CN106868576B - A kind of barrel plating bucket and Tumble-plating device - Google Patents

Abstract

The present invention discloses a kind of barrel plating bucket and Tumble-plating device, barrel plating bucket includes hollow staving, being internally provided with for its first segment scoops materials and parts, the internal face of second segment is equipped with material toggling part, at least one scoops materials and parts correspondence, and there are one material toggling parts, the inner end of the material toggling part extends to the corresponding side-walls for scooping materials and parts, and outboard end extends at the outer end of second segment, and the inner end of material toggling part and outboard end are in the circumferential at a distance from a predetermined center of rotation angle；Staving can rotate forward or backwards, and in plating working condition, the inner end of material toggling part is in the front of rotation direction compared with outboard end, and in discharge state, the outboard end of material toggling part is in the front of rotation direction compared with inner end.Tumble-plating device includes above-mentioned barrel plating bucket.In discharge state, material toggling part will be dialled in flaring area by plating workpiece, and then slide into and scoop in materials and parts；From scoop materials and parts be scattered by plating workpiece by material toggling part gear flaring area in, and slide into scoop in materials and parts, avoid by plating workpiece fallen out of barrel plating bucket.

Description

A kind of barrel plating bucket and Tumble-plating device

Technical field

The present invention relates to the electroplating technologies of metalwork, and in particular to a kind of barrel plating bucket and Tumble-plating device.

Background technology

Barrel plating, that is, roller plating, is that a certain number of small parts are 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 method.

The realization constantly automated with electroplating device, traditional closed rolling-plating equipment are gradually replaced, example Such as, a kind of barrel plating bucket disclosed in the Chinese patent literature CN203229582U applied before inventor, the barrel plating bucket include two Side has the hollow staving of inlet port and outlet port, and several floors are spaced and are movably set on the inner circumferential wall face of staving, When staving rotates clockwise, under its own gravity, the loading end of floor and vertical plane form obtuse angle, loading end be it is downward, by Plating workpiece, which is driven after certain altitude to drop back into staving again, ceaselessly to roll, and realizes electroplating process；On the contrary, in the staving inverse time When needle rotates, acute angle is formed between the loading end and vertical plane of floor, plane is upward, and staving overhead height is driven by plating workpiece After fall on shedding mechanism, transferred out outside barrel plating bucket by shedding mechanism by the workpiece plated.

It is straight between the axial direction of staving, the both ends of floor and the edge wall surface at staving both ends but in above-mentioned barrel plating bucket It connects and is welded and fixed, when drum rotates counterclockwise, scooped up on the loading end of floor by plating workpiece, and will be raised and conveyed by plating workpiece When in mechanism, due to very close to each other between the both ends of floor and the edge wall surface of staving, be easy to from feed inlet by plating workpiece and Discharge outlet drops out the outside of barrel plating bucket, can be polluted electroplating solution in slot bottom by chronically residual buildup by plating workpiece and damage turns Dynamic part；If be designed with this gap, during discharging, and there necessarily have part to be discharged by plating piece to be unclean, and discharging time adds It is long, reduce production efficiency；And the structure of single-station is only set so that the diameter of barrel plating bucket and the ratio of length are not suitable for, by The contact area for plating workpiece and electroplate liquid is limited, influences electroplating quality and efficiency by plating workpiece.

Invention content

Therefore, the technical problem to be solved in the present invention is to overcome the barrel plating bucket of the prior art during discharging, has big Amount by plating workpiece be spilled over outside barrel plating bucket or in barrel plating bucket it is remaining by plating workpiece it is more, and by plating workpiece contacted with electroplate liquid Limited area is influenced by the low problem of the electroplating quality and efficiency and load of plating workpiece.

For this purpose, the present invention provides a kind of barrel plating bucket, including at least there is the hollow staving of first segment and second segment in an axial direction；

The inside of the first segment 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 at least one material toggling part, materials and parts scooped described at least one and are corresponded to there are one the material toggling part, the material toggling part it is interior Side extends to the corresponding side-walls for scooping materials and parts, and the inner end of remaining material toggling part extends to described first Section, the outboard end of all material toggling parts extends at the outer end of the second segment, and the inner end and outside of the material toggling part 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 plating working condition, the inner end of the material toggling part is relatively outer Side is in the front of rotation direction, and in discharge state, the outboard end of the material toggling part is in rotation direction compared with inner end Front.

Preferably, above-mentioned barrel plating bucket, the staving along its axial direction further include be fixed on the first segment far from described Third section on one end of second segment；The internal face of the third section is circumferentially provided at least one material toggling part along it, Outboard end extends at the outer end of the third section.

It is further preferred that above-mentioned barrel plating bucket, on the material toggling part and/or the third section on the second segment Material toggling part is corresponded scoops materials and parts in described.

Preferably, above-mentioned barrel plating bucket, the plate-shaped member or protruding part for scooping materials and parts and there is one end to tilt, the plate The connecting pin of shape component or protruding part is directly or indirectly fixed on the internal face of the first segment, the plate-shaped member or convex Rise component the tiltings end connecting pin apart from center of rotation apart from smaller, and be electroplated working condition, the connecting pin The front for tilting end and being in rotation direction, and in discharge state, the tilting end connecting pin is in rotation side To front.

It is further preferred that above-mentioned barrel plating bucket, the inner opposite end of the material toggling part extends to the plate-shaped member or convex Play the connecting pin of component.

It is further preferred that the both ends of above-mentioned barrel plating bucket, the plate-shaped member or protruding part have to described first The first baffle that section internal face extends, the inner opposite end of the material toggling part extend to the first baffle before discharge state End.

Preferably, above-mentioned barrel plating bucket, it is each described to scoop materials and parts interval and be evenly distributed on the periphery of the first segment.

Preferably, above-mentioned barrel plating bucket, the wall surface of the first segment and/or the wall surface of second segment are opened up for extraneous solution Penetrate the liquid-passing hole of the hollow bowl inner chamber.

It is further preferred that above-mentioned barrel plating bucket, the materials and parts that scoop are at least two, each described to scoop materials and parts head and the tail successively It is connected together to the first segment；

The first segment includes the plate-shaped member, and is connected to the connecting pin of the adjacent plate-shaped member and sticks up Interconnecting piece between origin or beginning；

The interconnecting piece has first part along tangential setting and the connection institute for the connecting pin for connecting the plate-shaped member State the second part being obliquely installed at the tilting end of plate-shaped member；In the plate-shaped member and the interconnecting piece between first part Form the areas Yao Liao.

Preferably, above-mentioned barrel plating bucket, the second segment and/or the third section are regular polygon cylinder, the cylinder The number of edges quantity that scoops materials and parts with described correspond, a material toggling part is arranged in one side of the regular polygon cylinder On wall surface.

Preferably, above-mentioned barrel plating bucket, is additionally provided with first annular plate and/or institute between the first segment and second segment It states and is additionally provided with first annular plate between first segment and the third section；

It is protruded inwardly from the internal face of the first annular plate radially and forms the first baffle.

