CN109518203A - A kind of non-ferrous metal surface processing unit - Google Patents
A kind of non-ferrous metal surface processing unit Download PDFInfo
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- CN109518203A CN109518203A CN201811525999.6A CN201811525999A CN109518203A CN 109518203 A CN109518203 A CN 109518203A CN 201811525999 A CN201811525999 A CN 201811525999A CN 109518203 A CN109518203 A CN 109518203A
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- C—CHEMISTRY; METALLURGY
- C23—COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; CHEMICAL SURFACE TREATMENT; DIFFUSION TREATMENT OF METALLIC MATERIAL; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL; INHIBITING CORROSION OF METALLIC MATERIAL OR INCRUSTATION IN GENERAL
- C23G—CLEANING OR DE-GREASING OF METALLIC MATERIAL BY CHEMICAL METHODS OTHER THAN ELECTROLYSIS
- C23G3/00—Apparatus for cleaning or pickling metallic material
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- Mixers With Rotating Receptacles And Mixers With Vibration Mechanisms (AREA)
Abstract
The invention belongs to field of metal surface treatment technology, specifically a kind of non-ferrous metal surface processing unit, including shell and controller；The enclosure interior is equipped with stirring module；The controller is fixedly mounted in housing sidewall；The stirring module includes motor, rotating unit, fixing axle, connecting spring and arc panel；The symmetrical articulated arc panel in fixing axle top two sides；The rotating unit is symmetrically arranged with two, and rotating unit includes cam, shaft, sliding block and drawstring；The cam passes through connecting spring and connect with arc panel, and cam passes through shaft and is rotatably installed on the side wall of shell；Sliding slot is provided in the housing sidewall；The sliding slot both ends are slidably fitted with sliding block；Two sliding blocks pass through the output axis connection of drawstring and motor；The spring engaged with shaft is serially connected on the drawstring；The present invention is stirred treatment fluid by stirring module and stirring mechanism cooperation, to improve the efficiency and quality of surface treatment.
Description
Technical field
The invention belongs to field of metal surface treatment technology, specifically a kind of non-ferrous metal surface processing unit.
Background technique
Surface treatment be artificially formed on substrate material surface one layer it is different from the machinery of matrix, physical and chemical properties
Surface layer process.The purpose of surface treatment is that the corrosion resistance for meeting product, wearability, decoration or other features are wanted
It asks.For metal casting, our more commonly used surface treatment methods are mechanical grindings, chemical treatment, Surface heat-treatent, spray
Apply surface, surface treatment be exactly workpiece surface is cleaned, is cleaned, deburring, degreasing, descale etc..
Surface treatment is mainly chemically reacted using acid or alkaline solution and workpiece surface oxide and greasy dirt,
It dissolves it in acid or alkalinity solution, to reach removal workpiece surface rusty stain oxide skin and greasy dirt；But it is existing in the market
Equipment surface processing speed it is slow, treatment effect is bad, should accordingly the invention proposes a kind of non-ferrous metal surface processing unit
Device is stirred treatment fluid by stirring module and stirring mechanism cooperation, to improve the efficiency of surface treatment and quality mentions
The efficiency and quality of height surface treatment.
Summary of the invention
In order to make up for the deficiencies of the prior art, the invention proposes a kind of non-ferrous metal surface processing unit, structure letters
It is single, it is easy to operate and cooperated by stirring module and stirring mechanism treatment fluid is stirred, to improve the effect of surface treatment
Rate and quality.
