CN107012500B

CN107012500B - A kind of Tumble-plating device and barrel plating system

Info

Publication number: CN107012500B
Application number: CN201710162492.8A
Authority: CN
Inventors: 张军; 危勇军; 方志斌
Original assignee: Kunshan Dongwei Plating Equipment Technology Co Ltd
Current assignee: Kunshan Dongwei Technology Co Ltd
Priority date: 2017-03-18
Filing date: 2017-03-18
Publication date: 2019-03-12
Anticipated expiration: 2037-03-18
Also published as: CN107012500A

Abstract

The present invention provides a kind of Tumble-plating device and barrel plating system, and Tumble-plating device includes the first slot, at least two barrel plating buckets, transition piece and shedding mechanism.A barrel plating bucket is set in each first inner chamber in corresponding first slot, each barrel plating bucket has inlet port and outlet port respectively in its axis both ends of the surface, and discharge port is respectively provided on the adjacent face of adjacent barrel plating bucket and can accept discharge port discharge by the feed inlet of plating workpiece；Transition piece is arranged between the discharge port and feed inlet on the adjacent face of adjacent barrel plating bucket, for will be transmitted in barrel plating bucket locating for feed inlet by plating workpiece from barrel plating bucket locating for discharge port；The discharge outlet of barrel plating bucket of the both ends end face outside with discharge port is arranged in shedding mechanism, for accepting the workpiece of barrel plating bucket discharge.Barrel plating system includes at least two Tumble-plating devices.It is electroplated in the barrel plating bucket being located behind by plating workpiece through transition piece input being electroplated in the barrel plating bucket of front, so that it may realize and continuously be electroplated or clean to by plating workpiece.

Description

A kind of Tumble-plating device and barrel plating system

Technical field

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

Background technique

Barrel plating, that is, roller plating, is that a certain number of small parts are placed in dedicated drum, with indirect under rolling condition Conductive mode makes piece surface deposit upper various metal or alloy coating, to reach surfacecti proteon decoration and various functional mesh A kind of plating processing method.

The realization constantly talked about automatically with electroplating device, traditional closed rolling-plating equipment are gradually replaced.Example Such as, a kind of Tumble-plating device disclosed in the Chinese patent literature CN 203229582U applied before inventor, the Tumble-plating device packet Including rack, rack-mounted barrel plating bucket, barrel plating bucket is interior to be equipped with anode plate and cathode wire, is fixed on staving in the horizontal direction The shedding mechanism of discharge outlet, the loading end of shedding mechanism protrude into the inner cavity of barrel plating bucket.Barrel plating bucket includes that two sides have charging Mouthful and discharge port hollow staving, be spaced and be movably set with several floors on the inner circumferential wall face of staving, pass through barrel plating bucket It rotates forward or backwards, so that the floor rolling material or floor in barrel plating bucket are turned to and scooped up at top position It is thrown on the conveyor by plating workpiece.

When plating is by plating workpiece once a kind of plating can only be electroplated to by the outer surface of plating workpiece in above-mentioned Tumble-plating device Liquid or cleaning solution, when to different electroplate liquids are successively electroplated by the outer surface of plating workpiece, or it is first clear to being carried out by plating workpiece It is electroplated after washing, or is first cleaned again to by plating workpiece plating, it is necessary to after the completion of waiting a process, by the electroplate liquid in barrel plating bucket It is replaced, then rejoins another electroplate liquid or cleaning solution, then be electroplated or cleaned to by plating workpiece, be electroplated in replacement It during liquid, needs to shut down, the electroplating efficiency that this mode will lead to Tumble-plating device is low；Or it must be provided with more barrel plating dresses It sets to complete, but production line will arrange very long, the cost in the place of waste production and equipment in this way, can not realize continuous Ground carries out multiple electroplating work procedure or cleaning process to by plating workpiece.

Summary of the invention

Therefore, the technical problem to be solved in the present invention is that overcome can not achieve continuously in Tumble-plating device in the prior art The problem of ground is to multiple electroplating work procedure or cleaning process is carried out by plating workpiece.

For this purpose, the present invention provides a kind of Tumble-plating device, including

First slot has inner cavity, opens up the first import and first outlet in opposite two side walls；Be arranged in its inner cavity to Few one is divided into the inner cavity on the partition of at least two first inner chambers；

At least two barrel plating buckets correspond to and a barrel plating bucket, each barrel plating are arranged in each first inner chamber Bucket is coaxial and can be rotatably set, and each barrel plating bucket has been separately formed inlet port and outlet port in its axis both ends of the surface, Discharge port is respectively provided on the adjacent face of the adjacent barrel plating bucket and can accept discharge port discharge by the charging of plating workpiece Mouthful；The inlet port and outlet port of the barrel plating bucket end face outside at both ends respectively correspond first import and first outlet；

Transition piece is fixedly connected with first slot, and the discharging being arranged on the adjacent face of the adjacent barrel plating bucket Mouthful and feed inlet between, for the rolling locating for feed inlet will to be transmitted to by plating workpiece barrel plating bucket locating for the discharge port It plates in bucket；

The discharge outlet of the barrel plating bucket of the both ends end face outside with discharge port is arranged in, for accepting in shedding mechanism The workpiece of the barrel plating bucket discharge.

Preferably, above-mentioned Tumble-plating device, the transition piece are plate, and the corresponding barrel plating is protruded into through discharge port in one end In bucket, the other end tilts down the feed inlet for protruding into another the barrel plating bucket adjacent with barrel plating bucket described in this.

It is further preferred that above-mentioned Tumble-plating device is arranged on the two sidewalls of the plate along the axial direction of the barrel plating bucket There is the first side baffle.

Preferably, above-mentioned Tumble-plating device offers the corresponding first inner chamber on the wall surface of the barrel plating bucket The liquid-passing hole of connection.

Preferably, above-mentioned Tumble-plating device, when being rotated in a first direction, a barrel plating bucket is in plating or cleaning workpiece State, then the adjacent barrel plating bucket, which is in, to be thrown by plating workpiece to the state on the transition piece or shedding mechanism in it； When along second direction rotation opposite to the first direction, the barrel plating bucket, which is in, to be thrown by plating workpiece to institute described in it The state on transition piece or the shedding mechanism is stated, and the adjacent barrel plating bucket is in plating or cleans the state of the workpiece.

Preferably, above-mentioned Tumble-plating device, it is described that this through the discharge port of the barrel plating bucket is protruded into described shedding mechanism one end In barrel plating bucket, the other end is located at outside first slot.

It is further preferred that above-mentioned Tumble-plating device, along the axial direction of the barrel plating bucket, the shedding mechanism and the transition Part is arranged in a staggered manner.

Preferably, above-mentioned Tumble-plating device, first slot includes kerve, is mounted on four peripheral wall of kerve top surface Second baffle on face, and lid are located at the upper cover at the top of the second baffle；The one group two pieces opposite second baffles It is upper to open up first import and first outlet respectively；Described is surrounded between the top surface of all second baffle and kerve The inner cavity of one slot, the partition are radially arranged on the top surface of the kerve along the barrel plating bucket, to form described One inner cavity；The barrel plating bucket is rotatably arranged on the top surface of the kerve.

Have it is further preferred that above-mentioned Tumble-plating device, in the kerve and the first inner chamber one-to-one the Two inner cavities open up the discharge port for being connected to the first inner chamber with the second inner chamber, and sealing on the top of the kerve The lid for being arranged on the discharge port bottom and being located in the second inner chamber opens up on the side wall of the kerve and described the The one-to-one second outlet in two inner cavities, sealed set has third baffle in the second outlet.

It is further preferred that above-mentioned Tumble-plating device, the top surface of the kerve is in V-shape face.

Preferably, above-mentioned Tumble-plating device further includes rack, first slot, the transition piece and the shedding mechanism It is installed in the rack；

The shedding mechanism is fixed in the rack by support frame, and one end of support frame as described above is fixed on the rack One end on, the other end sequentially pass through be connected to after the first outlet, discharge port, feed inlet and first import it is described The other end of rack；

In the adjacent barrel plating bucket, the discharge port that one end of the transition piece passes through the barrel plating bucket positioned at front extends At to the feed inlet of barrel plating bucket described in this and inclination is fixed on support frame as described above, and the other end extends to the rolling being located behind At the feed inlet for plating bucket, the partition is located at the lower section of the transition piece.

Preferably, above-mentioned Tumble-plating device, the barrel plating bucket include the sky at least along axial direction with first segment and second segment Heart staving；

The inside of the first segment is circumferentially arranged to have at least one to scoop materials and parts, and the inner wall 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 corresponding with 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.

It is further preferred that above-mentioned Tumble-plating device, the staving further includes being fixed on the first segment along its axial direction Third section on one end far from the second segment；The inner wall of the third section is provided with described at least one along its circumferential direction and dials Materials and parts, outboard end extend at the outer end of the third section.

Preferably, above-mentioned Tumble-plating device, the plate-shaped member or protruding part for scooping materials and parts and there is one end to tilt are described The connecting pin of plate-shaped member or protruding part is directly or indirectly fixed on the inner wall of the first segment, the plate-shaped member or Distance of the tilting end connecting pin of protruding part apart from center of rotation is smaller, and in plating working condition, the connection The front for tilting end and being in rotation direction is held, and in discharge state, the tilting end connecting pin is in rotation The front in direction.

It is further preferred that above-mentioned Tumble-plating device, the materials and parts that scoop are at least two, it is each it is described scoop materials and parts head and the tail according to It is secondary to be connected to form 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 the first part and connection institute along tangential setting 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 area Yao Liao.

