CN208973756U - Rotary pan apparatus and cleaning system - Google Patents

Abstract

Rotary pan apparatus and cleaning system provided by the utility model, are related to cleaning technique field.The rotary pan apparatus is equipped with the sliding slot that turns over, and the sliding slot that turns over includes interconnected the first import and first outlet, and the position of the first import is higher than the position of first outlet.The sliding slot that turns over includes the first tilting section, and the first import is set to the high-end of the first tilting section, and from the direction of the low side of high-end past first tilting section of the first tilting section, the width for the sliding slot that turns over is gradually reduced.The rotary pan apparatus clever structure, can make disk body after the sliding slot that turns over, be flipped automatically, and in order to export disk body according to preset direction, overturning is high-efficient, and rollover effect is good.Cleaning system provided by the utility model is first just setting positive and negative different disk body, then is inverted in feeding cleaning tunnel, and cleaning efficiency is high, and cleaning effect is good.

Description

Rotary pan apparatus and cleaning system

Technical field

The utility model relates to cleaning technique fields, in particular to a kind of rotary pan apparatus and cleaning system.

Background technique

Currently, the operation for plate-like class article on assembly line, such as cleaning, transport require to carry out manual operation, Disk body is overturn.

Time-consuming and laborious due to manually overturning to disk body, labor intensity of workers is big, and operating efficiency is low.

In view of this, designing and manufacturing a kind of rotary pan apparatus, the reversion of disk body can be realized, substitute manual operation, improve Operating efficiency is to be badly in need of the technical issues of improving in current body turnover technology field.

Utility model content

The purpose of this utility model include a kind of rotary pan apparatus is provided, equipped with the sliding slot that turns over, disk body after the sliding slot that turns over, Disk body can be overturn, positive and negative different disk body imitates the overturning of disk body towards consistent state output according to opening Rate is high, greatly reduces the labor intensity of worker.

The purpose of this utility model further includes providing a kind of cleaning system, equipped with vertical plate device, cleaning tunnel and above-mentioned Disk body can be in first upright state, then disk body overturn as the consistent state of opening direction by rotary pan apparatus, be finally delivered to clearly It washes in tunnel, disk body is cleaned.The cleaning system cleaning efficiency is high, and thoroughly, sufficiently, cleaning effect is good for cleaning.

It is that it is realized by adopting the following technical scheme that the utility model, which improves its technical problem,.

A kind of rotary pan apparatus provided by the utility model, equipped with the sliding slot that turns over, the sliding slot that turns over includes interconnected First import and first outlet, the position of first import are higher than the position of the first outlet.The sliding slot that turns over includes First tilting section, first import are set to the high-end of first tilting section.From the high-end toward described of first tilting section The width in the direction of the low side of the first tilting section, the sliding slot that turns over is gradually reduced.

Further, the rotary pan apparatus further includes guide part, and the guide part is set to first tilting section, described Guide part has leading edge or guide surface, by the effect of the leading edge or guide surface of the guide part, can with described in It turns over and the inclination of sliding slot side and is abutted against in the disk body that first tilting section glides, and the disk body can be sliding along the guide part It moves, so that the disk body is overturn, turn over the inclination of the sliding slot other side described in.

Further, the sliding slot that turns over includes the first bottom surface, and first bottom surface both side is equipped with the first side wall and second Side wall；The first side wall and the second sidewall are oppositely arranged.

Further, the leading edge or guide surface of one end of the guide part are connect with the first side wall, the guiding The leading edge or the guide surface other end of part are extended towards the second sidewall, also, the guide part is fixed on described first The relatively described one end of guide part far from the first side wall in one end of side wall is close to first import.

Preferably, the leading edge of the guide part or guide surface and the first side wall transitions smooth, can make the disk Body is steadily overturn on the guide part.

Preferably, the guide part contacts during guiding with the disk body line, and the guide part is preferably column type.

Preferably, the leading edge of the guide part is in smoothed curve, and curve is convex to the direction far from first import.

Preferably, the height of the leading edge of the guide part is higher than the 1/2 of the disk body upright state height.

Preferably, the end of the leading edge of the guide part or guide surface is greater than in the first side wall and second sidewall The position of heart line.

Preferably, at the leading edge of the guide part or the beginning of guide surface the inclined angle of disk body be more than or equal to 60 °, Preferably, be more than or equal to 70 °, the inclined angle refer to the disk body and first bottom surface contact point, with the disk body Center of gravity between angle between line and first bottom surface.

Further, in first tilting section, the first side wall is equipped with first far from one end of first bottom surface Guide plate, first guide plate are obliquely installed towards the direction far from first bottom surface and far from the second sidewall.

Further, the sliding slot that turns over further includes first horizontal segment, and the first horizontal segment is set to first inclination The low side of section, the first outlet are set in the first horizontal segment.

Further, in the first horizontal segment, from the low side of first tilting section toward the direction of the first outlet, The width of the sliding slot that turns over is gradually increased, and the sliding slot that turns over is greater than described turn in the width of the first horizontal segment Width of the sliding slot in the low side of first tilting section.

