CN206033843U - Hot -galvanize continuous production system - Google Patents
Hot -galvanize continuous production system Download PDFInfo
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- CN206033843U CN206033843U CN201620987315.4U CN201620987315U CN206033843U CN 206033843 U CN206033843 U CN 206033843U CN 201620987315 U CN201620987315 U CN 201620987315U CN 206033843 U CN206033843 U CN 206033843U
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Abstract
The utility model discloses a hot -galvanize continuous production system, including track mechanism, the intake zone along the track establishment of institution, zinc -plating district, the centrifugal district and ejection of compact district, movablyly in the track mechanism be equipped with two at least feeding mechanism, be equipped with the cell body that is used for splendid attire zinc liquid in the zinc -plating district, the marginal extension along length direction of this cell body is equipped with the guide rail, movably being equipped with is used for getting rid of the scraper structure that floats impurity in the interior zinc liquid surface of cell body on the guide rail. The utility model discloses need not the artifical zinc liquid bath of distinguishing zinc -plating and clearing up, degree of automation is high, has improved production efficiency, and the security performance is good, effectively avoids the impurity in the zinc liquid bath to produce the influence in shape, the size to the machined part moreover, has guaranteed the zinc -plated precision of machined part.
Description
Technical field
This utility model belongs to galvanizing field, more particularly, to a kind of galvanizing continuous process system.
Background technology
In order to ensure the aesthetics and rustless property of the materials such as metal, alloy, generally galvanizing is carried out on the surface of material
Process.Galvanizing and galvanizing by dipping are also in galvanizing, are a kind of effective anti-corrosion of metal modes, and which will be carried out after early stage process
Material is immersed in the zinc liquid of 530 DEG C or so fusings, in the state of zinc is in liquid, after complicated physics, chemical action,
Make material surface adhere to zinc layers, play antiseptical purpose.
Currently for the galvanization production line of finding, typically multiple charging baskets for being loaded with parts to be processed are transporting rail
Synchronizing moving on road, sequentially passes through feed zone, zinc-plated area, centrifugation area and discharge zone, in order to ensure zinc-plated quality, needs to ensure
Effective reaction time of the charging basket in zinc liquid pool, therefore the speed of orbit rotation is relatively slow, as all charging baskets are with track
It is synchronized with the movement, the speed whole process of track is consistent, it is impossible to which the single charging basket to completing zinc-plated carries out speed controlling, so as to
Cause charging basket longer from the time that centrifugation area is moved to discharge zone, prolonged transport process is caused under the temperature straight line of charging basket
Drop, the zinc liquid in charging basket also change into solid-state by liquid, after discharging is carried out in discharge zone to charging basket, are again introduced into feed zone
When, 530 DEG C or so are heated to for charging basket again, increase heat time heating time, increased heating energy consumption, and the time of whole flow process
Longer, work efficiency is relatively low.
Workpiece to be added can be brought into when zinc-plated program is carried out in zinc-plated area, unavoidably the zinc for being loaded with zinc liquid by impurity etc.
In liquid pool, as multiple batches of workpiece immersion zinc liquid pool to be added carries out zinc-plated, in zinc liquid pool, the impurity of floating is also cumulative, such as
Fruit is cleared up to zinc liquid pool not in time, not only influences whether zinc-plated effect, and the whole shape of workpiece, size also can
By strong influence.At present generally by manually carrying out striking off impurity treatment to zinc liquid-pool surface, but scraping effect is not good,
And the extreme temperatures of zinc liquid pool, operate slightly unnecessary injury will be caused to the body of workman by mistake.
Utility model content
In order to overcome the deficiencies in the prior art, this utility model to provide one kind and timely and effectively can carry out clearly to zinc liquid pool
The good galvanizing continuous process system of reason, galvanizing effect.