The technical solution adopted by the present invention to solve the technical problems is: a kind of non-ferrous metal surface processing unit, including
Shell and controller；The case top is provided with feed inlet, and treatment fluid is filled in shell, and enclosure interior is equipped with stirring module,
Housing bottom is equipped with motor；The controller is fixedly mounted in housing sidewall, and controller is for controlling equipment automatic operating；Institute
Stirring module is stated for agitation treatment liquid, stirring module includes motor, rotating unit, fixing axle, connecting spring and arc panel；Institute
It states fixing axle and is fixedly mounted on housing bottom, the symmetrical articulated arc panel in fixing axle top two sides；The rotating unit is symmetrical
If there are two, rotating unit includes cam, shaft, sliding block and drawstring；The cam passes through connecting spring and connect with arc panel,
Cam passes through shaft and is rotatably installed on the side wall of shell；Described shaft one end is provided with teeth portion；In the housing sidewall
It is provided with sliding slot；The sliding slot both ends are slidably fitted with sliding block；Two sliding blocks pass through the output axis connection of drawstring and motor；Institute
State the spring for being serially connected on drawstring and being meshed with the teeth portion of shaft；Motor rotation winding drawstring, pulls sliding block slide downward, thus
Spring rubbing shaft is rotated, and then is rotated with moving cam.When work, when controller control motor rotates clockwise, motor
The drawstring in rotation winding left side, so that connected sliding block be pulled to move down, sliding block moves down to be concatenated on process medium pulling rope
Shaft rotation on the left of spring rubbing, shaft rotation band moving cam rotate, and Cam reciprocating rotation is to pull connected connection bullet
Spring, and then connected arc panel is driven to swing up and down, to be stirred to treatment fluid；When controller control motor turns counterclockwise
When dynamic, the drawstring on motor rotation winding right side, so that the sliding block on right side moves down, sliding block moves down goes here and there on process medium pulling rope
Shaft rotation on the right side of the spring rubbing connect, shaft rotation band moving cam rotate, and Cam reciprocating rotation is to pull connected company
Spring is connect, and then the arc panel on right side is driven to swing up and down, to be stirred again to treatment fluid；The technical program passes through shell
Intracorporal stirring module mixing treating liquid, so that the mobility for the treatment of fluid is improved, so that treatment fluid is abundant with non-ferrous metal surface
Contact, and then improve the efficiency of non-ferrous metal surface processing.
Preferably, impeller is equipped with by torsional spring in the housing top wall, housing bottom is equipped with stirring mechanism；The agitation
Mechanism be used for agitation treatment liquid, stirring mechanism along fixing axle be symmetrical arranged there are two, stirring mechanism includes arc sleeve, elasticity
Rope, slide-bar, pressure spring, snap ring, scissors mechanism and movable block；Lower one end is fixedly mounted on fixing axle in the arc sleeve
The upper, other end is fixedly mounted in shell bottom wall by pillar, and arc sleeve two sides are provided with opening, cover then on arc sleeve
Snap ring；It being slidably mounted in arc sleeve in the middle part of the slide-bar, opening is stretched out at slide-bar both ends, and slide-bar both ends are socketed with spiral plate,
One side contacts of slide-bar at the top of pressure spring, slide-bar both ends are connected with idler wheel；The pressure spring bottom is connected on arc sleeve inner wall；
The snap ring includes the curved rod that two one end are hinged；Through slot is provided in two curved rods, two curved rods are close to arc sleeve
Cylinder side is provided with snap-gauge；The snap-gauge, which protrudes into, can extend between the spring ring of pressure spring；Described elastic string one end is fixed in
The flabellum that one end of one of curved rod, the other end pass through through slot and impeller in two curved rods connects；Wheel rotation to
Loosen and elastic string is pulled and supported, snap ring is made to be detached from the gripping orientation to pressure spring, pressure spring pushes slide-bar sliding；The scissors mechanism is sliding
It is dynamic to be connected on arc sleeve inner wall, wherein one end that scissors mechanism stretches out arc sleeve is hinged on body sidewall, the other end with
Movable block connection；The movable block is slidably connected in housing sidewall, and movable block is located at below cam；Cam rotation can push
Movable block vertical direction moves back and forth.When work, if the intracorporal treatment fluid of shell did not had arc panel just, when the arc panel on right side exists
When being swung up and down under the pulling of cam, a part for the treatment of fluid pocket can be risen, so that impeller is impacted, so that impeller rotates counterclockwise,
Impeller rotates counterclockwise to loosen to pull and support elastic string, and snap ring original state is locking pressure spring, the card when elastic string is loosened
Two curved rods of ring are opened, and the snap-gauge in curved rod is detached from the spring ring of pressure spring, and slide-bar, slide-bar edge are popped up and pushed to pressure spring moment
Arc sleeve direction is slided, and the motion profile of slide-bar is arc, at this time idler wheel Yu housing bottom the friction band of slide-bar two sides
Dynamic slide-bar rotation, so that spiral plate be driven to rotate, and then futher stirs treatment fluid；Cam pushes movable block to moving down at this time
It is dynamic, so that scissors mechanism is upheld outward, so that slide-bar is pushed to move backward, slide-bar compression press spring；Work of the impeller in torsional spring simultaneously
With lower revolution, to restore to pull and support elastic string, snap-gauge card of the elastic string by two curved rod of pulling force after-contraction, in two curved rods
Entering in the spring ring of pressure spring, pressure spring is prevented to release energy, the movable block of scissors mechanism moves backward under the effect of spring force, so that
Scissors mechanism is shunk；By the sliding repeatedly of slide-bar to agitation treatment liquid, increase the flowing of processing, improves non-ferrous metal surface
The efficiency of processing.
