CN206705140U

CN206705140U - A kind of barrel plating production line

Info

Publication number: CN206705140U
Application number: CN201720264685.XU
Authority: CN
Inventors: 张军
Original assignee: Kunshan Dong Wei Machinery Co Ltd
Current assignee: Kunshan Dongwei Technology Co Ltd
Priority date: 2017-03-18
Filing date: 2017-03-18
Publication date: 2017-12-05
Anticipated expiration: 2027-03-18

Abstract

The utility model discloses a kind of barrel plating production line, including the multiple Tumble-plating devices set gradually, the length direction arranged along all Tumble-plating devices, has charging aperture and discharging opening respectively in the both ends of the surface of each Tumble-plating device；Conveying mechanism is slideably provided with adjacent face in two neighboring Tumble-plating device, the discharging opening that one end of conveying mechanism passes through the Tumble-plating device positioned at front is stretched into the Tumble-plating device, and the charging aperture of Tumble-plating device of the other end through being located behind is stretched into the Tumble-plating device；Adjacent either end or two abutting ends have at least one group of two neighboring conveying mechanism makes two abutting ends be in the link position of overlapping region on vertical, and the open position for making two abutting ends be in offset areas；Adjacent either end or two abutting ends move between link position and open position in two neighboring conveying mechanism, to form above-mentioned overlapping or offset areas, are easy to according to the demand by plating workpiece, selectively input process processing needed for being carried out in Tumble-plating device.

Description

A kind of barrel plating production line

Technical field

It the utility model is related to the electroplating technology of metalwork, and in particular to a kind of barrel plating production line.

Background technology

Barrel plating is roller plating, is that a number of finding is placed in special drum, with indirect under rolling condition Conductive mode makes the upper various metal or alloy coating of piece surface deposition, to reach surfacecti proteon decoration and various functions mesh A kind of plating processing mode.

As what electroplating device constantly automated realizes the barrel plating process, it is necessary to continuously being carried out multistage by plating workpiece, Such as the process such as chemical fuel-displaced, washing, pickling, anode electrolysis, preimpregnation, zinc-plated, to realize to being carried out multistage or more by plating workpiece Secondary process is, it is necessary to set multiple barrel plating buckets.Such as Chinese patent literature CN106191974A discloses a kind of barrel plating and produced automatically Line, including eight Tumble-plating devices set gradually, eight Tumble-plating devices correspond respectively to electrochemical deoiling, hot water wash station, weak corruption Lose station, the first cold wash station, neutralize station, the second cold wash station, plating station and the 3rd cold wash station；Each rolling Plating appts have charging aperture and discharging opening, are arranged at charging aperture and enter material strip, are arranged on the discharging band of discharge outlet, and adjacent two In individual Tumble-plating device, the pan feeding of the discharging band and the Tumble-plating device positioned at next station of the Tumble-plating device at a upper station Band connection, so that eight Tumble-plating devices be connected, realize successively to being carried out eight above-mentioned processes by plating workpiece, finally from Positioned at the discharging band output of the Tumble-plating device of last station, complete to the barrel plating process by plating workpiece.

Above-mentioned barrel plating production line, multiple processes are carried out continuously by plating workpiece although can realize, can each by plating workpiece Above-mentioned eight processes are subjected to, can be transported out from transition apparatus.When some are only needed to have carried out the by plating workpiece After the processing of one process, it is not necessary to carry out the processing of the second process, but need the Tumble-plating device across the second process directly to enter In the Tumble-plating device for entering the 3rd process, now above-mentioned barrel plating production line, this demand cannot be realized.

Utility model content

Therefore, the technical problems to be solved in the utility model is to overcome prior art barrel plating production line to carry out successively Multistage process, it is impossible to the problem of carrying out other processes across one or more processes.

Therefore, the utility model provides a kind of barrel plating production line, including：

At least three Tumble-plating devices set gradually, it is each described along the length direction of all Tumble-plating device arrangements There is charging aperture and discharging opening respectively in the both ends of the surface of Tumble-plating device；

Conveying mechanism is slideably provided with adjacent face in the two neighboring Tumble-plating device, the conveying mechanism The discharging opening that one end passes through the Tumble-plating device positioned at front is stretched into the Tumble-plating device, barrel plating dress of the other end through being located behind The charging aperture put is stretched into the Tumble-plating device；

Adjacent either end or two abutting ends have on vertical at least one group of two neighboring conveying mechanism Two abutting ends are made to be in the link position of overlapping region, and the open position for making two abutting ends be in offset areas；It is two neighboring Adjacent either end or two abutting ends move between the link position and the open position in the conveying mechanism.

Preferably, above-mentioned barrel plating production line, the conveying mechanism are inclined at the discharging opening by sliding equipment It is inclined upwardly setting on the charging aperture, and from discharging opening this described towards charging aperture this described；The two neighboring conveying In two abutting ends of mechanism, the end of the conveying mechanism being located behind is in positioned at the end of the conveying mechanism in front Top, the length direction that the conveying mechanism arranges along the Tumble-plating device slides, or is arranged along perpendicular to the Tumble-plating device The length direction of row slides.

It is further preferred that above-mentioned barrel plating production line, a conveying mechanism is by being arranged on a Tumble-plating device In support frame be slidably disposed on the discharging opening and charging aperture；

The sliding equipment includes the with the first flexible telescopic shaft of the length direction along Tumble-plating device arrangement One driver, first telescopic shaft are connected to the conveying mechanism, and are arranged on the bottom of the conveying mechanism and fit In the first chute of support frame as described above insertion, the length direction that first chute arranges along the Tumble-plating device extends, institute State the first driver driving conveying mechanism to slide, so that first chute slides relative to support frame as described above.

It is further preferred that above-mentioned barrel plating production line, the sliding equipment is also included along Tumble-plating device arrangement Length direction is opened in the second chute or long through-hole in the conveying mechanism side wall, and one end is fixed on support frame as described above On, the other end is slidably arranged in the first sliding part in second chute or long through-hole, in the driving of first driver Under, second chute or long through-hole slide relative to first sliding part with the conveying mechanism.

Preferably, above-mentioned barrel plating production line, a conveying mechanism pass through the branch that is arranged in a Tumble-plating device Support is slidably disposed on the discharging opening and charging aperture；

The sliding equipment includes flexible with second to be stretched along the length direction perpendicular to Tumble-plating device arrangement Second driver of axle, second telescopic shaft is connected to the conveying mechanism, and is arranged on the bottom of the conveying mechanism The 3rd chute that is upper and being inserted suitable for support frame as described above, the second driver driving conveying mechanism slides, so that the described 3rd Chute slides on support frame as described above.

It is further preferred that above-mentioned barrel plating production line, the sliding equipment also includes being fixed on the conveying mechanism The second sliding part, second sliding part is set on support frame as described above, under the driving of second driver, described Two sliding parts slide on support frame as described above.

Preferably, above-mentioned barrel plating production line, support frame as described above include along the Tumble-plating device arrange length direction, one End is fixed on the charging aperture of the Tumble-plating device, and the other end is through the inside of the Tumble-plating device and is fixed on the rolling On the discharging opening of plating appts and two head rods be arrangeding in parallel, and be vertically set on two head rods it Between and parallel the first fixing axle and the second fixing axle；

First fixing axle is inserted in first chute, and/or the bottom of first sliding part has suitable for card Third connectivity mouth groove in second fixing axle；Or

First fixing axle is inserted in the 3rd chute, and/or second sliding part is set in described second and consolidated On dead axle.

Preferably, above-mentioned barrel plating production line, the angle of inclination of the conveying mechanism is 5 ° -30 °.

Preferably, above-mentioned barrel plating production line, in all Tumble-plating devices, the Tumble-plating device positioned at both ends The conveying mechanism is additionally provided with the charging aperture and/or the discharging opening of end face outside.