This utility model solves the technical scheme adopted by its technical problem：A kind of galvanizing continuous process system, bag
Rail mechanism, the feed zone, zinc-plated area, centrifugation area and the discharge zone that arrange along rail mechanism are included, it is removable on the rail mechanism
At least two feed mechanisms are provided with dynamicly；It is provided with the zinc-plated area for containing the cell body of zinc liquid, the cell body edge is along length
Direction extends and is provided with guide rail, is movably provided with for removing the scraper of zinc liquid surface flotation impurity in cell body on the guide rail
Structure.The bottom surface of scraping mechanism is located at the position slightly below of the zinc liquid upper surface in cell body, when scraping mechanism is along guide rail from cell body
When one end moves to the other end of cell body, the impurity of zinc liquid upper surface in cell body fast and effeciently can be struck off by scraping mechanism,
Ensure the galvanizing quality of workpiece, it is to avoid the size of workpiece, shape are affected to change by impurity.
Further, the scraping mechanism include can along guide rail movement connector, can move up and down along the connector
Wiper and motor.Wiper can be moved up and down, and the height that bottom surface is located of wiper is with the height generation change of the liquid level in zinc liquid pool
Change, such that it is able to effectively all strike off the impurity that zinc liquid pool liquid level is floated, it is ensured that clean in zinc liquid pool, and then ensure to add
The zinc-plated effect of workpiece.
Further, the wiper extends the width of cell body and arranges, it include the base plate parallel with zinc liquid surface, perpendicular to
Base plate arrange interlayer and located at wiper end connecting bottom board and the side plate of interlayer.The length of wiper is adapted to the width of cell body,
Such that it is able to the impurity of cell body upper surface is all struck off, cell body can be effectively collected in the space that base plate, interlayer and side plate are formed
The impurity on interior zinc liquid surface, side plate avoid the impurity gathered in space from spilling from sidepiece.
Further, the end of the cell body is provided with and scrapes hook, and this is scraped hook and can move up and down and wiper is cleared up.
Further, in inverted u-shaped, the wherein free end for scraping hook is connected the hook of scraping with cell body, another free end
It is hanging to arrange.When wiper moves to one end of cell body, hook lifting upwards is scraped, scraping the hanging free end of hook, to be butted on base plate close
The upper surface of interlayer, when wiper is returned to the other end of cell body, scrapes the hanging free end of hook and strikes off the impurity in wiper.
Further, the cell body end is provided with collecting tank.The left end and right-hand member of cell body is equipped with collecting tank, and collecting tank will
Scrape the impurity that hook struck off from wiper and enter row set storage, it is to avoid impurity causes secondary pollution to the zinc liquid in zinc liquid pool.
Further, second baffle is provided between the cell body and rail mechanism.Second baffle is by rail mechanism and temperature
Higher cell body is isolated, it is to avoid the zinc liquid in cell body produces impact to rail mechanism, and when workpiece to be added is with charging basket
When carrying out being centrifuged zinc-plated, the zinc liquid for throwing away can flow into cell body along second baffle and carry out reclaiming secondary utilization, it is to avoid which is everywhere
Sputtering affects the parts of whole production system.
Further, the discharge zone include being provided with the casing of coolant, the hopper rotated in casing, for clamping
The folder portion of charging basket, the slide unit that charging basket can be transferred to the folder portion from elevating mechanism, the folder portion can be carried out after charging basket is clamped
Upset so that the workpiece to be added in charging basket is transferred to hopper.Whole process high degree of automation, operating structure are stable, operation speed
Degree is very fast.