The present invention provides a kind of barrel plating system, including at least two Tumble-plating devices described in any of the above embodiments, two neighboring In the Tumble-plating device, the Tumble-plating device is protruded into one end positioned at the shedding mechanism of the previous Tumble-plating device In barrel plating bucket discharge port, the other end protrudes into the feed inlet of the barrel plating bucket of Tumble-plating device described in the latter and avoids the mistake The region for crossing part, for will be input to described in Tumble-plating device described in the latter by plating workpiece in the previous Tumble-plating device In barrel plating bucket.

Technical solution of the present invention has the advantages that

1. the Tumble-plating device that invention provides, including the first slot, at least two barrel plating buckets, transition piece and shedding mechanism, the One slot has inner cavity, opens up the first import and first outlet in opposite two side walls；At least one is set in its inner cavity by institute State the partition that inner cavity is divided at least two first inner chambers；At least two barrel plating buckets, which correspond to, is arranged one in each first inner chamber The barrel plating bucket, each barrel plating bucket is coaxial and can be rotatably set, and each barrel plating bucket divides in its axis both ends of the surface Inlet port and outlet port are not formed, are respectively provided with discharge port on the adjacent face of the adjacent barrel plating bucket and can accept this Feed inlet of the material mouth discharge by plating workpiece；The inlet port and outlet port of the barrel plating bucket end face outside at both ends respectively correspond described First import and first outlet；Transition piece is fixedly connected with first slot, and the abutting end of the adjacent barrel plating bucket is arranged in Between discharge port and feed inlet on face, for feed inlet institute will to be transmitted to by plating workpiece barrel plating bucket locating for the discharge port In the barrel plating bucket at place；The discharge outlet of the barrel plating bucket of the both ends end face outside with discharge port is arranged in shedding mechanism, For accepting the workpiece of the barrel plating bucket discharge.

The Tumble-plating device of this structure is equipped with multiple first inner chambers in the first slot, and one is arranged in each first inner chamber Barrel plating bucket is equipped with transition piece between the feed inlet and discharge port of the adjacent face of two neighboring barrel plating bucket, when positioned at front barrel plating After be electroplated by plating workpiece in bucket, being thrown to the transition piece by plating workpiece is first in the barrel plating bucket, then transition tilted Part slides into the electroplating process carried out in the barrel plating bucket being located behind next time, and so on, so that it may it realizes and connects to by plating workpiece It is electroplated or cleans continuously repeatedly, and different electroplate liquids can be housed in each barrel plating bucket, institute is electroplated on by plating workpiece The metal ion needed should be thrown by plating workpiece to shedding mechanism after being electroplated in the last one barrel plating bucket by plating workpiece, into And will be discharged from barrel plating bucket by plating workpiece, improve electroplating efficiency；Meanwhile it realizing and forming multiple works in a Tumble-plating device Multiple Tumble-plating devices are arranged without picture in sequence in the prior art, to reduce occupied by length and the Tumble-plating device of production line arrangement Space.

2. the Tumble-plating device that invention provides, the transition piece is plate, and the corresponding barrel plating is protruded into through discharge port in one end In bucket, the other end tilts down the feed inlet for protruding into another the barrel plating bucket adjacent with barrel plating bucket described in this.By being obliquely installed Plate on the adjacent face of adjacent barrel plating bucket is located behind being delivered to out of barrel plating bucket that be located at front by plating workpiece In barrel plating bucket.Further, the first side baffle is provided in the axial direction of the barrel plating bucket, the two sidewalls of the plate.First The setting of side baffle prevents from being slid away by plating workpiece from the two sides of plate.

3. the Tumble-plating device that invention provides offers the corresponding first inner chamber on the wall surface of the barrel plating bucket and connects Logical liquid-passing hole, so that electroplate liquid is connected to the electroplate liquid of the barrel plating barrel cavity in it in first inner chamber, in the rotation of barrel plating bucket, Constantly the electroplate liquid in first inner chamber is ejected into transition barrel cavity by liquid-passing hole, increases electroplate liquid and by plating workpiece Contact area improves electroplating efficiency.

4. the Tumble-plating device that invention provides, when being rotated in a first direction, a barrel plating bucket is in plating or cleaning workpiece State, then the adjacent barrel plating bucket, which is in, to be thrown by plating workpiece to the state on the transition piece or shedding mechanism in it； When along second direction rotation opposite to the first direction, the barrel plating bucket, which is in, to be thrown by plating workpiece to institute described in it The state on transition piece or the shedding mechanism is stated, and the adjacent barrel plating bucket is in plating or cleans the state of the workpiece. In the Tumble-plating device of this structure, barrel plating bucket realizes plating or exports the state by plating workpiece by the difference of rotation direction, adjacent For barrel plating bucket when being electroplated or cleaning by plating workpiece, when the rotation direction of the two is identical, state in which is just on the contrary, with the company of realization Electroplating process continuously is carried out by plating workpiece to different batches, improves the electroplating efficiency of barrel plating bucket.

5. Tumble-plating device provided by the invention, barrel plating bucket includes the hollow barrel at least along axial direction with first segment and second segment Body；The inside of the first segment is circumferentially arranged to have at least one to scoop materials and parts, and the inner wall of the second segment is circumferentially arranged to be had At least one material toggling part scoops materials and parts described at least one and is corresponding with the material toggling part, the inner end of the material toggling part The corresponding side-walls for scooping materials and parts are extended to, the inner end of remaining material toggling part extends to the first segment, institute There is the outboard end of the material toggling part to extend at the outer end of the second segment, and the inner end of the material toggling part and outboard end are in week Upwards 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 in the front of rotation direction compared with outboard end, and in discharge state, the outboard end of the material toggling part Compared with the front that inner end is in rotation direction.

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 scoops material An opening is formed between part towards upper and flaring that is being gradually increased area, material toggling part can be dialled in expansion by plating workpiece for bucket is intracorporal In mouth region, and then slides into and scoop in materials and parts；It is kept off in the flaring area by plating workpiece by material toggling part from scoop that materials and parts fall out simultaneously, And along the side wall of the material toggling part slide-in scoop in materials and parts, prevent by plating workpiece fallen out of barrel plating bucket, can reduce from scoop material Fallen out in part by plating workpiece fall back to the intracorporal amount of bucket again, thus 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 improves electroplating efficiency.In addition, each barrel plating bucket is at least formed by two-stage structure, increase the length and its diameter 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 touched in the plating workpiece unit time More, the electroplating quality and efficiency by plating workpiece are further increased.

6. Tumble-plating device provided by the invention, the staving further includes being fixed on the separate institute of the first segment along its axial direction State the third section on one end of second segment；The inner wall of the third section is provided at least one described material toggling part along its circumferential direction, Its outboard end extends at the outer end of the third section.Third section and second segment are located at the two sides of first segment, third section and It is respectively provided with material toggling part on second segment, so that there are a flaring area in the two sides for scooping materials and parts, in discharge state, scoop materials and parts two sides and falls out By plating workpiece be blocked in the flaring area on second segment and third section respectively, and along material toggling part slide-in scoop in materials and parts, thrown To conveying mechanism, further avoid being dropped out and being reduced out of barrel plating bucket by plating workpiece being fallen back to bowl inner chamber again by plating workpiece In amount.

7. Tumble-plating device provided by the invention, the materials and parts that scoop are at least two, each described to scoop materials and parts head and the tail successively phase Even to form the first segment；The first segment includes the plate-shaped member, and is connected to the institute of the adjacent plate-shaped member It states connecting pin and tilts the interconnecting piece between end；The interconnecting piece has setting along tangential for the connecting pin for connecting the plate-shaped member The second part being obliquely installed at the tilting end of the first part and the connection plate-shaped member set；The plate-shaped member with it is described The area Yao Liao is formed in interconnecting piece between first part.

It is sequentially connected end to end in turn to form first segment using materials and parts are scooped, first segment includes plate component and interconnecting piece, and interconnecting piece is again Including first part and second part, the setting of second part so that the circumferential area of entire first segment be greater than first segment be and its The circumferential area of the hollow cylinder of concentric opens up more liquid-passing holes on first segment, increases and enters electroplate liquid in staving Amount, increase by plating workpiece and electroplate liquid contact area, improve electroplating efficiency.Meanwhile between plate-shaped member and first part The area Yao Liao is formed, in discharge state, is scooped into the area Yao Liao by plating workpiece, after taking certain altitude to, is thrown to conveying mechanism On.

8. Tumble-plating device system provided by the invention, including at least two Tumble-plating devices described in any of the above embodiments, adjacent In two Tumble-plating devices, the barrel plating dress is protruded into positioned at one end of the shedding mechanism of the previous Tumble-plating device In the barrel plating bucket discharge port set, the other end protrudes into the feed inlet of the barrel plating bucket of Tumble-plating device described in the latter and avoids institute The region for stating transition piece, for Tumble-plating device described in the latter will to be input to by plating workpiece in the previous Tumble-plating device In the barrel plating bucket.

The barrel plating system of this structure is electroplated or is cleaned to by plating workpiece using multiple Tumble-plating devices, two neighboring In Tumble-plating device, the shedding mechanism of previous Tumble-plating device is protruded into the feed inlet of the latter Tumble-plating device, and being convenient for will be previous It is delivered in the latter Tumble-plating device in Tumble-plating device by plating workpiece and is electroplated or is cleaned, to form the continuous electroplating of multistage Production line can carry out multiple plating or cleaning process to by plating workpiece in each Tumble-plating device, and different Tumble-plating devices again may be used To further improve electroplating efficiency to the electroplating work procedure for being carried out different phase by plating workpiece.

