part 400 is to decline, so that hanger makes to decline
It obtains pending exemplar to reach in corresponding groove body, for example is immersed in ultrasonic degreasing tank 03, for example be immersed in descaling bath 06, complete
Corresponding processing, after the completion, lifting part 400 ramps up until leaving corresponding groove body, and then the first trolley 402 continues downwards
One step process moves, until being moved on surface conditioning slot 19, the pending exemplar on hanger and hanger is stayed in surface tune
It manages in slot 19, the first trolley 402 returns to first of technique of pre-treating technology, continues to transport the pending exemplar of next group, separately
One group of first trolley 402 by the pending exemplar on the hanger and hanger in surface conditioning slot 19, according to electrophoresis process sequence according to
Secondary mobile transport, lifting position then return in surface conditioning slot 19 until electrophoresis process is disposed, go to transport next
The pending exemplar on hanger and hanger criticized saves the time to allow pre-treating technology synchronous can be carried out with electrophoresis process,
Pre-treating technology and electrophoresis process can be made to realize fully automatic integral simultaneously, improve working efficiency.
Further include two pairs of cross rails 401 in another technical solution, two pairs of cross rails 401 are individually fixed in the place
It manages right over groove body and the electrophoresis groove body, the processing groove body is mutually parallel with the straight line where the electrophoresis groove body, described
Cross rail 401 is parallel to the straight line where the processing groove body, on each pair of cross rail 401 at least mobile connection have it is one group first small
Vehicle 402 makes the direction that the first trolley 402 is limited along cross rail 401 move, and so that the first trolley 402 is moved more stable；
First trolley 402 includes：
A pair of first sliding block 403, a pair of first sliding block 403 are respectively arranged on a pair of of cross rail 401, first sliding block
403 bottoms are equipped with multiple first wheels, and first wheel is connected on 401 upper surface of the cross rail, a pair of first sliding block
It is connected by fixed plate between 403, the fixed plate is not contacted with the cross rail 401, and first wheel is by first motor
Driving rotation, first motor drive the first vehicle wheel rotation, to which the first sliding block 403 of driving is moved along cross rail 401；
Braced frame 404, the upper end are fixed in the fixed plate, and the braced frame 404 is vertically arranged, the lifting
Component 400 is fixed in the braced frame 404, when the first sliding block 403 moves, lifting part 400 can be driven to translate.
In another technical solution, the lifting part 400 includes the second electricity being fixed in the braced frame 404
Machine, first sprocket wheel affixed with the output shaft of second motor, the second chain being rotatably connected in the braced frame 404
The chain of the annular of wheel and first sprocket wheel and second sprocket engagement and the crossbeam for being fixed on the chain side
Column 405, wherein the gear shaft of the output shaft of second motor and second sprocket wheel is horizontally disposed, and is mutually parallel, described
Second sprocket wheel is located at immediately below first sprocket wheel, and the connector is arranged on the crossbeam column 405.
In the above-mentioned technical solutions, the second motor drives the first sprocket wheel to rotate forward, and makes chain around the first sprocket wheel and the
Two sprocket wheels rotate forward, and to drive crossbeam column 405 to move down, the second motor drives the first sprocket wheel to rotate backward, and makes chain
It is rotated backward around the first sprocket wheel and the second sprocket wheel, it is more accurate to realize connector to drive crossbeam column 405 to move up
Oscilaltion.