Further, in the first horizontal segment, from the low side of first tilting section toward the direction of the first outlet, The second sidewall is obliquely installed towards the direction far from the first side wall.

Further, in the first horizontal segment, from the low side of first tilting section toward the direction of the first outlet, The height of the second sidewall gradually decreases.

Further, the first side wall is gradually increased relative to the height with first bottom surface.

A kind of cleaning system provided by the utility model, including vertical plate device and above-mentioned rotary pan apparatus, the vertical plate dress It is arranged in the upstream of the rotary pan apparatus.

Rotary pan apparatus and cleaning system provided by the utility model have the following aspects the utility model has the advantages that

Rotary pan apparatus provided by the utility model, equipped with the sliding slot that turns over, the sliding slot that turns over is equipped with the first tilting section, the first import Positioned at the high-end of the first tilting section.The first import by the way that the sliding slot that turns over is arranged is higher than first outlet, and from the first tilting section The direction of high-end past low side, the opening for the sliding slot that turns over are gradually reduced, in this way when disk body, which passes through, turns over sliding slot, due to the width of sliding slot Degree is gradually reduced, and the angle of disk body can be made gradually to deflect, to realize the purpose of overturning.The rotary pan apparatus structure is simple, Instead of manually carrying out disk body overturning, overturn high-efficient.

Disk body can first be in by cleaning system provided by the utility model equipped with vertical plate device and above-mentioned rotary pan apparatus Upright state output, then disk body is toppled over towards side in just setting state under the effect of gravity, using after rotary pan apparatus in being inverted State output realizes overturning purpose, convenient for the subsequent cleaning to disk body.The cleaning system cleaning efficiency is high, and cleaning is thorough, fills Point, cleaning effect is good.

Detailed description of the invention

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be by Regard the restriction to range as, for those of ordinary skill in the art, without creative efforts, may be used also To obtain other relevant attached drawings according to these attached drawings.

Fig. 1 is the structural schematic diagram at the first visual angle of the rotary pan apparatus that the utility model specific embodiment provides；

Fig. 2 is the structural schematic diagram at second of visual angle of the rotary pan apparatus that the utility model specific embodiment provides；

Fig. 3 is a kind of structural schematic diagram of the application scenarios for the rotary pan apparatus that the utility model specific embodiment provides；

Fig. 4 is a kind of structural schematic diagram at the visual angle for the vertical plate device that the utility model specific embodiment provides；

Fig. 5 is a kind of structural schematic diagram of the application scenarios for the vertical plate device that the utility model specific embodiment provides；

Fig. 6 is the structural schematic diagram at the first visual angle of the erection device that the utility model specific embodiment provides；

Fig. 7 is the partial structurtes signal of the clamping conveying assembly for the erection device that the utility model specific embodiment provides Figure；

Fig. 8 is the structural schematic diagram at second of visual angle of the erection device that the utility model specific embodiment provides；

Fig. 9 is the pin shaft for the erection device that the utility model specific embodiment provides and the application scenarios knot of arc-shaped through-hole Structure schematic diagram；

Figure 10 is that a kind of application scenarios structure of the outlet end for the erection device that the utility model specific embodiment provides is shown It is intended to；

Figure 11 is another application scenarios structure of the outlet end for the erection device that the utility model specific embodiment provides Schematic diagram；

Figure 12 is a kind of application scenarios that the erection device that the utility model specific embodiment provides is set to the second horizontal segment Structural schematic diagram；

Figure 13 is the Cleaning principle schematic diagram for the cleaning system that the utility model specific embodiment provides.

Icon: 100- rotary pan apparatus；The first import of 101-；103- first outlet；The first bottom surface 111-；The first side 113- Wall；115- second sidewall；The first guide plate of 121-；123- guide part；The first tilting section of 131-；135- first horizontal segment；110- Disk body；300- vertical plate device；The second import of 301-；303- second outlet；The second bottom surface 311-；312- third side wall；313- Four side walls；The second guide plate of 321-；The second tilting section of 331-；The second horizontal segment of 335-；500- erection device；501- support frame； 510- power device；511- speed changer；513- driving shaft；515- fixing axle；514- driving wheel；516- driven wheel；517- connection Plate；518- driving member；519- gear；520- clamps conveying assembly；530- righting channel；531- input end；The outlet end 533-； 540- elastic component；541- pin shaft；The arc-shaped through-hole of 543-；The first conveying section 10-；The second conveying section 20-；30- third conveying section； 40- cleans tunnel.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Usually here in attached drawing description and The component of the utility model embodiment shown can be arranged and be designed with a variety of different configurations.

Therefore, requirement is not intended to limit to the detailed description of the embodiments of the present invention provided in the accompanying drawings below The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, all Belong to the range of the utility model protection.

In the description of the present invention, it should be understood that the orientation or positional relationship of the instructions such as term " on ", "lower" For be based on the orientation or positional relationship shown in the drawings or the utility model product using when the orientation or position usually put The orientation or positional relationship that relationship or those skilled in the art usually understand is merely for convenience of description the utility model It is described with simplifying, rather than the equipment of indication or suggestion meaning or element must have a particular orientation, with specific orientation structure It makes and operates, therefore should not be understood as limiting the present invention.

