CN208275860U - Discharge tank, discharging equipment and Workpiece treating apparatus - Google Patents

Abstract

The utility model discloses a kind of discharge tank, discharging equipment and Workpiece treating apparatus.Discharge tank includes bucket ontology, first scoops materials and parts and first baffle, and bucket ontology is equipped with first charging aperture and the first discharge port；First, which scoops materials and parts, is arranged on the inner wall of bucket ontology and corresponds with the first discharge port；Where first baffle the first discharge port blocked in bucket ontology fixed with respect to bucket ontology on the outer surface of side wall；The first discharge port on first baffle is connected to when bucket ontology is rotated relative to first baffle with the first discharge port.Discharging equipment includes above-mentioned discharge tank, and Workpiece treating apparatus includes above-mentioned discharging equipment.Workpiece in drum is temporarily stored in barrel ontology, in bucket ontology rotation process, when any first discharge port is connected to the first discharge port, corresponding with first discharge port first scoop the workpiece that is scooped up on materials and parts can from the first discharge port from be discharged, realize the function of discharging, it avoids accumulating workpiece on the reclaiming plate of drum, it is ensured that drum can continuously carry out workpiece processing.

Description

Discharge tank, discharging equipment and Workpiece treating apparatus

Technical field

The utility model relates to electroplating technologies, and in particular to a kind of discharge tank, discharging equipment, Workpiece treating apparatus.

Background technique

In entire electroplating technology, needs to clean the workpiece after plating or before plating, it is logical to clean and be electroplated work It is completed frequently with drum.

For example, drum disclosed in Chinese patent literature CN206706239U, on the both sides of the face of the drum axially point Not She You inlet port and outlet port, be provided on the inner circumferential wall face of drum it is multiple scoop materials and parts, in drum rotation process, scoop material Part is used to that the workpiece being located in drum inner cavity to be stirred or be raised, and improves the electroplating effect of workpiece.The drum in use, It needs that the reclaiming plate from inside to outside and tilted down is arranged on discharge port；When needing to draw off plating piece out of drum, rolling In bucket rotation process, scooping materials and parts, workpiece raises and falls in reclaiming plate by treated, and workpiece slides downwards along reclaiming plate, realizes The function of discharging.

The drum of above structure needs disposably to handle a large amount of workpiece in drum to improve drum utilization rate；To work After part has been processed, drum needs in time go out the plating piece discharging in it, convenient for continuing barrel plating or cleaning next time Work, this makes that reclaiming plate is required in time to unsnatch a large amount of workpiece.But in the actual production process, due to the workpiece of subsequent handling Bearing capacity is few, needs the loading for being segmented the workpiece in drum, it is desirable that the discharging quantity in drum is small, this will lead to reclaiming plate The upper a large amount of workpiece of accumulation can not cache workpiece as the workpiece of accumulation is added on reclaiming plate, just force drum break-off, The working efficiency of drum can be reduced instead.

Utility model content

Therefore, the technical problem to be solved by the utility model is to the discharging quantity of existing drum is big, due to subsequent handling Workpiece is segmented to the loading for carrying out small lot, it is desirable that the discharging quantity in drum is small, this is easy to cause accumulates largely on reclaiming plate Workpiece force drum break-off, the working efficiency of drum can be reduced.

For this purpose, the utility model provides a kind of discharge tank, including

Bucket ontology, rotatably be arranged, the side wall of the bucket ontology axially be equipped at least one first charging aperture and At least one first discharge port；

At least one first scoops materials and parts, is arranged on the inner wall of the bucket ontology and a pair of with first discharge port one It answers；

First baffle, side wall where fixed first discharge port blocked in the bucket ontology of the relatively described bucket ontology Outer surface on；The first baffle is equipped at least one first discharge port, at least one described first discharge port is in the bucket It is connected to when ontology is rotated relative to the first baffle with corresponding first discharge port.

Preferably, above-mentioned discharge tank, described first scoops materials and parts by not opening up the bucket ontology of first discharge port Side wall tilt down and be arranged on the inner wall of the bucket ontology towards first discharge port direction.

Preferably, above-mentioned discharge tank further includes

Along the radial direction of the bucket ontology, it is arranged in described first and scoops second baffle on the inner end of materials and parts, described first It scoops and surrounds housing region between the inner wall of materials and parts and corresponding second baffle, bucket ontology；

Along the axial direction of the bucket ontology, the length of the second baffle scoops the length of materials and parts no more than described first, described At least one end of second baffle, which scoops to be formed between corresponding ipsilateral one end on materials and parts with described first, scoops material import.

It is further preferred that above-mentioned discharge tank, extend on the second baffle close to one end of first discharge port It is described to scoop material import close to the side wall for the bucket ontology for not opening up first discharge port to first discharge outlet.

Preferably, above-mentioned discharge tank, along the axial direction of the bucket ontology, the described first both ends for scooping materials and parts are extended respectively to Do not open up the side wall of the bucket ontology of first discharge port inner wall and first discharge outlet.

Preferably, above-mentioned discharge tank, the first charging aperture and first discharge port are provided with the bucket sheet respectively On the axial sides wall of body.

Preferably, above-mentioned discharge tank, first discharge port are at least two, and all first discharge ports are distributed in In the circumferential direction of the side wall of the bucket ontology.

Preferably, above-mentioned discharge tank, first discharge port are located at the center of circle horizontal line and the bucket of the bucket ontology Between the top of ontology.

Preferably, above-mentioned discharge tank, described first scoops and offers at least one first mesh on the wall surface of materials and parts.

The utility model provides a kind of discharging equipment, including

Discharge tank described in any of the above embodiments；

The lower section of first discharge port is arranged in guiding mechanism, for accepting the work of the first discharge port discharge Part simultaneously guides the workpiece to be delivered to splicing equipment.

Preferably, above-mentioned discharging equipment, the guiding mechanism include being arranged below first discharge port simultaneously downwards Inclined sliding slot, discharge gate is offered on the sliding slot, and the discharge gate protrudes into or is located above the splicing equipment.

It is further preferred that above-mentioned discharging equipment, the discharging equipment further includes being arranged below the sliding slot and having There is open-topped first buffering chamber, offers gap on the side wall of the sliding slot；First buffering chamber is for accepting from institute State the workpiece of opening position whereabouts；The discharge gate is located at the lower section of the gap.

It is further preferred that above-mentioned discharging equipment, side wall where first discharge port of the bucket ontology and described The second opening and the first relief hole of connection are offered on first baffle respectively；The discharge port of first buffering chamber passes through described First relief hole is connected to second opening.

The utility model provides a kind of Workpiece treating apparatus, including

First groove body has the first import and first outlet, for placing the medium to workpiece processing；

At least one drum is rotatably arranged in first groove body；On the two sidewalls of the drum axially Second charging aperture and the second discharge port are offered respectively；

Discharging equipment described in any of the above embodiments；

Conveying mechanism, for the workpiece in the drum inner cavity to be delivered in bucket ontology described in the discharging equipment In chamber.

Preferably, above-mentioned Workpiece treating apparatus has been removably secured at least one on the inner circumferential wall face of the drum Offered respectively on the circumferential wall of block screen plate, the screen plate and the drum at least one screen holes and at least one second Relief hole, second relief hole and the screen holes correspond, and the diameter of second relief hole is not less than described The diameter of screen holes.

It is further preferred that above-mentioned Workpiece treating apparatus, it is additionally provided with the web plate tilted down in first groove body, The material taking mouth docked with the bottom of the web plate is offered on the side wall of first groove body；

The drum is located at the top of the web plate, and the web plate falls for accepting in the drum through the screen holes Workpiece.

Preferably, above-mentioned Workpiece treating apparatus, the processing equipment further include the second groove body；

Bucket ontology in the discharge tank is installed in rotation in second groove body, far from institute on second groove body The one side wall for stating the second discharge port is equipped with the second discharge port corresponding with first discharge port；

The conveying mechanism, which tilts down, to be arranged and sequentially passes through and be overlapped on the second discharge port of the drum, the first slot Close to the side wall of second discharge port and the first charging aperture of the bucket ontology in the first outlet of body, second groove body On.

It is further preferred that above-mentioned Workpiece treating apparatus, close to the side of second discharge port on second groove body The 4th opening is additionally provided on wall；

The Workpiece treating apparatus further includes the second caching being arranged between first groove body and second groove body The bottom in storehouse, the conveying mechanism is located at or protrudes into second buffering chamber, and the discharge port of second buffering chamber passes through institute The 4th opening for stating the second groove body is connected to the first charging aperture.