Preferably, above-mentioned barrel plating bucket is scooped described in the direction of two first annular plates and is opened up on one side surface of materials and parts Suitable for the first card slot that the both ends for scooping materials and parts are inserted into respectively, another side surface is opened up suitable for the second segment and the third The second card slot that one end of section is inserted into respectively；And/or

The outside wall surface of the first annular plate radially circumferentially flank of tooth.

Preferably, above-mentioned barrel plating bucket, the material toggling part are the first plate, are in towards the side surface for scooping materials and parts First inclined surface is in the second inclined surface backwards to the side surface for scooping materials and parts, along the circumferential direction of the second segment, described second The width of inclined surface is more than the width of first inclined surface.

Preferably, above-mentioned barrel plating bucket, the staving forms the second annular slab along its axial both sides of the face, described The side shield coaxial with the staving, the top of two pieces of side shields are covered in the opening of second annular slab by fixation kit The discharge port and feed inlet are respectively formed between portion and the opening of second annular slab, the top surface of the side shield is high In the center of rotation of the staving.

It is further preferred that above-mentioned barrel plating bucket, the fixation kit includes being molded over the side shield circumferential outer edge On ring-shaped step, and interval is molded at least one pressing plate on the side shield outer surface；

The open edge of described second annular plate is inserted into the space formed between the pressing plate and the ring-shaped step.

More preferably preferably, above-mentioned barrel plating bucket, the top both ends of the side shield also have circumferentially to be upwardly extended along it Arc convex；The arc convex has the ring-shaped step and the pressing plate, two arc convex and second ring The discharge port or feed inlet are formed between the opening of shape plate；And/or

It is further opened with spout hole at the top of the side shield.

Preferably, above-mentioned barrel plating bucket, sparge pipe is also equipped on two pieces of side shields, and the sparge pipe is located at described Several spray holes are offered on wall surface in staving.

The present invention provides a kind of Tumble-plating device, including

Groove body has inner cavity, required electroplate liquid is packed into the inner cavity；

Barrel plating bucket described in any one of the above embodiments, the barrel plating bucket are rotatably arranged in the groove body inner cavity, the bucket The inner cavity of body is connected to the inner cavity of the groove body.

Technical solution of the present invention has the following advantages that：

1. barrel plating bucket provided by the invention, including at least there is the hollow staving of first segment and second segment in an axial direction；It is described The inside of first segment is circumferentially arranged have it is at least one scoop materials and parts, the internal face of the second segment is circumferentially arranged have it is at least one Material toggling part scoops materials and parts described at least one and corresponds to there are one the material toggling part, the inner end of the material toggling part extend to Its corresponding described side-walls for scooping materials and parts, the inner end of remaining material toggling part extend to the first segment, all described to dial The outboard end of materials and parts extends at the outer end of the second segment, and the inner end of the material toggling part 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 in plating working condition, the material toggling The inner end of part is in the front of rotation direction compared with outboard end, and in discharge state, the outboard end of the material toggling part is compared with inner end Front in rotation direction.

The barrel plating bucket of this structure, in discharge state, the outboard end of material toggling part is in the front of rotation direction compared with inner end, Then material toggling part and scooping forms an opening between materials and parts towards upper and gradual increased flaring area, and material toggling part can will be in staving It is dialled in flaring area by plating workpiece, and then slides into and scoop in materials and parts；Simultaneously from scooping that materials and parts fall out by plating workpiece by material toggling part Gear scoops in the flaring area, and along the slide-in of the side wall of the material toggling part in materials and parts, prevents from being fallen out out of barrel plating bucket by plating workpiece Come, can reduce from the amount fallen back to again by plating workpiece in staving fallen out in materials and parts is scooped, to improve being plated for barrel plating bucket The load of workpiece and the efficiency of discharging.In electroplating conditions, the setting of material toggling part can roll by plating workpiece, increase by plating work The contact area of part and electroplate liquid improves electroplating efficiency；In addition, since barrel plating bucket has two-stage structure to be formed, increase barrel plating bucket The ratio of length and its diameter so that the electroplate liquid volume that can be accommodated in barrel plating bucket is more, inscribed by the plating workpiece unit interval The electroplate liquid contacted is more, further increases electroplating quality and efficiency by plating workpiece.

2. barrel plating bucket provided by the invention, the staving along its axial direction further include be fixed on the first segment far from described Third section on one end of second segment；The internal face of the third section is circumferentially provided at least one material toggling part along it, Outboard end extends at the outer end of the third section.Third section and second segment are located at the both sides of first segment, third section and Material toggling part is respectively provided on two sections so that there are a flaring area in the both sides for scooping materials and parts, in discharge state, scoop what materials and parts both sides were fallen out By plating workpiece be blocked in respectively in the flaring area on second segment and third section, and along material toggling part slide-in scoop in materials and parts, thrown to On conveying mechanism, further avoid being dropped out and being reduced out of barrel plating bucket by plating workpiece being fallen back in bowl inner chamber again by plating workpiece Amount；Meanwhile barrel plating bucket is made of three-stage structure, further increases the ratio of the length and its diameter of barrel plating bucket so that by Plating workpiece can be more fully electroplated.

3. barrel plating bucket provided by the invention, the plate-shaped member or protruding part for scooping materials and parts and there is one end to tilt is described The connecting pin of plate-shaped member or protruding part is directly or indirectly fixed on the internal face of the first segment, the plate-shaped member or The tilting end connecting pin of protruding part apart from center of rotation apart from smaller, and plating working condition, the connection The end front for tilting end and being in rotation direction, and in discharge state, the tilting end connecting pin is in rotation The front in direction.

In electroplating conditions, tilting one end of plate component or protruding part downward, when staving rotates, can only will be plated Workpiece takes to after certain height to throw again and return in staving；During discharging, the tilting end court of plate component or protruding part On, when staving rotates, can will be driven to after the certain altitude (the not up to top position of barrel plating bucket) of staving by plating workpiece, It tilts one end to tilt downward, will scoop up and thrown to conveying mechanism by plating workpiece, realize discharging process.

4. barrel plating bucket provided by the invention, the wall surface of the first segment and/or the wall surface of second segment are opened up for extraneous solution Penetrate the liquid-passing hole of the hollow bowl inner chamber.The setting of liquid-passing hole makes staving be in communication with the outside, molten convenient for extraneous plating Liquid enters by liquid-passing hole in bowl inner chamber, increases the amount of liquid that enters in bowl inner chamber, increases by plating workpiece and electroplate liquid Contact area improves electroplating efficiency.

5. barrel plating bucket provided by the invention, the materials and parts that scoop are at least two, each described to scoop materials and parts and be sequentially connected end to end in turn To form the first segment；The first segment includes the plate-shaped member, and is connected to the described of the adjacent plate-shaped member Interconnecting piece between connecting pin and tilting end；The interconnecting piece is with the connecting pin for connecting the plate-shaped member along tangential setting First part and the connection plate-shaped member tilting end the second part being obliquely installed；The plate-shaped member and the company The areas Yao Liao are formed in socket part between first part.