Preferably, the slide-bar is divided into three sections, is connected between adjacent slide-bar section by spring；It is socketed in two axis of sideslip sections
Spiral plate is oppositely oriented.When work, when pressure spring, which is released, can push slide-bar instantaneous sliding motion, the stress movement at first of the slide-bar section at middle part is held
Easily deformation occurs, causes slide-bar service life low, by the way that three sections of slide-bars are arranged, so that after the slide-bar section stress at middle part first moves,
The slide-bar section of two sides then moves, to weaken stress, increases the service life of slide-bar；Entire slide-bar is in motion process simultaneously
Arc so that two sides spiral plate be driven to swing, and then improves the mobility for the treatment of fluid, simultaneously because two spiral plates are oppositely arranged,
To further increase the mobility for the treatment of fluid, the efficiency of non-ferrous metal surface processing is improved.
Preferably, elastic bumps are evenly equipped in the housing sidewall.When work, when the sliding of the slide-bar section at middle part, two sides
Slide-bar section on the spiral plate that is socketed slide therewith, when slide-bar slides into certain position, the spiral plate of two sides can touch shell
Elastic bumps on body sidewall to shake, and then improve the mobility for the treatment of fluid, improve non-ferrous metal surface processing
Efficiency.
Preferably, through-hole is provided on the arc panel；Steel ball is equipped with above the through-hole；The diameter of the steel ball is big
In the aperture of through-hole；The connecting spring end both passes through through-hole and is connected steel ball.When work, when cam is anti-by connecting spring
Drive arc panel to swing again, if connecting spring and arc panel it is affixed it is easy be broken, be capable of increasing by the steel ball of connection and arc
The contact area of shape plate, to improve the service life of connecting spring.
Preferably, air bag is equipped with below the movable block；The steel ball outer ring is equipped with rubber bag tank, and steel ball is located in rubber bag tank
Portion；The rubber bag tank surface is provided with stomata, and rubber bag tank is connected to by pipeline with air bag.When work, when movable block is squeezed by cam
When pressure moves down, the air bag of lower section can be squeezed, is imported into rubber bag tank after the gas compression in air bag from pipeline, so that rubber
Intracapsular gas increases, so that volume expansion, on the one hand can spray air-flow and be stirred to treatment fluid, on the other hand work as steel ball
Under the reciprocal pulling of connecting spring, rubber bag tank can be hit, to vibrate arc panel, and then treatment fluid is shaken and improves treatment fluid
Mobility.
Beneficial effects of the present invention are as follows:
1. the present invention is by the intracorporal stirring module mixing treating liquid of shell, so that the mobility for the treatment of fluid is improved, so that place
Reason liquid comes into full contact with non-ferrous metal surface, and then improves the efficiency of non-ferrous metal surface processing.
2. the present invention releases by the pressure spring in the intracorporal stirring mechanism of shell and slide-bar can be pushed to slide, thus mixing treating liquid,
And then the mobility for the treatment of fluid is improved, so that treatment fluid comes into full contact with non-ferrous metal surface, and then improve non-ferrous metal surface
The efficiency of processing.