Preferably, above-mentioned Workpiece treating apparatus, the one side wall on second groove body far from second discharge port are opened Third opening equipped with second outlet and below the second outlet；

The bucket ontology offers the second opening on the side wall where first discharge port；It is opened on the first baffle If the first relief hole；The bottom of the conveying mechanism be also successively threaded through the bucket ontology second opening and second groove body Second outlet on；

It further include the second buffering chamber being arranged between second groove body and the splicing equipment, second buffering chamber Positioned at the lower section of the conveying mechanism, and the workpiece to fall for accepting the conveying mechanism；The discharging of second buffering chamber Mouth is connected to second opening after passing sequentially through the third opening, first relief hole.

Preferably, above-mentioned Workpiece treating apparatus, the guiding mechanism include being arranged below first discharge port simultaneously The sliding slot tilted down, discharge gate is offered on the sliding slot, and the discharge gate protrudes into or is located above the splicing equipment；

The discharging equipment further includes being arranged below the sliding slot and having open-topped first buffering chamber, the cunning Gap is offered on the side wall of slot；First buffering chamber is used to accept the workpiece to fall from the opening position；The discharge gate Positioned at the lower section of the gap；

Second buffering chamber and first buffering chamber are the same buffering chamber.

Preferably, above-mentioned Workpiece treating apparatus further includes the splicing for collecting the workpiece that the discharging equipment is drawn off Equipment；

The splicing equipment includes the supporting element for tilting down setting, and hangs at least one receiving on the supporting element Basket accommodates the top opening of basket described in the workpiece face of the output of the discharging equipment.

Preferably, above-mentioned Workpiece treating apparatus, the processing equipment are cleaning equipment or rolling-plating equipment.

Technical solution provided by the utility model, has the advantages that

1. discharge tank provided by the utility model, including bucket ontology, at least one first scoop materials and parts and first baffle, bucket sheet Body is rotatably arranged, and the side wall of the bucket ontology axially is equipped at least one first charging aperture and at least one first goes out Material mouth；First, which scoops materials and parts, is arranged on the inner wall of the bucket ontology and corresponds with first discharge port；First baffle Where fixed first discharge port blocked in the bucket ontology of the relatively described bucket ontology on the outer surface of side wall；The gear Plate is equipped at least one first discharge port, at least one described first discharge port is in the bucket ontology flapper relatively It is connected to corresponding first discharge port.

The discharge tank of this structure, after workpiece has been processed in drum, the workpiece in drum is delivered to discharging by reclaiming plate Bucket in, be temporarily stored in barrel ontology, in bucket ontology rotation process, first, which scoops materials and parts, scoops up workpiece, due to first scoop materials and parts with First discharge port corresponds, and when any first discharge port is connected to the first discharge port on first baffle, first goes out with this Material mouth corresponding first scoops the workpiece scooped up on materials and parts and can be discharged from the first discharge port, the function of discharging is realized, to avoid Workpiece is accumulated on the reclaiming plate of drum, it is ensured that drum can continuously carry out workpiece processing；Meanwhile being temporarily stored in the intrinsic work of bucket Part will not be discharged in time, can be by the intrinsic workpiece of bucket when only meeting the first discharge port and being connected to the first discharge port Discharging, so that the workpiece discharging quantity of discharge tank is reduced, the demand of the workpiece of the low bearing capacity suitable for subsequent handling.

2. discharge tank provided by the utility model, described first scoops materials and parts by not opening up the bucket of first discharge port The side wall of ontology is tilted down towards first discharge port direction to be arranged on the inner wall of the bucket ontology.When the first discharging Mouth is with the first discharge port when being connected to, and corresponding with first discharge port first scoops workpiece on materials and parts under its own weight, It scoops sliding diagonally downward on materials and parts first and is discharged by the first discharge port, is further convenient for workpiece from the first discharge port Discharge, improves the speed of discharging.

3. discharge tank provided by the utility model further includes the radial direction along the bucket ontology, it is arranged and scoops material described first Second baffle on the inner end of part, described first scoops the inner wall of materials and parts and corresponding second baffle, bucket ontology Between surround housing region.The setting of second baffle scoops the workpiece that materials and parts scoop up for first and is blocked in housing region, prevent by The workpiece scooped up is scooped from first and is slid on materials and parts, it is ensured that when the first discharge port is connected to the first discharge port, have more workpiece from The discharge of the first discharge port of housing region.

4. discharge tank provided by the utility model, along the axial direction of the bucket ontology, the length of the second baffle is not more than Described first scoops the length of materials and parts, at least one end of the second baffle with described first scoop on materials and parts corresponding ipsilateral one end it Between formed scoop material import.The setting of material import is scooped, during rotation convenient for discharge tank, first scoops materials and parts will by scooping material import Workpiece is scooped into housing region.

5. discharge tank provided by the utility model, described first scoops and offers at least one first net on the wall surface of materials and parts Hole.The setting of first mesh falls back to bucket sheet through the first mesh convenient for scooping up the solution that the workpiece scooped on materials and parts first contains In the inner cavity of body, the effect of separation of solid and liquid is played.

6. discharging equipment provided by the utility model, discharge tank and guiding mechanism including any of the above-described, guiding mechanism The lower section of first discharge port is set, for accepting the workpiece of the first discharge port discharge and the workpiece being guided to convey To splicing equipment.Due to the discharging equipment use above-mentioned discharge tank so that the discharging equipment have caching workpiece and it is lower go out The performance of doses, with ensure in previous process section drum can continuous work, meet the low carrying of latter section of processing apparatus The demand of amount.

It further include being arranged below the sliding slot and having open-topped the 7. discharging equipment provided by the utility model One buffering chamber offers gap on the side wall of the sliding slot；First buffering chamber is used to accept from opening position whereabouts Workpiece；The discharge gate is located at the lower section of the gap.The setting of first buffering chamber prevents workpiece amount in sliding slot to be stacked, will Extra workpiece is fallen under gap in the first buffering chamber in sliding slot, plays the role of further caching.

8. discharging equipment provided by the utility model, side wall where first discharge port of the bucket ontology and described The second opening and the first relief hole of connection are offered on first baffle；The discharge port of first buffering chamber passes through described first Relief hole is connected to second opening, the workpiece in the first buffering chamber is transported to again in the inner cavity of barrel ontology, then through discharging Bucket carries out discharging.

9. Workpiece treating apparatus provided by the utility model, including the first groove body, drum, conveying mechanism and any of the above-described Discharging equipment.Wherein, the first groove body has the first import and first outlet, for placing the medium to workpiece processing；Drum It is rotatably arranged in first groove body；Offered respectively on the two sidewalls of the drum axially second charging aperture and Second discharge port；Conveying mechanism is used to the workpiece in the drum inner cavity being delivered to bucket ontology described in the discharging equipment In inner cavity.The Workpiece treating apparatus of this structure, due to using above-mentioned discharging equipment, so that will not heap on the conveying mechanism of drum Product workpiece, the interior workpiece handled of drum is temporarily stored in discharge tank, and passes through discharge tank discharging, after reducing load to meet The demand of the less bearing capacity of continuous process；Simultaneously, it is ensured that drum is able to carry out continuous work.

10. the Workpiece treating apparatus of the utility model, it has been removably secured at least on the inner circumferential wall face of the drum Offered respectively on the circumferential wall of one piece of screen plate, the screen plate and the drum at least one screen holes and at least one the Two relief holes, second relief hole and screen holes correspond, and the diameter of the second relief hole is not less than the screen holes Diameter.The effect of screen holes is to be located in drum inner cavity, and the workpiece more than or equal to the aperture of the screen holes is used as conjunction Lattice workpiece stays in drum, will be less than the workpiece in the aperture of screen holes as unqualified workpiece, passes through screen holes and second and step down It is fallen under hole in the first groove body inner cavity, realizes the function of automatic screening workpiece in drum.Screen plate is removably attached to roll On bucket inner wall, make with the passage for using the time, when the screen holes on screen plate can be blocked by workpiece, can will sieve at this time Plate is selected to disassemble, the screen plate more renewed when preventing from being directly provided with screen holes on the wall surface of drum, screens hole plug Afterwards, replacement cost is high, or even can not replace, and needs to prepare the risk of drum again.