The barrel plating bucket of this structure is sequentially connected end to end in turn to form first segment using materials and parts are scooped, first segment include plate component and Interconnecting piece, interconnecting piece include first part and second part again, and the setting of second part makes the circumferential area of entire first segment It is the circumferential area with the hollow cylinder of its concentric more than first segment, more liquid-passing holes is opened up on first segment, increases The amount of electroplate liquid in into staving increases the contact area by plating workpiece and electroplate liquid, improves electroplating efficiency.Meanwhile plate-like portion The areas Yao Liao are formed between part and first part, in discharge state, are scooped into the areas Yao Liao by plating workpiece, are taken certain altitude to Afterwards, it is thrown to conveying mechanism.

6. barrel plating bucket provided by the invention, the material toggling part is the first plate, towards the side surface for scooping materials and parts It is in the second inclined surface backwards to the side surface for scooping materials and parts in the first inclined surface, along the circumferential direction of the second segment, described the The width of two inclined surface is more than the width of first inclined surface.In discharge state, on the internal face of second segment, due to The width of one inclined surface is less than the width of the second inclined surface so that the gradient of the first inclined surface is more than the inclination of the second inclined surface Degree is blocked in the inside of material toggling part by plating workpiece in discharge state by the first inclined surface, and is easier along the first inclined surface It slides into above-mentioned flaring area, plays the role of material toggling；In electroplating conditions, the gradient of the second inclined surface is small, it is easier to will It is constantly rolled and is electroplated by plating workpiece.

7. barrel plating bucket provided by the invention, the fixation kit includes the ring being molded in the side shield circumferential outer edge Shape step, and interval are molded at least three pressing plates on the side shield outer surface；The opening edge of described second annular plate Edge is inserted into the space formed between the pressing plate and the ring-shaped step so that is formed between side shield and staving and is rotatably connected It connects, pressing plate limits side shield being moved axially inward along staving, and ring-shaped step limits side shield towards outer movement, side shield is limited System is on staving.

8. the top both ends of barrel plating bucket provided by the invention, side shield also have the arc circumferentially upwardly extended along it convex It rises；The arc convex has the ring-shaped step and the pressing plate, two arc convex and second annular slab The discharge port or feed inlet are formed between opening.In staving rotation process, the design of arc convex, side shield although have with The rotation trend of staving rotation, but side shield is in the vertical direction without amount of exercise, it is ensured that the center of side shield and staving Without offset between center of rotation, avoids side shield and stuck phenomenon occur；Simultaneously, so that it may being arranged shedding mechanism in side block On the top of plate, the liquid level in barrel plating bucket also increases, and plating liquid level is leaked out by plating workpiece so as to avoid in barrel plating bucket It happens, it is therefore prevented that aoxidized by the surface of plating workpiece, further improve the electroplating quality by plating workpiece.

9. barrel plating bucket provided by the invention, it is also equipped with sparge pipe on two pieces of side shields, the sparge pipe is located at institute It states and offers several spray holes on the wall surface in staving.It is stained on materials and parts by plating workpiece or when other substances when scooping, passes through spray Liquid pipe scoops being rinsed by plating workpiece or other substances on materials and parts to jet electro-plating liquid on materials and parts is scooped, by being sticked to；It sprays simultaneously Liquid pipe can supplement the amount of electroplate liquid in staving at any time so that the amount of electroplate liquid is consistent in staving, improves the uniformity of plating.

10. the present invention provides a kind of Tumble-plating device, including groove body, there is inner cavity, required electroplate liquid is packed into the inner cavity； Barrel plating bucket described in any one of the above embodiments, the barrel plating bucket are rotatably arranged in the groove body inner cavity, the inner cavity of the staving It is connected to the inner cavity of the groove body.The Tumble-plating device of this structure, due to using above-mentioned barrel plating bucket so that the discharging of Tumble-plating device Amount is mostly efficient with discharging, and electroplating efficiency and plating yields greatly improve.

Description of the drawings

It, below will be to specific in order to illustrate more clearly of the specific embodiment of the invention or technical solution in the prior art Embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, in being described below Attached drawing is some embodiments of the present invention, for those of ordinary skill in the art, before not making the creative labor It puts, other drawings may also be obtained based on these drawings.

Fig. 1 is the dimensional structure diagram of the barrel plating bucket provided in the embodiment of the present invention 1；

Fig. 2 is that the barrel plating bucket in Fig. 1 removes the structural schematic diagram after two side shields；

Fig. 3 is that the barrel plating bucket in Fig. 2 removes the structural schematic diagram after two the second annular slabs；

Fig. 4 is that (there are two first annular plates to connect for band for the assembling structure schematic diagram of two first annular plates and first segment in Fig. 1 The reinforced pipe connect)；

Fig. 5 is the dimensional structure diagram of the first segment of barrel plating bucket in Fig. 1；

Fig. 6 is the longitudinal profile schematic diagram of barrel plating bucket in Fig. 1；

Fig. 7 is the structural schematic diagram of the first annular plate of barrel plating bucket in Fig. 1 (towards the surface of first segment side)；

Fig. 8 is the structural schematic diagram of first annular plate in Fig. 7 (towards first segment or the surface of second segment side)；

Fig. 9 is the structural schematic diagram that material toggling part is arranged in Fig. 1 on barrel plating bucket second segment internal face；

Figure 10 is the partial enlarged view that material toggling part is arranged in Fig. 9 on first segment internal face；

Figure 11 is perspective view (namely front view or rearview) of the second segment on the axial direction of staving in Fig. 1；

Figure 12 is two schematic diagrames scooped after materials and parts connection in Fig. 1；

Figure 13 is the structural schematic diagram of the side shield of barrel plating bucket in Fig. 1；

Figure 14 is the dimensional structure diagram of another structure of the barrel plating bucket provided in the embodiment of the present invention 2；

Figure 15 is that barrel plating bucket removes the structural schematic diagram after side shield, the second annular slab in Figure 14；

Figure 16 be the embodiment of the present invention 3 provided in barrel plating bucket first segment and scoop materials and parts assembly after structural representation Figure；

Figure 17 is the structural schematic diagram of the first segment and second segment of the barrel plating bucket provided in the embodiment of the present invention 4；

Reference sign：

1- stavings；11- first segments；12- second segments；13- third sections；14- feed inlets；

2- scoops materials and parts；21- plate-shaped members；The connecting pins 211-；212- tilts end；22- interconnecting pieces；221- first parts； 222- second parts；

3- material toggling parts；The first inclined surface 31-；The second inclined surface 32-；

4- is flared area；

The areas 5- Yao Liao；

The first annular plates of 6-；61- first baffles；The first card slots of 62-；The second card slots of 63-；The 64- flank of tooth；

The second annular slabs of 7-；

8- side shields；81- ring-shaped steps；82- pressing plates；83- arc convex；84- spout holes.

Specific implementation mode

Technical scheme of the present invention is clearly and completely described below in conjunction with attached drawing, it is clear that described implementation Example is a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill The every other embodiment that personnel are obtained without making creative work, shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that term "center", "upper", "lower", "left", "right", "vertical", The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, merely to Convenient for the description present invention and simplify description, do not indicate or imply the indicated device or element must have a particular orientation, With specific azimuth configuration and operation, therefore it is not considered as limiting the invention.In addition, term " first ", " second ", " third " is used for description purposes only, and is not understood to indicate or imply relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can Can also be electrical connection to be mechanical connection；It can be directly connected, can also indirectly connected through an intermediary, Ke Yishi Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition Concrete meaning in invention.