Detailed description of the invention

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 be briefly described, it should be apparent that, it is 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, is also possible to obtain other drawings based on these drawings.

Fig. 1 is the schematic perspective view (positive direction) of Tumble-plating device provided in the embodiment of the present invention 1；

Fig. 2 is the schematic perspective view (left direction) of Tumble-plating device provided in the embodiment of the present invention 1；

Fig. 3 is the schematic perspective view (right direction) of circulator in Fig. 1；

Fig. 4 is that circulator removes the structural schematic diagram (left direction) after motor housing, cover plate in Fig. 3；

Fig. 5 is two barrel plating buckets of the interior installation of the first slot (after removing upper cover), transition piece and unloader in Fig. 1 Tumble-plating device The assembling schematic diagram of structure；

Fig. 6 is the assembling schematic diagram of the first slot and shedding mechanism, transition piece in Fig. 5；

Fig. 7 is that the first slot removes the structural schematic diagram after a second baffle in Fig. 5；

Fig. 8 is the assembling schematic diagram of shedding mechanism and transition piece, barrel plating bucket in Fig. 5；

Fig. 9 is the horizontal section schematic diagram of Fig. 8；

Figure 10 is the horizontal section schematic diagram of two barrel plating buckets in Fig. 8；

Figure 11 be Fig. 1 middle-jiao yang, function of the spleen and stomach pole plate and second of barrel plating bucket structural schematic diagram (remove rack, circulator, the first slot, Shedding mechanism)；

Figure 12 is to remove one on anode plate and barrel plating bucket between the first slot and second of barrel plating bucket the in Figure 11 Structural schematic diagram after two side baffles；

Figure 13 is second of barrel plating barrel structure schematic diagram of Tumble-plating device in Fig. 1；

Figure 14 is that barrel plating bucket removes the structural schematic diagram after the second side baffle, the second annular slab in Figure 13；

Figure 15 is the structural schematic diagram of the first segment of barrel plating bucket in Figure 11；

Figure 16 is the structural schematic diagram of the first annular plate of barrel plating bucket in Figure 11；

Figure 17 is the structural schematic diagram of the third section of barrel plating bucket in Figure 11；

Figure 18 is the structural schematic diagram of the second side baffle of barrel plating bucket in Figure 11；

Figure 19 is the assembling schematic diagram of the shedding mechanism of Tumble-plating device, support frame and transition piece in Fig. 1；

Figure 20 is the assembling schematic diagram of the anode plate and cathode wire in Figure 12 in barrel plating bucket；

Figure 21 is two of first segment in Figure 15 and scoops the connection schematic diagram of materials and parts；

Figure 22 is the partial enlarged view of material toggling part in Figure 17；

Figure 23 is the structural schematic diagram of the barrel plating bucket in the Tumble-plating device provided in the embodiment of the present invention 2；

Figure 24 is perspective view (namely front view or rearview) of the second segment on the axial direction of staving in Fig. 1；

Figure 25 is the structural schematic diagram of the barrel plating bucket of the Tumble-plating device provided in the embodiment of the present invention 4；

Description of symbols:

10- barrel plating bucket；1011- first segment；1012- second segment；1013- third section；102- scoops materials and parts；1021- Plate-shaped member；The connecting pin 10211-；10212- tilts end；1022- interconnecting piece；10221- first part；10222- second Part；103- material toggling part；The first inclined surface 1031-；The second inclined surface 1032-；104- is flared area；The area 105- Yao Liao； The first annular plate of 106-；1061- first baffle；The 1062- circumference flank of tooth；The second annular slab of 107-；The second side block of 108- Plate；1081- ring-shaped step；1082- pressing plate；1083- arc convex；1084- overflow hole.

The first slot of 20-；201- kerve；2011- second inner chamber；2012- discharge port；2013- second outlet； 2014- third baffle；202- second baffle；203- upper cover；204- support wheel；205- cover plate；206- motor housing； 207- partition；

30- circulator；301- overflow launder；302- filter；303- conveying member；The second slot of 304-；305- mistake Aqueduct；The second pipeline of 306-；307- regulating mechanism；3071- metal plate；3072- first rotating shaft；3073- suspender member； The first driver of 3074-；

40- anode plate；41- first connecting rod；The second connecting rod of 42-；43- third connecting rod；

50- cathode wire；

60- rack；

70- shedding mechanism；

80- support frame；

90- transition piece；The first side baffle of 901-.

91- ornamental strip；92- transparent glass.

Specific embodiment

Technical solution 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 Personnel's every other embodiment 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 description the present invention and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation, It is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.In addition, term " first ", " second ", " third " is used for descriptive purposes only and cannot be understood as indicating or suggesting 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 To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary 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, the non-structure each other of technical characteristic involved in invention described below different embodiments It can be combined with each other at conflict.

Embodiment 1

The present embodiment provides a kind of Tumble-plating devices, as shown in Fig. 1 to Figure 22, including the first slot 20, two barrel plating buckets 10, mistake Cross part 90 and shedding mechanism 70.

As shown in Figure 5 and Figure 6, the first slot 20 has inner cavity, opens up the first import and first in opposite two side walls and goes out Mouthful；One partition 207 that inner cavity is divided into two first inner chambers is set in its inner cavity.

One barrel plating bucket 10 is set in corresponding each first inner chamber, and two barrel plating buckets 10 are coaxial and can be rotatably set, often A barrel plating bucket 10 has been separately formed inlet port and outlet port in its axis both ends of the surface, divides on the adjacent face of two barrel plating buckets 10 Not Ju You discharge port and can accept the discharge port discharge by plating workpiece feed inlet；10 end face outside of barrel plating bucket at both ends into Material mouth and discharge port respectively correspond the first import and first outlet；Transition piece 90 is fixedly connected with the first slot 20, and is arranged two Between discharge port and feed inlet on the adjacent face of a barrel plating bucket 10, for will be by plating workpiece barrel plating bucket locating for the discharge port 10 are transmitted in barrel plating bucket 10 locating for feed inlet；The barrel plating bucket that both ends end face outside has discharge port is arranged in shedding mechanism 70 10 discharge outlet, for accept the barrel plating bucket 10 discharge by plating workpiece.

As shown in Fig. 9 and Figure 19, transition piece 90 is plate, and one end is protruded into corresponding barrel plating bucket 10 through discharge port, another End tilts down the feed inlet for protruding into another the barrel plating bucket 10 adjacent with the barrel plating bucket 10.Along the axial direction of barrel plating bucket 10, plate Two sidewalls on be provided with the first side baffle 901.The plate being obliquely installed by previous barrel plating bucket 10 by plating workpiece conveying To the latter barrel plating bucket 10, the setting of the first side baffle 901 prevents from being slid away by plating workpiece from the two sides of plate.

As shown in figure 9,70 one end of shedding mechanism is protruded into the barrel plating bucket 10 through the discharge port of the latter barrel plating bucket 10, it is another End is located at outside the first slot 20, one end for protruding into barrel plating bucket 10 be used to accept in barrel plating bucket 10 by plating workpiece, be located at the first slot One end outside 20 by plating workpiece for that will be exported.Shedding mechanism 70 is preferably conveyer belt.Along the axial direction of barrel plating bucket 10, shedding mechanism 70 are arranged in a staggered manner with transition piece 90, prevent shedding mechanism 70 stop transition piece 90 by be located at front barrel plating bucket 10 in by plating work In the barrel plating bucket 10 that part input is located behind.

As depicted in figs. 1 and 2, Tumble-plating device further includes rack 60, and the first slot 20, transition piece 90 and shedding mechanism 70 are pacified In rack 60；Shedding mechanism 70 is fixed in rack 60 by support frame 80, and rack 60 has a frame-shaped construction, and first Slot 20 is arranged in frame-shaped construction, and one end of support frame 80 is fixed on one end of frame-shaped construction, and the other end sequentially passes through first The other end of frame-shaped construction is connected to after the first outlet of slot 20, discharge port, feed inlet and the first import.As shown in figure 9, mistake The one end for crossing part 90 extends at the feed inlet of the barrel plating bucket 10 through the discharge port of the barrel plating bucket 10 positioned at front and tilts fixation On support frame 80, the other end is extended at the feed inlet for the barrel plating bucket 10 being located behind, and partition is located at the lower section of transition piece 90, Such as the other end is fixed on the second side baffle 108 (hereinafter referring to) of the barrel plating bucket 10 being located behind, and realizes transition piece 90 Be obliquely installed, the tilt angle about transition piece 90 without limitation, it is specific actually use situation depending on.

The liquid-passing hole that corresponding first inner chamber connection is offered on the wall surface of barrel plating bucket 10, so that electric in first inner chamber Plating solution is connected to the electroplate liquid of 10 inner cavity of barrel plating bucket in it, when barrel plating bucket 10 rotates, by liquid-passing hole constantly by first Electroplate liquid in inner cavity is ejected into transition barrel cavity, increases electroplate liquid and the contact area by plating workpiece, improves electroplating efficiency.

As shown in Figures 5 to 7, the first slot 20 includes kerve 201, is mounted in 201 top surface of kerve, four peripheral wall surfaces Second baffle 202, and lid are located at the upper cover 203 on 202 top of second baffle；On one group two pieces opposite first baffles 1061 The first import and first outlet are opened up respectively；The first slot is surrounded between the top surface of all second baffle 202 and kerve 201 20 inner cavity, partition 207 are radially arranged on the top surface of kerve 201 along barrel plating bucket 10, to form two first inner chambers, Barrel plating bucket 10 is rotatably arranged on the top surface of kerve 201.