Preferably, above-mentioned barrel plating production line, blowing device is additionally provided with the top of at least one conveying mechanism, institute The air outlet of blowing device is stated towards the front end of the conveying mechanism, for will be blown by the solution remained on plating workpiece described On conveying mechanism.

Preferably, above-mentioned barrel plating production line, the Tumble-plating device include respectively with described in going out in relative both ends of the surface The cell body of material mouth and charging aperture, the barrel plating bucket being installed in rotation in the cell body；Corresponding to the charging aperture and discharging opening, The first import and first outlet are offered respectively in the relative both ends of the surface of the barrel plating bucket；Opened up on the wall of the barrel plating bucket There is the liquid-through hole connected with the cell body inner chamber.

It is further preferred that above-mentioned barrel plating production line, the barrel plating bucket includes at least having vertically first paragraph and the Two sections of hollow staving；

The inside of the first paragraph is circumferentially arranged have it is at least one scoop materials and parts, the internal face of the second segment is circumferentially set Be equipped with least one material toggling part, materials and parts scooped described at least one and are corresponding with a material toggling part, the material toggling part it is interior Side extends to the corresponding side-walls for scooping materials and parts, and the medial extremity of remaining material toggling part extends to described first Section, the outboard end of all material toggling parts is extended at the outer end of the second segment, and the medial extremity of the material toggling part and outside End is in the circumferential at a distance of the distance at a predetermined center of rotation angle；

The staving can rotate forward or backwards, wherein relatively outer in plating working condition, the medial extremity of the material toggling part Side is in the front of rotation direction, and is in rotation direction compared with medial extremity in discharge state, the outboard end of the material toggling part Front.

Technical scheme provided by the utility model, has the following advantages that：

1. barrel plating production line provided by the utility model, at least three Tumble-plating devices set gradually, along all rollings The length direction of plating appts arrangement, each has charging aperture and discharging opening respectively in the both ends of the surface of the Tumble-plating device；Adjacent two Conveying mechanism is slideably provided with adjacent face in the individual Tumble-plating device, one end of the conveying mechanism is through being located at front The discharging opening of Tumble-plating device stretch into the Tumble-plating device, the charging aperture of Tumble-plating device of the other end through being located behind stretches into In the Tumble-plating device；Adjacent either end or two abutting ends have at least one group of two neighboring conveying mechanism Two abutting ends are made to be in the link position of overlapping region on vertical, and the open position for making two abutting ends be in offset areas； In the two neighboring conveying mechanism adjacent either end or two abutting ends the link position and the open position it Between move.

The barrel plating production line of this structure, in two neighboring conveying mechanism, by will be located behind or the conveying mechanism in front One end or two abutting ends of two conveying mechanisms be moved at link position at open position, then two neighboring conveying mechanism Between offset areas be present, the conveying mechanism on the Tumble-plating device discharging opening in front will thereon by plating workpiece stagger through this In the Tumble-plating device that region input is located behind, to being handled by process needed for plating workpiece progress, after the process has been handled, plated Workpiece is thrown to the conveying mechanism being located behind on Tumble-plating device discharging opening again, if being gone successively to next barrel plating by plating workpiece Process needed for being carried out in device, then offset areas is formed, into next Tumble-plating device by mobile conveying mechanism again；If It need not be entered by plating workpiece in next Tumble-plating device, now move the conveying mechanism or next conveying mechanism again so that should Overlapping region is formed between conveying mechanism and next conveying mechanism, is constantly moved rearwards by plating workpiece can.That is, root According to the barrel plating demand by plating workpiece, it is selectively delivered in Tumble-plating device, to realize the function of across Tumble-plating device carry out barrel plating.

2. barrel plating production line provided by the utility model, the conveying mechanism by sliding equipment be inclined at it is described go out In material mouth and the charging aperture, and it is inclined upwardly setting from discharging opening this described towards charging aperture this described；It is two neighboring described In two abutting ends of conveying mechanism, positioned at the end being somebody's turn to do in the conveying mechanism being located behind of the conveying mechanism in front The top at end, the length direction that the conveying mechanism arranges along the Tumble-plating device slides, or is filled along perpendicular to the barrel plating The length direction for putting arrangement slides.

The production line of this structure, the length direction arranged by sliding equipment conveying mechanism along Tumble-plating device slide, Or slided along the length direction perpendicular to Tumble-plating device arrangement, to form above-mentioned offset areas or overlapping region.Together When, in two abutting ends of the two neighboring conveying mechanism, it is in positioned at the end of the conveying mechanism in front after being located at The top at the end of the conveying mechanism of side, namely the front end of conveying mechanism be less than the rear end of itself, even if by plating workpiece from rolling A part of solution is brought out in plating appts to conveying mechanism, the solution can be back to this again by the conveying mechanism being obliquely installed In Tumble-plating device, and constantly it is moved rearwards on the conveyor by plating workpiece, avoids two neighboring Tumble-plating device or multiple The cross pollution of solution in Tumble-plating device, so as to improve the barrel plating quality of each Tumble-plating device.

3. barrel plating production line provided by the utility model, a conveying mechanism is by being arranged in a Tumble-plating device Support frame be slidably disposed on the discharging opening and charging aperture；The sliding equipment includes having along the Tumble-plating device First driver of the first flexible telescopic shaft of the length direction of arrangement, first telescopic shaft are connected to the conveying mechanism, And it is arranged on the bottom of the conveying mechanism and suitable for the first chute of support frame as described above insertion, the first chute edge The length direction extension of the Tumble-plating device arrangement, the first driver driving conveying mechanism slides, so that described first slides Groove slides relative to support frame as described above.The barrel plating production line of this structure, conveying mechanism is driven in support frame by the first driver On moved forward and backward along the length direction of Tumble-plating device arrangement, with realize formed between two neighboring conveying mechanism it is above-mentioned heavy Folded region or offset areas.

4. barrel plating production line provided by the utility model, the barrel plating bucket includes at least having first paragraph and second vertically The hollow staving of section；The inside of the first paragraph is circumferentially arranged to be had and at least one scoops materials and parts, the internal face edge of the second segment At least one material toggling part is circumferentially provided with, scooping materials and parts described at least one is corresponding with a material toggling part, the material toggling The medial extremity of part extends to the corresponding side-walls for scooping materials and parts, and the medial extremity of remaining material toggling part extends to described First paragraph, the outboard end of all material toggling parts are extended at the outer end of the second segment, and the medial extremity of the material toggling part with Outboard end is in the circumferential at a distance of the distance at a predetermined center of rotation angle；The staving can rotate forward or backwards, wherein in electricity Working condition is plated, the medial extremity of the material toggling part is in the front of rotation direction compared with outboard end, and in discharge state, the material toggling The outboard end of part is in the front of rotation direction compared with medial extremity.

In discharge state, the outboard end of material toggling part is in the front of rotation direction compared with medial extremity, then material toggling part is with scooping material An opening is formed between part can will be dialled in expansion in staving towards enlarging area that is upper and gradually increasing, material toggling part by plating workpiece In mouth region, and then slip into and scoop in materials and parts；Kept off simultaneously from scoop that materials and parts fall out by plating workpiece by material toggling part in the enlarging area, And slip into and scoop in materials and parts along the side wall of the material toggling part, prevent from being dropped out out of barrel plating bucket by plating workpiece, can reduce from scooping material What is fallen out in part is fallen back to amount in staving again by plating workpiece, so as to improve barrel plating bucket by plating workpiece load and go out The efficiency of material.In electroplating conditions, the setting of material toggling part can roll by plating workpiece, increase and contacted by plating workpiece with electroplate liquid Area, improve electroplating efficiency；In addition, each barrel plating bucket is at least formed by two-stage structure, increase the diameter and its length of barrel plating bucket Ratio so that the electroplate liquid volume that can be accommodated in barrel plating bucket is more, by the electroplate liquid that touches in the plating workpiece unit interval More, the electroplating quality and efficiency by plating workpiece are further improved.Discharge state is will to be thrown to this to be located at the barrel plating by plating workpiece On the conveying mechanism of the discharge outlet of device.