" first " of the utility model, " second " etc., are only used to distinguish between description, and contain not special Justice.

In the description of the present invention, it should also be noted that, unless otherwise clearly defined and limited, term " is set Set ", " installation " 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 It, can also be indirectly connected through an intermediary to be to be connected directly.It for the ordinary skill in the art, can be specific Situation understands the concrete meaning of above-mentioned term in the present invention.

First embodiment

Fig. 1 is the structural schematic diagram at the first visual angle of the rotary pan apparatus 100 that the utility model specific embodiment provides, figure The structural schematic diagram at second of visual angle of 2 rotary pan apparatus 100 provided for the utility model specific embodiment, please refer to Fig. 1 and Fig. 2.

Rotary pan apparatus 100 provided in this embodiment, equipped with the sliding slot that turns over, the sliding slot that turns over includes the first interconnected import 101 and first outlet 103, the position of the first import 101 is higher than the position of first outlet 103, in order to which disk body 110 relies on itself Gravity natural downslide.Disk body 110 refers to service plate or dish-type article, in particular service plate.

Specifically, the sliding slot that turns over includes the first bottom surface 111, and the two sides of the first bottom surface 111 are equipped with the first side wall 113 and second Side wall 115.The first side wall 113 and second sidewall 115 are oppositely arranged.

The sliding slot that turns over includes the first tilting section 131 and first horizontal segment 135, and the first import 101 is set to the first tilting section 131 It is high-end, the low side of the first tilting section 131 is connected with first horizontal segment 135, first outlet 103 be set to first horizontal segment 135 on. From the direction of the high-end past low side of the first tilting section 131, the width for the sliding slot that turns over is gradually reduced.You need to add is that Wen Zhongti To " horizontal segment " and " tilting section " be opposite concept, horizontal segment is not offered as absolute on horizontal line, can also have Heeling error appropriate.

In the first tilting section 131, the first side wall 113 is equipped with the first guide plate 121 and guide part 123.Optionally, exist In the present embodiment, the first side wall 113 is equipped with the first guide plate 121,121 court of the first guide plate far from one end of the first bottom surface 111 Direction far from the first bottom surface 111 and far from second sidewall 115 is obliquely installed.First guide plate 121 is close to the first import 101 Setting.In this way, the disk body 110 being in a horizontal state can be delivered to rotary pan apparatus by the side close to the first guide plate 121 100,110 bottom of disk body is connected to 121 upper surface of the first guide plate, gradually slides into the sliding slot that turns over, allows disk body 110 smooth Ground enters in the sliding slot that turns over.Preferably, guide part 123 is set on the first tilting section 131 close to 103 one end of first outlet, is led There is leading edge or guide surface to part 123, by the effect of the leading edge or guide surface of guide part 123, can turn over direction The inclination of sliding slot side is simultaneously abutted against in the disk body 110 that the first tilting section 131 glides, and disk body 110 can slide along guide part 123, So that disk body 110 is overturn, towards the sliding slot other side inclination that turns over.The leading edge or guide surface of one end of guide part 123 and One side wall 113 connects, and the leading edge or the guide surface other end of guide part 123 are extended towards second sidewall 115, also, are oriented to One end that part 123 is fixed on the first side wall 113 is relatively distant from one end of the first side wall 113 close to the first import 101.Optionally, Guide part 123 can be tubulose or plate, be also possible to straight tube or curved pipe etc..Preferably, in the present embodiment, guide part 123 be arc-shaped steel tube, and the center of circle of guide part 123 is located remotely from the side of first outlet 103.The radius of guide part 123 For 200mm to 300mm.

It should be noted that the fixing end of guide part 123 and the shortest straight line distance of the bottom margin of second sidewall 115 are small In the maximum gauge of disk body 110, wherein fixing end, that is, guide part 123 of guide part 123 is fixed on one end of the first side wall 113. The vertical range of guide part 123 and the first bottom surface 111 is less than the maximum gauge of disk body 110 and is greater than the maximum gauge of disk body 110 Half, guarantee that disk body 110 can be contacted when gliding with guide part 123, and can be by when sliding along guide part 123 Gradually overturn.Preferably there are certain between the one end of guide part 123 far from the first side wall 113 and the medial surface of second sidewall 115 Gap passes through for disk body 110, that is, guide part 123 can extend to the inside of second sidewall 115, guarantee that disk body 110 passes through When end (one end far from the first side wall 113) of guide part 123, guide part 123 will not hinder the downslide of disk body 110.Alternatively, Guide part 123 can extend to the outside of second sidewall 115 or be connected to second sidewall 115, guarantee that guide part 123 will not hinder The downslide of disk body 110.