As long as in addition, technical characteristic involved in invention described below different embodiments non-structure each other It can be combined with each other at conflict.

Embodiment 1

The present embodiment provides a kind of barrel plating buckets, and as shown in figure 1 to figure 13, including hollow staving 1, hollow staving 1 have edge Axial first segment 11, second segment 12 and third section 13, first segment 11 and third section 13 are located at the both sides of second segment 12；

The inside of first segment 11 is circumferentially arranged have it is multiple scoop materials and parts 2, circumferentially internal face is provided with and scoops second segment 12 2 one-to-one material toggling part 3 of materials and parts, the inner end of material toggling part 3 extend to the corresponding side-walls for scooping materials and parts 2, and outside End extends at the outer end of second segment 12, and the inner end of material toggling part 3 and outboard end are in the circumferential at a distance of a predetermined center of rotation The distance namely material toggling part 3 at angle are inclined to set on the internal face of second segment 12.In the same manner, third section 13 is along inner wall circumferential direction On be provided with and scoop 2 one-to-one material toggling part 3 of materials and parts, the material toggling part 3 and the material toggling part 3 one on 12 internal face of second segment are a pair of Answer, and it is opposite the former be arranged in the other side for scooping materials and parts 2, the inner end of the material toggling part 3 extends to the corresponding materials and parts 2 that scoop Side-walls, and outboard end extends at the outer end of third section 13.Staving 1 can rotate forward or backwards, wherein in plating work State, the inner end of material toggling part 3 are in the front of rotation direction compared with outboard end, and in discharge state, the outboard end of material toggling part 3 compared with Inner end is in the front of rotation direction.

During discharging, the outboard end of material toggling part 3 is in the front of rotation direction compared with inner end, then is located at and scoops materials and parts 2 Both sides material toggling part 3 and this scoop and form opening up and gradual increased two flarings area 4, material toggling part 3 between materials and parts 2 It can will be dialled in flaring area 4 by plating workpiece in staving, and then slide into and scoop in materials and parts；Simultaneously from scooping what materials and parts 2 were fallen out It is kept off in the flaring area by material toggling part 3 by plating workpiece, and is scooped in materials and parts 2 along the slide-in of the side wall of the material toggling part 3, prevented by plating work Part is fallen out of barrel plating bucket, can reduce from scoop fallen out in materials and parts fallen back to amount in staving again by plating workpiece, from And improve the efficiency of the load and discharging by plating workpiece of barrel plating bucket.In electroplating conditions, the setting of material toggling part 3 can roll By plating workpiece, increase the contact area by plating workpiece and electroplate liquid, improves electroplating efficiency.

As shown in Figures 3 to 6, the plate-shaped member 21 that there is materials and parts 2 one end to tilt, such as plate are scooped, plate-shaped member 21 Connecting pin 211 is fixed on indirectly on the internal face of first segment 11, and the tilting end 212 of plate-shaped member 21 is compared with 211 distance of connecting pin Center of rotation (center of rotation of first segment 11) apart from smaller, and plating working condition, connecting pin 211 relatively tilt end 212 Front in rotation direction, and in discharge state, tilt the front that end 212 is in rotation direction compared with connecting pin 211.That is, In discharge state, end 212 is tilted upward；In electroplating conditions, end 212 is tilted downward.

As depicted in figure 5 and figure 12, above-mentioned first segment 11 scoops materials and parts 2 by eight and is sequentially connected end to end in turn and by an integral slab Material is constituted.Specifically, first segment 11 includes plate-shaped member 21, and is connected to the connecting pin 211 of adjacent plate-shaped member 21 and sticks up Interconnecting piece 22 between origin or beginning 212；Interconnecting piece 22 have connecting plate-shaped component 21 connecting pin 211 along the first of tangential setting The second part 222 of part 221 and the tilting end 212 of connecting plate-shaped component 21 being obliquely installed；Plate-shaped member 21 and interconnecting piece The areas Yao Liao 5 are formed in 22 between first part 221.Preferably, first part 221 and second part 222 are plate.Interconnecting piece 22 and scoop the liquid-passing hole for opening up and being penetrated for extraneous solution in 1 inner cavity of staving on materials and parts 2.First segment 11 is by plate-shaped member 21 and even The formation of socket part 22, interconnecting piece are made of first part and second part again, and the setting of second part makes entire first segment 11 It is the circumferential area with the hollow cylinder of its concentric that circumferential area, which is more than first segment 11, can be opened up on first segment more Liquid-passing hole increase the contact area by plating workpiece and electroplate liquid to increase the amount into electroplate liquid in staving 1, improve electricity Plate efficiency.

In discharge state, the areas Yao Liao 5 are opening up, with the continuous rotation of staving 1, the areas Yao Liao 5 by staving 1 by Plating workpiece is scooped into it, and after scooping materials and parts 2 and turning to the certain altitude of staving 1, the 5 opening down inclination of the areas Yao Liao will be in it It is thrown to conveying mechanism by plating workpiece, realizes discharging.On the contrary, in electroplating conditions, the areas Yao Liao 5 are opening down, and staving 1 rotated The area Cheng Zhong, Yao Liao 5 can raise after by plating workpiece a distance, fallen after rise in 1 inner cavity of staving, made under its own gravity by plating workpiece It obtains and is rolled to and fro in staving 1 by plating workpiece, increase its contact area with electroplate liquid.

As shown in Figure 1, Figure 2 and Figure 3, eight corresponding to first segment 11 scoop materials and parts 2, and first segment 11 and third section 13 are Octagon cylinder, a material toggling part 3 are arranged on the internal face on one side of octagon cylinder, then octagon cylinder inboard wall Eight material toggling parts 3 are set on face.

As shown in Fig. 6, Fig. 9 Figure 10, material toggling part 3 is the first plate, is inclined in first towards the side surface for scooping materials and parts 2 Inclined-plane 31 is in the second inclined surface 32 back to a side surface of materials and parts 2 is scooped, on second segment 12 or the internal face of third section 13, Along second segment 12 or the circumferential direction of third section 13, the width of the second inclined surface 32 is more than the width of the first inclined surface 31 so that first The gradient of inclined surface 31 is more than the gradient of the second inclined surface 32, in discharge state, by plating workpiece by the first inclined surface 31 Gear slides more easily into along the first inclined surface 31 in above-mentioned flaring area 4 in the inside of material toggling part 3, and then by plating workpiece, in turn It slides into the areas Yao Liao, plays the role of material toggling；In electroplating conditions, the gradient of the second inclined surface 32 is small, so that it may will be plated Workpiece, which constantly rolls, to be electroplated.

That is, the width of the second inclined surface 32 (gradient of the first inclined surface 31 bigger than the width of the first inclined surface 31 It is bigger), in discharge state, more being easily slid into flaring area 4 by plating workpiece in barrel plating bucket, material toggling effect is better；And It is easier to be got up to be electroplated by plating workpiece rolling in barrel plating bucket in electroplating conditions.That is, the longitudinal cross-section of the first plate Shape is triangle, and the length of 32 corresponding second length of side of the second inclined surface is more than 31 corresponding first length of side of the first inclined surface Length, it will be able to realize above-mentioned material pushing function and rolling effect, the included angle between second length of side and bottom edge is the smaller the better, Included angle between first length of side and bottom edge is the bigger the better, but is no more than 90 degree.