The course of work of the present utility model is：Workpiece is inserted in charging basket in feed zone, be heated to 530 DEG C or so, feeding
Workpiece is transported to zinc-plated area with First Speed by clamping part by mechanism, and the feed mechanism into zinc-plated area is passed through with second speed
To area is centrifuged, the feed mechanism for being introduced into zinc-plated area is still run with First Speed in zinc-plated area, until zinc-plated area is entered, wherein the
Two speed are less than First Speed；Enter through after the completion of zinc-plated claw will be equipped with high temperature workpiece charging basket be transferred to centrifugation area, material
Bucket departs from elevating mechanism, is centrifuged when zinc liquid is also in liquid condition, then charging basket is transferred to clamping part continuation with the 3rd
Speed is run to discharge zone, and wherein third speed is more than second speed；With the carrying out of zinc-plated operation, when in zinc liquid pool, impurity tires out
When product arrives a certain amount of, scraping mechanism is opened, wiper is moved to into the right-hand member of cell body from the left end of cell body, impurity is accumulated to wiper
In the space of formation, when impurity accumulates a certain amount of again in zinc liquid pool, scraping mechanism is opened, which is moved from the right-hand member of cell body
The left end of cell body is moved, the impurity that now last time is collected is stripped off in the collecting tank of right-hand member, when impurity tires out in collecting tank
Product arrives a certain amount of, then manually clears up collecting tank.
The beneficial effects of the utility model are：Clear up without the need for the artificial zinc liquid pool to zinc-plated area, high degree of automation,
Production efficiency is improve, security performance is good, and the impurity being prevented effectively from zinc liquid pool is produced in shape, size to workpiece
Affect, it is ensured that the zinc-plated precision of workpiece.
Description of the drawings
Fig. 1 is flow process distributed architecture schematic diagram of the present utility model.
Part-structure schematic diagrams of the Fig. 2 for rail mechanism.
Part-structure generalized sections of the Fig. 3 for rail mechanism.
Fig. 4 is the fit structure schematic diagram of rail mechanism and driven pulley.
Fig. 5 is rail mechanism and driven pulley and the fit structure schematic diagram of driving wheel.
Dimensional structure diagrams of the Fig. 6 for feed mechanism.
Dimensional structure diagrams of the Fig. 7 for clamping part.
Cross-sectional views of the Fig. 8 for feed mechanism.
Cross-sectional views of the Fig. 9 for charging basket.
Overlooking the structure diagrams of the Figure 10 for feed mechanism.
Backsight structural representations of the Figure 11 for feed mechanism.
Figure 12 is that the cross-sectional view that area is coordinated with charging basket is centrifuged.
Figure 13 is schematic enlarged-scale view at the A in Figure 12.
Dimensional structure diagrams of the Figure 14 for claw.
Cross-sectional views of the Figure 15 for claw.
Present invention looks up structural representation of the Figure 16 for claw.
Figure 17 is the dimensional structure diagram that scraping mechanism is coordinated with guide rail.
Figure 18 is schematic enlarged-scale view at the B in Figure 17.
Figure 19 is the cross-sectional view that scraping mechanism is coordinated with guide rail.
Figure 20 is the side structure schematic diagram that scraping mechanism is coordinated with guide rail.
Figure 21 is to scrape the structural representation that hook is coordinated with wiper.
Dimensional structure diagrams of the Figure 22 for discharge zone.
Side structure schematic diagrams of the Figure 23 for discharge zone.
Figure 24 is the operating state structural representation that discharge zone is coordinated with charging basket.
Figure 25 is provided with the dimensional structure diagram of closing housing for this utility model.
Specific embodiment
In order that those skilled in the art are better understood from this utility model scheme, below in conjunction with this utility model reality
The accompanying drawing in example is applied, clear, complete description is carried out to the technical scheme in utility model embodiment, it is clear that described reality
Apply example only a part of embodiment of the present utility model, rather than the embodiment of whole.Based on the enforcement in this utility model
Example, the every other embodiment obtained under the premise of creative work is not made by those of ordinary skill in the art all should
Belong to the scope of this utility model protection.