Brief description of the drawings

, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, describe below In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is that the vertical structure schematic diagram of the barrel plating production line provided in the utility model embodiment 1 (sets four rollings Plating appts, in figure the sensing of arrow represent to slide back and forth along the length direction of Tumble-plating device arrangement)；

Fig. 2 is that the overlooking the structure diagram of the barrel plating production line provided in the utility model embodiment 1 (sets four rollings Plating appts, in figure the sensing of arrow represent to slide along the length direction perpendicular to Tumble-plating device arrangement)；

Fig. 3 is the (length arranged along Tumble-plating device of the assembling schematic diagram of support frame and conveying mechanism in barrel plating production line in Fig. 1 Spend direction sliding type)；

Fig. 4 is the fit structure schematic diagram (looking up direction) of conveying mechanism and sliding equipment in Fig. 3；

Fig. 5 is sliding equipment and the structural representation after support frame cooperation in Fig. 4；

Fig. 6 is the first driver of sliding equipment and the structural representation of the first sliding part in Fig. 4；

Fig. 7 is that the assembling schematic diagram of support frame and conveying mechanism (is arranged along perpendicular to Tumble-plating device in barrel plating production line in Fig. 1 The length direction sliding type of row)；

Fig. 8 be Fig. 7 in sliding equipment and support frame assembling after schematic diagram (in figure arrow sensing represent along perpendicular to The length direction of Tumble-plating device arrangement slides)；

Fig. 9 is the second driver of sliding equipment and the structural representation of the second sliding part in Fig. 7；

Figure 10 is the structural representation of the support frame on Tumble-plating device in Fig. 1 barrel plating production lines；

Figure 11 is support frame and conveying mechanism, the assembling schematic diagram of blowing device；

The structural representation (removing upper lid) of a Tumble-plating device in the barrel plating production line that Figure 12 is Fig. 1；

Figure 13 is that Tumble-plating device removes the structural representation after cell body in Figure 12；

Figure 14 is that barrel plating bucket removes the structural representation after second annular slab in Figure 12；

Figure 15 is the first structural representation of barrel plating bucket in Figure 12；

Figure 16 is that barrel plating bucket removes the structural representation after side shield, the second annular slab in Figure 12；

Figure 17 is the structural representation of the first paragraph of barrel plating bucket in Figure 12；

Figure 18 is the structural representation of the first annular plate of barrel plating bucket in Figure 12；

Figure 19 is the 3rd section of structural representation of barrel plating bucket in Figure 12；

Figure 20 is the structural representation of the side shield of barrel plating bucket in Figure 12；

Figure 21 is the partial enlarged drawing of material toggling part in Figure 19；

Figure 22 be in Figure 12 second segment along the perspective view (namely front view or rearview) on the axial direction of staving；

Figure 23 is two structural representations scooped after materials and parts assembling of first paragraph in Figure 17；

Figure 24 is second of structural representation of barrel plating bucket in Figure 12.

Description of reference numerals：

1- Tumble-plating devices；10- barrel plating buckets；1011- first paragraphs；1012- second segments；The 3rd section of 1013-；102- scoops materials and parts； 1021- plate-shaped members；10211- connection ends；10212- tilts end；1022- connecting portions；10221- Part I；10222- second Part；103- material toggling parts；The inclined planes of 1031- first；The inclined planes of 1032- second；104- enlargings area；105- Yao Liao areas；106- One annular slab；1061- first baffles；The 1062- circumference flank of tooth；The annular slabs of 107- second；108- side shields；1081- annular tables Rank；1082- pressing plates；1083- arc convex；1084- spout holes；20- cell bodies；

2- support frames；21- head rods；The fixing axles of 22- first；The fixing axles of 23- second；

3- conveying mechanisms；

4- sliding equipments；The drivers of 411- first；The chutes of 412- first；The sliding parts of 413- first；The chutes of 414- second；

The drivers of 421- second；The chutes of 422- the 3rd；The sliding parts of 423- second；

5- offset areas；

6- blowing devices；61- airducts；62- air outlets.

Embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described Embodiment is the utility model part of the embodiment, rather than whole embodiments.Based on the embodiment in the utility model, sheet The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality Novel protected scope.

, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " under ", it is "left", "right", " perpendicular Directly ", the orientation of the instruction such as " level ", " interior ", " outer " or position relationship are based on orientation shown in the drawings or position relationship, are only Described for the ease of description the utility model and simplifying, rather than instruction or imply signified device or element must have it is specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.In addition, term " the One ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that instruction or hint relative importance.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition Concrete meaning of the language in the utility model.

In addition, as long as technical characteristic involved in the utility model different embodiments disclosed below is each other Conflict can is not formed to be combined with each other.

Embodiment 1

The present embodiment provides a kind of barrel plating production line, as shown in Figure 1 to 11, including four Tumble-plating devices set gradually 1, for ease of follow-up statement, four Tumble-plating devices 1 are respectively designated as the first Tumble-plating device 1, the second Tumble-plating device from front to back 1st, the 3rd Tumble-plating device 1 and the 4th Tumble-plating device 1, if process corresponding to four Tumble-plating devices 1 is respectively washing step, anode Electrowinning process, zinc-plated process and passivation procedure, the length direction arranged along four Tumble-plating devices 1, the both ends of each Tumble-plating device 1 There is charging aperture and discharging opening respectively on face；Conveyer is slideably provided with adjacent face in two neighboring Tumble-plating device 1 Structure 3, discharging opening of the one end of conveying mechanism 3 through the Tumble-plating device 1 positioned at front are stretched into the Tumble-plating device 1, and the other end is through position Stretched into the charging aperture of the Tumble-plating device 1 at rear in the Tumble-plating device 1, for ease of follow-up statement, by going out for four Tumble-plating devices 1 The conveying mechanism 3 that material mouth is provided with is respectively designated as the first conveying mechanism 3, second conveyor structure 3, the 3rd conveying mechanism 3 and Four conveying mechanisms 3.Two abutting ends in two neighboring conveying mechanism 3 have makes two abutting ends be in overlapping region on vertical Link position, and the open position for making two abutting ends be in offset areas.Such as first conveying mechanism 3 rear end with second conveying Form above-mentioned offset areas between the front end of mechanism 3, the front end of the rear end of second conveyor structure 3 and the 3rd conveying mechanism 3 it Between above-mentioned overlapping region.Two adjacent abutting ends move between link position and open position in two neighboring conveying mechanism 3 It is dynamic.

Above-mentioned conveying mechanism 3 is inclined at discharging opening and the charging of two adjacent Tumble-plating devices by sliding equipment On mouth, conveying mechanism 3 is inclined upwardly setting from the discharging opening towards the charging aperture；Two abutting ends of two neighboring conveying mechanism 3 In, the top at the end of the conveying mechanism 3 being located behind is in positioned at the end of the conveying mechanism 3 in front, then it is each to convey The front end of mechanism 3 is less than the rear end of itself.

For example, after anode electrolysis process is carried out from the second Tumble-plating device 1 by plating workpiece, thrown to second conveyor structure 3 When upper, in 3 continuous rotation process of second conveyor structure, the 3rd conveying mechanism 3 will be constantly conveyed to by plating workpiece thereon Or fall into the 3rd Tumble-plating device 1, it will necessarily be remained in by plating workpiece with part solution on second conveyor structure 3, but by It is less than its rear end in the front end of second conveyor structure 3, then the solution remained on second conveyor structure 3 returns again along the inclined plane Flow in the second Tumble-plating device 1, so as to avoid the solution in the second Tumble-plating device 1 from being handed over solution in the 3rd Tumble-plating device 1 Fork pollution, or even intersect with the solution in the 4th Tumble-plating device 1 below.