11. Workpiece treating apparatus provided by the utility model, it is additionally provided with the web plate tilted down in first groove body, The material taking mouth docked with the bottom of the web plate is offered on the side wall of first groove body；The drum is located at the web plate Top, the web plate are used to accept the workpiece to fall in the drum through the screen holes.The unqualified workpiece filtered out falls It is slipped down at material taking mouth on web plate, and along inclined meshed plate, through taking unqualified workpiece away at material taking mouth；Meanwhile on web plate The mesh opened up is fallen after rise in the first groove body convenient for solution entrained by unqualified workpiece through mesh.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the discharge tank provided in the utility model embodiment 1；

Fig. 2 is the structural schematic diagram of the bucket ontology of discharge tank in Fig. 1；

Fig. 3 is that bucket ontology removes with the structural schematic diagram after the side wall where the first discharge port in Fig. 2；

Fig. 4 is the structural schematic diagram of the first baffle of discharge tank in Fig. 1；

Fig. 5 is the structural schematic diagram of the discharging equipment provided in the utility model embodiment 2；

Fig. 6 is the structural schematic diagram of the second groove body in the Workpiece treating apparatus provided in the utility model embodiment 3；

Fig. 7 is the structural schematic diagram of the Workpiece treating apparatus provided in the utility model embodiment 3；

Fig. 8 is that Workpiece treating apparatus removes the structural schematic diagram after pedestal, the second cover board in Fig. 7；

Fig. 9 is the partial structural diagram of Workpiece treating apparatus in Fig. 8；

Figure 10 is the signal in Fig. 9 in Workpiece treating apparatus after drum, the first groove body, discharging equipment and the assembly of splicing equipment Figure；

Figure 11 is the structural schematic diagram of the drum of Workpiece treating apparatus in Figure 10；

Figure 12 is that drum removes the schematic diagram of internal structure after side wall in Figure 11；

Figure 13 is discharge tank in Workpiece treating apparatus in Fig. 8 and the partial schematic diagram after conveying mechanism, spray tube cooperation；

Figure 14 is the structural schematic diagram of the splicing equipment in Fig. 8 in Workpiece treating apparatus；

Figure 15 is the hook and supporting element of splicing equipment in Figure 14, the schematic diagram after the cooperation of titanium basket；

Figure 16 is the structural schematic diagram of the discharge tank provided in embodiment 4 (backwards to first baffle direction)；

Figure 17 is the structural schematic diagram of discharge tank in Figure 16 (towards first baffle direction)；

Figure 18 is that discharge tank removes the structural schematic diagram after first baffle in Figure 17；

Figure 19 is the structural schematic diagram of the processing equipment with discharge tank shown in Figure 16 or Figure 17；

Figure 20 is the structural schematic diagram of the discharging equipment and the cooperation of the second buffering chamber in Figure 19；

Figure 21 is that discharging equipment removes the structural schematic diagram cooperated after sliding slot with the second buffering chamber (towards sliding slot one in Figure 20 Side)；

Figure 22 is the structural schematic diagram of the Workpiece treating apparatus with the discharging equipment in Figure 19 provided in embodiment 4；

Description of symbols:

11- first baffle；The first discharge port of 111-；The first relief hole of 112-；12- barrels of ontologies；121- first charging aperture； The first discharge port of 122-；123- second is open；13- first scoops materials and parts；14- second baffle；The housing region 15-；16- scoop expect into Mouthful；17- transition plates；

2- sliding slot；21- discharge gate；22- gap；

The first buffering chamber of 31-；The first plate of 311-；312- the Second Board；313- third plate；The second buffering chamber of 32-；

The first groove body of 41-；413- material taking mouth；42- drum；421- second charging aperture；The second discharge port of 422-；423- second Relief hole；424- web plate；425- second scoops materials and parts；426- third baffle；427- stock guide；428- screen plate；4281- screening Hole；429- overflow hole；

5- conveying mechanism；

The second groove body of 6-；61- resigning region；62- second outlet；63- third opening；The second discharge port of 64-；65- the 4th Opening；

7- splicing equipment；71- supporting element；72- hook；73- accommodates basket；74- containing liquid chamber；

81- first motor；The second motor of 82-；The first outlet tube of 83-；The second outlet tube of 84-；85- overflow launder；86- summarizes Pipe；

The second cover board of 91-；92- side plate；93- spray tube.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical Novel protected range.

It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the One ", " second ", " third " are 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 " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

In addition, as long as technical characteristic involved in the utility model different embodiments disclosed below is each other Not constituting conflict can be combined with each other.

Embodiment 1

The present embodiment provides a kind of discharge tanks, as shown in Figures 1 to 4, including first baffle 11, bucket ontology 12 and multiple One scoops materials and parts 13.Wherein, bucket ontology 12 is relative to the rotatably setting of first baffle 11；The bucket ontology 12 is axially A first charging aperture 121 and multiple first discharge ports 122 are respectively provided on two sidewalls, multiple first discharge ports 122 are in bucket sheet It is in circumferentially distributed on the side wall of body 12, such as 10 the first discharge ports, 122,10 the first discharge ports 122 is set and are evenly distributed on In bucket 12 one side wall circumferential direction of ontology, along the circumferential direction of bucket ontology 12, it is separated by 36 degree between two neighboring first discharge port 122.

As shown in Figures 2 and 3, multiple first materials and parts 13 and the first discharge port 122 one-to-one correspondence are scooped；First, which scoops materials and parts 13, sets It sets on the inner wall of the bucket ontology 12, described first scoops on materials and parts 13 close to the extension of one end of first discharge port 122 At to corresponding first discharge port 122, first, which scoops materials and parts 13, extends to first close to one end of first charging aperture 121 On the inner wall of side wall where feed inlet 121.For example, first scoops materials and parts 13 in plate, first scoops materials and parts 13 perpendicular to respective The tangential direction of the inner wall at place is fixed on the inner wall of barrel ontology 12.

As shown in Fig. 4 and Fig. 1, first discharge port 111 is offered on first baffle 11, for example, the first discharge port 111 Between the center of circle horizontal line of the bucket ontology 12 and the top of the bucket ontology 12, upper right side as shown in figure 1.Preferably, The size of first discharge port 111 is greater than the size of the first discharge port 122 or the size of the first discharge port 111 and the first discharging The size of mouth 122 is adapted.

Fixed first discharge port 122 blocked in the bucket ontology 12 of the opposite barrel ontology 12 of the first baffle 11 On the outer surface of place side wall；First discharge port 111 goes out when bucket ontology 12 is rotated relative to first baffle 11 with corresponding first Material mouth 122 is connected to.

For example, the workpiece in drum 42 is first temporarily stored in 12 inner cavity of barrel ontology through reclaiming plate in the prior art, bucket ontology 12 Upper setting ten equally distributed first discharge ports 122 and first scoop materials and parts 13；When bucket ontology 12 rotates in the counterclockwise direction, First, which scoops materials and parts 13, scoops the workpiece being located in 12 inner cavity of bucket ontology and scoops on materials and parts 13 first, and bucket ontology 12 continues along counterclockwise Rotation, if rotate 36 degree, first discharge port 122 on bucket ontology 12 is just turned at the first discharge port 111, the One discharge port 111 is connected to first discharge port 122, and bucket ontology 12 stops operating at this time, be located at first discharge port 122 pair First answered scoops the workpiece on materials and parts 13 and will be discharged outside discharge tank through the first discharge port 111, to realize discharge process；It can be with Size by changing the first discharge port 111 and the first discharge port 122 is come gradually to control the load of discharge tank by work Part is discharged through the first discharge port 111, to accumulate on the reclaiming plate in drum 42 without workpiece, drum 42 can continuously work, Improve the working efficiency of drum 42.

In addition, it is necessary to explanation: when only opening up first discharge port in the present embodiment, when first discharge port 122 turn to when being connected to the first discharge port 111, and discharge tank can realize discharge process；In the case of other, even if bucket ontology 12 rotations, first baffle 11 can shelter from the first all discharge ports 122, and discharge tank is not in discharge process, thus real Now to the control of workpiece discharging quantity in discharge tank.

As shown in figure 3, described first scoops materials and parts 13 by the first charging aperture 121 towards 122 side of the first discharge port It is arranged on the inner wall of the bucket ontology 12 to tilting down, first be obliquely installed scoops materials and parts 13 and be convenient in the first discharge port 122 with the first discharge port 111 when being connected to, and the inclined surface that workpiece scoops materials and parts 13 along first under self gravity slides into automatically At one discharge port 111, guiding role is played, is further exported outside discharge tank convenient for scooping the workpiece scooped up on materials and parts 13 by first.