With reference to shown in Fig. 1, a kind of galvanizing continuous process system, including the rail mechanism 1 of track elements in a ring, along
Feed zone 2 that the periphery of rail mechanism 1 is laid, zinc-plated area 3, centrifugation area 4 and discharge zone 5, at least two feed mechanisms can be
On fixed rail mechanism 1 move, such as in figure arrange feed mechanism a, feed mechanism b, feed mechanism c, feed mechanism d and
Five feed mechanisms of feed mechanism e, feed mechanism a, feed mechanism b, feed mechanism c, feed mechanism d and feed mechanism e are in-orbit
Translational speed in road mechanism 1 can be independently controlled, i.e. feed mechanism a, feed mechanism b, feed mechanism c, feed mechanism d and
The movement velocity of feed mechanism e can be adjusted to different movement velocitys, but feed mechanism a, feeder respectively with different
Induction pieces, the Magnet that induction pieces can be excluded each other are provided between structure b, feed mechanism c, feed mechanism d and feed mechanism e
Deng can be prevented effectively from adjacent feed mechanism and produce collision.So as to when feed mechanism a, feed mechanism b, feed mechanism c positions
When zinc-plated area 3, its speed is that V1 is relatively slow, it is ensured that zinc-plated effective time, when zinc-plated completing, accelerates feeder
The translational speed of structure, the such as translational speed of feed mechanism d and feed mechanism e are V2, and V2 is more than V1, now, the zinc-plated work for completing
Part can quickly be moved to discharge zone 5, and the temperature of charging basket 7 will not decline rapidly, and thermal loss is less, and removal completes zinc-plated work
After part, the temperature of charging basket 7 is also maintained in higher scope, when added in workpiece head tank to be processed again, without the need for expending
Again charging basket is heated compared with multi-energy, energy conservation and consumption reduction effects are notable.Existing charging basket is usually 35kg or so, and adds material
The workpiece of bucket is about 15kg, and during heating, on charging basket, general all charging baskets are synchronized with the movement most of heat with rail mechanism,
In order to ensure the zinc-plated time, translational speed can not be too fast, so as to the heat lost when being moved to discharge zone from zinc-plated area is larger, weight
The energy for being added with the consumption of hot material bucket is more.
Shown in reference picture 2-5, rail mechanism 1 includes circular orbit 11, and circular orbit 11 includes superstructure and lower junction
Structure, superstructure and substructure can be integrated formed structures, it is also possible to be detachably connected by bolt, consequently facilitating maintenance
And replacing.The upper inside wall of circular orbit 11 caves inward to form annular groove, and multiple guiding are vertically fixedly connected with groove
Post 12, i.e. lead column 12 are arranged perpendicular to the cross section of circular orbit 11, and lead column 12 is uniformly arranged along circular orbit for 11 1 weeks.
The bottom both sides of circular orbit 11 are outwardly to form spigot surface 13, and the section of spigot surface 13 is in V-shape, and the opening of V-shape
Just to arranging inwardly, naturally it is also possible to cave inward to form spigot surface 13 in the both sides of circular orbit 11, the section of spigot surface 13
In V-shape, and the opening of V-shape is just to arranging outwardly, and the section of spigot surface 13 can be in C fonts again, and the opening of C fonts is just
To arranging outwardly.
Shown in reference picture 6-11, feed mechanism includes support 61, the driving wheel 62 and three being arranged on below support 61
Individual driven pulley 63, one of driven pulley 63 are arranged side by side with driving wheel 62, and another two driven pulley is disposed side by side on support 61
Opposite side.Chain 621 is connected with above driving wheel 62, chain 621 coordinates transmission, 621 turns of Motor drive chain with lead column 12
When dynamic, support 61 travels forward along lead column 12.Three driven pulleys 63 are fitted in two spigot surfaces of circular orbit 11 respectively
On 13, four wheels form firm structural support support 61.In order to coordinate with spigot surface of different shapes 13, the shape of driven pulley
Shape also accordingly changes, when spigot surface 13 section be in V-shape, and the opening of V-shape just to arranging inwardly when, the outer wall of driven pulley
Cave inward to form the card division being adapted to 13 shape of spigot surface, size；When the section of spigot surface 13 is in V-shape, and V-shape is opened
When mouth is just to arranging outwardly, the outer wall of driven pulley is outwardly to form the card division being adapted to 13 shape of spigot surface, size, or is formed
Square groove, groove inner wall are coordinated with the upper and lower surface of driven pulley；When the section of spigot surface 13 is in C fonts, and C words
When the opening of type is just to arranging outwardly, the outer wall of driven pulley is outwardly to form the card division being adapted to 13 shape of spigot surface, size.