3. it is of the invention by the way that slide-bar is divided into three sections, so that after the slide-bar section stress at middle part first moves, the slide-bar section of two sides
It is then mobile, to weaken stress, increase the service life of slide-bar；Entire slide-bar is arc-shaped in motion process simultaneously, thus band
Dynamic two sides spiral plate is swung, and then improves the mobility for the treatment of fluid.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the cross-sectional view of A-A in Fig. 1；
In figure: shell 1, fixing axle 21, connecting spring 22, arc panel 23, rotating unit 3, cam 31, turns stirring module 2
Axis 32, sliding block 33, drawstring 34, impeller 4, stirring mechanism 5, arc sleeve 51, elastic string 52, slide-bar 53, pressure spring 54, snap ring 55,
Scissors mechanism 56, movable block 57, spiral plate 6, steel ball 7, air bag 8, rubber bag tank 9.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figure 1 to Figure 2, a kind of non-ferrous metal surface processing unit of the present invention, including shell 1 and control
Device；It is provided with feed inlet at the top of the shell 1, treatment fluid is filled in shell 1, stirring module 2,1 bottom of shell are equipped with inside shell 1
Portion is equipped with motor；The controller is fixedly mounted on 1 side wall of shell, and controller is for controlling equipment automatic operating；It is described to stir
Module 2 is mixed for agitation treatment liquid, stirring module 2 includes motor, rotating unit 3, fixing axle 21, connecting spring 22 and arc panel
23；The fixing axle 21 is fixedly mounted on 1 bottom of shell, the symmetrical articulated arc panel 23 in 21 top two sides of fixing axle；It is described
Rotating unit 3 is symmetrically arranged with two, and rotating unit 3 includes cam 31, shaft 32, sliding block 33 and drawstring 34；The cam 31 is
It is connect by connecting spring 22 with arc panel 23, cam 31 is rotatably installed on the side wall of shell 1 by shaft 32；Described turn
32 one end of axis is provided with teeth portion；Sliding slot is provided on 1 side wall of shell；The sliding slot both ends are slidably fitted with sliding block
33；Two sliding blocks 33 pass through the output axis connection of drawstring 34 and motor；The teeth portion phase with shaft 32 is serially connected on the drawstring 34
The spring of engagement；Motor rotation winding drawstring 34, pulls 33 slide downward of sliding block, so that spring rubbing shaft 32 is rotated, into
And it is rotated with moving cam 31.When work, when controller control motor rotates clockwise, the drawstring in motor rotation winding left side
34, so that connected sliding block 33 be pulled to move down, it is left that sliding block 33 moves down the spring rubbing concatenated on process medium pulling rope 34
The shaft 32 of side rotates, and the rotation band moving cam 31 of shaft 32 rotates, and 31 reciprocating rotation of cam is to pull connected connecting spring
22, and then connected arc panel 23 is driven to swing up and down, to be stirred to treatment fluid；When controller control motor is counterclockwise
When rotation, the drawstring 34 on motor rotation winding right side, so that the sliding block 33 on right side moves down, during sliding block 33 moves down
Shaft 32 on the right side of the spring rubbing concatenated on drawstring 34 rotates, and the rotation band moving cam 31 of shaft 32 rotates, 31 reciprocating rotary of cam
It is dynamic and then the arc panel 23 on right side to be driven to swing up and down to pull connected connecting spring 22, thus to treatment fluid again into
Row stirring；The technical program is by 2 mixing treating liquid of stirring module in shell 1, so that the mobility for the treatment of fluid is improved, so that
Treatment fluid comes into full contact with non-ferrous metal surface, and then improves the efficiency of non-ferrous metal surface processing.