As shown in figure 11, blowing device 6, the air outlet direction of blowing device 6 are additionally provided with the top of each conveying mechanism The front end of conveying mechanism, for will be blown on the conveyor by the solution remained on plating workpiece, so that by plating workpiece The residual liquid carried is less, reduces the consumption that liquid is taken out of by plating workpiece.Blowing device 6 includes what is be connected with the external world Airduct 61, the other end of airduct 61 are connected to bellows, and the bottom of bellows is into an elongate holes are opened up, to form above-mentioned air-out Mouth 62, air outlet 62 are constantly dried against by plating workpiece.Preferably, the both ends of bellows are across on the both sides of conveying mechanism, The length of air outlet and the width of conveying mechanism are preferably consistent, be easy to on conveying mechanism it is all by plating workpiece carried it is molten Liquid is blowed.

As shown in Fig. 3 to Fig. 9, sliding equipment 4 has two kinds of structures, and for ease of statement, two sliding equipments are respectively first The sliding equipment 42 of sliding equipment 41 and second, wherein, as shown in Figures 3 to 6, the first sliding equipment 41 is driving conveying mechanism 3 The length direction arranged along Tumble-plating device 1 slides, to form above-mentioned overlapping region between two neighboring conveying mechanism 3 Or offset areas；As shown in Figure 7 to 9, the second sliding equipment 42 is that driving conveying mechanism 3 arranges along perpendicular to Tumble-plating device 1 Length direction slide, above-mentioned region again or offset areas can also be formed.

One conveying mechanism 3 is slidably disposed on two neighboring by the support frame 2 being arranged in a Tumble-plating device 1 On discharging opening and charging aperture on the adjacent face of Tumble-plating device.As shown in figs. 3 and 10, support frame 2 includes what is be arranged in parallel Two head rods 21, the length direction arranged along Tumble-plating device 1, one end of head rod 21 is fixed on Tumble-plating device 1 Charging aperture on, the other end through the Tumble-plating device 1 inside and be fixed on the discharging opening of the Tumble-plating device 1, and It is vertically set between two head rods 21 and parallel the first fixing axle 22 and the second fixing axle 23.

As shown in Fig. 3, Fig. 4 and Fig. 5, the first sliding equipment 41 includes the first driver 411, the first chute 412, second is slided The sliding part 413 of groove 414 and first, the first driver 411 have along the length direction of Tumble-plating device arrangement it is flexible the One telescopic shaft, the first telescopic shaft are connected to conveying mechanism 3, and the first chute 412 is arranged on the bottom of conveying mechanism 3 and suitable for branch First fixing axle 22 of support is inserted, and the length direction that first chute 412 arranges along Tumble-plating device extends；Second chute 414 Length direction to be arranged along Tumble-plating device is opened in the side wall of conveying mechanism 3, and the bottom of the first sliding part 413 is fixed on support In second fixing axle 23 of frame 2, top slide is arranged in the second chute 414.Under the driving of first driver 411, The first chute 412 on conveying mechanism 3 relative to being slided in the first fixing axle 22, second slide by the top of the first sliding part 413 Slided in groove 414 so that the overall length direction arranged on support frame 2 along Tumble-plating device of conveying mechanism 3 slides back and forth.It is excellent Selection of land, the first driver 411 are the first cylinder.

As shown in fig. 6, the first sliding part 413 includes base, base convex platform is molded over, through hole is opened up on boss, is connected Part is by the through hole with being slidably connected in the second chute 414.Opened up in the lower surface of base suitable for being stuck in the second fixing axle 23 On channel slot, such as arc channel slot, on the length direction that Tumble-plating device 1 arranges, the bottom of the two side of conveying mechanism 3 With the side plate extended downwardly, the second above-mentioned chute 414 is opened on the internal face of two side plates, accordingly first is slided Part 413 is two, and the channel slot of two the first sliding parts 413 is arranged in the second fixing axle 23, and setting is slided at top respectively The distance between in second chute 414, the length of the second chute 414 is not less than from link position to open position.It is right For the first chute 412, there is plate in the lower surface of conveying mechanism 3, plate and conveying mechanism 3 lower surface it Between form first chute 412 of the opening towards the second fixing axle 23 direction.In addition, above-mentioned conveying mechanism 3 is conveyer belt, its The both sides of feed surface are provided with baffle plate, and the cover plate being arranged in two baffle plate open tops, avoid on conveyer belt By plating workpiece slid away from both sides.

For example, the front end of the 3rd conveying mechanism 3 is moved rearwards, the rear end of second conveyor structure 3 moves forward so that second Offset areas is formed between the rear end of conveying mechanism 3 and the front end of the 3rd conveying mechanism 3, now can is by second conveyor Being inputted by plating workpiece through this offset areas in the 3rd Tumble-plating device 1 on structure 3, to being carried out zinc-plated processing by plating workpiece, treats the work Sequence terminates and then will thrown by plating workpiece to the 3rd conveying mechanism 3, then by the 3rd conveying mechanism 3 from the 3rd Tumble-plating device 1 Output.

Second sliding equipment 42 is included with the second telescopic shaft to be stretched along the length direction perpendicular to Tumble-plating device arrangement The second driver 421, the second telescopic shaft is connected to conveying mechanism 3, and is arranged on the bottom of conveying mechanism 3 and is suitable to 3rd chute 422 of the first fixing axle 22 insertion of support frame 2, the second driver 421 driving conveying mechanism 3 slide, so that the Three chutes 422 slide in 2 first fixing axles 22 of support frame.Preferably, the second driver 421 is the second cylinder, the second gas Cylinder drives whole conveying mechanism to be slided along the length direction perpendicular to Tumble-plating device arrangement.

Second sliding equipment 4 also includes the second sliding part 423 being fixed on conveying mechanism 3, and the second sliding part 423 is arranged In the second fixing axle 23 of support frame 2, under the stretching motion of the second cylinder, the second sliding part 423 in support frame 2 Slided in two fixing axles 23.That is, the second cylinder does stretching motion, the 3rd chute 422 on conveying mechanism 3 is in the first fixing axle Slided on 22, the second sliding part 423 slides in the second fixing axle 23, so as to realize conveying mechanism 3 perpendicular to Tumble-plating device Arrangement length direction on slide, to form above-mentioned offset areas 5 or overlapping region.

In above-mentioned production line, angle of inclination of the conveyer belt on support frame 2 between 5-30 degree, such as 5 degree, 6 degree, 7 Spend, 15 degree, 20 degree, 25 degree, 30 degree etc..Or can also be other angles of inclination, according to the actual requirements, to adjust conveying The angle of inclination of band.The angle of inclination of four above-mentioned conveyer belts is identical, it is ensured that any one conveyer belt in moving process, with The phenomenon that will not be collided or be stuck between its other adjacent conveyer belt, it is ensured that each conveying of adjustment at any time according to demand The position of band, to form above-mentioned offset areas or overlapping region.

, can also be in first Tumble-plating device 1 at both ends and the 4th Tumble-plating device 1 in four Tumble-plating devices 1 The feed inlet end of one Tumble-plating device 1 sets above-mentioned conveying mechanism 3, to realize feeding process；The discharging opening of 4th Tumble-plating device 1 The main function for being provided with the 4th conveying mechanism 3 is that offset areas or overlapping region are formed between the 3rd conveying mechanism 3, is also risen To in by the 4th Tumble-plating device 1 by the function of plating workpiece discharging.

As shown in figure 12, each Tumble-plating device 1 includes the groove respectively in relative both ends of the surface with discharging opening and charging aperture Body 20, the barrel plating bucket 10 being installed in rotation in cell body 20；Corresponding to charging aperture and discharging opening, relative two of barrel plating bucket 10 The first import and first outlet are offered on end face respectively；Offered on the wall of barrel plating bucket 10 connected with the inner chamber of cell body 20 it is logical Fluid apertures.Existing barrel plating bucket 10 can be used for barrel plating bucket 10, when only needing it to be rotated in a first direction, by plating workpiece in barrel plating bucket Plating is rolled in 10, when being rotated along the second direction opposite with first direction, is thrown to conveying mechanism 3, entered by plating workpiece And the Tumble-plating device 1 is transferred out by conveying mechanism 3.