Elevating mechanism 64 is connected with support 61, the elevating mechanism 64 can be up and down under the driving of force piece 643, is risen
Descending mechanism 64 includes two connecting rods 641, and connecting rod 641 passes perpendicularly through support 61 and arranges, and is connected by cross bar between two connecting rods 641
There is the screw mandrel 644 moved up and down for drive link 641, the bottom of connecting rod 641 is connected with clamping part 642, and clamping part 642 includes
The left clamping limb be arrangeding in parallel and right clamping limb, the left clamping limb side relative with right clamping limb cave inward to form draw-in groove 721,
The shape of the draw-in groove 721, size are identical with the external wall of upper portion of charging basket 7.Charging basket 7 is the column construction with upper opening, charging basket 7
Side wall and diapire on uniformly offer multiple liquid outlets, zinc liquid can pass in and out charging basket 7 by liquid outlet.The upper side of charging basket 7
Wall circumferentially forms first boss 71 and second boss 72, and first boss 71 is located at the top of second boss 72, first boss 71
To protrude from the annular ledge structure that 7 side wall of charging basket is arranged, the lower surface edge of first boss 71 slopes inwardly, i.e., to charging basket 7
Central axis direction incline, formed lower inclined plane 711, it is understood that for first boss 71 lower edge cut off a ring cross-section be in three
Angular loop configuration.Second boss 72 is also to protrude from the annular ledge structure that 7 side wall of charging basket is arranged, the annular ledge structure
Longitudinal section be square.644 drivening rod 641 of screw mandrel is moved down along support 61, clamping part 642 from the bottom of charging basket 7 to
Upper movement, when clamping part 642 is moved at second boss 72, the draw-in groove bottom surface and second boss on left clamping limb and right clamping limb
72 lower surface offsets, so as to charging basket 7 will not be on occurred level direction skew.When needing for charging basket 7 to depart from clamping part 642
When, only need clamping part 642 to move down so that second boss 72 is deviate from from draw-in groove 721, then charging basket 7 is removed from clamping part 642
.
Shown in reference picture 12-16, the centrifugation area 4 positioned at 3 terminal of zinc-plated area includes centrifugation apparatus and material grabbing mechanism, materials-taking machine
Structure is provided with claw 41, and claw 41 can capture the charging basket 7 for being loaded with the workpiece for completing galvanizing process and shift from clamping part 642
To centrifugation area 4.Claw 41 includes 415, four fan-shaped fixtures 412 of air spider, and four fan-shaped 412 splits of fixture are formed
One circular.As the side wall of charging basket 7 is relatively thin, can be combined into a circular four sector fixture can be to charging basket side
Wall applies uniform extruding force, and centrifugal effect is more preferably.Fixture 412 can from the center of air spider 415 in the horizontal direction to
External radiation is moved.Fixture 412 in sector structure, the i.e. edge of fixture 412 with 7 outer wall shape of charging basket, size identical arc
Shape structure.On the medial wall of fixture 412 with charging basket 7 on lower inclined plane 711 coordinate ramp 411, specifically, fixture
412 medial wall caves inward to form a groove with inclined plane, and inclined plane is inclined from bottom to top, from inside to outside, i.e., should
The incline direction of ramp 411 is contrary with the incline direction of lower inclined plane 711.And the length of ramp 411 is more than lower inclined plane 711
Length so that first boss 71 is firmly fastened in the space of the inner top surface formation of ramp 411 and fixture 412, ramp 411
Apply a larger extruding force to lower inclined plane 711, so as to being engaged between fixture 412 and first boss 71 is even closer, steady
Gu.