Preferably, the first side wall 113 is gradually increased relative to the height with the first bottom surface 111, so that disk body 110 is being overturn Process is more smooth, guarantees overturning rate.The leading edge or guide surface and 113 transitions smooth of the first side wall of guide part 123, can make Disk body 110 is steadily overturn on guide part 123, is not in the problem of disk body 110 blocks out or can not overturn.Guide part 123 exists It is contacted during guiding with 110 line of disk body, contact surface is small, and guiding is steady.Guide part 123 is preferably column type.Guide part 123 is led It is in smoothed curve to edge, curve is convex to the direction far from the first import 101.

The height of the leading edge of guide part 123 is higher than the 1/2 of 110 upright state height of disk body, in order in switching process In, avoid disk body 110 from turning on one's side to guide part 123 close to the direction of first outlet 103.The leading edge or guide surface of guide part 123 End be greater than the first side wall 113 and second sidewall 115 center line position, the leading edge of guide part 123 or guide surface The inclined angle of disk body 110 is more than or equal to 60 ° at beginning, it is preferred that is more than or equal to 70 °, inclined 110 He of angle graduated dial body Angle between the contact point of first bottom surface 111 and the center of gravity of disk body 110 between line and the first bottom surface 111, so that overturning is more Add steady.

In first horizontal segment 135, second sidewall 115 is gradually tilted towards the direction far from the first side wall 113 by head to tail Setting, i.e., second sidewall 115 gradually flips to the outside, and the sliding slot that makes to turn over is greater than the sliding slot that turns in the width of first horizontal segment 135 In the width of the low side of the first tilting section 131, in order to disk body 110 enters can be further to second after first horizontal segment 135 One side to overturn of side wall 115.Preferably, from the low side of the first tilting section 131 toward the direction of first outlet 103, second sidewall 115 Height gradually decrease, form a guiding surface, being conducive to can be further to the after disk body 110 enters first horizontal segment 135 One side to overturn of two side walls 115, and slid along the guiding surface on 115 top of second sidewall, guarantee that disk body 110 is flat with a kind of comparison Slow state enters third conveying section 30, and disk body 110 is avoided to impact when toppling over third conveying section 30, leads to disk body 110 It is damaged.

Preferably, the high-end difference in height between low side of the first tilting section 131 is 200mm to 300mm, it is ensured that disk body 110 can move down by self gravitation effect along the sliding slot that turns over.

Preferably, in the first tilting section 131, the height of the first side wall 113 is from the first import 101 to first outlet 103 Direction be gradually incremented by, be conducive to disk body 110 and realize while gradually glides overturn.

Preferably, turn over sliding slot the first import 101 width be less than 110 opening diameter of disk body so that disk body 110 enter The side after sliding slot that turns over can be connected on the first guide plate 121, and another side edge can be connected to 115 bottom of second sidewall.

Fig. 3 is a kind of structural schematic diagram of the application scenarios for the rotary pan apparatus 100 that the utility model specific embodiment provides, Referring to figure 3..Rotary pan apparatus 100 provided in this embodiment, working principle is as follows:

Disk body 110 enters the sliding slot that turns over from the first import 101, it is preferable that disk body 110 is in horizontal and opening up state (just setting state) enters the sliding slot that turns over, and 121 support of the first guide plate is supported in the side of disk body 110, another side edge of disk body 110 It is connected to the bottom of second sidewall 115, disk body 110 is moved down by self gravity along the first tilting section 131.Disk body 110 continues It is moved down along the sliding slot that turns over, until the top of disk body 110 is contacted with guide part 123, disk body 110 turns over sliding slot compared to entrance at this time The flip angle of horizontality before is less than 90 degree.The top of disk body 110 slides along guide part 123, in guide part 123, again Under the synergy of 115 reaction force of power and second sidewall, the other side lower edge of disk body 110 continues to be connected to the first bottom surface On 111, while moving down along the sliding slot that turns over, it can be increasingly towards the sliding of the first side wall 113, disk body 110 turns up, Until the top of disk body 110 is connected in second sidewall 115, the lower edge of disk body 110 is connected to the bottom of the first side wall 113, The flip angle of disk body 110 is greater than 90 degree compared to the horizontality before entering the sliding slot that turns at this time, and disk body 110 is via first Horizontal segment 135, since in first horizontal segment 135, the height of second sidewall 115 is gradually decreased and flipped to the outside, disk body 110 exists It turns up under gravity to 115 side of second sidewall, and is slid along the guiding surface on 115 top of second sidewall, so that Upward in reverse side, i.e., inversion state exports disk body 110 from first outlet 103.

Second embodiment

Fig. 4 is a kind of structural schematic diagram at the visual angle for the vertical plate device 300 that the utility model specific embodiment provides, Fig. 5 A kind of structural schematic diagram of application scenarios of the vertical plate device 300 provided for the utility model specific embodiment, referring to figure 4. and Fig. 5.