As shown in fig. 7, there are two hollow second inner chamber 2011, two hollow second inner chambers 2011 for tool inside kerve 201 It is corresponded respectively with the first cavity, offers on the outer side surface of kerve 201 and to be respectively communicated with two second inner chambers 2011 Second outlet 2013, sealing is equipped with third baffle 2014 in second outlet 2013；It is offered on the top surface of kerve 201 by The discharge port 2012 that one inner cavity is connected to second inner chamber 2011, and removably sealing cover be located on 2012 bottom of discharge port and Lid in second inner chamber 2011.Two second inner chambers 2011 can be interconnected, or separation, when plating a period of time Afterwards, when needing for the electroplate liquid in first inner chamber and barrel plating bucket 10 to be discharged, the third baffle 2014 in second outlet 2013 is opened, And the lid on discharge port 2012, then the electroplate liquid in first inner chamber and barrel plating bucket 10 drains into second inner chamber 2011 through discharging button It is interior, then the external world is discharged through second outlet 2013.Preferably, the top surface of kerve 201 is in V-shape surface, and V-shape surface can The residue in the first inner chamber for remaining in the first slot 20 is discharged and is cleaned up through discharge port 2012 more quickly.Kerve 201 Top surface can also be other shapes surface, such as plane or inclined surface be ok.

Barrel plating bucket 10 is rotatably arranged on the top surface of kerve 201, such as the V-shape face in each first inner chamber On being arranged radially there are two support wheel 204 along barrel plating bucket 10, one of support wheel 204 is located at V word bottom, another is propped up Support wheel 204 is located on the side of V word, the support wheel on the perspective view along the axial direction of barrel plating bucket 10, positioned at V word bottom The line at 204 center and the center of barrel plating bucket 10, the angle that angle is formed between the vertical center line of barrel plating bucket 10 are greater than 0 Degree.Such as 5 degree, 7 degree, 9 degree etc..That is, axial along barrel plating bucket, second annular slab 107 on 10 end face of barrel plating bucket can It being rotatably mounted on two support wheels 204 being located on same row, the outside wall surface of support wheel 204 has circumference guide groove, the Second ring plate 107 is installed in rotation in the guide groove, and the weight of barrel plating bucket 10 is passed to through the support wheel 204 of V word bottom First slot 20, the support wheel 204 on V word side play guiding role.Due to the support wheel 204 on V word bottom The line at center and the center of the second annular slab 107 is greater than 0 degree with the angle of the vertical center line of the second annular slab 107, only needs On second annular slab 107 smoothly can be arranged in first inner chamber for two support wheels 204, so that barrel plating bucket 10 is not It can be in the two sides double swerve of V word, it is ensured that the stationarity that barrel plating bucket 10 rotates.

Or three support wheels 204 can also be set to support second annular slab 107, had along the radial direction of barrel plating bucket One support wheel 204 is located at the top of V word, and two support wheels 204 are located at the two sides of V word, and three support wheels 204 form one at this time Circumference is overlapped with the circumferential circumference in the outside wall surface of second annular slab 107, then is located in the support wheel 204 on V word bottom The line at the center of the heart and the second annular slab 107, the angle with the vertical center line of the second annular slab 107 can be 0 degree.Or Multiple support wheels 204 can also be set to support second annular slab 107, or annular is set in the outside wall surface of barrel plating bucket Plate, the annular slab and support wheel cooperate, so that barrel plating bucket 10 is smoothly arranged in the first slot 20.Second inner chamber 2011 is molded over The side of V-shape slot, the inclined plate in the other side, the outside wall surface for tilting plate are overlapped on the second slot 304 in circulator 30 Upper (being hereinafter mentioned to), the second slot 304 play the role of supporting the first slot 20, but also the first slot 20 and circulator 30 (being mentioned below) install compact, occupied space are small.

In above-mentioned Tumble-plating device, when being rotated in a first direction, the barrel plating bucket 10 positioned at front is in plating or scavenger The state of part, then the barrel plating bucket 10 being located behind are in being thrown by plating workpiece to the state on shedding mechanism 70 in it；Along with When the opposite second direction of first direction rotates, the barrel plating bucket 10 positioned at front is in being thrown by plating workpiece to transition piece in it 90 state, and the barrel plating bucket 10 being located behind is in the state of plating or cleaning workpiece.That is, each barrel plating bucket 10 is by turning The difference in dynamic direction realizes plating or exports the state by plating workpiece；At work, rotation direction is identical for adjacent barrel plating bucket 10 When, state in which is just on the contrary, continuously carried out electroplating process, raising barrel plating bucket by plating workpiece to different batches to realize 10 electroplating efficiency.

Barrel plating bucket 10 for the structure of single barrel plating bucket 10, as shown in Figure 13 to Figure 18, in above-mentioned Tumble-plating device Including hollow staving, hollow staving has along axial first segment 1011, second segment 1012 and third section 1013, first segment 1011 It is located at the two sides of second segment 1012 with third section 1013；The inside of first segment 1011 is circumferentially arranged have it is multiple scoop materials and parts 102, Two section 1012 circumferentially inner wall be provided with and scoop the one-to-one material toggling part 103 of materials and parts 102, the inner end of material toggling part 103 is prolonged The corresponding side-walls for scooping materials and parts 102 are extended to, and outboard end extends at the outer end of second segment 1012, and material toggling part 103 Inner end and outboard end in the circumferential at a distance from a predetermined center of rotation angle namely material toggling part 103 is in second segment 1012 Inner wall on be inclined to set.In the same manner, it is one-to-one to be provided with and scoop materials and parts 102 in inner wall circumferential direction for third section 1013 Material toggling part 103 on material toggling part 103, the material toggling part 103 and 1012 inner wall of second segment corresponds, and the former is arranged in relatively The other side of materials and parts 102 is scooped, the inner end of the material toggling part 103 extends to the corresponding side-walls for scooping materials and parts 102, and outside End extends at the outer end of third section 1013.Staving can rotate forward or backwards, wherein dialling in plating or cleaning state The inner end of materials and parts 103 is in the front of rotation direction compared with outboard end, and in discharge state, the outboard end of material toggling part 103 is relatively interior Side is in the front of rotation direction.Then, the described of two neighboring barrel plating bucket 10 scoops materials and parts and material toggling part along the barrel plating bucket Rotation direction direction it is opposite.

During discharging, the outboard end of material toggling part 103 is in the front of rotation direction compared with inner end, then is located at and scoops materials and parts The material toggling part 103 of 102 two sides and this scoop between materials and parts 102 one two flaring area that are opening up and being gradually increased of formation 104, intracorporal dialled in by plating workpiece of bucket can be flared in area 104 by material toggling part 103, and then slide into and scoop in materials and parts 102；While from Scoop that materials and parts 102 fall out is kept off in the flaring area 104 by plating workpiece by material toggling part 103, and along the side of the material toggling part 103 Wall slide-in scoops in materials and parts 102, prevents from being fallen out of barrel plating bucket 10 by plating workpiece, can reduce and be scattered out from scooping in materials and parts 102 That comes is fallen back to the intracorporal amount of bucket by plating workpiece again, to improve the effect by the load and discharging for plating workpiece of barrel plating bucket 10 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 improves electroplating efficiency.

As shown in Figure 14, Figure 12 and Figure 21, the plate-shaped member 1021 that there is materials and parts 102 one end to tilt, such as plate, plate are scooped The connecting pin 10211 of shape component 1021 is fixed on indirectly on the inner wall of first segment 1011, the tilting end of plate-shaped member 1021 10212 distance compared with connecting pin 10211 apart from center of rotation (center of rotation of first segment 1011) is smaller, and in plating work shape State, connecting pin 10211 relatively tilt the front that end 10212 is in rotation direction, and in discharge state, it tilts end 10212 and relatively connects End 10211 is in the front of rotation direction.That is, tilting end 10212 upward in discharge state；In electroplating conditions, end is tilted 10212 downward.

As shown in figure 15, above-mentioned first segment 1011 scoops materials and parts 102 by eight and is sequentially connected end to end in turn and by an integral slab Material is constituted.Specifically, first segment 1011 includes plate-shaped member 1021, and is connected to the connecting pin of adjacent plate-shaped member 1021 Interconnecting piece 1022 between 10211 and tilting end 10212；As shown in figure 21, interconnecting piece 1022 has connecting plate-shaped component 1021 Connecting pin 10211 along tangential setting first part 10221 and connecting plate-shaped component 1021 tilting end 10212 inclination The second part 10222 of setting；The area Yao Liao 105 is formed in plate-shaped member 1021 and interconnecting piece 1022 between first part 10221. Preferably, first part 10221 and second part 10222 are plate.Interconnecting piece 1022 and scoop on materials and parts 102 is opened up for outer Boundary's solution penetrates the liquid-passing hole in bowl inner chamber, and first segment 1011 is formed by plate-shaped member 1021 and interconnecting piece 1022, interconnecting piece 1022 are made of first part 10221 and second part 10222 again, and the setting of second part 10222 is so that entire first segment It is the circumferential area with the hollow cylinder of its concentric that 1011 circumferential area, which is greater than first segment 1011, can be in first segment More liquid-passing holes are opened up on 1011, to increase the amount into electroplate liquid in staving, are increased and are connect by plating workpiece and electroplate liquid Contacting surface product, improves electroplating efficiency.

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

As shown in Figure 14 and Figure 17, eight corresponding to first segment 1011 scoop materials and parts 102, first segment 1011 and third section 1013 be octagon cylinder, and a material toggling part 103 is arranged on the inner wall on one side of octagon cylinder, then positive eight side Eight material toggling parts 103 are set in shape surface of cylinder's inboard wall.