For example, first scoops the tilt angle formed between materials and parts 13 and the axis of bucket ontology 12 as greater than 0 degree and less than 90 Degree, for example, 15 degree, 10 degree, 20 degree, 5 degree of inclination etc., specific tilt angle is depending on actual use situation, tilt angle It is bigger, the workpiece on materials and parts 13 is scooped positioned at first to be easier to slide at the first discharge port 111.

As shown in figure 3, discharge tank further includes being arranged in described first to scoop in materials and parts 13 along the radial direction of the bucket ontology 12 Second baffle 14 on side, second baffle 14 and first scoop the one-to-one correspondence of materials and parts 13, described first scoop materials and parts 13 with it is respective right Housing region 15 is surrounded between the inner wall of the second baffle 14, bucket ontology 12 answered, along the axial direction of the bucket ontology 12, institute The length for stating second baffle 14 is less than the described first length for scooping materials and parts 13, and one end of the second baffle 14 is scooped with described first It is formed between corresponding ipsilateral one end on materials and parts 13 and scoops material import 16.For example, scooping material import 16 close to the first charging aperture 121 Side.For example, 14 triangular shape of second baffle or trapezoidal, quadrangle etc..

The setting of second baffle 14, the inner end for preventing the workpiece entered in housing region 15 from scooping materials and parts 13 through first slide It goes out, it is ensured that discharge tank during the work time, there is the workpiece of sufficient amount in housing region 15.Meanwhile the setting of material import 16 is scooped, Convenient for when bucket ontology 12 rotates, the workpiece being located in bucket ontology 12 is scooped into housing region 15.In addition, when in discharge tank Workpiece is in solution, and scoop material import 16 opens up the inner cavity that barrel ontology 12 is also returned to for the solution drips in housing region 15 In, realize the separation of workpiece and solution.

In order to enable the workpiece in housing region 15 separated with solution more thoroughly, also scoop materials and parts 13 and second gear first Multiple first mesh are offered on plate 14 respectively, the aperture of first mesh is less than the outer dimension of workpiece, only allows to be located at and hold The solution received in region 15 passes through, so that solution turns again in the inner cavity of barrel ontology 12, realizes the function of separation of solid and liquid.As Deformation, the first mesh can also only be provided with first and scoop on materials and parts 13 or on second baffle 14, can be realized housing region Solution in 15 falls back to the function in barrel ontology 12.

The discharge tank of the present embodiment, when being provided with solution in bucket ontology 12, such as cleaning solution, if bucket ontology 12 is along inverse Hour hands rotate when, realize discharge process, then when bucket ontology 12 along rotate clockwise when, first, which scoops materials and parts 13, can scoop up workpiece, and Workpiece in housing region 15 can be thrown to come, realize and workpiece is stirred, so that workpiece comes into full contact with cleaning solution, risen To further cleaning function.

As first interchangeable variant embodiment of embodiment 1, the first discharge port 111 can also be two, three It is a, four etc., for example, the left side of first baffle 11 is also provided with first discharge port 111 in Fig. 1, when 12 edge of bucket ontology When rotationally clockwise, realize that the first discharge port through being located at left side realizes material unloading function；As long as bucket ontology 12 was rotating Cheng Zhong, when first discharge port 122 is connected to first discharge port 111, so that it may realize above-mentioned material unloading function, if Multiple first discharge ports 111 are set, the workpiece convenient for the output of the first discharge port 111 is delivered to subsequent different process section, Duo Ge One discharge port 111 can also increase discharging quantity.The setting of first discharge port 111 can be unloaded according to required for actual use situation Depending on the demand of doses.As further deformation, other positions of first baffle 11 can also be arranged in the first discharge port 111 It sets, such as between the middle part and bottom of bucket ontology 12, or top or bottom position positioned at bucket ontology 12, can rise To the function of discharging.

As second interchangeable embodiment of embodiment 1, first scoop on materials and parts 13 and second baffle 14 can be with It is not provided with the first mesh；It is fallen after rise in 12 inner cavity of bucket ontology positioned at solution in housing region 15 by scooping material import 16.

As the interchangeable embodiment of third of embodiment 1, the first discharge port 122 can also be in the side of bucket ontology 12 Uneven distribution on wall need to be only distributed on the same circumference, when convenient for the rotation of bucket ontology, the first discharge port 122 and the first discharging Mouth 111 is connected to, and then realizes material unloading function.As further deformation, the first discharge port 122 can also be one, two, three A, four, five, six, seven etc., it is specific number is set according to actual needs depending on, only need at least be arranged one first Discharge port 122, it will be able to which in bucket ontology 12 when turning to required angle, the first discharge port 122 is connected to the first discharge port 111 ?.

As the 4th interchangeable embodiment of embodiment 1, first scoop materials and parts 13 can also in other shapes, such as First scoops materials and parts 13 in the hopper with sunk area, and the opening of sunk area is connected to the inner cavity of bucket ontology 12.As into one The deformation of step, along the axial direction of bucket ontology 12, first, which scoops materials and parts 13, does not extend to the first charging close to one end of first charging aperture 121 On the inner wall of side wall where mouth 121；Alternatively, first scoops materials and parts 13 and does not extend to close to one end of the first discharge port 122 At the inner wall of side wall where one discharge port 122, first is only needed to scoop materials and parts 13 close to one end and first of the first discharge port 122 The gap between side wall where discharge port 122 is less than the outer dimension of workpiece, it will be able to scoop materials and parts 13 and bucket ontology first Housing region 15 is surrounded between 12 inner wall, realizes above-mentioned material unloading function.

As the 5th interchangeable embodiment of embodiment 1, along the axial direction of bucket ontology 12, second baffle 14 is close to One end at one discharge port 122 can also not extend at the first discharge port 122, and second baffle 14 can also play blocking and be located at The effect of workpiece in housing region 15 only stops degree relatively low spot.As further deformation, second baffle 14 is leaned on One end of nearly first charging aperture 121 can also extend on the inner wall of the side wall where first charging aperture 121, will scoop material import 16 are arranged in close to the side of the first discharge port 122.As further deformation, can also only be scooped the first of part Second baffle 14 is set on materials and parts 13, and part first, which scoops, is not provided with second baffle 14 on materials and parts 13；As further deformation, edge The axial direction of bucket ontology, the equal length that the length of second baffle 14 scoops materials and parts with first do not form above-mentioned scooping and expect import 16；Or The further deformation of person's conduct, scoops first and is not provided with second baffle 14 on materials and parts 13, relies only on first and scoops the general of materials and parts 13 Workpiece scoops on the surface thereof, also can be realized above-mentioned material unloading function.

As the 6th interchangeable embodiment of embodiment 1, first, which scoops materials and parts 13, to be inclined to set On the inner wall of bucket ontology 12, first scoops materials and parts 13 is arranged in parallel in the axis with bucket ontology 12, can will also be located at receiving area Workpiece in domain 15 is slipped at the first discharge port 111, realizes material unloading function.

In for the above embodiment, the first charging aperture 121 opened up on bucket ontology 12 can be one, two, three Etc., the specific number that is arranged need to only be realized and the workpiece in drum 42 is packed into bucket ontology 12 depending on actual use situation In chamber.

Embodiment 2

The present embodiment provides a kind of discharging equipments, and discharge tank including any one embodiment provided in embodiment 1 is led To mechanism and the first buffering chamber 31.

As shown in figure 5, the lower section of first discharge port 111 is arranged in guiding mechanism, for accepting first discharging The workpiece of 111 discharge of mouth simultaneously guide the workpiece to be delivered to splicing equipment 7.Guiding mechanism includes being arranged in first discharge port 111 lower sections and the sliding slot 2 that tilts down offer discharge gate 21 on the bottom of the sliding slot 2, and splicing equipment 7 is arranged in discharge The lower section of mouth 21, for accepting the workpiece being discharged from discharge gate 21.Workpiece is after the discharge of the first discharge port 111 in sliding slot 2 It slides to discharge gate 21 downwards, finally enters in splicing equipment 7.

As shown in figure 5, sliding slot 2 is inclined to set from top to bottom, and the groove width of sliding slot 2 is gradually reduced from top to bottom, Play the buffer function to workpiece.It prevents the workpiece in sliding slot 2 from splashing away, is provided with cover board on the top of sliding slot 2, by work Part is limited in sliding slot 2.