In another technical solution, the connector include upper end be fixed on the crossbeam column 405 hanger 406,
It is fixed on the first cylinder 407 of 406 lower end of the hanger, is fixed on the mobile terminal of first cylinder 407 and compresses plate
409 and upper end be fixed on a pair of of Ingathering board 408 on the hanger 406, wherein the Ingathering board 408 be in class Contraband font,
A pair of of Ingathering board 408 is oppositely arranged, and forms class bracket shape, and first cylinder 407 is located in the space of class bracket shape, the
When the mobile terminal of one cylinder 407 extends downwards, driving compresses plate 409 and is moved towards 408 lower end of Ingathering board, the first cylinder 407
When mobile terminal is shunk upwards, driving compresses plate 409 and is moved away from 408 lower end of Ingathering board；
The connector 503 is T-shaped in class, and the connector 503 includes cross bar and montant, the horizontal length of the cross bar
More than between 408 lower end of a pair of of Ingathering board minimum clearance, less than the maximal clearance between 408 lower end of a pair of of Ingathering board, it is described
The length of montant in the horizontal direction is less than the minimum clearance between 408 lower end of a pair of of Ingathering board, so that montant can be translated into
Gap between a pair of of Ingathering board 408, while cross bar both ends can be overlapped on 408 lower end of a pair of of Ingathering board, realize hanger and rise
The connection of component 400 is dropped；
When the connector 503 is overlapped on a pair of of Ingathering board 408, the plate 409 that compresses is set as：First gas
When the mobile terminal of cylinder 407 is moved down to terminal, the plate 409 that compresses abuts on the cross bar, first cylinder 407
When mobile terminal is moved up to terminal, the plate 409 that compresses is not contacted with the cross bar, and compress that plate 409 can be more firm consolidates
Surely connector 503 is lived, it is excessive to rock amplitude when to prevent hanger from passively moving, and keeps hanger movement more stable.
In another technical solution, the hanger includes the hook 501 being fixed on the montant and is fixed on described
Link up with the vertical supporting rod 502 of 501 lower ends；
The fixed component is arranged at intervals on the supporting rod 502 up and down, and each fixed component is described including being set in
Upper fixed link 504 on supporting rod 502, one end are fixed on the supporting rod 502 and positioned at 504 lower section of fixed bar
A pair of of spring leaf 505, be set on the supporting rod 502 and positioned at the lower fixed link 506 of the lower section of the spring leaf 505, set
Top 507 and it is set to the upper table at 506 both ends of lower fixed link in a pair being placed on 505 lower surface of a pair of of spring leaf
Top 508 under a pair on face, wherein fixed bar 504 and the lower fixed link 506 are horizontally disposed, described top
507 and it is described under top 508 sharp position respectively downward and upward；
Described top 507 and it is described under top 508 be set as：When the spring leaf 505 is bent upwards deformation, it is described on
Top 507 do not contact with pending exemplar, when the spring leaf 505 restores downwards deformation, described top 507 and the lower top
Point 508 is connected to the upper and lower surface of pending exemplar respectively.
In the above-mentioned technical solutions, pending exemplar is fixed between spring leaf 505 and lower fixed link 506, and upper top 507
Top 508 as support stress point under, when needing fixed, it is only necessary to press up spring leaf 505, upper top 507 He
Under can form larger space between top 508 so that pending exemplar is put into, revocation pressing, spring leaf 505 restores shape
Become, you can the space in diminution between top 507 and lower top water, to fixed pending exemplar, moreover, if it find that pending
Exemplar, which is fixed, to be unsatisfied with, and after can also conveniently adjusting fixed position, and all process of completion, is also convenient for quick
Remove exemplar, improve the operational efficiency of entire technique.
In another technical solution, the surface conditioning slot 19 includes the first groove body 191, one end and first groove body
It the circulation pipes of 191 connections, the filter 192 that is connected to the circulation pipe other end and is connected to the filter 192
Pump, the pump are connected to first groove body 191, realize recycling for the conditioning liquid in surface conditioning slot 19, improve conditioning
The utilization rate of liquid；
The moving parts 300 includes：
Pedestal 301 which is provided with a pair of first sliding rail, and first sliding rail is perpendicular to straight where the pre-treatment groove body
Line, the length of first sliding rail is greatly between the straight line where the pre-treatment groove body and the straight line where the electrophoresis groove body
Away from；
Second trolley 303, bottom are equipped with two pair of second wheel, and each pair of second wheel connected by shaft 304, and described the
One groove body 191 is fixed on second trolley, 303 top；
The axis body of third gear 305, the gear shaft and one of them the second wheel of the third gear 305 is affixed, described
Third gear 305 is driven by third motor 306 and is rotated；
Position switch 302 is communicated with the third motor 306 and is connected；
The position switch 302 is set as：It is located at one with the treatment trough body when first groove body 191 is moved forward to
It moves on straight line or backward when being located on straight line with the electrophoresis tank body, the position switch 302 is closed, so that institute
State the power-off of third motor 306.