As shown in figure 22, material toggling part 103 is the first plate, is in the first inclined surface towards the side surface for scooping materials and parts 102 1031, it is in the second inclined surface 1032 back to the side surface for scooping materials and parts 102, along second segment 1012 or the week of third section 1013 To the width of the second inclined surface 1032 is greater than the width of the first inclined surface 1031, so that the gradient of the second inclined surface 1032 is small Gradient in the first inclined surface 1031 is kept off by the first inclined surface 1031 in material toggling part 103 in discharge state by plating workpiece Inside, and then slid more easily into above-mentioned flaring area 104 by plating workpiece along the first inclined surface 1031, and then slide into the area Yao Liao It is interior, play the role of material toggling；In electroplating conditions, the gradient of the second inclined surface 1032 is small, so that it may will be continuous by plating workpiece Ground rolling is electroplated.

That is, the width of the second inclined surface 1032 it is bigger than the width of the first inclined surface 1031 (the first inclined surface 1031 Gradient is bigger), in discharge state, being flared in area 104 in barrel plating bucket by easier dial in of plating workpiece, material toggling effect is got over It is good；And in electroplating conditions, the second inclined surface 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, the length of corresponding second side length in the second inclined surface 1032 is greater than first The length of corresponding first side length in inclined surface 1031, it will be able to realize above-mentioned material pushing function and rolling effect, the second side length with Included angle between bottom edge is the smaller the better, and the included angle between the first side length and bottom edge is the bigger the better, but is no more than 90 degree.

As shown in Figure 13 and Figure 14, it is additionally provided with first annular plate 106 between first segment 1011 and second segment 1012, first First annular plate 106 is additionally provided between section 1011 and third section 1013；The direction of two first annular plates 106 scoops materials and parts 102 It is opened up on one side surface and is suitable for scooping the first card slot that the both ends of materials and parts 102 are inserted into respectively, another side surface is opened up suitable for second segment 1012 and third section 1013 the second card slot for being inserted into respectively of a side, realize first segment 1011 and second segment 1012, Yi Ji Being fixedly connected between one section 1011 and third section 1013, in addition, first segment 1011, second segment 1012, third section 1013 and It is fixed between first annular plate 106 preferably with welding manner.

As shown in figure 16, the outside wall surface of the first annular plate 106 radially circumferentially flank of tooth 1062, the circumference flank of tooth 1062 It is engaged with the gear in the second driving assembly outside barrel plating bucket 10, as shown in figure 11, the second driving assembly includes the second shaft, set Two gears engaged respectively with the face of gear of two first annular plates 106 in the second shaft are connect, are connected in the second shaft There are motor or the rotation of other drive belts moving gears, to drive first annular plate 106 that entire staving is driven to rotate, in reality In use process, the speed of staving rotation adjusts according to the actual situation, is not especially limited.

As shown in figure 16, it is protruded inwardly from the inner wall of first annular plate 106 radially and forms first baffle 1061, The first baffle 1061 of two first annular plates 106 is located just at the both ends of plate-shaped member 1021, and towards in first segment 1011 Wall surface extends, and accordingly the inner opposite end of material toggling part 103 extends to first baffle 1061 in the front end of discharge state.First baffle 1061 setting prevents being skidded off by plating workpiece from the two sides in the area Yao Liao 105 in the area Yao Liao 105, and first baffle 1061 will be by plating work Part is blocked in the area Yao Liao 105, and the number of first baffle 1061 is also eight, is corresponded with the number for scooping materials and parts 102.First Raised triangle plate on baffle 1061, the triangle plate are mainly first part in the portion that is adapted to 1022 10221 installation, it is two neighboring protrusion between formed for material toggling part 103 and scoop between materials and parts 102 by plating workpiece slide-in scoop material Gap or channel in area 105.

As shown in figure 13, is formed on a side end face of the separate first segment 1011 of third section 1013 and second segment 1012 Second ring plate 107 is covered with second side baffle 108 coaxial with staving by fixation kit in the opening of second annular slab 107, Discharge port and feed inlet, second side are respectively formed between the top of two piece of second side baffle 108 and the opening of the second annular slab 107 The top surface of baffle 108 is higher than the center of rotation of staving, and the radially outward edge of the second annular slab 107 is mounted on ground kerve 201 On top surface in the guide groove of support wheel 204.

As shown in figure 18, fixation kit includes the ring-shaped step 1081 being molded in 108 circumferential outer edge of the second side baffle, With at least one pressing plate 1082 for being molded on 108 outer surface of the second side baffle of interval, such as one, two, three, four, Five etc., preferably three and three with top board 1082；The open edge of second annular slab 107 is inserted into multiple pressing plates In the space formed between 1082 and ring-shaped step 1081.It is rotatably connected so that being formed between the second side baffle 108 and staving, Pressing plate 1082 limits the second being moved axially inward along staving of side baffle 108, and ring-shaped step 1081 limits 108 court of the second side baffle It is displaced outwardly, so that the second side baffle 108 is limited on staving.

As shown in figure 18, the top both ends of the second side baffle 108 also have the arc convex circumferentially upwardly extended along it 1083；Arc convex 1083 has ring-shaped step 1081 and pressing plate 1082, two arc convex 1083 and the second annular slab 107 Discharge port or feed inlet are formed between opening.The top of second side baffle 108 is higher than the center of rotation of staving, and formation one is excellent Arc, the design of arc convex 1083, in staving rotation process, although the second side baffle 108 has the rotation rotated with staving Trend, but the center of rotation of the second side baffle 108 and the center of rotation of staving are on the same axis, and the second side baffle 108 is perpendicular Histogram avoids staving without offset between the center of the second side baffle 108 and the center of rotation of staving without amount of exercise upwards During rotation, there is stuck phenomenon in the second side baffle 108, so that staving can not be rotated normally.Arc convex 1083 And be rotatably connected by pressing plate 1082 and ring-shaped step 1081 and the second annular slab 107 of staving, two piece of second side baffle It is additionally provided with a connecting tube between 108, further the axial position of two the second side baffles 108 is limited, which can Think the first connecting rod 41 hereinafter referred to, not only act as the effect of jointed anode plate 40, additionally it is possible to play connection two the The effect of two side baffles 108.In addition, shedding mechanism 70 is arranged on the top of the second side baffle 108, the liquid level in barrel plating bucket 10 Height also increases, and occurs so as to avoid the case where being leaked out plating liquid level by plating workpiece in barrel plating bucket 10, it is therefore prevented that by plating workpiece Surface be oxidized, further improve by plating workpiece electroplating quality.

As shown in figure 13, two the second annular slabs, 107, two first annular plates 106 are additionally provided in the axial direction of staving Reinforced pipe, for multiple reinforced pipes along the circumferentially distributed of staving, multiple reinforced pipes are not passed through first segment 1011, second segment 1012 and Three section 1013.

In addition, it is necessary to explanation: " the inner end of material toggling part 103 and the outboard end phase in the circumferential in this embodiment Distance away from a predetermined center of rotation angle ", second segment 1012 and third section 1013 are octagon cylinder, and center of rotation angle is Octagon cylinder and material toggling part 103 are in the perspective view on staving axial direction, as shown in figure 24, the center point of octagon The included angle A not formed between the line at 103 both ends of material toggling part, the angle of the angle are greater 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, in staving In perspective view on axial direction, the both ends of material toggling part 103 are not overlapped, and one of octagon is arranged in inclined certain angle Bian Shang.

The barrel plating bucket 10 of this structure is mounted in first inner chamber, and the installation direction of two barrel plating buckets 10 is on the contrary, to scoop material Part 102 scoops in the barrel plating bucket 10 in front towards on the contrary, when the second driving assembly drives two barrel plating buckets 10 to rotate synchronously The area Yao Liao 105 of materials and parts 102 is opening up, by being thrown by plating workpiece to transition piece 90 in it, by plating workpiece through transition piece 90 It slides into the barrel plating bucket 10 being located behind.The area Yao Liao 105 for scooping materials and parts 102 in the barrel plating bucket 10 being located behind is opening down, Plating or cleaning process are carried out by plating workpiece to entering in it.The setting of material toggling part 103, so that will be plated when discharge state Workpiece dials in flaring area 104, and then slides into the area Yao Liao 105；When being electroplated or cleaning state, material toggling part 103 constantly rolls By plating workpiece, thus realize barrel plating or cleaning process multiple in a Tumble-plating device, the electroplate liquid in each barrel plating bucket 10 Can be identical, it can not also be identical.

Shown in as shown in Figure 1, Figure 3 and Figure 4, corresponding to above-mentioned first inner chamber, each barrel plating bucket 10 is correspondingly arranged one and is located at Circulator 30 outside first slot 20 offers on second side baffle 108 of barrel plating bucket 10 below discharge port and feed inlet Overflow hole 1084, circulator 30 include overflow launder 301, filter 302, conveying member 303 and the second slot 304.Wherein, it overflows Chute 301 is arranged in first inner chamber, for accepting the electroplate liquid flowed out through overflow hole 1084, such as shown in fig. 7, overflow launder 301 are molded on the inner surface of second baffle 202, and the left end of overflow launder 301 is extended to close to 30 side of circulator Second baffle 202 on, open up liquid-passing hole on the second baffle 202, overflow launder 301 and will be arranged in outside second baffle 202 Lead-over groove 305 is connected to, and the outlet of lead-over groove 305 is protruded into the second slot 304 by pipeline, electroplate liquid is all recycled in the second slot In 304, then pass through the second pipeline 306 and be connected to filter 302, the other end of filter 302 passes through another second pipeline 306 It is connected to conveying member 303, conveying member 303 is the hydrojet being threaded through in the radian protrusion of 10 two the second side baffles 108 of barrel plating bucket It manages, offers several spray holes on the part that sparge pipe is located in 10 inner cavity of barrel plating bucket.