A kind of cleaning system provided in this embodiment, including vertical plate device 300, cleaning tunnel 40 and above-mentioned rotary pan apparatus 100, vertical plate device 300 is set to the upstream of rotary pan apparatus 100, and rotary pan apparatus 100 is set to the upstream in cleaning tunnel 40.Optionally, Vertical plate device 300 is set to the end of the first conveying section 10, and positive and negative different disk body 110 is delivered to vertical plate and filled by the first conveying section 10 It sets in 300, the second conveying section 20 is equipped between vertical plate device 300 and rotary pan apparatus 100, the second conveying section 20 is vertical for that will pass through Disk body 110 after disk device 300 is delivered in rotary pan apparatus 100.It is defeated that third is equipped between rotary pan apparatus 100 and cleaning tunnel 40 Section 30 is sent, and third conveying section 30 is used to the disk body 110 after rotary pan apparatus 100 is delivered in cleaning tunnel 40, cleans tunnel The flushers such as spray are equipped in road 40, for cleaning disk body 110.

Wherein, the first conveying section 10, the second conveying section 20 and third conveying section 30 can be the portions such as carrier chain, conveyer belt Part is not especially limited here.

Vertical plate device 300 is equipped with vertical plate sliding slot.Vertical plate sliding slot includes the second import 301, the inclination of second outlet 303, second Section 331 and the second horizontal segment 335, the second import 301 are set to the high-end of the second tilting section 331, and second outlet 303 is set to the second water Flat 335 low side of section, the second import 301 are connected to second outlet 303.The low side of second horizontal segment 335 and the second tilting section 331 connects It connects, from the high-end to low side of the second tilting section 331, the width of vertical plate sliding slot is gradually reduced, and is conducive to disk body 110 and is inclined by second Oblique section 331 can be erected gradually.

Specifically, vertical plate sliding slot includes the second bottom surface 311, and the two sides of the second bottom surface 311 are equipped with third side wall 312 and the 4th Side wall 313, third side wall 312 and the 4th side wall 313 are oppositely arranged.4th side wall 313 is equipped with far from one end of the second bottom surface 311 Second guide plate 321, the second guide plate 321 are obliquely installed towards the direction far from the second bottom surface 311 and far from the 4th side wall 313. Second guide plate 321 is arranged close to the second import 301.In this way, the disk body 110 being in a horizontal state can be by leading close to second It is delivered to vertical plate sliding slot to the side of plate 321,110 bottom of disk body is connected to 321 upper surface of the second guide plate, gradually slides into vertical plate Sliding slot smoothly enters disk body 110 in vertical plate sliding slot.

Disk body 110 is preferably in a horizontal state to be entered from the second import 301, by self gravity along vertical plate sliding slot to moving down Dynamic, disk body 110 overturns about 90 degree compared to the horizontality before entering vertical plate sliding slot after the second tilting section 331, then It is exported from the second outlet 303 at 335 end of the second horizontal segment.Preferably, in the second horizontal segment 335,312 He of third side wall 4th side wall 313 is arranged in parallel, and the distance between third side wall 312 and the 4th side wall 313 are always consistent, i.e. vertical plate sliding slot Equivalent width in the second horizontal segment 335.

Preferably, the width of vertical plate sliding slot can be slightly larger than the height of disk body 110, disk body 110 in the second horizontal segment 335 It is substantially in upright state via disk body 110 when the second horizontal segment 335.

Preferably, vertical plate sliding slot is less than 110 opening diameter of disk body in the width of the second import 301, so that disk body 110 enters Side can be connected on the second guide plate 321 after vertical plate sliding slot, and another side edge can be connected to 312 bottom of third side wall.

Preferably, the second tilting section 331 is high-end, the minimum perpendicular distance between third side wall 312 and the 4th side wall 313 Less than 110 opening diameter 10mm to 30mm of disk body, it is ensured that the side of 321 energy support disk body 110 of the second guide plate.

The high-end difference in height between low side of second tilting section 331 is 200mm to 300mm, it is ensured that disk body 110 can rely on Self gravitation effect is moved down along vertical plate sliding slot.Minimum perpendicular distance is greater than disk between the two sidewalls of the low side of second tilting section 331 The height 5mm to 10mm of body 110, the height of disk body 110 refer to the maximum normal distance of 110 lower edges of disk body.

In second tilting section 331, the height of the 4th side wall 313 from the second import 301 to the direction of second outlet 303, by Gradually it is incremented by, is conducive to realize overturning while disk body 110 gradually glides, and can be to avoid the 4th side wall of direction when the standing of disk body 110 313 outer side to overturn.

In other embodiments, cleaning system is additionally provided with erection device 500, and erection device 500 is set to 300 He of vertical plate device Between rotary pan apparatus 100.Erection device 500 is connected to 335 end of the second horizontal segment of vertical plate device 300.At this point, second is horizontal The width of vertical plate sliding slot can be slightly larger than the height of disk body 110 in section 335, to guarantee that disk body 110 can smoothly enter into erection device In 500.

Fig. 6 is the structural schematic diagram at the first visual angle of the erection device 500 that the utility model specific embodiment provides, figure The partial structural diagram of the clamping conveying assembly 520 of 7 erection devices 500 provided for the utility model specific embodiment, is asked Referring to figure 6 and figure 7.