As one such embodiment, impeller 4 is equipped with by torsional spring on 1 roof of shell, 1 bottom of shell is set
There is stirring mechanism 5；The stirring mechanism 5 be used for agitation treatment liquid, stirring mechanism 5 along fixing axle 21 be symmetrical arranged there are two, stir
Motivation structure 5 includes arc sleeve 51, elastic string 52, slide-bar 53, pressure spring 54, snap ring 55, scissors mechanism 56 and movable block 57；It is described
Lower one end is fixedly mounted in fixing axle 21 in arc sleeve 51, the other end by pillar is fixedly mounted on 1 bottom wall of shell
On, 51 two sides of arc sleeve are provided with opening, and then snap ring 55 are covered on arc sleeve 51；It is slidably mounted in the middle part of the slide-bar 53
In arc sleeve 51, opening is stretched out at 53 both ends of slide-bar, and 53 both ends of slide-bar are socketed with spiral plate 6,53 1 side contacts of slide-bar pressure spring
54 tops, 53 both ends of slide-bar are connected with idler wheel；54 bottom of pressure spring is connected on 51 inner wall of arc sleeve；The snap ring 55
The curved rod being hinged including two one end；Through slot is provided in two curved rods, two curved rods are close to 51 side of arc sleeve
It is provided with snap-gauge；The snap-gauge protrudes between the spring ring that can extend into pressure spring 54；Described 52 one end of elastic string is fixed in it
In the through slot that passes through in two curved rods of one end of a curved rod, the other end connect with the flabellum of impeller 4；Impeller 4 rotation to
Loosen pulling and supporting to elastic string 52, snap ring 55 is made to be detached from the gripping orientation to pressure spring 54, pressure spring 54 pushes slide-bar 53 to slide；It is described
Scissors mechanism 56 is slidably connected on 51 inner wall of arc sleeve, and wherein one end that scissors mechanism 56 stretches out arc sleeve 51 is hinged on
On body sidewall, the other end and movable block 57 connection；The movable block 57 is slidably connected on 1 side wall of shell, and movable block 57 is located at
31 lower section of cam；The rotation of cam 31 can push 57 vertical direction of movable block to move back and forth.When work, if the processing in shell 1
Liquid had not had arc panel 23 just, when the arc panel 23 when right side is swung up and down under the pulling of cam 31, can handle a part
Liquid pocket rises, to impact impeller 4, so that impeller 4 rotates counterclockwise, impeller 4 rotates counterclockwise to loosen to elastic string 52
It pulls and supports, 55 original state of snap ring is locking pressure spring 54, and when elastic string 52 is loosened, two curved rods of snap ring 55 are opened, in curved rod
Snap-gauge be detached from the spring ring of pressure spring 54, slide-bar 53 is popped up and pushed to 54 moment of pressure spring, slide-bar 53 arcuately 51 direction of sleeve into
Row sliding, the motion profile of slide-bar 53 are that arc, the at this time idler wheel of 53 two sides of slide-bar and 1 bottom friction of shell drive slide-bar to turn
It is dynamic, so that spiral plate 6 be driven to rotate, and then futher stir treatment fluid；Cam 31 pushes movable block 57 to move down at this time, makes
Scissors mechanism 56 is obtained to uphold outward, so that slide-bar 53 is pushed to move backward, 53 compression press spring 54 of slide-bar；Impeller 4 is in torsional spring simultaneously
Under the action of turn round, to restore pulling and supporting to elastic string 52, elastic string 52 is by two curved rod of pulling force after-contraction, in two curved rods
Snap-gauge be caught in the spring ring of pressure spring 54, prevent pressure spring 54 release can, the work of the movable block 57 of scissors mechanism 56 in spring force
With lower reverse movement, so that scissors mechanism 56 is shunk；By the sliding repeatedly of slide-bar 53 to agitation treatment liquid, increase processing
Flowing improves the efficiency of non-ferrous metal surface processing.
As one such embodiment, it is three sections that the slide-bar 53, which divides, is connected between 53 sections of adjacent slide-bar by spring
It connects；The upper spiral plate 6 being socketed of two 53 sections of axiss of sideslip is oppositely oriented.When work, 53 instantaneous sliding motion of slide-bar can be pushed by releasing when pressure spring 54
When, the stress movement at first of 53 sections of the slide-bar at middle part is easy to happen deformation, causes 53 service life of slide-bar low, by the way that three sections of cunnings are arranged
Axis 53, to weaken stress, increases so that 53 sections of the slide-bar of two sides is then mobile after 53 sections of stress of the slide-bar at middle part first move
The service life of slide-bar 53；Entire slide-bar 53 is arc-shaped in motion process simultaneously, to drive two sides spiral plate 6 to swing, in turn
The mobility for improving treatment fluid, to further increase the mobility for the treatment of fluid, mentions simultaneously because two spiral plates 6 are oppositely arranged
The efficiency of high non-ferrous metal surface processing.
As one such embodiment, elastic bumps are evenly equipped on 1 side wall of shell.When work, when middle part
When 53 sections of slidings of slide-bar, the upper spiral plate 6 being socketed of 53 sections of slide-bar of two sides slides therewith, when slide-bar 53 slides into certain position
When, the spiral plate 6 of two sides can touch the elastic bumps on 1 side wall of shell, to shake, and then improve the stream for the treatment of fluid
Dynamic property, improves the efficiency of non-ferrous metal surface processing.