This circulator 30, when having floating material on electroplate liquid surface in roller, and the liquid level of the electroplate liquid is higher than overflow Hole 1084 then first passes through overflow hole 1084 higher than the electroplate liquid of overflow hole 1084 and flows into first inner chamber, then flows into overflow launder 301 It is interior, enter in the second slot 304 through lead-over groove 305 and the second pipeline 306, is pumped into the recovered liquid in the second slot 304 using pump It is filtered into filter 302, filtered electroplate liquid is delivered in sparge pipe through the second pipeline 306, then is sprayed into through sparge pipe In barrel plating bucket 10, realize that the Cycling And Utilizing Patterns of electroplate liquid, the solution of above-mentioned two overflow launder 301 are all first recovered to the second slot In 304.

Above-mentioned spray hole is preferably provided on the close inner wall of barrel face side wall surface of sparge pipe, is used for jet electro-plating liquid Perhaps perhaps other solution are stained on materials and parts 102 by plating workpiece or when other substances when scooping cleaning solution, by sparge pipe to Jet electro-plating liquid on materials and parts 102 is scooped, scoops being rinsed on materials and parts 102 by plating workpiece or other substances for being sticked to, so that by Plating workpiece is electroplated or is discharged again.

The top of second slot 304 has the second opening, and above-mentioned circulator 30 further includes for electric in the second slot 304 The regulating mechanism 307 of metal ion needed for plating solution supplements.As shown in figure 4, regulating mechanism 307 includes being suspended on the second slot 304 The required metal plate 3071 of side, such as zine plate, copper sheet or other metal plates 3071 are arranged in the on 3071 top of metal plate One driving assembly, the first driving assembly are used to drive metal plate 3071 along the vertical direction through second opening the second slot 304 of insertion It in electroplate liquid, or enhances from the electroplate liquid, to adjust the content of metal ion in electroplate liquid.

As shown in figure 4, the first driving assembly includes the first rotating shaft 3072 being arranged in outside the first slot 20, it is wrapped in first turn Two suspender members 3073 on axis 3072, such as rope or flexible hook, the bottom of each suspender member 3073 are connected with metal Plate 3071, and the first driver 3074 that driving first rotating shaft 3072 rotates.For example, motor drives first rotating shaft 3072 positive Or rotate backward, so that suspender member 3073 is wrapped in first rotating shaft 3072, or extracted out from first rotating shaft 3072, suspender member The metal plate 3071 of 3073 bottoms does rising or descending motion, and the second opening protrudes into the electroplate liquid in the second slot 304, or Person rises from from the electroplate liquid in the second slot 304 to come, to adjust the concentration of metal ion in electroplate liquid in the second slot 304.In addition, Level window is also provided in the outside wall surface of the second slot 304, level window is equipped with transparent panel, and scale is equipped on the transparent panel Value, convenient for learning the liquid level of electroplate liquid in the second slot 304 at any time.

It is additionally provided with cover plate 205 on the top surface of second slot 304, cover plate 205 is by metal plate 3071 and suspender member 3073 Surrounding is surrounded, so that the second opening, metal plate 3071 are isolated from the outside, the top of suspender member 3073 passes through cover plate 205 and is wound around In first rotating shaft 3072.Meanwhile motor housing 206 is additionally provided on cover plate 205, first rotating shaft 3072 is located in motor housing 206, hangs The top of pendant 3073 is located in motor housing 206, the setting of cover plate 205 and motor housing 206, so that first rotating shaft 3072, hanging Part 3073, metal plate 3071 are separated with the external world, and the electroplate liquid in the second slot 304 is prevented directly to be connected to the external world.In addition, above-mentioned Metal plate 3071 offer several through-holes, the setting of through-hole increases metal plate 3071 and connects with electroplate liquid in the second slot 304 Contacting surface product, increases the amount for dissolving in metal ion in electroplate liquid.For the number that metal plate 3071 is arranged, can be multiple, Such as three, four, five etc. or one be ok, multiple metal plates 3071 can be same metal, or no Same metal.

As shown in fig. 7, opened up on the side second baffle 202 back to circulator 30 of the first slot 20 there are four window, Transparent glass 92 is sealed and has been removably installed on four windows, and two windows correspond to a first inner chamber, transparent glass The setting of glass 92, on the one hand convenient for the change of the liquid level of solution in the working condition of observation barrel plating bucket 10 at any time and barrel plating bucket 10 Change；On the other hand when disassembling transparent glass 92 from window, convenient for barrel plating bucket when factory building height is inadequate, by transparent side Plate is disassembled from window, and barrel plating bucket is removed from window, convenient for the installation or removal of barrel plating bucket, is also convenient for the first slot Maintenance.The number of transparent glass 92 can also be one, two, three, four etc., depending on actual use situation.

Above-mentioned Tumble-plating device is additionally provided with anode plate 40 and cathode wire 50, as is illustrated by figs. 11 and 12, overflow launder 301 with Anode plate 40 is equipped in gap between barrel plating bucket 10, such as anode plate 40 is three pieces, is enclosed in three surfaces of barrel plating bucket 10 On, and anode plate 40 is set in 10 inner cavity of barrel plating bucket, the top surface of the anode plate 40 outside barrel plating bucket 10 is not higher than The bottom surface of overflow hole 1084, cathode wire 50 are then arranged in barrel plating bucket 10, and contact with by plating workpiece.In barrel plating bucket Three anode plates 40 outside 10 all link together, and anode plate 40 is connected on the wall surface of the first slot 20 by support tube, close Discharge port and the anode plate of feed inlet side 40 can be hung on the second side baffle 108 of barrel plating bucket 10.Multiple anode plates are set 40, after anode plate 40 connects extraneous power supply, can to providing more cations in electroplate liquid so that cation be adsorbed on by It plates on workpiece, improves the electroplating efficiency by plating workpiece.In addition, opening up multiple through-holes on anode plate 40, anode plate is further increased 40 with the contact area of electroplate liquid, increase the content of cation in electroplate liquid.

As shown in Figure 12 and Figure 20, through-hole is opened up on two piece of second side baffle 108 of barrel plating bucket 10, is equipped with first in through-hole Connecting rod 41, first connecting rod 41, which is adopted, to be made from an insulative material, and for the area for further increasing anode plate 40, anode plate 40 includes One inverted V-shape plate, and the plate being molded on inverted V-shape plate one end is tilted, first is overlapped at the top of inverted V-shape plate In connecting rod 41, the bottom of first connecting rod 41 is equipped with the second connecting rod 42 and is arranged in the second connecting rod 42 with forming frame shape Multiple cathode wires 50, cathode wire 50 and anode plate 40 are in discrete state.Meanwhile the both ends of first connecting rod 41 are equipped with Third connecting rod 43, third connecting rod 43 are located at outside barrel plating bucket 10, and two third connecting rods 43 are connected to positioned at discharge port With the anode plate 40 at feed inlet so that anode plate 40 in barrel plating bucket 10 and the anode plate 40 outside barrel plating bucket 10 are connected to one It rises.

The second slot 304, regulating mechanism 307, cover plate 205, motor housing 206 in above-mentioned circulator 30 are then arranged in machine On frame 60 and it is located at outside frame-shaped construction.The side of upper cover 203 towards the motor housing 206 of first slot 20 extends to motor housing In 206 top opening, the top opening of motor housing 206 is covered, along the axial direction of barrel plating bucket 10, also in frame-shaped construction and upper cover There are two ornamental strips 91 for 203 edge setting.

Tumble-plating device in this embodiment will be first packed by plating workpiece when needing to be electroplated by plating workpiece and be located at front In barrel plating bucket 10, which is rotated clockwise, and to by plating workpiece plating, after plating is good, barrel plating bucket 10 rotates counterclockwise, Under the cooperation for scooping materials and parts 102 and material toggling part 103, it will be thrown by plating workpiece to one end positioned at 10 inner cavity of barrel plating bucket of transition piece 90 On, it is slid into diagonally downward on transition piece 90 in the barrel plating bucket 10 being located behind by plating workpiece, starts electroplating process, it is to be electroplated complete Afterwards, under the cooperation for scooping materials and parts 102 and material toggling part 103 in the barrel plating bucket 10, it will be thrown by plating workpiece to shedding mechanism 70, be passed through Entire Tumble-plating device is discharged by plating workpiece by what is be electroplated in shedding mechanism 70.In the plating process, circulator 30 makes each Electroplate liquid in the barrel plating bucket 10 of first inner chamber and Qi Nei forms Cycling And Utilizing Patterns.

Above-mentioned barrel plating bucket is formed by three-stage structure, increases the length of barrel plating bucket and the ratio of its diameter, so that barrel plating bucket The interior electroplate liquid volume that can be accommodated is more, more by the electroplate liquid that touches in the plating workpiece unit time, further increase by Plate the electroplating quality and efficiency of workpiece.