Erection device 500 is set to top or the feed end of the second conveying section 20, erection device 500 include support frame 501, Several groups clamp supply unit, and each clamping supply unit is corresponding with a vertical plate device 300, for righting by vertical plate device The disk body 110 of 300 outputs.Clamping supply unit includes two clamping conveying assemblies 520 being oppositely arranged, and two are oppositely arranged It clamps and forms righting channel 530 between conveying assembly 520, from the upstream end in righting channel 530 to the direction of output end, righting is logical The width in road 530 successively narrows, i.e., 531 width of input end in righting channel 530 is greater than 533 width of outlet end, and righting channel 530 531 width of input end is greater than 110 height value of disk body, so that disk body 110 can lead to after being exported by vertical plate sliding slot into righting Road 530.

Fig. 8 is the structural schematic diagram at second of visual angle of the erection device 500 that the utility model specific embodiment provides, figure The pin shaft 541 of 9 erection devices 500 provided for the utility model specific embodiment and the application scenarios knot of arc-shaped through-hole 543 Structure schematic diagram, please refers to Fig. 8 and Fig. 9.

Specifically, the instruction direction of hollow arrow is moving direction of the disk body 110 in righting channel 530 in figure.Clamping Conveying assembly 520 includes driving shaft 513, fixing axle 515, transmission parts, and driving shaft 513 and fixing axle 515 are relatively and along disk body 110 Conveying direction interval is arranged, and is installed with driving wheel 514 on driving shaft 513, and fixing axle 515 is rotatably connected to driven wheel 516, actively Axis 513 and fixing axle 515 are connected by a connecting plate 517.The both ends of transmission parts are respectively cooperating in driving wheel 514 and driven wheel 516, the operating of clamping conveying assembly 520 is realized under the driving of power device 510.In the present embodiment, transmission parts are several biographies Send band.One clamping conveying assembly 520 of one clamping supply unit is fixedly connected with support frame 501, clamps the another of supply unit One clamping conveying assembly 520 driving shaft 513 be rotatably coupled with support frame 501, the clamping conveying assembly 520 it is another End is fixedly connected with a pin shaft 541, and the position of the corresponding pin shaft 541 of support frame 501 opens up an arc-shaped through-hole 543, the pin shaft 541 The other end wears an arc-shaped through-hole 543 and is combined with nut, and the pin shaft 541 can be moved along arc-shaped through-hole 543, so that should Clamping conveying assembly 520 can be rotated around 513 central axis of driving shaft, clamp two clamping conveying assemblies 520 of supply unit One end close to the outlet end 533 in righting channel 530 is connected by elastic component 540, it is preferable that and elastic component 540 uses spring, The both ends of spring are respectively fixedly connected on two clamping conveying assemblies 520.

Power device 510 is fixed on support frame 501, and power output end passes through speed changer 511 and driving member 518 and folder The driving shaft 513 for holding a clamping conveying assembly 520 of supply unit is sequentially connected, and driving member 518 is preferably conveyer belt, the clamping The driving shaft that the driving shaft 513 of conveying assembly 520 passes through gear 519 and another clamping conveying assembly 520 for clamping supply unit The synchronous fortune that two clamping conveying assemblies 520 in each clamping supply unit may be implemented is arranged such in 513 transmission connections Turn.Certainly, in other embodiments, each clamping conveying assembly 520 can respectively be driven by a power device 510 and be operated, This is not introduced excessively.

A kind of application scenarios knot of the outlet end 533 for the erection device 500 that Figure 10 the utility model specific embodiment provides Structure schematic diagram, another application scenarios of the outlet end 533 for the erection device 500 that Figure 11 the utility model specific embodiment provides Structural schematic diagram please refers to Figure 10 and Figure 11.Wherein, A indicates the center of gravity of disk body 110 in figure, and B indicates disk body 110 and second defeated Send the abutted position of section 20.

533 width of outlet end in righting channel 530 is preferably less than or equal to 110 height of disk body, disk body in the present embodiment 110 enter righting channel 530 by the output of vertical plate device 300, can turn up, in the case where two clamping conveying assemblies 520 drive, by The output of outlet end 533 in righting channel 530 enters the second conveying section 20, when disk body 110 is by the outlet end in righting channel 530 When 533, the width between two clamping conveying assemblies 520 is by 110 swell of disk body, spring elongation, in two clamping conveying assemblies Ensure disk body 110 under 520 clamping after erection device 500, is in upright state, disk body 110 is compared to entrance vertical plate device Horizontality before 300, which is turned over, to be turn 90 degrees, and plane is perpendicular to horizontal plane where the opening of disk body 110, and disk body 110 is under the effect of gravity Topple over towards center of gravity side, as shown in Figure 10.

Certainly, in other examples, 533 width of outlet end in righting channel 530 can also be slightly larger than disk body 110 Highly, when needing to guarantee outlet end 533 output to second conveying section 20 of the disk body 110 by righting channel 530,110 center of gravity of disk body Position is located at the side at deviation 110 back side of disk body of 20 abutted position of disk body 110 and the second conveying section, and disk body 110 is made in gravity Toppled over lower towards center of gravity side, as shown in figure 11.