As one such embodiment, through-hole is provided on the arc panel 23；Steel is equipped with above the through-hole
Ball 7；The diameter of the steel ball 7 is greater than the aperture of through-hole；22 end of connecting spring both passes through through-hole and is connected steel ball 7.Work
When making, when cam 31 drives arc panel 23 to swing repeatedly by connecting spring 22, if connecting spring 22 and arc panel 23 are affixed easily
It is broken, the contact area with arc panel 23 is capable of increasing by the steel ball 7 of connection, to improve the use of connecting spring 22
Service life.
As one such embodiment, air bag 8 is equipped with below the movable block 57；7 outer ring of steel ball is equipped with rubber
Capsule 9, steel ball 7 are located inside rubber bag tank 9；9 surface of rubber bag tank is provided with stomata, and rubber bag tank 9 is connected by pipeline and air bag 8
It is logical.When work, when movable block 57 is moved down by the extruding of cam 31, the air bag 8 of lower section, the gas pressure in air bag 8 can be squeezed
It is imported into rubber bag tank 9 after contracting from pipeline, so that the gas in rubber bag tank 9 increases, so that volume expansion, on the one hand can spray
Air-flow is stirred treatment fluid, on the other hand when steel ball 7 connecting spring 22 it is reciprocal pulling under, rubber bag tank 9 can be hit, from
And arc panel 23 is vibrated, and then shake the mobility that treatment fluid improves treatment fluid.
When work, when controller control motor rotates clockwise, the drawstring 34 in motor rotation winding left side, to pull
Connected sliding block 33 moves down, and sliding block 33 moves down 32 turns of the shaft on the left of the spring rubbing concatenated on process medium pulling rope 34
Dynamic, the rotation band moving cam 31 of shaft 32 rotates, and 31 reciprocating rotation of cam drives phase to pull connected connecting spring 22
Arc panel 23 even is swung up and down, to be stirred to treatment fluid；When controller control motor rotates counterclockwise, motor turns
The drawstring 34 on dynamic winding right side, so that the sliding block 33 on right side moves down, sliding block 33 moves down to be concatenated on process medium pulling rope 34
Spring rubbing on the right side of shaft 32 rotate, the rotation band moving cam 31 of shaft 32 rotates, and 31 reciprocating rotation of cam is to pulling phase
Connecting spring 22 even, and then the arc panel 23 on right side is driven to swing up and down, to be stirred again to treatment fluid；This technology
Scheme is by 2 mixing treating liquid of stirring module in shell 1, to improve the mobility for the treatment of fluid so that treatment fluid with it is coloured
Metal surface comes into full contact with, and then improves the efficiency of non-ferrous metal surface processing.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on 1 institute of attached drawing
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as protecting the present invention
The limitation of range.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe originals of the invention
Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements
It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
Claims (6)
1. a kind of non-ferrous metal surface processing unit, it is characterised in that: including shell (1) and controller；At the top of the shell (1)
It is provided with feed inlet, treatment fluid is filled in shell (1), stirring module (2) is equipped with inside shell (1), shell (1) bottom is equipped with electricity
Machine；The controller is fixedly mounted on shell (1) side wall, and controller is for controlling equipment automatic operating；The stirring module
(2) it is used for agitation treatment liquid, stirring module (2) to include motor, rotating unit (3), fixing axle (21), connecting spring (22) and arc
Shape plate (23)；The fixing axle (21) is fixedly mounted on shell (1) bottom, the symmetrical articulated arc in fixing axle (21) top two sides
Shape plate (23)；The rotating unit (3) is symmetrically arranged with two, and rotating unit (3) includes cam (31), shaft (32), sliding block
(33) and drawstring (34)；The cam (31) is connect by connecting spring (22) with arc panel (23), and cam (31) passes through
Shaft (32) is rotatably installed on the side wall of shell (1)；Described shaft (32) one end is provided with teeth portion；Shell (1) side
Sliding slot is provided on wall；The sliding slot both ends are slidably fitted with sliding block (33)；Two sliding blocks (33) pass through drawstring (34) and electricity
The output axis connection of machine；The spring being meshed with the teeth portion of shaft (32) is serially connected on the drawstring (34)；Motor rotation winding
Drawstring (34) pulls sliding block (33) slide downward, so that spring rubbing shaft (32) be made to rotate, and then turns with moving cam (31)
It is dynamic.