In the above-mentioned technical solutions, the first sliding rail extend to processing groove body and electrophoresis groove body where straight line on, namely
Within the scope of the travel paths for extending to the first trolley 402, two group of first trolley 402 is facilitated to transport hanger to surface conditioning slot 19
In, realization treatment process is connected with electrophoresis process, and position switch 302 controls the power-off and power supply of third motor 306, can control
The stop position of the first groove body 191 is made, to accurately control the stroke road that the first groove body 191 arrives at two group of first trolley 402
In diameter range.
In another technical solution, one of processing groove body is set as ultrasonic degreasing tank 03 comprising：
Second groove body 031, lateral wall and bottom outer surface are equipped with insulating layer, and second groove body 031 is equipped with water inlet
Pipeline, discharge pipe line, overflow passage, heating element, temperature sensor and liquid level sensor, wherein the temperature sensor
It detects the temperature and liquid level of the liquid being contained in second groove body 031 respectively with the liquid level sensor, realizes essence
Quasi- temperature control is precisely controlled liquid level, is immersed on hook 501 to prevent that liquid level is excessively high, and polluted liquid, shadow
Ring deoiling effect；
Regulating member comprising：
A pair of second sliding rail 032,032 side opposite in second groove body 031 arranged in parallel of a pair of second sliding rail
Wall upper end, second sliding rail 032 are horizontally disposed；
Two pair of second sliding block 039, each pair of second sliding block 039 are slidably connected at respectively on a pair of second sliding rail 032；
One end of two pair of second rack, each pair of second rack is separately fixed on two pair of second sliding block 039, second tooth
Item is slidably connected with second sliding rail 032；
Two pair of the 4th gear 034, two pair of the 4th gear 034 are engaged with the other end of two pair of second rack respectively, Mei Dui
Four gears 034 are connected centrally through long axis 035；
A pair of of rotary cylinder 036, the gear shaft of one of them the 4th gear 034 and one in each pair of 4th gear 034
The output end of rotary cylinder 036 is affixed；
A pair of of transverse slat 037 is connected by a transverse slat 037 between each pair of second sliding block 039, is spaced on the transverse slat 037
Equipped with a pair of of strip hole 038, the length direction of the strip hole 038 is parallel to the direction of second sliding rail 032；
A pair of of ultrasonic wave vibration plate 033, each ultrasonic wave vibration plate 033 are fixed on a pair of of strip hole 038 by bolt and nut
On, a pair of of ultrasonic wave vibration plate 033 is mutually parallel.
In the above-mentioned technical solutions, rotating and reverse for rotary cylinder 036 can drive the 4th gear 034 to rotate forward and anti-
Turn, to drive the back-and-forth motion of second rack one end, to realize the distance between fine tuning a pair of ultrasonic wave vibration plate 033, when
When pending exemplar on hanger will be fallen into the second groove body 031, the distance between a pair of of ultrasonic wave vibration plate 033 can be tuned up,
Encounter ultrasonic wave vibration plate 033 to avoid pending exemplar, after placing, then turn down between a pair of of ultrasonic wave vibration plate 033 away from
From to reduce the distance between a pair of of ultrasonic wave vibration plate 033 and pending exemplar, to improve the effect of ultrasonic oil removing；
When handling the pending exemplar of different model, product size difference is larger, can be with adjusting bolt and nut, to adjust
Fixed position on the strip hole 038 of section a pair of ultrasonic wave vibration plate 033, so as to adjust the distance of corresponding product size is adapted to, such as
This will not influence the effect of ultrasonic oil removing even if product size difference is larger.