Optionally, erection device 500 can be set on the two sidewalls of the second horizontal segment 335, as shown in figure 12, the second water It is greater than or equal to the height of disk body 110 the distance between on flat 335 two sidewalls of section, it is preferred that on 335 two sidewalls of the second horizontal segment The distance between be greater than or equal to disk body 110 height 2mm to 5mm.Disk body 110 is included in the second conveying after being exported by vertical plate sliding slot Section 20,110 position of centre of gravity of disk body is located at deviation 110 back side of disk body of 20 abutted position of disk body 110 and the second conveying section at this time Side, disk body 110 are toppled over towards center of gravity side under the effect of gravity.

The end of erection device 500 connects the second conveying section 20, and the second conveying section 20 may include several conveyer belts, dynamic Disk body 110 is delivered to rotary pan apparatus 100 under the driving of power device 510.

Cleaning system provided in this embodiment, its working principles are as follows:

Be in a horizontal state positive and negative different disk body 110 by the first conveying section 10 enter vertical plate device 300, the one of disk body 110 Side is connected to the upper surface of the second guide plate 321, and slides into vertical plate sliding slot, until another side edge of disk body 110 abuts In the bottom of third side wall 312, in gravity and under the action of from the power of two sidewalls, disk body 110 gradually glides and erects, and turns over After turning about 90 degree, into the second horizontal segment 335, after erection device 500, the standing of disk body 110, into the second conveying section 20, The disk body 110 of upright state can topple over towards center of gravity side, i.e., disk body 110 is toppled over toward reverse side, and disk body 110 is just set, i.e., Disk body 110 it is opening up, rotary pan apparatus 100 is entered with the just state of setting, after rotary pan apparatus 100, disk body 110 is to be inverted shape State, i.e., downward opening state enter third conveying section 30, are transported in cleaning tunnel 40, by equipment such as sprays by disk body 110 clean up.Since disk body 110 is in inversion state, wash residue is all flushed away, and this mode is cleaned more sufficiently, more Thoroughly, cleaning efficiency is high.

Cleaning system provided in this embodiment, specific cleaning method mainly comprise the steps that

Disk body 110 is delivered in vertical plate device 300 by vertical plate, exports disk body 110 in upright state, defeated into second After sending section 20, it is in just to set state that disk body 110 is toppled over towards side under the effect of gravity.

It turns over, will be delivered in rotary pan apparatus 100 in the disk body 110 for just setting state, keep disk body 110 defeated in inversion state Out.

The disk body 110 of inversion state is delivered in cleaning tunnel 40, cleans to each disk body 110 by cleaning.This is clear It washes system first to arrange positive and negative different disk body 110, i.e., is first just setting positive and negative different disk body 110, then just set all Disk body 110 invert, so that all disk bodies 110 is all entered cleaning tunnel 40 with inversion state, the cleaning for disk body 110 provides New approaches.

Figure 13 is the Cleaning principle schematic diagram for the cleaning system that the utility model specific embodiment provides, and please refers to Figure 13.

Specifically, positive and negative different disk body 110 is delivered in vertical plate device 300 by the first conveying section 10, and the one of disk body 110 Side lower part is connected to 321 top of the second guide plate of vertical plate sliding slot, and another side edge of disk body 110 is connected to the of vertical plate sliding slot Four side walls, 313 bottom.Disk body 110 under the effect of gravity, is erected along the slip of vertical plate sliding slot and gradually.From vertical plate device 300 Second outlet 303 export after, disk body 110 enter erection device 500 after, turn up and exported in upright state.Disk body 110 Into the second conveying section 20, the disk body 110 of standing is toppled over towards center of gravity side under the effect of gravity, and all disk bodies 110 are just set, i.e., Disk body 110 is opening up.Disk body 110 enters rotary pan apparatus 100 by the second conveying section 20, and disk body 110 is exported by rotary pan apparatus 100 Into after third conveying section 30, all disk bodies 110 are all to be inverted, i.e., disk body 110 is opening down.Inverted disk body 110 is by Three conveying sections 30 enter cleaning tunnel 40, are cleaned in cleaning tunnel 40.

It should be noted that the disk body 110 in the present embodiment can be service plate, it is also possible to other discoid bodies or plates Deng rotary pan apparatus 100, vertical plate device 300, erection device 500 for providing in the present embodiment etc. are applied not only to food and drink class, can also be with For other processing industries, for example as in production line, setting, righting, overturning of workpiece etc. do not limit specifically here It is fixed.

In conclusion rotary pan apparatus 100 provided by the utility model and cleaning system have the beneficial of the following aspects Effect:

Rotary pan apparatus 100 provided by the utility model is arranged the sliding slot that turns over, and the first guide plate is arranged on sliding slot turning over 121 and guide part 123, it is able to achieve the automatic turning of disk body 110, simple and ingenious structure has a wide range of application, adaptable, overturning It is high-efficient.The opening of disk body 110 that rotary pan apparatus 100 exports is unified downward, has made necessary standard for the cleaning of subsequent disk body 110 It is standby, be conducive to the cleaning quality for improving disk body 110, ponding will not be retained in disk body 110 after disk body 110 cleans, convenient for drying.