There is in air spider 415 accurate accessory, and 415 sealing property of air spider has high demands, between each accessory
Fit clearance is little, and when zinc-plated, temperature is higher, the easy temperature distortion of accessory at a high temperature of 500 DEG C of air spider 415, makes for a long time
It is with causing sealing member aging, stuck between accessory, the final air-tightness for affecting air spider 415, therefore in the lower section of fixture 412
Second thermal insulation layer 414 is connected with by central shaft 416, so as to the steam emerged in charging basket 7 upwards is hindered by second thermal insulation layer 414
Gear.
The periphery in centrifugation area 4 is also covered with heat shield 42, and centrifugation apparatus are substantially isolated by the heat shield 42 with the external world, heat-insulated
Cooling system 421 is provided with cover 42, the cooling system 421 can be cooled down to centrifugation apparatus, so as to pass through 42 He of heat shield
The duplicate protection of cooling system 421, can effectively extend the service life of centrifugation apparatus, while reducing the energy using centrifugation apparatus
Consumption, improves centrifugal effect.
Baffle plate 413 is arranged with claw 41, the baffle plate 413 structure in a ring, which has the opening for communicating up and down, and baffle plate
The opening of the discrepancy of a feeding box 7, the i.e. cross section of baffle plate 413 are offered on 413 side wall in C character form structures, the height of baffle plate 413
Degree is to extend downwardly from claw 41, at least extends to the bottom of charging basket 7, and the pick of projects 7 bottom of charging basket and arranges, so as to carry out
During centrifugation, the zinc liquid thrown away from charging basket 7 can be stopped by baffle plate 413 and the inwall along baffle plate 413 is dropped back into downwards and is loaded with
In the cell body 31 of zinc liquid, energy-saving purpose is further realized in recycling.For the ease of the discrepancy of charging basket 7,31 side of cell body
Second baffle is connected between wall and rail mechanism 1（Not shown in figure）, so as to the zinc liquid thrown away from the opening of baffle plate 413 is suitable
The second baffle to flow into back in cell body 31.
Shown in reference picture 17-21, the length direction above the side wall of cell body 31 along cell body 31 is connected with guide rail 32, the guide rail
Scraping mechanism is connected with 32.Specifically, scraping mechanism is included in the driving of servomotor 336, planetary reducer and gear 337
The connector 331 that can be moved left and right along guide rail 32 down.The lower section of guide rail 32 is connected with line slideway 338, on connector 331
Linear slider 330 is provided with, linear slider 330 can be moved left and right along line slideway 338, drives wiper 332 to move left and right.Lead
Connect horizontally disposed first spur rack 321 on the side wall relative with the top of connector 331 of rail 32, first spur rack 321
With 337 routing motion of first gear.Second straight line guide rail, corresponding connector 331 are provided with positioned at the top of the first spur rack 321
Side wall be provided with second straight line slide block, so as to linear slider 330 is coordinated with second straight line slide block, guide rail 32 and connector 331
Between be slidably matched more consolidate, it is smooth.The bottom of connector 331 is vertically provided with the second spur rack 301, and this first
Spur rack 321 and 339 routing motion of second gear, wiper 332 can be up and down along the second spur rack 301.Wiper 332
Length is suitable with the width of cell body 31, such that it is able to the impurity of 31 upper surface of cell body thoroughly, is effectively struck off.Wiper 332 is wrapped
Include horizontally disposed base plate 333, be vertically fixedly connected on the interlayer 334 and side plate 335 of 333 center of base plate, side plate 335 connects
It is connected between the end bottom plate 333 of wiper 332 and interlayer 334.So as to work as wiper 332 in wherein one end of cell body 31, drop to
During zinc liquid horizontal plane in cell body 31, other end movement of the connector 331 along guide rail 32 to cell body 31 swims in zinc liquid upper table
The impurity in face is collected in the space formed by base plate 333, interlayer 334 and side plate 335, when end is moved to, cell body 31
End be provided with the 34 of reverse U shape, the wherein free end 342 for scraping hook 34 is fixedly connected on 31 side wall of cell body, its it is another from
Arranged by end 341 is hanging, when wiper 332 is moved to the free end, lifting wiper 332, scrapes the hanging free end 341 of hook upwards
Impurity is struck off to being arranged in the collecting tank of 31 end of cell body from wiper 332, the purpose for removing impurity in cell body 31 is reached.