As shown in Figure 1, first annular plate 6 is additionally provided between first segment 11 and second segment 12, first segment 11 and third section First annular plate 6 is additionally provided between 13；As shown in Figure 7 and Figure 8, the direction of two first annular plates 6 scoops 2 one side surface of materials and parts On open up suitable for scooping the first card slot 62 that the both ends of materials and parts 2 are inserted into respectively, another side surface is opened up suitable for second segment 12 and third The second card slot 63 that one side of section 13 is inserted into respectively realizes first segment 11 and second segment 12 and first segment 11 and third section Being fixedly connected between 13, in addition, preferably with weldering between first segment 11, second segment 12, third section 13 and first annular plate 6 The mode of connecing is fixed.

The outside wall surface of the first annular plate 6 radially circumferentially flank of tooth 64, the circumference flank of tooth 64 and the driving group outside staving 1 Gear engagement in part, is rotated by motor or other drive belts moving gears, to drive first annular plate 6 to drive entire bucket Body 1 rotates, and in actual use, the speed that staving 1 rotates is adjusted according to actual conditions, is not especially limited.

It is protruded inwardly from the internal face of first annular plate 6 radially and forms first baffle 61, two first annular plates 6 First baffle 61 be located just at the both ends of plate-shaped member 21, and extend towards 11 internal face of first segment, accordingly material toggling part 3 Inner opposite end extends to first baffle 61 in the front end of discharge state.The setting of first baffle 61 prevents being plated in the areas Yao Liao 5 Workpiece is skidded off from the both sides in the areas Yao Liao 5, will be blocked in the areas Yao Liao 5 by plating workpiece, and the number of first baffle 61 is also eight, with The number for scooping materials and parts 2 corresponds.Raised triangle plate on first baffle 61, the triangle plate are mainly suitable The installation of first part 221 in interconnecting piece 22, formed between two neighboring protrusion for material toggling part 3 and scoop between materials and parts 2 by It plates workpiece and slides into gap or channel in the areas Yao Liao 5.

As shown in figures 1 to 6, second is formed on a side end face of the separate first segment 11 of third section 13 and second segment 12 Annular slab 7 is covered with the side shield 8 coaxial with staving 1, two pieces of side shields 8 by fixation kit in the opening of second annular slab 7 Top and the opening of the second annular slab 7 between be respectively formed discharge port and feed inlet 14, the top surface of side shield 8 is higher than bucket The center of rotation of body 1.

As shown in figure 13, fixation kit includes the ring-shaped step 81 being molded in 8 circumferential outer edge of side shield, and is partitioned into One or more pressing plates 82 of the type on 8 outer surface of side shield, such as one, two, three, four, five etc., preferably Three and three with top board 82；The open edge of second 7 pieces of annular slab is inserted between multiple pressing plates 82 and ring-shaped step 81 In the space of formation.It is rotatably connected so that being formed between side shield 8 and staving 1, pressing plate 82 limits side shield 8 along staving 1 It is moved axially inward, ring-shaped step 81 limits side shield 8 towards being displaced outwardly, to which side shield 8 to be limited on staving 1.

As shown in figure 13, the top both ends of side shield 8 also have the arc convex 83 circumferentially upwardly extended along it；Arc is convex Rise 83 have ring-shaped step 81 and pressing plate 82, between two arc convex 83 and the opening of the second annular slab 7 formed discharge port or Feed inlet 14.The top of side shield 8 is higher than the center of rotation of staving 1, the design of arc convex 83 so that side shield forms one Major arc, in 1 rotation process of staving, although side shield 8 has the rotation trend rotated with staving 1, side shield 8 is in vertical side There is no amount of exercise upwards, makes to avoid staving 1 without offset between the center of side shield 8 and the center of rotation of staving 1 and rotating In the process, there is stuck phenomenon in side shield 8.Arc convex 83 is also by pressing plate 82 and ring-shaped step 81 and the second of staving 1 Annular slab 7 is rotatably connected, and one is additionally provided between two pieces of side shields 8 and reinforces connecting tube or connecting shaft, further to two sides The axial position of baffle 8 limits.

The top of side shield 8 is further opened with the spout hole 84 of three strips at interval, and plating is worked as in the setting of spout hole 84 On liquid surface when floating substance, when the height of electroplate liquid is higher than spout hole 84, the floating material on electroplate liquid surface is just through spout hole 84 discharges, prevent in 1 rotation process of staving, floating material are stirred in electroplate liquid, influence by plating workpiece electroplating quality.In addition, The through-hole that can be passed through for positive wire with one on side shield 8 so that the anode plate being arranged in 1 inner cavity of staving and the external world Power supply connects.

As shown in Fig. 2, two the second annular slabs, 7, two first annular plates 6 are additionally provided with reinforcement in the axial direction of staving 1 Connecting shaft or connecting tube, multiple connecting tubes are circumferentially distributed along staving 1.Multiple connecting shafts or connecting tube are not passed through first segment 11, second segment 12 and third section 13.

It is also equipped with sparge pipe on two pieces of side shields 8, is preferably threaded through on arc convex 83, sparge pipe is located in staving 1 Wall surface on offer several spray holes.Spray hole is preferably opened on the 1 internal face side wall surface of close staving of sparge pipe, is used In jet electro-plating liquid, either either other solution are stained on materials and parts 2 by plating workpiece or when other substances when scooping cleaning solution, are led to Sparge pipe is crossed to jet electro-plating liquid on materials and parts 2 is scooped, being rinsed by plating workpiece or other substances on materials and parts 2 is scooped by being sticked to； Sparge pipe can supplement the amount of electroplate liquid in staving 1 at any time simultaneously so that when plating is by plating workpiece, the amount of electroplate liquid is consistent, carries Height is by the uniformity being electroplated in plating workpiece.

In addition, it is necessary to which explanation is：In this embodiment " inner end of material toggling part 3 and outboard end are in the circumferential apart The distance at one predetermined center of rotation angle ", second segment 12 and third section 13 are octagon cylinder, and center of rotation angle is positive eight side In the perspective view of shape cylinder and material toggling part 3 on staving axial direction, as shown in figure 11, the center of octagon respectively with material toggling The included angle A formed between the line at 3 both ends of part, the angle of the angle be more than 0 degree and 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 will be able to play the role of material toggling, that is, on staving axial direction Perspective view in, the both ends of material toggling part 3 are misaligned, and inclined certain angle is arranged on a side of octagon.