First buffering chamber 31 is arranged below the sliding slot 2, and the first buffering chamber 31 has top opening, the side wall of sliding slot 2 On offer gap 22 (for example, side wall on) at preceding extreme direction in Fig. 5, discharge gate 21 is located at the lower section of gap 22, slits Mouth 22 is located at the top of the first buffering chamber 31, and when the workpiece amount in sliding slot 2 is excessive, the workpiece in sliding slot 2 can be through slitting It is fallen in the first buffering chamber 31 under mouth 22, prevents workpiece in sliding slot 2 excessive, the excessive problem of bearing capacity in sliding slot 2.For convenient for sight The workpiece whereabouts situation at gap 22 is examined, is not provided with covering from 2 top opening of sliding slot between the 22 to the first discharge port of gap 111 Plate.

As shown in figure 5, the first buffering chamber 31 is made of bottom surface and the sidewall paneling being arranged on the edge of bottom surface, bottom surface is again Including three pieces of plates, respectively the first plate 311, the Second Board 312 and third plate 313.The Second Board 312 is embedded in the first plate Between block 311 and third plate 313, the first plate 311 is in tilt down setting from the first discharge port 111 towards discharge gate 21； The Second Board 312 tilts down setting, third plate 313 and the first plate from discharge gate 21 towards 111 direction of the first discharge port 311 be in be obliquely installed in the same direction；The top of the Second Board 312 is connected to the bottom of the first plate 311, third plate 313.Work as sliding slot When workpiece in 2 is through falling on the first buffering chamber under gap 22, under fall in workpiece on the first plate 311 along the first plate 311 It slides down on the Second Board 312, further along 312 slide downward of the Second Board.

As shown in Figures 2 and 3, the side wall and the first baffle 11 where first discharge port 122 of bucket ontology 12 On offer the second opening 123 and first relief hole 112 of connection；First buffering chamber 31 is where the bottom of the Second Board 312 Position at offer discharge port, the discharge port of first buffering chamber 31 is connected to described by first relief hole 112 Second opening 123, to realize that the workpiece that will be collected in the first buffering chamber 31 is defeated through the first relief hole 112 and the second opening 123 It send to bucket ontology 12, plays buffer function.For example, plate, the inner hole of annular slab form above-mentioned first baffle 11 in a ring First relief hole 112.

The discharging equipment of this embodiment divides by sliding slot 2 in the workpiece that discharge tank is transferred out through the first discharge port 111 and is Two parts, a part of workpiece slide at discharge gate 21, are delivered in splicing equipment 7；Another part, which passes through under gap 22, to be fallen in Caching in first buffering chamber 31, and being delivered in barrel ontology 12 by the discharge port of the first buffering chamber 31, it is subsequent when needing to discharge, The first discharge port 111 for again passing by discharge tank is delivered in sliding slot 2.In addition, the workpiece amount in sliding slot 2 is just adapted to connect When expecting the bearing capacity of equipment 7, gap 22 can not also be opened up, or baffle is set at gap 22, makes the workpiece in sliding slot 2 complete Portion is delivered to splicing equipment 7 through discharge gate 21.

In addition, the workpiece in existing drum 42 can pass through the first of bucket ontology 12 by reclaiming plate or conveying mechanism 5 It is protruded into the first buffering chamber 31 after the first relief hole 112 in the opening of feed inlet 121, second 123 and first baffle 11, by workpiece It is delivered in the first buffering chamber 31, is inputted in barrel ontology 12 again after being cached in the first buffering chamber 31, further reduce discharging The discharging speed and load of bucket.

As first interchangeable embodiment of embodiment 2, the first resigning can not also be opened up on first baffle 11 Hole 112 can not also open up the second opening 123 on bucket ontology 12, and the discharge port of the first buffering chamber 31 can be directly connected to out The first charging aperture 121 of charging basket also can be realized the inner cavity that the workpiece in the first buffering chamber 31 is delivered to barrel ontology 12 In, such as by the way that conveyer is arranged, the discharge port of the first buffering chamber 31 is connect with first charging aperture 121.

As second interchangeable embodiment of embodiment 2, the bottom surface of the first buffering chamber 31 can also only be arranged one The plate that block is obliquely installed, or only it is horizontally disposed with one piece of plate；The structure of first buffering chamber 31 can also be other structures, only It needs it with top opening, the workpiece to fall at gap 22 in sliding slot 2 can be undertaken in its inner cavity, play the role of caching i.e. It can.As further deformation, above-mentioned discharging equipment can also be not provided with the first buffering chamber 31, accordingly, the side wall of sliding slot 2 On without opening up gap 22.

As the third alternative embodiments of embodiment 2, cover board can also be not provided on sliding slot 2, discharge gate 21 is also It can be provided on the side wall of sliding slot 2.As the deformation of guiding mechanism, guiding mechanism can also be other structures, such as from upper Conveyer or slide plate for being obliquely installed under etc..As further deformation, above-mentioned Guiding machine can also be not provided with Structure.

Embodiment 3

The present embodiment provides a kind of Workpiece treating apparatus, such as cleaning equipment, as shown in Fig. 6 to Figure 13 comprising first The discharging equipment and conveying mechanism 5 provided in 41, drums 42 of groove body, embodiment 2.Wherein, the first groove body 41 has first Import and first outlet, for placing the medium to workpiece processing；Drum 42 is rotatably arranged in first groove body 41； The drum 42 offers second charging aperture 421 and the second discharge port 422 on two sidewalls axially respectively；First import with Second charging aperture 421 is connected to, and first outlet is connected to the second discharge port 422；Conveying mechanism 5 is used for will be in 42 inner cavity of drum Workpiece be delivered in the discharging equipment in the inner cavity of bucket ontology 12.

As is illustrated by figs. 11 and 12, the circumferential wall of drum 42 second is scooped materials and parts 425 and is formed by multiple head and the tail connect, and Two to scoop materials and parts 425 include the bending plate with concave internal cavity, and the connection plate being arranged on bending plate one end, is connected on plate Offer multiple second relief holes 423；And it is removably attached to the screen plate 428 on connection plate inner wall, screen plate 428 On offer multiple screen holes 4281, the second relief hole 423 corresponds with screen holes 4281, and the second relief hole 423 Diameter is not less than the diameter of the screen holes 4281.Such as second relief hole 423 diameter be equal to screen holes 4281 diameter.

Preferably, the diameter of the second relief hole 423 be greater than screen holes 4281 diameter, the effect of screen holes 4281 be by In 42 inner cavity of drum, the workpiece more than or equal to the aperture of the screen holes 4281 stays in drum 42 as qualified workpiece, The workpiece in the aperture of screen holes 4281 will be less than as unqualified workpiece, screen holes 4281 are passed through and the second relief hole 423 falls In 41 inner cavity of the first groove body, the function of automatic screening workpiece in drum 42 is realized.For example, screen plate 428 is preferably stainless steel Plate or other metal plates with some strength.Why screen plate 428 is removably attached on drum inner wall The reason of be: with the passage for using the time, screen holes 4281 on screen plate 428 can be blocked by workpiece, at this time Screen plate 428 is disassembled, the screen plate 428 more renewed prevents from being directly provided with screen holes 4281 on the wall surface of drum When, after screen holes 4281 block, replacement cost is high, or even can not replace, and needs to prepare the risk of drum again.

In addition, second to scoop materials and parts further include the third baffle 426 positioned at bending plate two sides, and in the upper of third baffle 426 Side be tiltedly installed with stock guide 427, the stock guide 427 being obliquely installed convenient for scoop up workpiece when, workpiece along stock guide 427 side Wall slides into the sunk area of bending plate.For drum 42, when drum 42 along rotate forward when (clockwise), second scoops material Part 425 constantly raises workpiece, plays the role of stirring workpiece, workpiece is constantly cleaned in drum 42；On the contrary, when rolling Bucket 42 along (counterclockwise) when rotating backward, second scoop materials and parts 425 workpiece scooped up is raised and be delivered to conveying mechanism 5 (under Mounting means is referred in text) on.

Ring gear is provided in the circumferential exterior surface of drum 42, the second motor 82 drives multiple first gears to rotate, the One gear is engaged with ring gear, to realize the rotation of the second motor driven drum 42.