Cleaning system provided by the utility model fills disk body 110 by the first conveying section 10, vertical plate device 300, righting The 500, second conveying section 20, rotary pan apparatus 100, third conveying section 30, cleaning tunnel 40 etc. are set, by positive and negative different disk body 110 Finally enter in cleaning tunnel 40 according to unified all downward opening inversion states and rinse, be able to achieve disk body 110 it is automatic just It sets and is inverted, avoid many and diverse manual operation, improve the degree of automation of the cleaning of disk body 110, cleaning efficiency is high, and cleaning is more Sufficiently, thoroughly, cleaning effect is more preferably.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this For the technical staff in field, the utility model can have various changes, combination and variation.It is all the utility model spirit and Within principle, any modification, equivalent replacement, improvement and so on be should be included within the scope of protection of this utility model.

Claims (18)

1. a kind of rotary pan apparatus, which is characterized in that equipped with the sliding slot that turns over, the sliding slot that turns over includes the first interconnected import And first outlet, the position of first import are higher than the position of the first outlet；The sliding slot that turns over includes the first inclination Section, first import are set to the high-end of first tilting section；From the high-end toward first inclination of first tilting section The direction of the low side of section, the width of the sliding slot that turns over are gradually reduced.

2. rotary pan apparatus according to claim 1, which is characterized in that the rotary pan apparatus further includes guide part, described to lead It is set to first tilting section to part, the guide part has leading edge or guide surface, passes through the leading edge of the guide part Or the effect of guide surface, it can tilt with the sliding slot side that turns over described in and offset in the disk body that first tilting section glides It connects, and the disk body can slide along the guide part, so that the disk body is overturn, turn over another inclination of sliding slot described in Tiltedly.

3. rotary pan apparatus according to claim 2, which is characterized in that the sliding slot that turns over includes the first bottom surface, and described the One bottom surface both side is equipped with the first side wall and second sidewall；The first side wall and the second sidewall are oppositely arranged.

4. rotary pan apparatus according to claim 3, which is characterized in that the leading edge or guide surface of one end of the guide part It being connect with the first side wall, the leading edge or the guide surface other end of the guide part are extended towards the second sidewall, and And the guide part be fixed on the first side wall the relatively described one end of guide part far from the first side wall in one end it is close First import.

5. rotary pan apparatus according to claim 4, which is characterized in that the leading edge or guide surface of the guide part with it is described The first side wall transitions smooth can be such that the disk body steadily overturns on the guide part.

6. rotary pan apparatus according to claim 4, which is characterized in that the guide part during guiding with the disk body Line contact.

7. rotary pan apparatus according to claim 6, which is characterized in that the guide part is column type.

8. rotary pan apparatus according to claim 4, which is characterized in that the leading edge of the guide part is in smoothed curve, bent Line is convex to the direction far from first import.

9. rotary pan apparatus according to claim 4, which is characterized in that the height of the leading edge of the guide part is higher than described The 1/2 of disk body upright state height.

10. rotary pan apparatus according to claim 4, which is characterized in that the leading edge of the guide part or the end of guide surface End is greater than the position of the center line of the first side wall and the second sidewall.

11. rotary pan apparatus according to claim 4, which is characterized in that the leading edge of the guide part or the beginning of guide surface At end, the inclined angle of disk body is that the inclined angle described more than or equal to 60 ° refers to the disk body and first bottom surface Angle between contact point and the center of gravity of the disk body between line and first bottom surface.

12. rotary pan apparatus according to claim 11, which is characterized in that the inclined angle of disk body be more than or equal to 70°。

13. rotary pan apparatus according to claim 3, which is characterized in that in first tilting section, the first side wall is remote One end from first bottom surface is equipped with the first guide plate, and first guide plate is towards far from first bottom surface and far from institute The direction for stating second sidewall is obliquely installed.

14. rotary pan apparatus according to claim 3, which is characterized in that the sliding slot that turns over further includes first horizontal segment, institute The low side that first horizontal segment is set to first tilting section is stated, the first outlet is set in the first horizontal segment.

15. rotary pan apparatus according to claim 14, which is characterized in that in the first horizontal segment, incline from described first The low side of oblique section is obliquely installed toward the direction of the first outlet, the second sidewall towards the direction far from the first side wall.

16. rotary pan apparatus according to claim 14, which is characterized in that in the first horizontal segment, incline from described first Toward the direction of the first outlet, the height of the second sidewall gradually decreases the low side of oblique section.

17. rotary pan apparatus according to claim 3, which is characterized in that the first side wall relative to first bottom The height in face gradually increases.

18. a kind of cleaning system, which is characterized in that including turning over described in vertical plate device and any one of claims 1 to 17 Device, the vertical plate device are set to the upstream of the rotary pan apparatus.