As interchangeable embodiment, it can also be not provided with above-mentioned rack 60, directly by transition piece 90 and unloader Structure 70 is all mounted on the first slot 20, and 80 one end of support frame is fixed in the first outlet of the first slot 20, and the other end sequentially passes through After the discharge ports of two barrel plating buckets 10, feed inlet, it is fixed in the first import of the first slot 20.As deformation, can not also set Above-mentioned support frame 80 is set, directly shedding mechanism 70 is fixed in first outlet, and to protrude into the first outlet corresponding for one end In barrel plating bucket 10, the other end is located at outside the first slot 20, and one end of transition piece 90 is fixed on the feed inlet of barrel plating bucket 10, the other end After stretching out the discharge port of the corresponding barrel plating bucket 10 of the feed inlet, extend at the feed inlet of barrel plating bucket 10 adjacent thereto.

Above-mentioned second inner chamber 2011, second outlet 2013 and third can also be not provided with as deformation, on kerve 201 Baffle 2014 need to only open up above-mentioned discharge port 2012 on the top of kerve 201.As deformation, kerve 201 can be the bottom of by Plate replaces.

As deformation, liquid-passing hole can not also be opened up on the wall surface of barrel plating bucket 10, due to the second side baffle 108 and barrel plating bucket It is rotatably connected between 10, there is gap therebetween, be connected between first inner chamber and the barrel plating bucket 10 in it by this gap.

The first side baffle 901 can also be not provided with as deformation, on transition piece 90.Further deformation, transition piece 90 may be used also Think other structures, the discharge port that only need to be fixedly connected, and be arranged on the adjacent face of adjacent barrel plating bucket 10 with the first slot 20 And between feed inlet, for barrel plating bucket 10 locating for feed inlet will to be transmitted to by plating workpiece barrel plating bucket 10 locating for the discharge port In.For example, the sliding rail being obliquely installed, is arranged slide plate or belt conveyor on the slide rail.

As deformation, it can also be not provided with above-mentioned regulating mechanism 307 and the second slot 304, above-mentioned overflow launder is only set 301, filter 302 and conveying member 303.Further deformation, can also be not provided with above-mentioned circulator 30.

As the variant embodiment in 10 structure of barrel plating bucket, as the deformation of the second side baffle 108, above-mentioned second side Arc convex 1083 can also be not provided on baffle 108.Above-mentioned fixation kit can also be other structures, such as be provided with side The open edge of annular groove on baffle peripheral outer wall face, the second annular slab 107 is caught in the annular groove, and realization rotatably connects It connects.Above-mentioned first annular plate 106 can also be not provided with, directly in first segment 1011 or second segment 1012 or third section 1013 Circumferential teeth wheel face is formed on peripheral outer wall face, is engaged with the gear in the second driving assembly.First baffle 1061 is direct at this time It is molded on the both ends of plate-shaped member 1021.

As deformation, it can also be not provided with above-mentioned first baffle 1061, the inner opposite end of material toggling part 103 extends at this time The connecting pin 10211 of plate-shaped member 1021.Above-mentioned second segment 1012 and third section 1013 can also be other regular polygon cylinders Body, such as regular quadrangle cylinder, regular pentagon cylinder, regular hexagon cylinder etc., the number of edges of the cylinder and the number for scooping materials and parts 102 Amount corresponds, and a material toggling part 103 is arranged on the inner wall on one side of regular polygon cylinder.Or second segment 1012 and third Section 1013 can also be hollow cylindrical tube.

As deformation, above-mentioned second segment 1012 can not also be corresponded with the material toggling part 103 in third section 1013, the The material toggling part 103 on material toggling part 103 and second segment 1012 on three section 1013 is located at the two sides for scooping materials and parts 102.Or The two sides that person part scoops materials and parts 102 can also be not provided with material toggling part 103, and the two sides or side for partially scooping materials and parts 102 are provided with The material toggling part 103 stated.Or part scoops the one or both sides of materials and parts and is correspondingly arranged on material toggling part, other material toggling parts are arranged second It is but not corresponding with the position for scooping materials and parts on the inner wall of section or third section, for example, positioned at it is two neighboring scoop between materials and parts or its His position, not with materials and parts position is scooped, corresponding material toggling part, inner end are extended at first segment 1011, and outboard end extends to second At the outer end of section 1012 or third section, the material toggling part of this part can also play the function of material toggling, will only be dialled in by plating workpiece It in first segment 1011, is directly dialled in the area Yao Liao 105.

That is, scooping materials and parts 102 is at least one, material toggling part 103 is at least one, multiple to scoop in materials and parts 102, at least one A materials and parts 102 that scoop are corresponding with a material toggling part 103, and the inner end of the material toggling part 103 extends to the corresponding materials and parts 102 that scoop Side-walls, the inner end of remaining material toggling part 103 extend to the first segment 1011, and the outboard end of all material toggling parts 103 extends to At the outer end of second segment 1012 or third section, and the inner end of material toggling part 103 and outboard end are in the circumferential at a distance of a predetermined rotation The distance of central angle.

As interchangeable embodiment, anode plate 40 can also be only set between the first slot 20 and barrel plating bucket 10, or Anode plate 40 is only arranged in person in barrel plating bucket 10, and the number of anode plate 40 can be one piece, two pieces, three pieces etc., specific to be arranged Number is depending on actual use situation.

The deformation of number is set as barrel plating bucket 10, passes through n partition in the first slot 20, the inner cavity of the first slot 20 is divided For n+1 first inner chamber, a barrel plating bucket 10 is set in each first inner chamber, accordingly the number of transition piece 90 is n+1, In, n is the integer for being greater than and being equal to 1, such as 1,2,3,4 etc..The number that barrel plating bucket 10 is arranged, according to actual use situation Fixed, in multiple barrel plating buckets 10, each barrel plating bucket 10 is coaxial and can be rotatably set, each barrel plating bucket 10 in its axis both ends of the surface Inlet port and outlet port have been separately formed, discharge port is respectively provided on the adjacent face of adjacent barrel plating bucket 10 and this can be accepted Feed inlet of the material mouth discharge by plating workpiece；The inlet port and outlet port of 10 end face outside of barrel plating bucket at both ends respectively correspond first into Mouth and first outlet.

Embodiment 2

The present embodiment provides a kind of Tumble-plating devices, as shown in figure 23, the area with the Tumble-plating device provided in embodiment 1 Be not only that: the structure of barrel plating bucket 10 is different, and 10, barrel plating bucket in this embodiment have first segment 1011 and second segment 1012, it is not provided with third section 1013, namely material toggling part 103 is equipped on the side for scooping materials and parts 102.Other structures and embodiment 1 In structure it is identical.

Embodiment 3

The present embodiment provides a kind of Tumble-plating devices, as shown in Fig. 8, Fig. 9 and Figure 10, and provide in embodiment 1 or embodiment 2 The difference of Tumble-plating device be only that: 1011 structure of first segment of barrel plating bucket 10 is different, and first segment 1011 is not to scoop material by each Part 102 is sequentially connected end to end in turn composition, and first segment 1011 is cylindrical hollow cylinder, and scooping materials and parts 102 is plate, is equably divided Cloth is on the circumferential inner wall face of the hollow cylinder, if a materials and parts 102 that scoop can also be unevenly distributed over hollow cylinder certainly On the face of circumferential inner wall face, the connecting pin 10211 for scooping materials and parts 102 at this time is directly anchored on the wall surface of first segment 1011, is being discharged When state, the area Yao Liao 105 formed between end 10212 and the circumferential wall of first segment 1011 upward is tilted.Other structures and reality The structure applied in example 1 or embodiment 2 is identical.

In this way of example, the regular polygon cylinder of first segment 1011 is replaced with to cylindrical hollow cylinder, is convenient for Processing and manufacturing.

Embodiment 4

The present embodiment provides a kind of Tumble-plating devices, as shown in figure 25, the difference with the Tumble-plating device provided in embodiment 3 Be only that: the structure of barrel plating bucket 10 is different, and mainly first segment 1011 and second segment 1012 are regular polygon cylinder, not individually Above-mentioned first annular plate 106 is set, is set up in the week of the inner wall directly between first segment 1011 and second segment 1012 There are multiple first baffles 1061, first segment 1011 is connected to by formation with second segment 1012 between two neighboring first baffle 1061 Channel, the inner opposite end of material toggling part 103 extend to first baffle 1061 discharge state front end namely material toggling part 103 it is interior Side one end extends to channel in the rear end of discharge state, will be flared being dialled by plating workpiece through channel in area 40 convenient for material toggling part 103 Enter in first segment 1011, and then is scooped materials and parts 102 and scoop up and be delivered on shedding mechanism.In addition, for convenient for barrel plating bucket with it is above-mentioned The second driving assembly in gear engagement, be separately provided one in the outside wall surface of first segment 1011 Yu 1012 junction of second segment A annular slab, or an annular slab, the annular slab are separately provided in the outside wall surface of first segment 1011 or second segment 1012 Circumferentially the flank of tooth, the circumference flank of tooth engage outside wall surface radially with gear.

As deformation, the above-mentioned materials and parts 102 that scoop can also scoop materials and parts 102 to be existing, for example, by above-mentioned plate-shaped member 1021 replacements are by protruding part, such as longitudinal cross-section is the protrusion of inverted V-shape；Or first segment 1011 is positive Polygonal barrel, Protrusion or plate-shaped member 1021 are equipped on the inner wall on a side of regular polygon cylinder；Or regular polygon cylinder One side is replaced by protruding part.As deformation, it can also be not provided with above-mentioned second segment and third section, and material toggling thereon First segment is only arranged in part.

The plate-shaped member 1021 or protruding part for only needing it to tilt with one end, the company of plate-shaped member 1021 or protruding part It connects end 10211 to be directly or indirectly fixed on the inner wall of first segment 1011, the tilting end of plate-shaped member 1021 or protruding part 10212 distance compared with connecting pin 10211 apart from center of rotation is smaller, and in plating working condition, connecting pin 10211 relatively tilts end 10212 are in the front of rotation direction, and in discharge state, before tilting end 10212 is in rotation direction compared with connecting pin 10211 Side.