The left end and right-hand member of cell body 31 is provided with collecting tank.As interlayer 334 is arranged on the centre position of base plate 333, so as to scrape
Two spaces are formed on part 332, is all arranged at the two ends of cell body 31 and is scraped hook 34, the movement to the left and right sides of wiper 332 can be collected
And remove the impurity of zinc liquid upper surface.Certainly interlayer 334 can be plate body structure, or hollow square pipe structure.
Shown in reference picture 22-25, discharge zone 5 includes casing 51, is loaded with coolant in casing 51, and the lower section of casing 51 sets
Have and can make the circulating water system 53 for further cooling down to casing 51.Hopper 52 is provided with casing 51, hopper 52 is in upper
The frustum structure of portion's opening, its top opening upwards extend to form handle 521, and the handle 521 of the hopper 52 can be along setting
Rotating shaft 54 at 51 upper opening of casing is overturn counterclockwise.The side of casing 51 is connected with stand 56, sets on stand 56
There are two slideways 57 be arrangeding in parallel, slide unit 55 is set in above slideway 57 horizontally moveablely, the lower section connection of slide unit 55 is pushed away
The cylinder that dynamic slide unit 55 is moved in parallel along slideway 57.Second turn is connected with the side wall of a side box body 51 relative with rotating shaft 54
Axle, second rotating shaft are connected with folder portion 58, and folder portion 58 includes that left jig arm and right jig arm, left jig arm and right jig arm be able to will be expected from both sides
Bucket 7 is firmly clamped, then as the second rotating shaft is overturn counterclockwise.Move with the workpiece for completing zinc-plated operation so as to work as charging basket 7
When moving to discharge zone 5, with charging basket 7 to 51 1 side shifting of casing, when being moved to end, charging basket 7 is clamped slide unit 55 by folder portion 58,
And as the second rotating shaft is rotated counterclockwise, the workpiece turning in charging basket 7 is poured in hopper 52, when upset to probably with
, in after 135 °, with empty charging basket 7 with the second axis of rotation to original horizontal position, slide unit 55 is to away from case for folder portion 58 for horizontal plane
One side shifting of body 51, charging basket 7 continue to feed zone 2 to move with clamping part 642.Workpiece enters material bin 52 through a period of time
Cooling after, rotating shaft 54 is rotated counterclockwise, the workpiece that will have been cooled down is overturn with hopper 52 and pours out hopper 52, completed
Discharge process.
Housing 8 is covered with whole production system periphery, whole production system is formed relatively closed sky by the housing 8
Between, air conditioner cooling system also is provided with the closed space, and the medial wall of housing 8 is provided with first thermal insulation layer, so as in system
Heat will not form heat exchange with extraneous, thermal loss is less, and security performance also gets a promotion.
Above-mentioned specific embodiment is used for illustrating this utility model, rather than this utility model is limited,
In spirit of the present utility model and scope of the claims, any modifications and changes made to this utility model all fall
Enter protection domain of the present utility model.
Claims (8)
1. a kind of galvanizing continuous process system, including rail mechanism（1）, along rail mechanism（1）The feed zone of setting（2）、
Zinc-plated area（3）, centrifugation area（4）And discharge zone（5）, the rail mechanism（1）On be movably provided with least two feed mechanisms；
It is characterized in that：The zinc-plated area（3）Inside it is provided with for containing the cell body of zinc liquid（31）, the cell body（31）Edge is along its length
Extension is provided with guide rail（32）, the guide rail（32）On be movably provided with for removing cell body（31）Interior zinc liquid surface flotation impurity
Scraping mechanism.