Barrel plating bucket in above-described embodiment is previously added electroplate liquid, by plating workpiece when plating is by plating workpiece in staving 1 It is added in 1 inner cavity of staving through feed inlet 14, motor-driven gear rotation drives 1 turn of entire staving to drive on first annular plate 6 Dynamic, the areas Yao Liao 5 for scooping materials and parts 2 are opening down, but as the rotation of staving 1 (rotates clockwise), and the interior starting in the areas Yao Liao 5 scoops up It is constantly thrown lower and dropped back into staving 1 under its own weight by plating workpiece, realized to the continuous rolling by plating workpiece；Material toggling It constantly rolls by plating workpiece second inclined surface 32 of part 3；Meanwhile extraneous electroplate liquid is by first segment 11,12 and of second segment Liquid-passing hole on 13 wall of third section is constantly sprayed at by plating workpiece, and realization by plating workpiece to being electroplated；After the completion of to be electroplated, It needs to be taken out out of staving 1 by plating workpiece, staving 1 starts to rotate counterclockwise, and the areas Yao Liao 5 for scooping materials and parts 2 are opening up, scoop material What starting scooped up in area 5 is buffered in by plating workpiece in it, and (top of staving 1 is not reached when scooping materials and parts 2 and turning to certain altitude Portion), the opening down inclination in the areas Yao Liao 5, so that it may will be thrown on conveying mechanism by plating workpiece in the areas Yao Liao；During discharging, Fallen out out of the areas Yao Liao 5 by plating workpiece by material toggling part 3, or in barrel plating bucket scoop materials and parts both sides by plating workpiece It can be stopped by the first inclined surface 31 of material toggling part 3 and dial in flaring area 4, and the areas Yao Liao are slid into along the first inclined surface 31 In 5, it is therefore prevented that fallen out of barrel plating bucket by plating workpiece, can avoid falling out from the areas Yao Liao is fallen after rise again by plating workpiece Amount in staving, to improve the efficiency by the load and discharging for plating workpiece of barrel plating bucket.

In addition, barrel plating bucket is formed by three-stage structure, increase the ratio of the length and its diameter of barrel plating bucket, while increasing barrel plating The capacity of electroplate liquid in barrel cavity, the electroplate liquid touched within the unit interval by plating workpiece is more, further increases by plating work The electroplating efficiency of part.Also shedding mechanism can be arranged on the top of side shield 8 in use so that in barrel plating bucket Liquid level also increases, and occurs so as to avoid the case where being leaked out plating liquid level by plating workpiece in barrel plating bucket, it is therefore prevented that by plating work The surface of part is aoxidized, and the electroplating quality by plating workpiece is further improved.

Due to all opening up liquid-passing hole on the wall surface of first segment 11, second segment 12 and third section 13, convenient for extraneous solution warp The liquid-passing hole is injected in the inner cavity of staving 1, and electroplate liquid is constantly inputted into staving 1.Side shield 8 and the second annular slab 7 it Between there are gaps, by this gap it is also possible that extraneous electroplate liquid is connected to the electroplate liquid of 1 inner cavity of staving.

As interchangeable embodiment, above-mentioned spray hole can also be opened in another side wall surface of sparge pipe, or Person is opened at the other positions of sparge pipe, be mainly used for spray solution come clean scoop be stained on materials and parts 2 by plating workpiece or its His substance.In addition, circulator can also be arranged between spout hole 84 and sparge pipe, the solution first recycled is filtered, then Filtered solution is delivered to through sparge pipe in 1 inner cavity of staving, recycling for solution is formed.As further deformation, also It can be not provided with above-mentioned sparge pipe.

As interchangeable embodiment, the number of the spout hole 84 on side shield 8 can also be one, two, four Etc., it only needs to be discharged through the spout hole 84 higher than the electroplate liquid at 84 position of spout hole in 1 inner cavity of staving, to which electricity will be swum in Substance is discharged on plating solution surface, it is ensured that other impurities will not be mixed into electroplate liquid.It is deformed as further, on side shield 8 It can also be not provided with above-mentioned spout hole 84.

As the deformation of arc convex 83, above-mentioned arc convex 83 can also be other structures, such as be molded over side block The circumferential arc sections at 8 top of plate, surround above-mentioned feed inlet 14 or discharge port, at this time between arc sections and the top of side shield 8 The outer circumferential wall surface of side shield 8 is periphery.As further deformation, it can also be not provided with above-mentioned arc convex 83, Above-mentioned side shield 8 is only set.

As interchangeable embodiment, the number of pressing plate 82 can be three, four, five etc., multiple pressing plates 82 Circumferential direction along side shield 8 is evenly distributed on side shield 8.As the deformation of fixation kit, fixation kit can also be other Structure, such as the annular groove that is opened on 8 peripheral outer wall face of side shield, the open edge of the second annular slab 7 are caught in the annular groove Interior, realization is rotatably connected.

As the deformation of material toggling part 3, material toggling part can also be that longitudinal cross-section is located at trapezoidal plate, the second inclined surface 32 The gradient that gradient is less than the first inclined surface 31 plays material pushing function in discharge state；In electroplating conditions, play rolling by Plate workpiece.

As deformation, the above-mentioned circumference flank of tooth 64 is not provided on 6 pieces of first annular plate, first segment 11, second segment 12 or The circumference flank of tooth 64 is formed in the outside wall surface of person's third section 13, barrel body rotation is driven by driving the circumference flank of tooth 64.As It deforms, above-mentioned the first card slot 62 and the second card slot 63 is also not provided on first annular plate 6, directly by first segment 11, second segment 12 and third section 13 be welded in the side wall surface of first annular plate 6.

As further deformation, above-mentioned first annular plate 6 can also be not provided with, first segment 11 and second segment 12 and Third section 13 is directly connected to, and first baffle 61 is molded directly on the both ends of plate-shaped member 21 at this time.It, can also not as deformation Above-mentioned first baffle 61 is set, and the inner opposite end of material toggling part 3 extends to the connecting pin 211 of plate-shaped member 21 at this time.

As further deformation, second segment 12 and third section 13 can also be other regular polygon cylinders, such as positive four side Shape cylinder, regular pentagon cylinder, regular hexagon cylinder etc., the number of edges of the cylinder and the quantity for scooping materials and parts 2 correspond, one Material toggling part 3 is arranged on the internal face on one side of regular polygon cylinder.

As deformation, second segment 12 and third section 13 can also be hollow cylindrical drum other than for regular polygon cylinder Body scoops materials and parts 2 and is evenly distributed on the periphery of cylindrical tube at this point, multiple material toggling parts 3 correspond to, accordingly, material toggling part 3 In the circumferential at a distance from a predetermined center of rotation angle, center of rotation angle is in staving axial direction for inner end and outboard end On perspective view in, angle that the center of circle of the cylindrical tube is formed between the line at 3 both ends of material toggling part respectively.The angular range Between being less than 90 degree more than 0 degree.As deformation, the shape of second segment 12 or third section 13 can also be the cylinder of other shapes Body, only need to be in the perspective view of staving axial direction, and center of rotation forms folder between the line at the both ends of material toggling part 3 respectively The angle at angle is more than 0 degree and is less than within the scope of 90 degree.

As deformation, above-mentioned lead to can be opened up on first segment 11 and/or second segment 12 and/or the wall surface of third section 13 Fluid apertures can not also open up above-mentioned liquid-passing hole.