As shown in figure 9, the first groove body 41 is in the shape of the letter V, table in the two sidewalls inner surface of the V-shaped of the first groove body 41 and bottom Support wheel is set on face, and drum 42 may be rotatably mounted on support wheel.It is additionally provided in the first groove body 41 by first outlet court The web plate 424 of setting is tilted down to the first import direction, is offered on the side wall of first groove body 41 and the web plate 424 Bottom docking material taking mouth 413；The drum 42 is located at the top of the web plate 424, and the web plate 424 is described for accepting The unqualified workpiece to fall in drum 42 through the screen holes 4281.Do not conformed in drum 42 by what the whereabouts of screen holes 4281 came out Lattice workpiece, under fall on web plate 424, and along web plate 424 towards material taking mouth 413 slide, when needing to take out unqualified workpiece, The cover board on material taking mouth 413 need to be only opened, unqualified workpiece can be taken out.Mesh is offered on web plate 424, mesh is set It sets, so that cleaning solution entrained by unqualified workpiece is dropped in the first groove body 41 through mesh.

As shown in Fig. 6, Fig. 8 and Figure 10, above-mentioned processing equipment further includes the second groove body 6, and bucket ontology can turn in discharge tank It is mounted in second groove body 6 dynamicly, first baffle is fixed in the second groove body；Second groove body 6 goes out close to described second There is resigning region 61 on the side wall surface of material mouth 422；One side wall far from second discharge port 422 offers second outlet 62, second discharge port 64 corresponding with first discharge port 111, and the third opening 63 positioned at 62 lower section of second outlet.

In actual use, there are gaps between the side wall at 64 place of first baffle 11 and the second discharge port, at this time When preventing the workpiece at the first discharge port 111 from sliding at the second discharge port 64, workpiece is fallen after rise from this gap in the second groove body 6 It is interior, it needs that transition plates 17, transition plates 17 is arranged between the inner surface of the side wall where first baffle 11 and the second discharge port 64 Third discharge port is offered at upper the second discharge port of correspondence 64, so that three discharge ports keep connection；Meanwhile in transition plates 17 Offer opening corresponding with second outlet 62.

Specifically, the second groove body 6 is also preferably in the shape of the letter V, the bucket ontology of discharge tank is also that can be rotated by support wheel Ground is arranged in the second groove body 6, ring gear is provided on the peripheral outer wall face of bucket ontology, bucket ontology is also to pass through first motor 81 driving second gear rotations, second gear is engaged with the ring gear in bucket body peripheral outside wall surface, and then drives bucket ontology Rotation.

As shown in figs, processing equipment further includes the second buffering chamber 32, the second buffering chamber 32 and reality in the present embodiment Applying the first buffering chamber 31 in example 2 is the same buffering chamber；Conveying mechanism 5 is reclaiming plate, and reclaiming plate tilts down setting, and according to Secondary the second discharge port 422 for passing through and being overlapped on the drum 42, the first outlet of the first groove body 41, second groove body 6 First resigning in resigning region 61, the first charging aperture 121 of bucket ontology 12, the second opening 123 of bucket ontology 12, first baffle 11 Hole 112, the second groove body 6 second outlet 62 on and be located at the top of the first buffering chamber 31, the workpiece quilt handled in drum 42 Second, which scoops materials and parts, throws to reclaiming plate, and workpiece slides on reclaiming plate diagonally downward in the first buffering chamber 31, using first Third opening the 63, first relief hole 112 opened up on the discharge port of buffering chamber 31, the second groove body 6 and the second opening 123 are delivered to In the inner cavity of bucket ontology 12.The workpiece in drum 42 is first temporarily stored in the first buffering chamber 31 through reclaiming plate to realize, then from It is delivered in the inner cavity of bucket ontology 12 of discharge tank in first buffering chamber 31, then passes through the rotation of bucket ontology 12, workpiece is through first The first discharge port 111 on baffle 11, the third discharge port in transition plates 17, the second discharge port 64 discharge on the second groove body 6 Onto sliding slot 2, discharge gate 21 is slided down in sliding slot 2, is connect away by splicing equipment 7.

As shown in figure 13, Workpiece treating apparatus further includes being arranged above reclaiming plate that two spray tubes 93 are arranged, wherein one The surface of reclaiming plate is arranged in a spray tube 93, multiple spray orifices is offered on the wall surface of spray tube 93, spray orifice is on reclaiming plate The workpiece of flowing sprays solution, and then realizes the cleaning again to workpiece on reclaiming plate, so that into the first buffering chamber 31 Interior workpiece is relatively cleaner.Top and first charging aperture 121 of another spray tube 93 through reclaiming plate extend into barrel ontology 12 Inner cavity in, spray orifice on spray tube 93 realizes the cleaning again to workpiece to the workpiece jet cleaning liquid of 12 inner cavity of bucket ontology.

As shown in Figure 8 and Figure 9, the first outlet tube 83 is provided on the bottom of the second groove body 6,31 bottom of the first buffering chamber is set It is equipped with the second outlet tube 84, and the gathering tube 86 connecting with the first outlet tube 83 and the second outlet tube 84, is used for second Solution in groove body 6 and the first buffering chamber 31 is aggregated into gathering tube 86；It is provided with overflow launder 85 on the side wall of first groove body 41, The top of gathering tube 86 is connected in overflow launder 85, and the first groove body 41 offers overflow hole on the side wall where overflow launder 85 429, so that the first groove body 41 is connected to overflow launder 85.For example, when Workpiece treating apparatus is cleaning equipment, the first groove body 41, the It places cleaning solution in two groove bodies 6 and the first buffering chamber 31, is offered respectively on the wall surface of 42 wall surface of drum and bucket ontology 12 only The micropore for allowing solution to pass through, so that the cleaning solution in the first groove body 41 enters in 42 inner cavity of drum through micropore, in the second groove body 6 Cleaning solution enter in barrel ontology 12 through micropore, when bucket ontology 12 rotates, first scoops materials and parts 13 can also constantly Beater operator Part throws workpiece, can not only play the function of discharging, additionally it is possible to play further in 12 inner cavity of bucket ontology The function that workpiece is cleaned.

In addition, placing cleaning solution in the first buffering chamber 31, the workpiece being buffered in the first buffering chamber 31 is carried out further Cleaning, due in bucket ontology 12 and the first buffering chamber 31 clean finished piece(s) cleaning solution it is relatively clean, then by second Cleaning solution in groove body and the first buffering chamber 31 pass through respectively the first outlet tube 83 and the second outlet tube 84 discharge after through gathering tube 86 are transported in overflow launder 85, then input in the first groove body 41 through overflow launder 85, realize the secondary use to cleaning solution.

As shown in Figure 14 and Figure 15, for accepting the splicing equipment 7 for the workpiece that the discharge gate 21 of sliding slot 2 is discharged comprising Supporting element 71, accommodates basket 73 and containing liquid chamber 74 at hook 72.Wherein, supporting element 71 is tilted down setting towards discharge gate 21, branch Setting three hooks 72 in interval in support member 71, supporting element 71 are fixed in the top opening of containing liquid chamber 74 by three hooks 72, It is hung with respectively on three hooks 72 and accommodates basket 73, such as accommodating basket 73 is titanium basket, titanium basket is located in containing liquid chamber 74；On sliding slot 2 21 face of discharge gate is fallen in titanium basket, by titanium basket in the top opening for accommodating basket 73 under the workpiece that discharge gate 21 is discharged is direct After filling, directly titanium basket is taken away；Since supporting element 71 is in tilt down towards 21 direction of discharge gate, when discharge will be located at After titanium basket at mouth 21 is taken away, under gravity, the titanium basket wing drop slide downward above supporting element 71, so that Titanium basket is located just at the lower section of discharge gate 21.Be provided with cleaning solution in containing liquid chamber 74, realize to the workpiece accepted in titanium basket into The cleaning of row again.Corresponding hook 72 preferably U-shaped hook.

As shown in Figure 7 and Figure 8, Workpiece treating apparatus further includes pedestal, and the side plate 92 on pedestal surrounding outer surface is arranged in, First groove body 41 and the second groove body 6 are enclosed in it by side plate 92, and the second cover board 91 is arranged in the top opening of side plate 92, The top of above-mentioned transition plates 17 is connect with cover board, in final entire cleaning equipment, only the first buffering chamber 31, sliding slot 2 and is connect The leakage of equipment 7 is expected in the external world, and the first groove body 41, drum 42, the second groove body 6 and discharge tank are surrounded by side plate 92 and cover board and hidden Gear, prevents the solution in drum 42 and discharge tank from splashing away.