In another technical solution, the number of the pre-treatment groove body is eight, successively according to pre-treating technology sequence
Groove body 04, first originally rinsing bowl body 05, descaling bath are sprayed for hot water groove body 02, the ultrasonic degreasing tank 03, the first tap water
06, the second tap water spray groove body 07, ultrasound washing groove body 08 and the first pure water spray groove body 09；
The number of the electrophoresis groove body is eight, and the second pure water spray groove body 10, the are followed successively by according to electrophoresis process sequence
Three pure water spray groove body 11, electrophoresis tank 12, UF1 groove bodies 13, UF2 groove bodies 14, second, and originally rinsing bowl body 15, third tap water are first
Groove body 16 and the 4th pure water spray groove body 17；
Further include that a pair of of hanger temporarily sets component, one of hanger is temporarily set component and is arranged in the upstream of the hot water groove body,
And be located along the same line with the treatment trough body, another hanger is temporarily set component and is arranged in the 4th pure water spray groove body
Downstream, and be located along the same line with the electrophoresis tank body；
The hanger temporarily sets component：
Fixed frame 701, is rectangle, and is vertically arranged, and 701 bottom of the fixed frame is equipped with bearing；
A pair of 4th sliding rail 702, a pair of 4th sliding rail 702 are fixed on the fixed frame 701 and lean on upper bit, and position respectively
In in the left and right sides of the fixed frame 701, Four-slider 703 is slidably connected on the 4th sliding rail 702；
Hanging rod 704, both ends are separately fixed on two Four-sliders 703；
A pair of of third cylinder 705, a pair of of third cylinder 705 are fixed on the fixed frame 701, and are located at described
In the left and right sides of fixed frame 701, the mobile terminal of the third cylinder 705 vertically upward, and with the Four-slider 703
It is affixed；
Hanger temporarily sets component for hanging hanger, and hook can be hung on hanging rod 704, and the driving of third cylinder 705 the 4th is slided
Block 703 moves up and down, and hanging rod 704 can be driven to move up and down, to the upper extension for realizing hanger and lower extension；
The quantity of every group of first trolley 402 is two, according to pre-treating technology and electrophoresis work also sequence, four the first trolleies
402 stroke range is respectively temporarily to set component 01 to the described first originally rinsing bowl body 05, from described first from first hanger
Originally rinsing bowl body 05 to the surface conditioning slot 19, from the surface conditioning slot 19 to the electrophoresis tank 12, from the electrophoresis
12 to the second hangers of slot temporarily set component 18, and according to the processing time of each technique, pre-treating technology and electrophoresis process are divided into four
Section, four the first trolley 402 transports, can optimize whole work operational efficiency.
Further include three interface components in another technical solution, three interface components are separately positioned on described first
Originally rinsing bowl body 05, on the surface conditioning slot 19 and on the electrophoresis tank 12, each interface components include：
A pair of of third sliding rail 601, a pair of of third sliding rail 601 are arranged in parallel in the opposite sidewall upper face of corresponding groove body
On, the third sliding rail 601 is horizontally disposed；
A pair of of third sliding block 602, a pair of of third sliding block 602 are slidably connected at respectively on a pair of of third sliding rail 601；
The output end of a pair of second cylinder 603, a pair of second cylinder 603 is connected on a pair of of third sliding block 602；
Hanger strut, both ends are separately fixed on a pair of of third sliding block 602, so that the hook 501 is hung on the extension
Have on strut；
Wherein, the hanger strut on the electrophoresis groove body is conducting rod 605, and the conducting rod 605 is slided with the third
The fixed part of block 602 is arranged insulating bushing 606.
In the above-mentioned technical solutions, four the first trolleies 402 are respectively in the first originally rinsing bowl body 05, surface conditioning slot 19
On upper and electrophoresis tank 12, when the first trolley 402 puts down hanger, hook 501 can be hung on hanger strut, to realize
Automatic linking, is not necessarily to human relay working, with into also more accurate balancing；
When electrophoresis process is handled, since electrophoresis needs to be powered, it is arranged to conducting rod 605, insulating bushing 606 can be with
It avoids conducting rod 605 from being powered with third sliding block 602, there is safety precaution effect.