The barrel plating production line of this embodiment, there are three kinds of states when to being carried out treatment process by plating workpiece, the first State is to be carried out washing step, anode electrolysis process, zinc-plated process and passivation procedure successively by plating workpiece；Second of state be Four above-mentioned processes need not be carried out successively by plating workpiece, the process that need to only carry out part；The third state is by plating workpiece Only it need to directly be drawn off after the first Tumble-plating device 1 has been handled through the 4th Tumble-plating device 1.

Wherein, under the first state, loaded by charging aperture of the plating workpiece through the first Tumble-plating device 1 in the first Tumble-plating device 1 Barrel plating bucket 10 in, stay in the first Tumble-plating device 1 after washing step terminates, it is assumed that under initial state, four conveying mechanisms 3 Middle two conveying mechanisms 3 of arbitrary neighborhood are thrown to the first conveying mechanism 3 by plating workpiece all in link position, and now second The first cylinder in conveying mechanism 3 drives the conveying mechanism 3 is overall to be moved rearwards, or the first gas on the first conveying mechanism 3 Cylinder drives the conveying mechanism 3 is overall to move forward so that area of staggering is formed between the first conveying mechanism 3 and second conveyor structure 3 Domain, but the offset areas is located in the barrel plating bucket 10 of the second Tumble-plating device 1, then the first conveying mechanism 3 is by thereon by plating work Part is delivered to through this offset areas in the barrel plating bucket 10 of the second Tumble-plating device 1, carries out anode electrolysis processing；Treat anode electrolysis work After the completion of sequence processing, directly being thrown by plating workpiece to second conveyor structure 3 in second Tumble-plating device 1；Second conveying device Move forward or move the 3rd conveying mechanism 3 immediately rearward so that between the conveying mechanism 3 of second conveyor structure 3 and the 3rd again Offset areas is formed, the barrel plating bucket for being entered the 3rd Tumble-plating device 1 through this offset areas again by plating workpiece on second conveyor structure 3 Zinc-plated processing is carried out in 10；By that analogy, processing is passivated in the barrel plating bucket 10 of the 4th Tumble-plating device 1, Passivation Treatment is complete Afterwards, thrown to the 4th conveying mechanism 3, and be conveyed out outside the 4th Tumble-plating device 1 by plating workpiece, complete the barrel plating by plating workpiece Process.

, can be with the first state, it is necessary to when adjacent two conveying mechanisms 3 form offset areas or overlapping region Drive conveying mechanism 3 is overall to be moved along the length direction arranged perpendicular to Tumble-plating device 1 by the second cylinder.But driven using second During motivation structure, as shown in Fig. 2, moved in second conveyor structure 3 along the length direction arranged perpendicular to Tumble-plating device 1, second is defeated The both ends of mechanism 3 are sent to form an area of staggering between the rear end of the first conveying mechanism 3 and the front end of the 3rd conveying mechanism 3 respectively Domain 5, such as the first offset areas and the second offset areas, then after having been electroplated by plating workpiece in the second Tumble-plating device 1, thrown to On second conveyor structure 3, move on second conveyor structure 3, directly enter through the second offset areas in the 3rd Tumble-plating device 1, Need not the conveying mechanism 3 of second conveyor structure 3 or the 3rd be moved again, by plating workpiece in the 3rd Tumble-plating device 1 it is zinc-plated after, directly Thrown to the 3rd conveying mechanism 3；The 4th conveying mechanism 3 is moved along the length direction arranged perpendicular to Tumble-plating device 1 again, is made Form offset areas between the 4th conveying mechanism 3 and the 3rd conveying mechanism 3, on the 3rd conveying mechanism 3 by plating workpiece through this Offset areas is directly conveyed into the barrel plating bucket 10 of the 4th Tumble-plating device 1.

Under second of state, for example, by plating workpiece only need to carry out washing and zinc-plated process, it is assumed that under initial state, adjacent two Individual conveying mechanism 3 is loaded in the barrel plating bucket 10 of the first Tumble-plating device 1 through charging aperture by plating workpiece and carried out all in link position Washing step, after the completion of washing, thrown by plating workpiece to the first conveying mechanism 3, the first conveying mechanism 3 will be direct by plating workpiece It is delivered on second conveyor structure 3, now the first cylinder of the 3rd conveying mechanism 3 drives its movement so that the 3rd conveying mechanism 3 The rear end of front end and second conveyor structure 3 form offset areas, on second conveyor structure 3 by plating workpiece through this offset areas Carry out zinc-plated process in into the barrel plating bucket 10 of the 3rd Tumble-plating device 1, treat it is zinc-plated after the completion of, thrown by plating workpiece to the 3rd conveying In mechanism 3, the 3rd conveying mechanism 3 will be directly delivered on the 4th conveying mechanism 3 by plating workpiece, directly be transferred out the 4th barrel plating Outside device 1.

Or the 3rd second cylinder of conveying mechanism 3 drive its movement so that the both ends of the 3rd conveying mechanism 3 respectively with Offset areas, respectively the 3rd offset areas are respectively formed between the rear end of second conveyor structure 3 and the front end of the 4th conveying mechanism 3 With the 4th offset areas, entered by plating workpiece through the 3rd offset areas and zinc-plated place is carried out in the barrel plating bucket 10 of the 3rd Tumble-plating device 1 Reason, after zinc-plated, thrown by plating workpiece to the 3rd conveying mechanism 3, now due to the 4th offset areas be present, it is necessary to by the 3rd Conveying mechanism 3 resets or mobile 4th drive mechanism so that before the rear end of the 3rd conveying mechanism 3 and the 4th conveying mechanism 3 End has overlapping region, and then will be passed to the 4th conveying mechanism 3 by plating workpiece on the 3rd conveying mechanism 3, to realize across rolling Plating appts 1 are handled the process that selectivity is carried out by plating workpiece.

In the third state, added in the barrel plating bucket 10 of the first Tumble-plating device 1 and washed through charging aperture by plating workpiece Process, thrown after washing to the first conveying mechanism 3, through the first conveying mechanism 3, second conveyor structure 3, the 3rd conveying mechanism 3 And the 4th conveying mechanism 3 directly exclude the Tumble-plating device 1 of the entire production line.

As interchangeable embodiment, above-mentioned Tumble-plating device 1 can also be three, five, six, seven etc., Most preferably, at least three Tumble-plating devices 1 are set, or multiple Tumble-plating devices 1 can be set gradually according to demand, it is continuous to be formed The barrel plating production line of automation.Moveable conveying mechanism 3 is provided between two Tumble-plating devices 1 of arbitrary neighborhood, it is above-mentioned to be formed Overlapping region or offset areas；As deformation, in multiple conveying mechanisms 3, can part conveying mechanism 3 be slidably disposed on On support frame 2, part conveying mechanism 3 is directly anchored on support frame 2, or a conveyer in two neighboring conveying mechanism 3 Structure 3 is slidably disposed on support frame 2, and another conveying mechanism 3 is fixed on support frame 2, when needing to form offset areas Or during overlapping region, only a conveying mechanism 3 is needed to slide, the position of another conveying mechanism 3 is constant；Or other distribution sides Formula, only need in multiple Tumble-plating devices 1, adjacent either end has vertical at least one group of two neighboring conveying mechanism 3 On two abutting ends is in the link position of overlapping region, and the open position for making two abutting ends be in offset areas；Adjacent two Adjacent either end moves between link position and open position in individual conveying mechanism 3.Or two neighboring conveying mechanism 3 In two abutting ends moved between link position and open position, form overlapping region or offset areas.

As deformation, in all Tumble-plating devices 1, charging aperture and discharging positioned at the end face outside of the Tumble-plating device 1 at both ends Conveying mechanism 3 can also be not provided with mouthful, will be loaded the Tumble-plating device 1 in original position by plating workpiece using other modes It is interior, and will be taken out by plating workpiece out of Tumble-plating device 1 at terminal position.