The whole work process of cleaning equipment in the present embodiment are as follows:

Workpiece is fitted into the inner cavity of drum 42, and the workpiece that the screen holes 4281 on drum 42 carry out automatic screening qualification stays in In 42 inner cavity of drum, underproof workpiece is fallen on web plate 424 under screen holes 4281, then is discharged through material taking mouth 413；Second electricity Machine 82 drives drum 42 to be rotated in the clockwise direction, and second, which scoops materials and parts 425, raises workpiece, and throws in 42 inner cavity of drum, increases The contact area of big workpiece and cleaning solution, realizes the cleaning process to workpiece；When drum 42 rotates counterclockwise, second scoops material After workpiece is scooped up and turns to certain angle by part 425, the workpiece scooped up is thrown on reclaiming plate, workpiece is downward on reclaiming plate Tilt slide, and under fall in the first buffering chamber 31 and cached, while the spray tube 93 on reclaiming plate is to workpiece jet cleaning Liquid carries out secondary cleaning to workpiece；In the cleaning solution in the first buffering chamber 31, workpiece is cleaned for the third time；First caching Workpiece in storehouse 31 is along 312 slide downward of the Second Board and successively by third opening 63, transition plates 17 of the first groove body 41 On opening, the second opening 123 on the first relief hole 112 and bucket ontology 12 on first baffle 11 enters in bucket ontologies 12； In bucket ontology 12 under rotation counterclockwise, first, which scoops materials and parts 13, is scooped into workpiece in housing region 15, when the first discharge port 122 When being connected to the first discharge port 111, third discharge port and the second discharge port 64, workpiece falls on sliding slot 2 under the second discharge port 64 Interior, workpiece is along 2 slide downward of sliding slot, and a part of workpiece under gap 22 through falling in the first buffering chamber 31, another part workpiece It is fallen in titanium basket under discharge gate 21 on 2 bottom of sliding slot, realizes the process of entire cleaning and discharging.

As first interchangeable embodiment of embodiment 3, hook 72 in splicing equipment 7 can also for one, Two, four, five etc., it need to will only accommodate basket 73 and hang on supporting element 71；As deformation, can also be not provided with linking up with 72, supporting element 71 is only set and accommodates basket 73.Or as deformation, splicing equipment 7 can also be not provided with containing liquid chamber 74, in splicing Without being cleaned again to workpiece in equipment 7.As further deformation, titanium basket can also be only arranged in splicing equipment 7, or Other containers need to only accept the workpiece to fall at discharge gate 21.

As second interchangeable embodiment of embodiment 3, it can also be not provided with above-mentioned transition plates 17, directly will First baffle 11 is mounted on the inner wall of the side wall where the second discharge port 64 of the second groove body；It is deformed as further, It can also be not provided with the second groove body 6, directly the bucket ontology in discharge tank is rotatably arranged on pedestal, first baffle is fixed On pedestal, discharge tank primarily serves the function of caching and discharging to workpiece at this time, without cleaning again to workpiece.

As the interchangeable embodiment of third of embodiment 3, it can also be not provided with web plate 424 on the first groove body 41, By unqualified workpiece that screen holes 4281 are sifted out it is direct under fall in the first groove body 41, when drum 42 stops working, then by Underproof workpiece takes out in one groove body 41；It can be with alternatively, as further deformation, on the connection plate of drum 42 It is not provided with above-mentioned screen plate 428, does not open up the second relief hole on drum wall surface；Or the second resigning is not opened up on drum wall surface Hole directly opens up screen holes；Or screen holes are not also opened up on drum, workpiece setting screening work before entering in drum 42 Sequence in advance screens workpiece, and only qualified workpiece is packed into drum 42.As further deformation, second scoops materials and parts Stock guide 427 can also be not provided on 425, alternatively, second to scoop materials and parts 425 can also be plate or other shapes.In addition, As the deformation of drum 42, drum 42 can also be the drum 42 of barrel plating or the arbitrary structures in cleaning process in the prior art, Specific structure is not construed as limiting；The quantity of drum 42 also without limitation, is decided according to the actual requirements, such as setting two, three, four It is a, five etc..Reclaiming plate may be replaced by other existing conveying mechanisms 5.

Embodiment 4

The present embodiment provides a kind of discharge tanks, as shown in Figure 16, Figure 17 and Figure 18, with the discharging provided in embodiment 1 Bucket the difference is that: bucket ontology 12 does not open up the second opening 123, first gear on the side wall where the first discharge port 122 Plate 11 can offer the first relief hole 112, as the structure of embodiment 1 with plate in a ring；Or on first baffle 11 The first relief hole 112 can not also be opened up, first baffle 11 is in a round plate.

Accordingly, with the discharging equipment of the discharge tank, as shown in figure 19, with the discharging equipment provided in embodiment 2 Difference be only that: the first buffering chamber 31 being not provided in embodiment 1, accordingly on 2 side wall of sliding slot of guiding mechanism without opening Second discharge port 64 of the workpiece through the first discharge port 111, the second groove body 6 on first baffle 11 if gap 22, in discharge tank Be discharged in sliding slot 2, discharge gate 21 through 2 bottom of sliding slot or opening are fed directly in splicing equipment, also can be realized by Workpiece in discharge tank is slowly delivered in splicing equipment.

It accordingly,, will be in embodiment 3 as shown in Figure 20, Figure 21 and Figure 22 including the Workpiece treating apparatus of the discharging equipment The second buffering chamber 32 position by being moved to the first groove body 41 and the second slot between the second original groove body 6 and splicing equipment Between body 6, the bottom of conveying mechanism 5 direct position after the second discharge port 422 of drum 42, the first outlet of the first groove body 41 In the top open part of the second buffering chamber 32, the workpiece on conveying mechanism 5 is delivered in advance in the second buffering chamber 32 and is cached；The The 4th opening 65 is offered on two groove bodies 6 on the side wall of drum side, can be not provided with above-mentioned resigning region 61, second The discharge port of buffering chamber 32 is connected to the 4th first charging aperture 121 being open on 65 and bucket ontology 12 of the second groove body 6, and realizing will In workpiece conveying barrel ontology 12 in second buffering chamber 32, and under the rotation of bucket ontology 12, workpiece is expelled to through discharge port After sliding slot 2, finally it is delivered in splicing equipment.The first caching for the second buffering chamber 32, in structure and embodiment 1 The structure in storehouse 31 is identical, and details are not described herein.

The second caching is not only arranged in the variant embodiment of Workpiece treating apparatus as embodiment 4, workpiece discharging equipment Storehouse 32 also sets up the first buffering chamber 31；First buffering chamber 31 is independently opened with the second buffering chamber 32, and the second buffering chamber 32 is located at first Between groove body 41 and the second groove body 6, the first buffering chamber 31 is arranged between the second groove body 6 and splicing equipment, at this time guiding mechanism Sliding slot 2 on open up gap 22, the first buffering chamber 31 is used to accept the workpiece of 2 gap 22 of sliding slot whereabouts, the second groove body 6 and bucket sheet It is offered respectively on body 12 and offers first in third opening 63 and the second opening 123 and first baffle in embodiment 3 and allow Position hole, but second outlet 62 is not opened up, the discharge port of the first buffering chamber 31 is through third the 63, first relief hole of opening and the second opening 123, the workpiece in the first surge bunker is delivered in barrel ontology 12；On the discharge port and the second groove body of second surge bunker 32 Four openings 65, first charging aperture 121 are connected to.That is, the embodiment is by the first buffering chamber 31 and embodiment in embodiment 3 The second buffering chamber 32 in 4 is combined, and only the set-up mode of conveying mechanism 5 is by the way of embodiment 4, and other structures are all Equally, details are not described herein.

First charging aperture 121 and as the variant embodiment of the discharge tank in above-described embodiment, on bucket ontology 12 One discharge port 122 may be located on the same side wall of axial direction of barrel ontology 12.

As the deformation of above embodiment, the processing equipment of workpiece can also be rolling-plating equipment or other equipment, example Such as polishing or polissoir etc..It should be noted that the workpiece being related in above-mentioned all embodiments is preferably sphere, Perhaps perhaps the rolling member of other shapes or the fixation workpiece of other shapes are ok ellipse.

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 among the protection scope created still in the utility model.