Further include Sewage treatment groove body 20 in another technical solution, the hot water groove body 02, the ultrasonic degreasing tank
03, originally rinsing bowl body 05, the descaling bath 06, described second be originally for first tap water spray groove body 04, described first
Water spray groove body 07, the ultrasound washing groove body 08, first pure water spray groove body 09, second pure water spray groove body
10, the third pure water sprays groove body 11, the electrophoresis tank 12, the UF1 groove bodies 13, the UF2 groove bodies 14, described second certainly
Come rinsing bowl body 15, third tap water elder generation groove body 16 and 17 bottom of the 4th pure water spray groove body and is equipped with waste water
Effuser, the waste water effuser are connected to the Sewage treatment groove body 20, by the Sewage treatment in the groove body, to facilitate system
It is discharged again after one processing, improves wastewater treatment and consume energy excessive present situation.
Although the embodiments of the present invention have been disclosed as above, but its is not only in the description and the implementation listed
With it can be fully applied to various fields suitable for the present invention, for those skilled in the art, can be easily
Realize other modification, therefore without departing from the general concept defined in the claims and the equivalent scope, the present invention is simultaneously unlimited
In specific details and legend shown and described herein.
Claims (10)
1. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration, which is characterized in that including：
Multiple processing groove bodies, multiple processing groove bodies are ranked sequentially into class linear type by pre-treating technology；
Multiple electrophoresis groove bodies, multiple electrophoresis groove bodies are ranked sequentially into class linear type by electrophoresis process；
Surface conditioning slot, between the processing groove body and the electrophoresis groove body, to be connected pre-treating technology and electrophoresis work
Skill, the surface conditioning slot, the processing groove body and the electrophoresis tank body form class U-shaped；
Moving parts drives the surface conditioning slot to move to forward and is located on straight line, backward with the treatment trough body
It moves to and is located on straight line with the electrophoresis tank body；
Two group of first trolley, two group of first trolley come above the straight line where the processing groove body and the electrophoresis groove body respectively
Return is dynamic, and first trolley is equipped with lifting part, and the lifting part is equipped with the connector of at least one hanger；
Multiple hangers, the hanger top is equipped with to be equipped with multiple solid with the matched connector of the connector, the hanger
Determine component, the fixed component is for fixing pending exemplar；
Wherein, when the lifting part is moved down to terminal, pending exemplar is driven to be located at the processing groove body, the electrophoresis
In the accommodation space of one of groove body and the surface conditioning slot, when the lifting part is moved up to terminal, band
It moves pending exemplar and is higher than the processing groove body, the electrophoresis groove body and the surface conditioning slot.
2. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as described in claim 1, which is characterized in that
Further include two pairs of cross rails, two pairs of cross rails are individually fixed in right over the processing groove body and the electrophoresis groove body, the place
Reason groove body be mutually parallel with the straight line where the electrophoresis groove body, the cross rail be parallel to it is described handle groove body where it is straight
Line, at least mobile connection has one group of first trolley on each pair of cross rail；
First trolley includes：
A pair of first sliding block, a pair of first sliding block are respectively arranged on a pair of of cross rail, and first slider bottom is equipped with multiple
First wheel, first wheel are connected on the cross rail upper surface, are connected by fixed plate between a pair of first sliding block,
The fixed plate is not contacted with the cross rail, and first wheel is driven by first motor and rotated；
Braced frame, the upper end are fixed in the fixed plate, and the braced frame is vertically arranged, and the lifting part is fixed on
In the braced frame.
3. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 2, which is characterized in that
The lifting part includes the second motor being fixed in the braced frame, affixed with the output shaft of second motor the
One sprocket wheel, the second sprocket wheel being rotatably connected in the braced frame, with first sprocket wheel and second sprocket engagement
The chain of annular and the crossbeam column for being fixed on the chain side, wherein the output shaft of second motor and described second
The gear shaft of sprocket wheel is horizontally disposed, and is mutually parallel, and second sprocket wheel is located at immediately below first sprocket wheel, the connector
It is arranged on the crossbeam column.
4. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 3, which is characterized in that
The connector include upper end be fixed on the crossbeam column hanger, be fixed on the hanger lower end the first cylinder, fixation
On the mobile terminal of first cylinder compress plate and upper end is fixed on a pair of of Ingathering board on the hanger, wherein institute
It is in class Contraband font to state Ingathering board, and a pair of of Ingathering board is oppositely arranged, and forms class bracket shape, and first cylinder is located at class bracket
In the space of shape；
The connector is T-shaped in class, and the connector includes cross bar and montant, and the horizontal length of the cross bar is more than a pair of receive
Receive minimum clearance between plate lower end, less than the maximal clearance between a pair of of Ingathering board lower end, the montant is in the horizontal direction
Length is less than the minimum clearance between a pair of of Ingathering board lower end；
When the connector is overlapped on a pair of of Ingathering board, the plate that compresses is set as：The mobile terminal of first cylinder to
Lower movement to terminal when, it is described compress plate abut on the cross bar, the mobile terminal of first cylinder moves up to terminal
When, the plate that compresses is not contacted with the cross bar.
5. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 4, which is characterized in that
The hanger includes the hook being fixed on the montant and the vertical supporting rod for being fixed on the hook lower end；
The fixed component is arranged at intervals on the supporting rod up and down, and each fixed component includes being set on the supporting rod
Upper fixed link, one end is fixed on the supporting rod and a pair of of spring leaf below fixed bar, is set in institute
It states on supporting rod and below the spring leaf lower fixed link, push up in a pair being set on a pair of of spring leaf lower surface
It is top under point and a pair for being set on the upper surface at the lower fixed link both ends, wherein fixed bar and it is described under
Fixed link is horizontally disposed, it is described it is top and described under top sharp position distinguish downward and upward；
It is described it is top and described under top be set as：When the spring leaf is bent upwards deformation, it is described it is it is top with it is pending
Exemplar does not contact, when the spring leaf restores downwards deformation, it is described it is top and described under top be connected to pending sample respectively
The upper and lower surface of part.
6. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as described in claim 1, which is characterized in that
The surface conditioning slot include the first groove body, one end be connected to first groove body circulation pipe, with the circulation pipe other end
The filter of connection and the pump being connected to the filter, the pump are connected to first groove body；
The moving parts includes：
Pedestal, which is provided with a pair of first sliding rail, and first sliding rail is described perpendicular to the straight line where the pre-treatment groove body
Spacing of the length of first sliding rail greatly with straight line and the straight line where the electrophoresis groove body where the pre-treatment groove body；
Second trolley, bottom are equipped with two pair of second wheel, and each pair of second wheel is connected by shaft, and first groove body is fixed
In second car top；
The axis body of third gear, the gear shaft and one of them the second wheel of the third gear is affixed, the third gear by
Third motor-driven rotation；
Position switch is communicated with the third motor and is connected；
The position switch is set as：Be located on straight line with the treatment trough body when first groove body is moved forward to,
Or move to backward when being located on straight line with the electrophoresis tank body, the position switch is closed, so that the third motor is disconnected
Electricity.
7. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 5, which is characterized in that
One of processing groove body is ultrasonic degreasing tank comprising：
Second groove body, lateral wall and bottom outer surface are equipped with insulating layer, and second groove body is equipped with inlet pipeline, drainpipe
Road, overflow passage, heating element, temperature sensor and liquid level sensor, wherein the temperature sensor and the liquid level
Sensor detects the temperature and liquid level for the liquid being contained in second groove body respectively；
Regulating member comprising：
A pair of second sliding rail, a pair of second sliding rail sidewall upper opposite in second groove body arranged in parallel, described the
Two sliding rails are horizontally disposed；
Two pair of second sliding block, each pair of second sliding block are slidably connected at respectively on a pair of second sliding rail；
One end of two pair of second rack, each pair of second rack is separately fixed on two pair of second sliding block, second rack and institute
The second sliding rail is stated to be slidably connected；
Two pair of the 4th gear, two pair of the 4th gear are engaged with the other end of two pair of second rack respectively, each pair of 4th gear centre
Pass through long axis connection；
A pair of of rotary cylinder, the output of the gear shaft and a rotary cylinder of one of them the 4th gear in each pair of 4th gear
It holds affixed；
A pair of of transverse slat is connected by a transverse slat between each pair of second sliding block, and a pair of of strip hole, institute are equipped at intervals on the transverse slat
The length direction for stating strip hole is parallel to the direction of second sliding rail；
A pair of of ultrasonic wave vibration plate, each ultrasonic wave vibration plate are fixed on by bolt and nut on a pair of of strip hole, a pair of of ultrasonic wave
Vibration plate is mutually parallel.
8. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 7, which is characterized in that
The number of the pre-treatment groove body is eight, and hot water groove body, the ultrasonic degreasing tank, the are followed successively by according to pre-treating technology sequence
One tap water spray groove body, first originally rinsing bowl body, descaling bath, the second tap water spray groove body, ultrasound washing groove body and
First pure water sprays groove body；
The number of the electrophoresis groove body is eight, and the second pure water spray groove body, third pure water are followed successively by according to electrophoresis process sequence
Spray that groove body, electrophoresis tank, UF1 groove bodies, UF2 groove bodies, second originally rinsing bowl body, third tap water elder generation's groove body and the 4th are pure
Water spray groove body；
Further include that a pair of of hanger temporarily sets component, one of hanger is temporarily set component and is arranged in the upstream of the hot water groove body, and with
The treatment trough body is located along the same line, another hanger is temporarily set component and is arranged under the 4th pure water spray groove body
Trip, and be located along the same line with the electrophoresis tank body；
The hanger temporarily sets component：
Fixed frame is rectangle, and is vertically arranged, and the fixed frame bottom is equipped with bearing；
A pair of 4th sliding rail, a pair of 4th sliding rail is fixed on the fixed frame and leans on upper bit, and is located at the fixed frame
In the left and right sides of frame, Four-slider is slidably connected on the 4th sliding rail；
Hanging rod, both ends are separately fixed on two Four-sliders；
A pair of of third cylinder, a pair of of third cylinder is fixed on the fixed frame, and is located at a left side for the fixed frame
On right two sides, the mobile terminal of the third cylinder is vertically upward, and affixed with the Four-slider；
The quantity of every group of first trolley is two, according to pre-treating technology and electrophoresis work also sequence, the stroke of four the first trolleies
Range is respectively temporarily to set component to the described first originally rinsing bowl body from first hanger, from described first originally rinsing bowl body to
The surface conditioning slot temporarily sets component from the surface conditioning slot to the electrophoresis tank, from the electrophoresis tank to second hanger.
9. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 8, which is characterized in that
Further include three interface components, three interface components are separately positioned on the described first originally rinsing bowl body, surface conditioning slot
On the upper and described electrophoresis tank, each interface components include：
A pair of of third sliding rail, a pair of of third sliding rail are arranged in parallel on the opposite sidewall upper face of corresponding groove body, the third
Sliding rail is horizontally disposed；
A pair of of third sliding block, a pair of of third sliding block are slidably connected at respectively on a pair of of third sliding rail；
The output end of a pair of second cylinder, a pair of second cylinder is connected on a pair of of third sliding block；
Hanger strut, both ends are separately fixed on a pair of of third sliding block, so that described be hung on the hanger strut；
Wherein, the hanger strut on the electrophoresis groove body is conducting rod, and the fixed part of the conducting rod and the third sliding block
It is arranged insulating bushing.