As deformation, above-mentioned second segment 12 can not also be corresponded with the material toggling part 3 in third section 13, third section 13 On material toggling part 3 and second segment 12 on material toggling part 3 be located at the both sides for scooping materials and parts 2.Or part scoops the two of materials and parts 2 Side can also be not provided with material toggling part 3, and the both sides or side for partly scooping materials and parts 2 are provided with above-mentioned material toggling part 3.Or part scoops material The one or both sides of part are correspondingly arranged on material toggling part, other material toggling parts are arranged on second segment or the internal face of third section, but not It is corresponding with the position for scooping materials and parts, such as scooped between materials and parts or other positions positioned at two neighboring, it is corresponding not with materials and parts position is scooped Material toggling part, inner end extends at first segment 11, and outboard end extends at the outer end of second segment 12 or third section, this part Material toggling part can also play the function of material toggling, will only be dialled in first segment 11 by plating workpiece, and not be directly to dial in the areas Yao Liao 5 It is interior.

That is, it is at least one to scoop materials and parts 2, material toggling part 3 is at least one, and multiple to scoop in materials and parts 2, at least one scoops material Part 2 is corresponded to there are one material toggling part 3, and the inner end of the material toggling part 3 extends to the corresponding side-walls for scooping materials and parts 2, remaining is dialled The inner end of materials and parts 3 extends to the first segment 11, and the outboard ends of all material toggling parts 3 extends to the outer of second segment 12 or third section At end, and the inner end of material toggling part 3 and outboard end are in the circumferential at a distance from a predetermined center of rotation angle.That is, only Material toggling part 3 corresponds to the side for scooping materials and parts 2 setting, other material toggling parts 3 there are one wanting in second segment 12 or third section 13 Set-up mode can correspond to and scoop materials and parts 2, can not also correspond to and scoop the setting of materials and parts 2.

Embodiment 2

The present embodiment provides a kind of barrel plating buckets, as shown in Figure 14 and Figure 15, the area with the barrel plating bucket provided in embodiment 1 It is not only that：Staving 1 has first segment 11 and second segment 12, is not provided with third section 13, namely set on the side for scooping materials and parts 2 There are material toggling part 3, the other side then to form gap, other structures and the structure in embodiment 1 between the second annular slab 7 of staving 1 It is identical.

Embodiment 3

The present embodiment provides a kind of barrel plating buckets, as shown in figure 16, with the barrel plating bucket provided in embodiment 1 or embodiment 2 Differ only in：First segment 11 be not by it is each scoop materials and parts 2 and be sequentially connected end to end in turn constitute, first segment 11 is cylindrical hollow Cylinder, it is plate to scoop materials and parts 2, is evenly distributed on the circumferential inner wall face of the hollow cylinder, if a materials and parts 2 that scoop also may be used certainly To be unevenly distributed on the circumferential inner wall face face of hollow cylinder, the connecting pin 211 for scooping materials and parts 2 at this time is directly anchored to first On the wall surface of section 11, in discharge state, tilts to be formed between end 212 and the circumferential wall of first segment 11 and opening up scoop material Area 5.Other structures are identical as the structure of barrel plating bucket in embodiment 1 or embodiment 2.

In this way of example, the regular polygon cylinder of first segment 11 is replaced with to cylindrical hollow cylinder, convenient for adding Work manufactures.

Embodiment 4

The present embodiment provides a kind of barrel plating buckets, and as shown in figure 17, the difference with the barrel plating bucket provided in embodiment 3 only exists In：Above-mentioned first annular plate 6 is not separately provided, is set in the circumferential direction of the internal face directly between first segment 11 and second segment 12 Multiple first baffles 61 are equipped with, the channel for being connected to first segment 11 with second segment 12 is formed between two neighboring first baffle 61, The inner opposite end of material toggling part 3 extends to inner opposite end of the first baffle 61 in the front end of discharge state namely material toggling part 3 and extends to Channel will be flared being dialled in first segment 11 through channel by plating workpiece in area 4 in the rear end of discharge state, convenient for material toggling part 3, into And it is scooped materials and parts 2 and scoops up and be delivered on shedding mechanism.In addition, being nibbled for ease of barrel plating bucket and the gear in above-mentioned drive component It closes, an annular slab is separately provided in the outside wall surface of first segment 11 Yu 12 junction of second segment, or in first segment 11 or the It is separately provided an annular slab in two section 12 of outside wall surface, the outside wall surface of the annular slab radially circumferentially flank of tooth, the circle All flank of tooth are engaged with gear.

As deformation, it is above-mentioned scoop materials and parts 2 can also be it is existing scoop materials and parts 2, for example, above-mentioned plate-shaped member 21 is replaced It changes by protruding part, such as the protrusion that longitudinal cross-section is inverted V-shape；Or first segment is regular polygon cylinder, in regular polygon The internal face on one side of cylinder is equipped with protrusion or plate-shaped member；Or a side of regular polygon cylinder is by lug boss Part replaces.

The connecting pin of the plate-shaped member 21 or protruding part for only needing it to be tilted with one end, plate-shaped member 21 or protruding part 211 are directly or indirectly fixed on the internal face of first segment 11, and the tilting end 212 of plate-shaped member 21 or protruding part is compared with connecting pin 211 apart from center of rotation apart from smaller, and plating working condition, connecting pin 211 relatively tilt end 212 be in rotation direction Front, and in discharge state, tilt the front that end 212 is in rotation direction compared with connecting pin 211.

Embodiment 5

The present embodiment provides a kind of Tumble-plating devices, including groove body and embodiment 1 or embodiment 2 or embodiment 3 or embodiment 4 Any one barrel plating bucket of middle offer, wherein groove body has inner cavity, required electroplate liquid or cleaning solution is packed into inner cavity, barrel plating bucket can It is rotatably arranged in groove body inner cavity, the inner cavity of staving 1 is connected to the inner cavity of groove body.

The Tumble-plating device of this structure is all put into required plating before plating in the inner cavity of groove body and the inner cavity of staving 1 Liquid when needing plating, will be put by plating workpiece in the inner cavity of staving 1, since groove body is connected to the inner cavity of barrel plating bucket so that staving Electroplate liquid in 1 inner cavity is maintained in metastable height, is plated evenly by plating workpiece；Meanwhile the Tumble-plating device Using embodiment 1 or embodiment 2 or any one of embodiment 3 or embodiment 4 barrel plating bucket, when discharge state, reduce by plating work The amount in staving 1 is scattering into outside barrel plating bucket and fallen back to again in the areas Jian Congyaoliao 5, improves the load and discharging effect of barrel plating bucket Rate, and increase the contact area by plating workpiece and electroplate liquid, improve electroplating efficiency.

Obviously, the above embodiments are merely examples for clarifying the description, and does not limit the embodiments.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 variation or It changes.There is no necessity and possibility to exhaust all the enbodiments.And it is extended from this it is obvious variation or It changes still within the protection scope of the invention.

Claims (18)

1. a kind of barrel plating bucket, which is characterized in that including at least having the hollow barrel of first segment (11) and second segment (12) in an axial direction Body (1)；

The inside of the first segment (11) is circumferentially arranged to be had and at least one scoops materials and parts (2), the internal face of the second segment (12) Circumferentially arranged to have at least one material toggling part (3), it is corresponding there are one the material toggling part (3) to scoop materials and parts (2) described at least one, The inner end of the material toggling part (3) extends to the corresponding side-walls for scooping materials and parts (2), remaining described material toggling part (3) inner end extends at the first segment (11), and the outboard end of all material toggling parts (3) extends to the second segment (12) at outer end, and the inner end of the material toggling part (3) and outboard end in the circumferential at a distance of a predetermined center of rotation angle away from From；

The staving (1) can rotate forward or backwards, wherein in plating working condition, the inner end of the material toggling part (3) compared with Outboard end is in the front of rotation direction, and in discharge state, the outboard end of the material toggling part (3) is in rotation side compared with inner end To front.