As deformation, above-mentioned support frame 2 can also be other support frames 2, only need to support conveying mechanism 3 so that conveying Mechanism 3 can slide in the presence of sliding equipment 4.

As deformation, the second chute 414 can be replaced long through-hole.As further deformation, the first above-mentioned skate machine Structure 41 can also be not provided with above-mentioned the second chute 414 and the first sliding part 413, only by the first chute 412, in support frame 2 Upper slip.

Similarly, the second above-mentioned sliding equipment 42 can also be not provided with the second above-mentioned sliding part 423, only pass through the 3rd Chute 422 slides on support frame 2.

As the deformation of sliding equipment, sliding equipment 4 can also be other structures, such as sliding track mechanism, and it includes setting Guide rail on support frame 2, the sliding block being slidably arranged on guide rail, the sliding block are fixed on conveying mechanism 3, to realize driving Conveying mechanism does the slip of the length direction along Tumble-plating device arrangement on support frame, or along perpendicular to Tumble-plating device arrangement Length direction slides, to form above-mentioned offset areas or overlapping region.

As deformation, above-mentioned support frame 2 can also be not provided with, is directly arranged on conveying mechanism 3 by sliding equipment 4 On the charging aperture and discharging opening of Tumble-plating device.

As deformation, above-mentioned blowing device 6 can also be fan, or other air exhausting structures, become as further Shape, above-mentioned blowing device 6 can also be not provided with.

As further deformation, conveying mechanism 3 can not also be inclined at the adjacent face of adjacent two Tumble-plating device 1 On the discharging opening and charging aperture at place, only need to have above-mentioned overlapping region or offset areas.As further deformation, go back Above-mentioned sliding equipment can not be used to drive conveying mechanism 3 to move, can also be made using other existing drive mechanisms Conveying mechanism 3 is obtained to move between link position and open position.Such as sliding track mechanism is set below conveying mechanism 3.

Embodiment 2

The present embodiment provides a kind of barrel plating production line, and difference from Example 1 is only that：The structure of barrel plating bucket is different, The present embodiment provides a kind of barrel plating bucket of special construction, and as shown in Figure 12 to Figure 24, barrel plating bucket 10 includes hollow staving, hollow barrel Body has first paragraph 1011 vertically, second segment 1012 and the 3rd section 1013, and first paragraph 1011 and the 3rd section 1013 are positioned at the Two section 1012 of both sides；The inside of first paragraph 1011 is circumferentially arranged have it is multiple scoop materials and parts 102, the circumferentially inwall of second segment 1012 Face is provided with and scooped the one-to-one material toggling part 103 of materials and parts 102, and the medial extremity of material toggling part 103, which extends to, corresponding scoops material The side-walls of part 102, and outboard end is extended at the outer end of second segment 1012, and the medial extremity of material toggling part 103 exists with outboard end At a distance of the distance at a predetermined center of rotation angle in circumference, namely material toggling part 103 is inclined on the internal face of second segment 1011 sets Put.In the same manner, it is provided with and scoops the one-to-one material toggling part 103 of materials and parts 102, the material toggling part for the 3rd section 1013 along in inwall circumference 103 correspond with the material toggling part 103 on the internal face of second segment 1012, and the former is arranged in the opposite side for scooping materials and parts 102 relatively, The medial extremity of the material toggling part 103 extends to the corresponding side-walls for scooping materials and parts 102, and outboard end extends to the 3rd section 1013 Outer end at.Staving can rotate forward or backwards, wherein in plating working condition, the medial extremity of material toggling part 103 is compared with outboard end Front in rotation direction, and in discharge state, the outboard end of material toggling part 103 is in the front of rotation direction compared with medial extremity.

During discharging, the outboard end of material toggling part 103 is in the front of rotation direction compared with medial extremity, then is located at and scoops materials and parts The material toggling part 103 of 102 both sides and this scoop and a Liang Ge enlargings area that is opening up and gradually increasing formed between materials and parts 102 104, material toggling part 103 will can be dialled in enlarging area 104 in staving by plating workpiece, and then slips into and scoop in materials and parts 102；While from Scoop that materials and parts 102 fall out is kept off in the enlarging area 104 by plating workpiece by material toggling part 103, and along the side of the material toggling part 103 Wall, which slips into, to be scooped in materials and parts 102, is prevented from being dropped out out of barrel plating bucket 10 by plating workpiece, can be reduced and be scattered from scooping in materials and parts 102 That comes is fallen back to the amount in staving by plating workpiece again, is imitated so as to improve the load by plating workpiece of barrel plating bucket 10 with what is discharged Rate.In electroplating conditions, the setting of material toggling part 103 can roll by plating workpiece, increase the contact surface by plating workpiece and electroplate liquid Product, improve electroplating efficiency.

As shown in Figure 17 and Figure 21, the plate-shaped member 1021 that there is materials and parts 102 one end to tilt, such as plate, plate-like portion are scooped The connection end 10211 of part 1021 is fixed on the internal face of first paragraph 1011 indirectly, the tilting end 10212 of plate-shaped member 1021 It is smaller apart from the distance of center of rotation (center of rotation of first paragraph 1011) compared with connection end 10211, and working condition is being electroplated, Connection end 10211 relatively tilts end 10212 and be in the front of rotation direction, and in discharge state, tilting end 10212 is compared with connection end 10211 are in the front of rotation direction.That is, in discharge state, end 10212 is tilted upward；In electroplating conditions, end is tilted 10212 down.

As shown in Figure 17 and Figure 23, above-mentioned first paragraph 1011 scoops the head and the tail of materials and parts 102 by eight and is sequentially connected and by one Overall sheet material is formed.Specifically, first paragraph 1011 includes plate-shaped member 1021, and is connected to the company of adjacent plate-shaped member 1021 Connect the connecting portion 1022 between end 10211 and tilting end 10212；Connecting portion 1022 has the connection end of connecting plate-shaped part 1021 10211 along tangential setting Part I 10221 and connecting plate-shaped part 1021 tilting end 10212 be obliquely installed Two parts 10222；Yao Liao areas 105 are formed in plate-shaped member 1021 and connecting portion 1022 between Part I 10221.Preferably, Part I 10221 and Part II 10222 are plate.Connecting portion 1022 and scoop on materials and parts 102 is opened up for extraneous solution The liquid-through hole penetrated in bowl inner chamber, first paragraph 1011 are formed by plate-shaped member 1021 and connecting portion 1022, and connecting portion 1022 is again It is made up of Part I 10221 and Part II 10222, the setting of Part II 10222 causes the circle of whole first paragraph 1011 All areas are more than first paragraph 1011 for the circumferential area with the hollow cylinder of its concentric, can be opened up on first paragraph 1011 More liquid-through holes, so as to increase the amount into electroplate liquid in staving, increase the contact area by plating workpiece and electroplate liquid, improve Electroplating efficiency.

In discharge state, Yao Liao areas 105 are opening up, and with the continuous rotation of staving, Yao Liao areas 105 are by staving It is scooped into by plating workpiece in it, after scooping materials and parts 102 and turning to the certain altitude of staving, 105 opening down inclination of Yao Liao areas, by it Interior is thrown to conveying mechanism by plating workpiece, realizes discharging.On the contrary, in electroplating conditions, Yao Liao areas 105 are opening down, staving In rotation process, Yao Liao areas 105 can be kicked up after by the plating segment distance of workpiece one, fallen after rise by plating workpiece under self gravitation in staving In chamber so that rolled to and fro in staving by plating workpiece, increase its contact area with electroplate liquid.

As shown in Figure 15, Figure 16 and Figure 19, materials and parts 102, first paragraph 1011 and are scooped corresponding to eight of first paragraph 1011 Three section 1013 is octagon cylinder, and a material toggling part 103 is arranged on the internal face on one side of octagon cylinder, then Eight material toggling parts 103 are set on octagon cylinder inboard wall face.