Embodiment 5

The present embodiment provides a kind of barrel plating systems, including at least two embodiments 1 or embodiment 2 or embodiment 3 or implementation Any one Tumble-plating device provided in example 4, such as two, three, four, five etc., in two neighboring Tumble-plating device, it is located at One end of the shedding mechanism 70 of previous Tumble-plating device is protruded into 10 discharge port of barrel plating bucket of the Tumble-plating device, and the other end protrudes into position In in the feed inlet of the barrel plating bucket 10 of the latter Tumble-plating device and avoiding the region of transition piece 90, for by previous Tumble-plating device Interior is input in the barrel plating bucket 10 of the latter Tumble-plating device by plating workpiece.

Barrel plating system in this embodiment is electroplated or is cleaned to by plating workpiece using multiple Tumble-plating devices, adjacent In two Tumble-plating devices, the shedding mechanism 70 of previous Tumble-plating device is protruded into the feed inlet of the latter Tumble-plating device, and being convenient for will It is delivered in the latter Tumble-plating device in previous Tumble-plating device by plating workpiece and is electroplated or is cleaned, to form the company of multistage Continue electroplating assembly line, multiple plating or cleaning process, different barrel platings dresses can be carried out to by plating workpiece in each Tumble-plating device It sets and electroplating efficiency can be further improved to the electroplating work procedure for being carried out different phase by plating workpiece.

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

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

First slot (20) has inner cavity, opens up the first import and first outlet in opposite two side walls；Be arranged in its inner cavity to Few one is divided into the inner cavity on the partition (207) of at least two first inner chambers；

At least two barrel plating buckets (10) correspond to and a barrel plating bucket (10) are arranged in each first inner chamber, each described Barrel plating bucket (10) is coaxial and can be rotatably set, and each barrel plating bucket (10) has been separately formed charging in its axis both ends of the surface Mouthful and discharge port, be respectively provided with discharge port on the adjacent face of the adjacent barrel plating bucket (10) and discharge port discharge can be accepted By the feed inlet of plating workpiece；The inlet port and outlet port of barrel plating bucket (10) end face outside at both ends respectively correspond described first Import and first outlet；

Transition piece (90) is fixedly connected with first slot (20), and the adjacent face in the adjacent barrel plating bucket (10) is arranged On discharge port and feed inlet between, for feed inlet will to be transmitted to by plating workpiece barrel plating bucket (10) locating for the discharge port In the locating barrel plating bucket (10)；

Shedding mechanism (70) is arranged in the discharge outlet of the barrel plating bucket (10) of the both ends end face outside with discharge port, is used for Accept the workpiece of barrel plating bucket (10) discharge;

When being rotated in a first direction, a barrel plating bucket (10) is in the state of plating or cleaning workpiece, then the adjacent barrel plating Bucket (10) is in being thrown by plating workpiece to the state on the transition piece (90) or shedding mechanism (70) in it；Along with described the When one contrary second direction rotation, the barrel plating bucket (10), which is in, to be thrown by plating workpiece to the transition described in it State on part (90) or the shedding mechanism (70), and the adjacent barrel plating bucket (10) is in plating or cleans the workpiece State.

2. Tumble-plating device according to claim 1, it is characterised in that: the transition piece (90) is plate, and one end is through discharging Mouth protrudes into the corresponding barrel plating bucket (10), and the other end, which tilts down, protrudes into another adjacent with barrel plating bucket (10) described in this The feed inlet of barrel plating bucket (10).

3. Tumble-plating device according to claim 2, it is characterised in that: along the axial direction of the barrel plating bucket (10), the plate Two sidewalls on be provided with the first side baffle (901).

4. Tumble-plating device according to claim 1, it is characterised in that: offered on the wall surface of the barrel plating bucket (10) and its The liquid-passing hole of the corresponding first inner chamber connection.

5. Tumble-plating device described in any one of -4 according to claim 1, it is characterised in that: shedding mechanism (70) one end warp The discharge port of the barrel plating bucket (10) protrudes into the barrel plating bucket (10), and the other end is located at first slot (20) outside.

6. Tumble-plating device according to claim 5, it is characterised in that: along the axial direction of the barrel plating bucket (10), the discharging Mechanism (70) is arranged in a staggered manner with the transition piece (90).

7. Tumble-plating device described in any one of -4 according to claim 1, it is characterised in that:

First slot (20) includes kerve (201), the second gear being mounted in four peripheral wall surfaces of the kerve (201) top surface Plate (202), and the upper cover (203) that lid is located on the second baffle (202) top；The one group two pieces opposite second gear First import and first outlet are opened up on plate (202) respectively；The top of all second baffle (202) and kerve (201) The inner cavity of first slot (20) is surrounded between surface, the partition (207) is radially arranged in institute along the barrel plating bucket (10) On the top surface for stating kerve (201), to form the first inner chamber；The barrel plating bucket (10) is rotatably arranged in the bottom On the top surface of slot (201).

8. Tumble-plating device according to claim 7, it is characterised in that: have in the kerve (201) with described first in The one-to-one second inner chamber of chamber (2011) is opened up the first inner chamber and described second on the top of the kerve (201) The discharge port (2012) of inner cavity (2011) connection, and be sealingly disposed on the discharge port (2012) bottom and be located at described the Lid in two inner cavities (2011) opens up on the side wall of the kerve (201) one-to-one with the second inner chamber (2011) Second outlet (2013), sealed set has third baffle (2014) on the second outlet (2013).

9. Tumble-plating device according to claim 8, it is characterised in that: the top surface of the kerve (201) is in V-shape Face.

10. Tumble-plating device described in any one of -4 according to claim 1, it is characterised in that:

It further include rack, first slot (20), the transition piece (90) and the shedding mechanism (70) are installed in the machine On frame；

The shedding mechanism (70) is fixed in the rack by support frame (80), and one end of support frame as described above (80) is fixed on On one end of the rack, the other end connects after sequentially passing through the first outlet, discharge port, feed inlet and first import It is connected to the other end of the rack；

In the adjacent barrel plating bucket (10), one end of the transition piece (90) passes through going out for the barrel plating bucket (10) positioned at front Material mouth is extended at the feed inlet of the barrel plating bucket (10) and is tilted and is fixed on support frame as described above (80), and the other end extends to At the feed inlet for the barrel plating bucket (10) being located behind, the partition is located at the lower section of the transition piece (90).

11. Tumble-plating device described in any one of -4 according to claim 1, it is characterised in that: the barrel plating bucket (10) includes edge The axial hollow staving at least with first segment (1011) and second segment (1012)；

The inside of the first segment (1011) is circumferentially arranged to have at least one to scoop materials and parts (102), the second segment (1012) Inner wall 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 inner end of the material toggling part (103) extend to the corresponding side-walls for scooping materials and parts (102), The inner end of remaining material toggling part (103) extends to the first segment (1011), the outboard end of all material toggling parts (103) It extends at the outer end of the second segment (1012), and the inner end 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 in plating working condition, the inner end of the material toggling part (103) is relatively outer Side is in the front of rotation direction, and in discharge state, the outboard end of the material toggling part (103) is in rotation side compared with inner end To front.

12. Tumble-plating device according to claim 11, it is characterised in that: the staving further includes being fixed on institute along its axial direction State the third section (1013) on one end far from the second segment (1012) of first segment (1011)；The third section (1013) Inner wall is provided at least one described material toggling part (103) along its circumferential direction, and outboard end extends to the third section (1013) At outer end.

13. Tumble-plating device according to claim 11, it is characterised in that: described scoop materials and parts (102) are with one end tilting The connecting pin (10211) of plate-shaped member (1021) or protruding part, the plate-shaped member (1021) or protruding part directly or It connects and is fixed on the inner wall of the first segment (1011), the tilting end of the plate-shaped member (1021) or protruding part (10212) distance of the connecting pin (10211) apart from center of rotation is smaller, and in plating working condition, the connecting pin (10211) more described tilt end (10212) are in the front of rotation direction, and in discharge state, the tilting end (10212) compared with The connecting pin (10211) is in the front of rotation direction.

14. Tumble-plating device according to claim 13, it is characterised in that: described scoop materials and parts (102) are at least two, each The materials and parts (102) that scoop are sequentially connected end to end in turn to form the first segment (1011)；

The first segment (1011) includes the plate-shaped member (1021), and is connected to the adjacent plate-shaped member (1021) Interconnecting piece (1022) between the connecting pin (10211) and tilting end (10212)；

The interconnecting piece (1022) have the connecting pin (10211) for connecting the plate-shaped member (1021) along the of tangential setting The second part of a part of (10221) and the tilting end (10212) of the connection plate-shaped member (1021) being obliquely installed (10222)；The area Yao Liao is formed in the plate-shaped member (1021) and the interconnecting piece (1022) between first part (10221) (105).

15. a kind of barrel plating system, which is characterized in that including at least two barrel plating dresses as described in any one of claim 1-14 It sets, in the two neighboring Tumble-plating device, one end positioned at the shedding mechanism (70) of the previous Tumble-plating device is protruded into In barrel plating bucket (10) discharge port of the Tumble-plating device, the other end protrudes into the barrel plating bucket positioned at Tumble-plating device described in the latter (10) in feed inlet and avoid the regions of the transition piece (90), for by the previous Tumble-plating device by plating workpiece It is input in the barrel plating bucket (10) of Tumble-plating device described in the latter.