2. barrel plating bucket according to claim 1, it is characterised in that：The staving (1) further includes being fixed on institute along its axial direction State the third section (13) on one end far from the second segment (12) of first segment (11)；The internal face edge of the third section (13) It is circumferentially provided at least one material toggling part (3), and outboard end extends at the outer end of the third section (13).

3. barrel plating bucket according to claim 2, it is characterised in that：The material toggling part (3) on the second segment (12) and/ Or the material toggling part (3) on the third section (13) corresponds and scoops materials and parts (2) in described.

4. barrel plating bucket according to any one of claim 1-3, it is characterised in that：The materials and parts (2) that scoop are stuck up with one end The connecting pin (211) of the plate-shaped member (21) or protruding part risen, the plate-shaped member (21) or protruding part is direct or indirect It is fixed on the internal face of the first segment (11), the tilting end (212) of the plate-shaped member (21) or protruding part is relatively described Connecting pin (211) apart from center of rotation apart from smaller, and plating working condition, the connecting pin (211) tilting End (212) is in the front of rotation direction, and in discharge state, the tilting end (212) connecting pin (211), which is in, to be turned The front in dynamic direction.

5. barrel plating bucket according to claim 4, it is characterised in that：The inner opposite end of the material toggling part (3) extends to described The connecting pin (211) of plate-shaped member (21) or protruding part.

6. barrel plating bucket according to claim 4, it is characterised in that：The both ends of the plate-shaped member (21) or protruding part have The first baffle (61) that the oriented first segment (11) internal face extends, the inner opposite end of the material toggling part (3) extend to described First baffle (61) is in the front end of discharge state.

7. barrel plating bucket according to any one of claim 1-3, it is characterised in that：Each materials and parts (2) interval and of scooping It is even to be distributed on the periphery of the first segment (11).

8. barrel plating bucket according to any one of claim 1-3, it is characterised in that：The wall surface of the first segment (11), and/ Or the wall surface of second segment (12) opens up the liquid-passing hole that hollow staving (1) inner cavity is penetrated for extraneous solution.

9. barrel plating bucket according to claim 4, it is characterised in that：The materials and parts that scoop are at least two, each described to scoop material Part (2) is sequentially connected end to end in turn to form the first segment (11)；

The first segment (11) includes the plate-shaped member (21), and is connected to the company of the adjacent plate-shaped member (21) It connects end (211) and tilts the interconnecting piece (22) between end (212)；

The interconnecting piece (22) has the first part along tangential setting for the connecting pin (211) for connecting the plate-shaped member (21) (221) and the second part (222) being obliquely installed at the tilting end (212) of the connection plate-shaped member (21)；The plate-like portion In part (21) and the interconnecting piece (22) areas Yao Liao (5) are formed between first part (221).

10. barrel plating bucket according to claim 2 or 3, it is characterised in that：The second segment (12) and/or the third section (13) it is regular polygon cylinder, the number of edges of the cylinder and the quantity one-to-one correspondence for scooping materials and parts (2), a material toggling part (3) it is arranged on the internal face on one side of regular polygon cylinder.

11. barrel plating bucket according to claim 2 or 3, it is characterised in that：The plate for scooping materials and parts (2) and there is one end to tilt The connecting pin (211) of shape component (21) or protruding part, the plate-shaped member (21) or protruding part is directly or indirectly fixed on On the internal face of the first segment (11), tilting end (212) more described connecting pin of the plate-shaped member (21) or protruding part (211) apart from center of rotation apart from smaller, and in plating working condition, connecting pin (211) the tilting end (212) Front in rotation direction, and in discharge state, the tilting end (212) connecting pin (211) is in rotation direction Front；

The both ends of the plate-shaped member (21) or protruding part have the first baffle extended to the first segment (11) internal face (61), the inner opposite end of the material toggling part (3) extends to the first baffle (61) in the front end of discharge state；

Be additionally provided between the first segment (11) and second segment (12) first annular plate (6) and/or the first segment (11) with It is additionally provided with first annular plate (6) between the third section (13)；

It is protruded inwardly from the internal face of the first annular plate (6) radially and forms the first baffle (61).

12. barrel plating bucket according to claim 11, it is characterised in that：Described in the direction of two first annular plates (6) It scoops to open up on (2) one side surface of materials and parts and scoops the first card slot (62) that the both ends of materials and parts (2) are inserted into respectively, other side table suitable for described Face opens up the second card slot (63) being inserted into respectively suitable for one end of the second segment (12) and the third section (13)；And/or

The outside wall surface of the first annular plate (6) the radially circumferentially flank of tooth (64).

13. barrel plating bucket according to any one of claim 1-3, it is characterised in that：The material toggling part (3) is the first plate Block is in the first inclined surface (31) towards the side surface for scooping materials and parts (2), backwards to the side table for scooping materials and parts (2) Face is in the second inclined surface (32), and along the circumferential direction of the second segment, the width of second inclined surface (32) inclines more than described first The width on inclined-plane (31).

14. barrel plating bucket according to any one of claim 1-3, it is characterised in that：The staving (1) along its axial two Form the second annular slab (7) on side end face, in the opening of second annular slab (7) by fixation kit be covered with it is described The coaxial side shield (8) of staving (1) divides between the top and the opening of second annular slab (7) of two pieces of side shields (8) The discharge port and feed inlet (14) are not formed, and the top surface of the side shield (8) is higher than in the rotation of the staving (1) The heart.

15. barrel plating bucket according to claim 14, it is characterised in that：The fixation kit includes being molded over the side shield (8) ring-shaped step in circumferential outer edge (81) and interval are molded at least one pressing plate on the side shield (8) outer surface (82)；

It is formed between the open edge insertion pressing plate (82) of second annular slab (7) block and the ring-shaped step (81) In space.

16. barrel plating bucket according to claim 15, it is characterised in that：The top both ends of the side shield (8) also have edge Its arc convex circumferentially upwardly extended (83)；The arc convex (83) has the ring-shaped step (81) and the pressing plate (82), the discharge port or feed inlet are formed between two arc convex (83) and the opening of second annular slab (7) (14)；And/or

It is further opened with spout hole (84) at the top of the side shield (8).

17. barrel plating bucket according to claim 14, it is characterised in that：It is also equipped with hydrojet on two pieces of side shields (8) It manages, several spray holes is offered on the wall surface that the sparge pipe is located in the staving (1).

18. a kind of Tumble-plating device, which is characterized in that including

Groove body has inner cavity, required electroplate liquid is packed into the inner cavity；

Barrel plating bucket described in any one of claim 1-17, the barrel plating bucket are rotatably arranged in the groove body inner cavity, The inner cavity of the staving (1) is connected to the inner cavity of the groove body.