2. galvanizing continuous process system according to claim 1, it is characterised in that：The scraping mechanism includes can be along leading
Rail（32）Mobile connector（331）, can be along the connector（331）The wiper for moving up and down（332）And motor（336）.
3. galvanizing continuous process system according to claim 2, it is characterised in that：The wiper（332）Extend cell body
（31）Width arrange, which includes the base plate parallel with zinc liquid surface（333）, perpendicular to base plate（333）The interlayer of setting（334）
And it is located at wiper（332）End connecting bottom board（333）And interlayer（334）Side plate（335）.
4. galvanizing continuous process system according to claim 1, it is characterised in that：The cell body（31）End be provided with
Scrape hook（34）, this scrapes hook（34）Can move up and down to wiper（332）Cleared up.
5. galvanizing continuous process system according to claim 4, it is characterised in that：It is described to scrape hook（34）In inverted u-shaped,
This scrapes hook（34）A wherein free end（342）With cell body（31）It is connected, another free end（341）It is hanging to arrange.
6. galvanizing continuous process system according to claim 1, it is characterised in that：The cell body（31）End is provided with receipts
Collection groove.
7. galvanizing continuous process system according to claim 1, it is characterised in that：The cell body（31）With rail mechanism
（1）Between be provided with second baffle.
8. galvanizing continuous process system according to claim 1, it is characterised in that：The discharge zone（5）Including being provided with
The casing of coolant（51）, rotate located at casing（51）Interior hopper（52）, for clamping charging basket（7）Folder portion（58）, can be by
Charging basket（7）From elevating mechanism（64）It is transferred to the folder portion（58）Slide unit（55）, the folder portion（58）Can be by charging basket（7）Clamping
After overturn so that charging basket（7）Interior workpiece to be added is transferred to hopper（52）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620987315.4U CN206033843U (en) | 2016-08-29 | 2016-08-29 | Hot -galvanize continuous production system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620987315.4U CN206033843U (en) | 2016-08-29 | 2016-08-29 | Hot -galvanize continuous production system |
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| CN206033843U true CN206033843U (en) | 2017-03-22 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106244964A (en) * | 2016-08-29 | 2016-12-21 | 海盐宝利机械有限公司 | Galvanizing continuous process system |
| CN108950446A (en) * | 2018-07-12 | 2018-12-07 | 平顶山学院 | A kind of fine arts galvanizing system and its technique |
| CN109355608A (en) * | 2018-12-26 | 2019-02-19 | 重庆佰鸿机械设备有限公司 | A kind of perforated steel plate galvanizing rig |
| CN111926276A (en) * | 2020-08-26 | 2020-11-13 | 周祎航 | Novel hot galvanizing furnace |
| CN115449733A (en) * | 2022-09-21 | 2022-12-09 | 余姚市永林机械科技有限公司 | Hot galvanizing lifting appliance |
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2016
- 2016-08-29 CN CN201620987315.4U patent/CN206033843U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106244964A (en) * | 2016-08-29 | 2016-12-21 | 海盐宝利机械有限公司 | Galvanizing continuous process system |
| CN106244964B (en) * | 2016-08-29 | 2019-01-15 | 海盐宝利机械有限公司 | Hot galvanizing continuous process system |
| CN108950446A (en) * | 2018-07-12 | 2018-12-07 | 平顶山学院 | A kind of fine arts galvanizing system and its technique |
| CN108950446B (en) * | 2018-07-12 | 2020-07-28 | 平顶山学院 | Art galvanizing system and technology thereof |
| CN109355608A (en) * | 2018-12-26 | 2019-02-19 | 重庆佰鸿机械设备有限公司 | A kind of perforated steel plate galvanizing rig |
| CN111926276A (en) * | 2020-08-26 | 2020-11-13 | 周祎航 | Novel hot galvanizing furnace |
| CN115449733A (en) * | 2022-09-21 | 2022-12-09 | 余姚市永林机械科技有限公司 | Hot galvanizing lifting appliance |
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