As shown in Figure 19 and Figure 21, material toggling part 103 is the first plate, its towards scoop materials and parts 102 a side surface be in first Inclined plane 1031, it is in the second inclined plane 1032 back to a side surface of materials and parts 102 is scooped, along second segment 1012 or the 3rd section 1013 Circumference, the width of the second inclined plane 1032 is more than the width of the first inclined plane 1031 so that the inclination of the second inclined plane 1032 Degree in discharge state, is kept off in material toggling part less than the gradient of the first inclined plane 1031 by plating workpiece by the first inclined plane 1031 103 inner side, and then slid more easily into by plating workpiece along the first inclined plane 1031 in above-mentioned enlarging area 104, and then slip into In Yao Liao areas, play a part of material toggling；In electroplating conditions, the gradient of the second inclined plane 1032 is small, it is possible to will be by plating work Part, which constantly rolls, to be electroplated.

That is, the width of the second inclined plane 1032 it is bigger than the width of the first inclined plane 1031 (the first inclined plane 1031 Gradient is bigger), in discharge state, more easily being dialled in enlarging area 104 by plating workpiece in barrel plating bucket, material toggling effect is got over It is good；And in electroplating conditions, the second inclined plane 1032 will be easier to be got up to be electroplated by plating workpiece rolling in barrel plating bucket. That is, the longitudinal section shape of the first plate is triangle, and the length of second length of side corresponding to the second inclined plane 1032 is more than first The length of first length of side corresponding to inclined plane 1031, it becomes possible to realize above-mentioned material pushing function and rolling effect, second length of side with Angle angle between base is the smaller the better, and the angle angle between first length of side and base is the bigger the better, but no more than 90 degree.

As shown in figure 16, first annular plate 106, first paragraph 1011 are additionally provided between first paragraph 1011 and second segment 1012 With being additionally provided with first annular plate 106 between the 3rd section 1013；The direction of two first annular plates 106 scoops the side table of materials and parts 102 Opened up on face suitable for scooping the first neck that the both ends of materials and parts 102 are inserted respectively, another side surface is opened up suitable for the He of second segment 1012 The second neck that 3rd section 1013 of a side is inserted respectively, realize first paragraph 1011 and second segment 1012, and first paragraph Being fixedly connected between 1011 and the 3rd section 1013, in addition, first paragraph 1011, second segment 1012, the 3rd section 1013 and first Fixed between annular slab 106 preferably with welding manner.

As shown in Figure 13 and Figure 18, the outside wall surface of the first annular plate 106 radially circumferentially flank of tooth 1062, the circumferential teeth Face 1062 is engaged with the gear in the second drive component outside barrel plating bucket 10, and the second drive component includes the second rotating shaft, is socketed in Two gears engaged respectively with the face of gear of two first annular plates 106 in second rotating shaft, electricity is connected with the second rotating shaft Machine, or other driver drives pinion rotations, to drive first annular plate 106 to drive whole staving to rotate, actually using During, the speed that staving rotates adjusts according to actual conditions, is not especially limited.

Protruded inwardly from the internal face of first annular plate 106 radially and form first baffle 1061, two the first rings The first baffle 1061 of shape plate 106 is located just at the both ends of plate-shaped member 1021, and extends towards the internal face of first paragraph 1011, right The inner opposite end of ground material toggling part 103 is answered to extend to first baffle 1061 in the front end of discharge state.The setting of first baffle 1061 Being skidded off by plating workpiece from the both sides in Yao Liao areas 105 in Yao Liao areas 105 is prevented, will be blocked in by plating workpiece in Yao Liao areas 105, the The number of one baffle plate 1061 is also eight, and the number with scooping materials and parts 102 corresponds.There are raised three on first baffle 1061 Angular plate, the triangle plate are mainly to be adapted to the installation of Part I 10221 in portion 1022, two neighboring projection Between formed for material toggling part 103 and scoop the gap slipped into by plating workpiece in Yao Liao areas 105 or the passage between materials and parts 102.

As shown in figure 15, is formed on a side end face of the remote first paragraph 1011 of the 3rd section 1013 and second segment 1012 Second ring plate 107, is covered with the side shield 108 coaxial with staving in the opening of the second annular slab 107 by fixation kit, and two Discharging opening and charging aperture are formed respectively between the opening of the top of block side shield 108 and the second annular slab 107, side shield 108 Top surface is higher than the center of rotation of staving, and the radially outward edge of the second annular slab 107 is arranged on the ground top surface of kerve 201 In the guide groove of support wheel 204.In addition, shedding mechanism 70 is arranged on the top of side shield 108, the liquid level in barrel plating bucket 10 is high Degree also raises, so as to avoid the situation generation for being spilt plating liquid level in barrel plating bucket 10 by plating workpiece, it is therefore prevented that by plating workpiece Surface is oxidized, and further improves the electroplating quality by plating workpiece.

As shown in figure 20, fixation kit includes being molded over ring-shaped step 1081 in the circumferential outer edge of side shield 108, and Every at least one pressing plate 1082 being molded on the outer surface of side shield 108, such as one, two, three, four, five etc., Preferably three and three with top board 1082；The edge of opening of second annular slab 107 inserts multiple pressing plates 1082 and annular In the space formed between step 1081.It is rotatably connected so that being formed between side shield 108 and staving, the constrained side of pressing plate 1082 Baffle plate 108 is moved axially inward along staving, and ring-shaped step 1081 limits side shield 108 towards being displaced outwardly, so as to by side shield 108 are limited on staving.

As shown in figure 20, the top both ends of side shield 108 also have the arc convex 1083 circumferentially upwardly extended along it；Arc Shape projection 1083 has ring-shaped step 1081 and a pressing plate 1082, the openings of two annular slabs 107 of arc convex 1083 and second it Between form discharging opening or charging aperture.The top of side shield 108 is higher than the center of rotation of staving, forms a major arc, arc convex 1083 design, in staving rotation process, although side shield 108 has the rotation trend rotated with staving, side shield 108 Center of rotation and staving center of rotation on the same axis, the in the vertical direction of side shield 108 does not have amount of exercise, side shield Without offset between 108 center and the center of rotation of staving, staving is avoided in rotation process, and side shield 108 blocks Firmly phenomenon.Arc convex 1083 is also rotatable by the second annular slab 107 of pressing plate 1082 and ring-shaped step 1081 and staving Connect, a connecting tube or connecting shaft are additionally provided between two pieces of side shields 108, further to the axial position of two side shields 108 Put and limit, the connecting tube can be above-mentioned head rod 41, not only act as the effect of jointed anode plate 40, additionally it is possible to rise To the effect of two side shields 108 of connection；Above-mentioned spout hole 1084 is opened on side shield 108.

As shown in Figure 14 and Figure 15, two the second annular slabs, 107, two first annular plates 106 are gone back along in the axial direction of staving It is provided with reinforced pipe, multiple reinforced pipes are along the circumferentially distributed of staving.Multiple reinforced pipes are not passed through first paragraph 1011, second segment 1012 and the 3rd section 1013.

Sparge pipe in above-mentioned EGR 30 is located on arc convex 1083, and spray hole is preferably opened in sparge pipe In inner wall of barrel face one side wall, for jet electro-plating liquid either cleaning fluid or other solution, when scooping on materials and parts 102 When being stained with by plating workpiece or other materials, by sparge pipe to jet electro-plating liquid on materials and parts 102 is scooped, it will be bonded at and scoop materials and parts 102 On by plating workpiece or other materials rinses, solve barrel plating bucket wall on paste by plating workpiece, and reinforcement barrel plating The exchange of solution inside and outside bucket.