Claims (22)

1. a kind of discharge tank, which is characterized in that including

Bucket ontology (12) is rotatably arranged, and the side wall of the bucket ontology (12) axially is equipped at least one first charging Mouth (121) and at least one first discharge port (122)；

At least one first is scooped materials and parts (13), be arranged on the inner wall of the bucket ontology (12) and with first discharge port (122) it corresponds；

First baffle (11), fixed first discharge port blocked in the bucket ontology (12) of the relatively described bucket ontology (12) (122) where on the outer surface of side wall；The first baffle (11) be equipped at least one first discharge port (111), it is described at least One the first discharge port (111) is when the bucket ontology (12) rotates relative to the first baffle (11) with corresponding described first Discharge port (122) connection.

2. discharge tank according to claim 1, which is characterized in that described first scoops materials and parts (13) by not opening up described first The side wall of the bucket ontology (12) of discharge port is tilted down towards the first discharge port (122) direction to be arranged in the bucket sheet On the inner wall of body (12).

3. discharge tank according to claim 1, which is characterized in that further include

Along the radial direction of the bucket ontology (12), the second baffle (14) on the inner end for scooping materials and parts (13) described first is set, Described first scoops and surrounds receiving between the inner wall of materials and parts (13) and corresponding second baffle (14), bucket ontology (12) Region (15)；

Along the axial direction of the bucket ontology (12), the length of the second baffle (14) scoops the length of materials and parts (13) no more than described first Degree, at least one end of the second baffle (14), which scoops to be formed between corresponding ipsilateral one end on materials and parts (13) with described first, scoops material Import (16).

4. discharge tank according to claim 3, which is characterized in that close to first discharging on the second baffle (14) The one end of mouthful (122) extends at first discharge port (122), described to scoop material import (16) and go out close to not opening up described first The side wall of the bucket ontology (12) of material mouth (122).

5. discharge tank described in any one of -4 according to claim 1, which is characterized in that along the axial direction of the bucket ontology (12), Described first both ends for scooping materials and parts (13) extend respectively to the bucket ontology (12) for not opening up first discharge port (122) At the inner wall of side wall and first discharge port (122).

6. discharge tank described in any one of -4 according to claim 1, which is characterized in that the first charging aperture (121) and institute The first discharge port (122) is stated to be provided with respectively on the axial sides wall of the bucket ontology (12).

7. discharge tank described in any one of -4 according to claim 1, which is characterized in that first discharge port (122) is extremely It is two few, in the circumferential direction for the side wall that all first discharge ports (122) are distributed in the bucket ontology (12).

8. discharge tank described in any one of -4 according to claim 1, which is characterized in that first discharge port (111) is located at Between the center of circle horizontal line of the bucket ontology (12) and the top of the bucket ontology (12).

9. discharge tank described in any one of -4 according to claim 1, which is characterized in that described first scoops the wall surface of materials and parts (13) On offer at least one first mesh.

10. a kind of discharging equipment, which is characterized in that including

Discharge tank of any of claims 1-9；

Guiding mechanism, setting is in the lower section of first discharge port (111), for accepting the first discharge port (111) row Workpiece out simultaneously guides the workpiece to be delivered to splicing equipment (7).

11. discharging equipment according to claim 10, which is characterized in that the guiding mechanism includes being arranged described first Below discharge port (111) and the sliding slot (2) that tilts down, discharge gate (21), the discharge gate are offered on the sliding slot (2) (21) it protrudes into or is located above the splicing equipment (7).

12. discharging equipment according to claim 11, which is characterized in that the discharging equipment further includes being arranged in the cunning Below slot (2) and there is open-topped first buffering chamber (31), offer gap (22) on the side wall of the sliding slot (2)；Institute The first buffering chamber (31) are stated for accepting the workpiece to fall at the gap (22)；The discharge gate (21) is located at the gap (22) lower section.

13. discharging equipment according to claim 12, which is characterized in that first discharge port of the bucket ontology (12) (122) the second opening (123) being connected to and the first relief hole are offered on the side wall and the first baffle (11) where respectively (112)；The discharge port of first buffering chamber (31) is connected to second opening by first relief hole (112) (123)。

14. a kind of Workpiece treating apparatus, which is characterized in that including

First groove body (41) has the first import and first outlet, for placing the medium to workpiece processing；

At least one drum (42) is rotatably arranged in first groove body (41)；The drum (42) is axially Second charging aperture (421) and the second discharge port (422) are offered on two sidewalls respectively；

Discharging equipment described in any one of claim 10-13；

Conveying mechanism (5), for the workpiece in the drum (42) inner cavity to be delivered to bucket ontology described in the discharging equipment (12) in inner cavity.

15. Workpiece treating apparatus according to claim 14, which is characterized in that on the inner circumferential wall face of the drum (42) It has been removably secured at least one piece of screen plate (428), has been opened up respectively on the circumferential wall of the screen plate (428) and the drum There are at least one screen holes (4281) and at least one second relief hole (423), second relief hole (423) and the screening Hole (4281) corresponds, and the diameter of second relief hole (423) is not less than the diameter of the screen holes (4281).

16. Workpiece treating apparatus according to claim 15, which is characterized in that be additionally provided in first groove body (41) The web plate (424) tilted down is offered on the side wall of first groove body (41) and to be docked with the bottom of the web plate (424) Material taking mouth (413)；

The drum (42) is located at the top of the web plate (424), and the web plate (424) is for accepting warp in the drum (42) The workpiece that the screen holes (4281) are fallen.

17. Workpiece treating apparatus described in any one of 4-16 according to claim 1, which is characterized in that the processing equipment is also Including the second groove body (6)；

Bucket ontology in the discharge tank is installed in rotation in second groove body (6), separate on second groove body (6) The one side wall of second discharge port (422) is equipped with the second discharge port (64) corresponding with the first discharge port (111)；

The conveying mechanism (5) tilts down the second discharge port for being arranged and sequentially pass through and be overlapped on the drum (42) (422), the first outlet of the first groove body (41), on second groove body (6) close to the side wall of second discharge port and described In the first charging aperture (121) of bucket ontology (12).

18. Workpiece treating apparatus according to claim 17, which is characterized in that close to described on second groove body (6) The 4th opening (65) is additionally provided on the side wall of second discharge port (422)；

The Workpiece treating apparatus further includes that second be arranged between first groove body (41) and second groove body (6) is delayed The bottom of storage (32), the conveying mechanism (5) is located at or protrudes into second buffering chamber (32), second buffering chamber (32) discharge port is connected to by the 4th opening (65) of second groove body with the first charging aperture (121).

19. Workpiece treating apparatus according to claim 17, which is characterized in that far from described on second groove body (6) The one side wall of second discharge port (422) offers second outlet (62) and the third being located at below the second outlet (62) opening (63)；

The bucket ontology offers the second opening (123) on the side wall where first discharge port (122)；The first gear The first relief hole (112) are opened up on plate (11)；The bottom of the conveying mechanism (5) is also successively threaded through the bucket ontology (12) In second opening (123) and the second outlet (62) of second groove body (6)；

It further include that the second buffering chamber (32) between second groove body (6) and the splicing equipment (7) is set, described second Buffering chamber (32) is located at the lower section of the conveying mechanism (5), and the workpiece for accepting the conveying mechanism (5) whereabouts；It is described The discharge port of second buffering chamber (32) is connected to institute after passing sequentially through the third opening (63), first relief hole (112) State the second opening (123).

20. Workpiece treating apparatus according to claim 19, which is characterized in that

The guiding mechanism includes setting in the sliding slot (2) the first discharge port (111) lower section and tilted down, the sliding slot (2) it is offered on discharge gate (21), the discharge gate (21) is protruded into or is located above the splicing equipment (7)；

The discharging equipment further includes setting below the sliding slot (2) and has open-topped first buffering chamber (31), institute It states and offers gap (22) on the side wall of sliding slot (2)；Under first buffering chamber (31) is for accepting at the gap (22) The workpiece fallen；The discharge gate (21) is located at the lower section of the gap (22)；

Second buffering chamber (32) and first buffering chamber (31) are the same buffering chamber.

21. Workpiece treating apparatus described in any one of 4-16 according to claim 1, which is characterized in that further include for collecting The splicing equipment (7) for the workpiece that the discharging equipment is drawn off；

The splicing equipment (7) includes the supporting element (71) for tilting down setting, and is hung on the supporting element (71) at least One receiving basket (73) accommodates the top opening of basket (73) described in the workpiece face of the output of the discharging equipment.

22. Workpiece treating apparatus described in any one of 4-16 according to claim 1, which is characterized in that the processing equipment is Cleaning equipment or rolling-plating equipment.