10. the device produced automatically for neodymium iron boron pre-treatment and electrophoresis integration as claimed in claim 8, feature exist
In, further include Sewage treatment groove body, it is the hot water groove body, the ultrasonic degreasing tank, first tap water spray groove body, described
First originally rinsing bowl body, the descaling bath, second tap water spray groove body, it is described ultrasound washing groove body, described first
Pure water sprays groove body, second pure water spray groove body, third pure water spray groove body, the electrophoresis tank, the UF1 slots
Originally rinsing bowl body, third tap water elder generation's groove body and the 4th pure water spray for body, the UF2 groove bodies, described second
Groove body bottom is equipped with waste water effuser, and the waste water effuser is connected to the Sewage treatment groove body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810343441.XA CN108441926B (en) | 2018-04-17 | 2018-04-17 | Device for integrated automatic production of neodymium iron boron pretreatment and electrophoresis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810343441.XA CN108441926B (en) | 2018-04-17 | 2018-04-17 | Device for integrated automatic production of neodymium iron boron pretreatment and electrophoresis |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108441926A true CN108441926A (en) | 2018-08-24 |
| CN108441926B CN108441926B (en) | 2020-01-17 |
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ID=63200111
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810343441.XA Active CN108441926B (en) | 2018-04-17 | 2018-04-17 | Device for integrated automatic production of neodymium iron boron pretreatment and electrophoresis |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110699734A (en) * | 2019-10-30 | 2020-01-17 | 江西金力永磁科技股份有限公司 | Electrophoresis hanger and electrophoresis work piece material loading and unloader of neodymium iron boron magnetism body |
| CN111394773A (en) * | 2020-04-18 | 2020-07-10 | 西安艾森新余金属制品销售有限公司 | Electrophoresis coloring production equipment system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60116799A (en) * | 1983-11-30 | 1985-06-24 | C Uyemura & Co Ltd | Automatic treating device for electrodeposition painting |
| CN101698958A (en) * | 2009-11-09 | 2010-04-28 | 江苏长虹涂装机械有限公司 | Electrophoretic coating conveyor |
| CN103407748A (en) * | 2013-07-23 | 2013-11-27 | 黄石市中城自动化科技有限公司 | Material coating automatic transporting line lifting appliance idle station returning technological method |
| CN203753813U (en) * | 2014-03-03 | 2014-08-06 | 十堰科威机电有限公司 | Light program-controlled crane |
| CN107021420A (en) * | 2017-03-23 | 2017-08-08 | 无锡市明骥智能机械有限公司 | Reinforced electroplating traveling crane |
| CN107199166A (en) * | 2017-06-13 | 2017-09-26 | 浙江明泉工业装备科技有限公司 | New-energy automobile car body coating pretreating device |
| CN107641831A (en) * | 2017-09-29 | 2018-01-30 | 京磁材料科技股份有限公司 | The device and method of automatic business processing before neodymium iron boron product electrophoresis |
-
2018
- 2018-04-17 CN CN201810343441.XA patent/CN108441926B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60116799A (en) * | 1983-11-30 | 1985-06-24 | C Uyemura & Co Ltd | Automatic treating device for electrodeposition painting |
| CN101698958A (en) * | 2009-11-09 | 2010-04-28 | 江苏长虹涂装机械有限公司 | Electrophoretic coating conveyor |
| CN103407748A (en) * | 2013-07-23 | 2013-11-27 | 黄石市中城自动化科技有限公司 | Material coating automatic transporting line lifting appliance idle station returning technological method |
| CN203753813U (en) * | 2014-03-03 | 2014-08-06 | 十堰科威机电有限公司 | Light program-controlled crane |
| CN107021420A (en) * | 2017-03-23 | 2017-08-08 | 无锡市明骥智能机械有限公司 | Reinforced electroplating traveling crane |
| CN107199166A (en) * | 2017-06-13 | 2017-09-26 | 浙江明泉工业装备科技有限公司 | New-energy automobile car body coating pretreating device |
| CN107641831A (en) * | 2017-09-29 | 2018-01-30 | 京磁材料科技股份有限公司 | The device and method of automatic business processing before neodymium iron boron product electrophoresis |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110699734A (en) * | 2019-10-30 | 2020-01-17 | 江西金力永磁科技股份有限公司 | Electrophoresis hanger and electrophoresis work piece material loading and unloader of neodymium iron boron magnetism body |
| CN110699734B (en) * | 2019-10-30 | 2021-09-07 | 金力永磁(包头)科技有限公司 | Electrophoresis hanger and electrophoresis work piece material loading and unloader of neodymium iron boron magnetism body |
| CN111394773A (en) * | 2020-04-18 | 2020-07-10 | 西安艾森新余金属制品销售有限公司 | Electrophoresis coloring production equipment system |
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| Publication number | Publication date |
|---|---|
| CN108441926B (en) | 2020-01-17 |
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