In addition, it is necessary to explanation is：" the medial extremity of material toggling part 103 and outboard end phase in the circumferential in this embodiment Distance away from a predetermined center of rotation angle ", second segment 1012 and the 3rd section 1013 are octagon cylinder, and center of rotation angle is In the perspective view of octagon cylinder and material toggling part 103 on staving axial direction, as shown in figure 22, the center point of octagon The included angle A not formed between the line at the both ends of material toggling part 103, the angle of the angle are more than 0 degree and are less than 90 degree, such as 20 Degree, 30 degree, 40 degree, 50 degree, 60 degree, 70 degree, 80 degree and 90 degree etc., it becomes possible to play a part of material toggling, that is, in bucket In perspective view on body axial direction, the both ends of material toggling part 103 are misaligned, and inclined certain angle is arranged on the one of octagon On individual side.

As deformation, as shown in figure 24, barrel plating bucket can also be not provided with above-mentioned the 3rd section, only including first paragraph and second Section, or above-mentioned material toggling part can also be not provided with, it can be directly plate to scoop materials and parts.Or can also be the rolling of other structures Plate bucket.

Obviously, above-described embodiment is only intended to clearly illustrate example, and is not the restriction to embodiment.It is right For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of change or Change.There is no necessity and possibility to exhaust all the enbodiments.And the obvious change thus extended out or Among the protection domain that variation is created still in the utility model.

Claims

A kind of 1. barrel plating production line, it is characterised in that including：

At least three Tumble-plating devices (1) set gradually, along the length direction of all Tumble-plating device (1) arrangements, Mei Gesuo State has charging aperture and discharging opening respectively in the both ends of the surface of Tumble-plating device (1)；

Conveying mechanism (3), the conveying mechanism are slideably provided with adjacent face in the two neighboring Tumble-plating device (1) (3) discharging opening that one end passes through the Tumble-plating device (1) positioned at front is stretched into the Tumble-plating device (1), and the other end is through being located at The charging aperture of the Tumble-plating device (1) at rear is stretched into the Tumble-plating device (1)；

Adjacent either end or two abutting ends have and made on vertical at least one group two neighboring conveying mechanism (3) Two abutting ends are in the link position of overlapping region, and the open position for making two abutting ends be in offset areas；Two neighboring institute Either end adjacent in conveying mechanism (3) or two abutting ends are stated to move between the link position and the open position.
2. barrel plating production line according to claim 1, it is characterised in that the conveying mechanism (3) passes through sliding equipment (4) It is inclined on the discharging opening and the charging aperture, and is inclined upwardly and sets from discharging opening this described towards charging aperture this described Put；In two abutting ends of the two neighboring conveying mechanism (3), it is in positioned at the end of the conveying mechanism (3) in front The top at the end of the conveying mechanism (3) being located behind, the length that the conveying mechanism (3) arranges along the Tumble-plating device (1) Direction is slided, or is slided along the length direction perpendicular to the Tumble-plating device (1) arrangement.
3. barrel plating production line according to claim 2 a, it is characterised in that conveying mechanism (3) is by being arranged on Support frame (2) in one Tumble-plating device (1) is slidably disposed on the discharging opening and charging aperture；

The sliding equipment includes first with the first flexible telescopic shaft of the length direction along the Tumble-plating device (1) arrangement Driver (411), first telescopic shaft is connected to the conveying mechanism (3), and is arranged on the bottom of the conveying mechanism The first chute (412) that is upper and being inserted suitable for support frame as described above (2), first chute (412) are arranged along the Tumble-plating device The length direction extension of row, the first driver (411) driving conveying mechanism (3) is slided, so that first chute (412) Slided relative to support frame as described above (2).
4. barrel plating production line according to claim 3, it is characterised in that the sliding equipment also includes filling along the barrel plating Put the second chute (414) or long through-hole that the length direction that (1) arranges is opened in the conveying mechanism (3) side wall, Yi Jiyi End is fixed on support frame as described above (2), and the other end is slidably arranged in the first slip in second chute (414) or long through-hole Part (413), under the driving of first driver (411), second chute (414) or long through-hole are with the conveyer Structure (3) slides relative to first sliding part (413).
5. barrel plating production line according to claim 2 a, it is characterised in that conveying mechanism (3) is by being arranged on Support frame (2) in one Tumble-plating device (1) is slidably disposed on the discharging opening and charging aperture；

The sliding equipment (4) includes stretching with second to stretch along the length direction perpendicular to the Tumble-plating device (1) arrangement The second driver (421) of contracting axle, second telescopic shaft is connected to the conveying mechanism (3), and is arranged on the conveying It is on the bottom of mechanism and defeated suitable for the 3rd chute (422) of support frame as described above (2) insertion, the second driver (421) driving Mechanism (3) is sent to slide, so that the 3rd chute (422) is slided on support frame as described above (2).
6. barrel plating production line according to claim 5, it is characterised in that the sliding equipment is also described defeated including being fixed on The second sliding part (423) in mechanism (3) is sent, second sliding part (423) is set on support frame as described above (2), described Under the driving of second driver (421), second sliding part (423) is slided on support frame as described above (2).
7. the barrel plating production line according to claim 4 or 6, it is characterised in that

Support frame as described above (2) includes the length direction arranged along the Tumble-plating device (1), and one end is fixed on the Tumble-plating device (1) on charging aperture, the other end is through the inside of the Tumble-plating device (1) and is fixed on the discharging of the Tumble-plating device (1) On mouth and two head rods (21) be arrangeding in parallel, and be vertically set between two head rods (21) and Parallel the first fixing axle (22) and the second fixing axle (23)；

First fixing axle (22) is inserted in first chute (412), and/or the bottom of first sliding part (413) With the channel slot suitable for being stuck in second fixing axle；Or

First fixing axle (22) is inserted in the 3rd chute (422), and/or second sliding part (423) is set in On second fixing axle (23).
8. the barrel plating production line according to any one of claim 2-6, it is characterised in that conveying mechanism (3) incline Rake angle is 5 ° -30 °.
9. the barrel plating production line according to any one of claim 1-6, it is characterised in that in all Tumble-plating devices (1) in, it is additionally provided with the charging aperture and/or the discharging opening of the end face outside of the Tumble-plating device (1) at both ends The conveying mechanism (3).
10. the barrel plating production line according to any one of claim 1-6, it is characterised in that：At least one conveyer Be additionally provided with blowing device (6) on the top of structure (3), the air outlet of the blowing device (6) towards the front end of the conveying mechanism, For will be blown by the solution remained on plating workpiece in the conveying mechanism (3).
11. the barrel plating production line according to any one of claim 1-6, it is characterised in that the Tumble-plating device (1) includes There is the cell body (20) of the discharging opening and charging aperture respectively in relative both ends of the surface, be installed in rotation on the cell body (20) Interior barrel plating bucket (10)；Corresponding to the charging aperture and discharging opening, opened respectively in the relative both ends of the surface of the barrel plating bucket (10) Provided with the first import and first outlet；Offered on the wall of the barrel plating bucket (10) connected with the cell body (20) inner chamber it is logical Fluid apertures.
12. barrel plating production line according to claim 11, it is characterised in that the barrel plating bucket (10) is included vertically at least Hollow staving with first paragraph (1011) and second segment (1012)；

The inside of the first paragraph (1011) is circumferentially arranged have it is at least one scoop materials and parts (102), the second segment (1012) Internal face is circumferentially arranged at least one material toggling part (103), and scooping materials and parts (102) described at least one is corresponding with described in one Material toggling part (103), the medial extremity of the material toggling part (103) extend to the corresponding side-walls for scooping materials and parts (102), The medial extremity of remaining material toggling part (103) extends to the first paragraph (1011), the outboard end of all material toggling parts (103) Extend at the outer end of the second segment (1012), and the medial extremity of the material toggling part (103) and outboard end are in the circumferential apart The distance at one predetermined center of rotation angle；

The staving can rotate forward or backwards, wherein relatively outer in plating working condition, the medial extremity of the material toggling part (103) Side is in the front of rotation direction, and is in rotation side compared with medial extremity in discharge state, the outboard end of the material toggling part (103) To front.