2. a kind of non-ferrous metal surface processing unit according to claim 1, it is characterised in that: shell (1) roof
Upper to be equipped with impeller (4) by torsional spring, shell (1) bottom is equipped with stirring mechanism (5)；The stirring mechanism (5) is at agitation
Manage liquid, stirring mechanism (5) along fixing axle (21) be symmetrical arranged there are two, stirring mechanism (5) includes arc sleeve (51), elastic string
(52), slide-bar (53), pressure spring (54), snap ring (55), scissors mechanism (56) and movable block (57)；In the arc sleeve (51) compared with
Low one end is fixedly mounted on fixing axle (21), the other end is fixedly mounted on shell (1) bottom wall by pillar, arc sleeve
(51) two sides are provided with opening, and then snap ring (55) are covered on arc sleeve (51)；Arc is slidably mounted in the middle part of the slide-bar (53)
In shape sleeve (51), opening is stretched out at slide-bar (53) both ends, and slide-bar (53) both ends are socketed with spiral plate (6), and slide-bar (53) one flanks
It touches at the top of pressure spring (54), slide-bar (53) both ends are connected with idler wheel；Pressure spring (54) bottom is connected in arc sleeve (51)
On inner wall；The snap ring (55) includes the curved rod that two one end are hinged；Through slot, two curved rods are provided in two curved rods
Snap-gauge is provided with close to arc sleeve (51) side；The snap-gauge protrudes between the spring ring that can extend into pressure spring (54)；Institute
It states elastic string (52) one end and is fixed in the through slot and impeller of one end of one of curved rod, the other end in two curved rods
(4) flabellum connection；Impeller (4) rotation pulls and supports elastic string (52) to loosen, and is detached from snap ring (55) to pressure spring (54)
Gripping orientation, pressure spring (54) push slide-bar (53) sliding；The scissors mechanism (56) is slidably connected in arc sleeve (51)
On wall, wherein one end that scissors mechanism (56) stretches out arc sleeve (51) is hinged on shell (1) side wall, the other end and movable block
(57) it connects；The movable block (57) is slidably connected on shell (1) side wall, and movable block (57) is located at below cam (31)；It is convex
Wheel (31) rotation can push movable block (57) vertical direction to move back and forth.
3. a kind of non-ferrous metal surface processing unit according to claim 2, it is characterised in that: the slide-bar (53) is divided into
Three sections, passes through spring between adjacent slide-bar (53) section and connect；The spiral plate (6) being socketed in two axiss of sideslip (53) section is oppositely oriented.
4. a kind of non-ferrous metal surface processing unit according to claim 3, it is characterised in that: shell (1) side wall
On be evenly equipped with elastic bumps.
5. a kind of non-ferrous metal surface processing unit according to claim 1, it is characterised in that: on the arc panel (23)
It is provided with through-hole；Steel ball (7) are equipped with above the through-hole；The diameter of the steel ball (7) is greater than the aperture of through-hole；The connection
Spring (22) end both passes through through-hole and is connected steel ball (7).
6. a kind of non-ferrous metal surface processing unit according to claim 2, it is characterised in that: under the movable block (57)
Side is equipped with air bag (8)；Steel ball (7) outer ring is equipped with rubber bag tank (9), and it is internal that steel ball (7) is located at rubber bag tank (9)；The rubber
Capsule (9) surface is provided with stomata, and rubber bag tank (9) is connected to by pipeline with air bag (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811525999.6A CN109518203B (en) | 2018-12-13 | 2018-12-13 | Non ferrous metal surface treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN110980930A (en) * | 2019-12-14 | 2020-04-10 | 浙江永续环境工程有限公司 | Fluidized bed biofilm reactor |
| CN111926317A (en) * | 2020-08-19 | 2020-11-13 | 龙泉市陈栋剑铺 | Sword acid-permeating and color-producing process and processing equipment thereof |
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| CN109518203B (en) | 2020-10-30 |
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