CN203152424U - Anterior automatic production line for flammulina velutipes - Google Patents
Anterior automatic production line for flammulina velutipes Download PDFInfo
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- CN203152424U CN203152424U CN 201220717371 CN201220717371U CN203152424U CN 203152424 U CN203152424 U CN 203152424U CN 201220717371 CN201220717371 CN 201220717371 CN 201220717371 U CN201220717371 U CN 201220717371U CN 203152424 U CN203152424 U CN 203152424U
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Abstract
The utility model discloses an anterior automatic production line for flammulina velutipes. The production line comprises a three-layer section cutting conveyer, a sieving slag remover, a lifting cleaner, a green removing machine, a cold bleaching lifer, a bleacher and a vibrating water sieving machine, wherein the output end of the three-layer section cutting conveyer corresponds to the input end of the sieving slag remover, the output end of the sieving slag remover is connected with the input end of the lifting cleaner trough a transitional lifting conveyer, the output end of the lifting cleaner corresponds to the input end of the green removing machine, the output end of the green removing machine corresponds to the input end of the cold bleaching lifer, the output end of the cold bleaching lifer corresponds to the input end of the bleacher, and the output end of the bleacher corresponds to the input end of the vibrating water sieving machine. The production line provided by the utility model mainly aims to production of flammulina velutipes serial products, and a continuous and automatic production line processing mode is formed for the anterior treatment process of flammulina velutipes by changing the original independent manual production processing mode, so that the manpower, material sources and financial sources are greatly saved, the production efficiency is improved, and meanwhile, the safety and sanitation of the product are ensured.
Description
Technical field
The utility model relates to food processing technology field, particularly relates to a kind of Asparagus leading portion automatic assembly line.
Background technology
In the industry of producing the Asparagus series of products, the Asparagus raw material need be through excision root, screening slagging-off, clean filter sand, complete, the process of cooling, rinsing, sieve water, in traditional treatment process, above-mentioned PROCESS FOR TREATMENT step is independent process and each operation by manually operating, its production efficiency is low, crudy is unstable, big and the product health of productive labor intensity can not get guaranteeing, and can't satisfy the technological requirement that the product continous way is produced.
The utility model content
Goal of the invention of the present utility model is, at the problem of above-mentioned existence, provides a kind of Asparagus leading portion automatic assembly line that satisfies the production requirement of product continous way.
The technical solution of the utility model is achieved in that a kind of Asparagus leading portion automatic assembly line, it is characterized in that: comprise that three layers are cut the joint conveyer, the screening slag remover, the lift cleaning machine, green-keeping machine, float cold elevator, potcher and oscillating riddle water machine, described three layers of output of cutting the joint conveyer are corresponding with screening slag remover input, described screening slag remover output promotes conveyer by transition and is connected with lift cleaning machine input, described lift cleaning machine output is corresponding with the green-keeping machine input, described green-keeping machine output is with to float cold elevator input corresponding, described to float cold elevator output corresponding with the potcher input, and described potcher output is corresponding with oscillating riddle water machine input.
Asparagus leading portion automatic assembly line described in the utility model, cut the joint conveyer for its described three layers and comprise the raw material cyclic conveyor structure on upper strata, the finished product conveyer structure in middle level and the waste material conveying mechanism of lower floor, be provided with operating platform in described finished product conveyer structure both sides, described operating platform is provided with feed opening, and described feed opening is by the corresponding connection with the waste material conveying mechanism of hopper.
Asparagus leading portion automatic assembly line described in the utility model, the raw material cyclic conveyor structure on its described upper strata comprises first conveyer belt and second conveyer belt, the discharge end of described first conveyer belt is corresponding with the input of the first transition conveyer, the output of the described first transition conveyer is corresponding with the feed end of second conveyer belt, the discharge end of described second conveyer belt is corresponding with the input of the second transition conveyer, the described second transition conveyer output is corresponding with the feed end of first conveyer belt, described first conveyer belt, the first transition conveyer, the corresponding connection forms a cyclic delivery system successively for second conveyer belt and the second transition conveyer;
The finished product conveyer structure in described middle level comprises two product conveying belts, described two product conveying belts are separately positioned on first conveyer belt and second conveyer belt below, be respectively arranged with operating platform in described two product conveying belt both sides, the operating surface of described operating platform is corresponding with product conveying belt to flush, and described two product conveying belt outputs are corresponding with the screening slag remover respectively;
The waste material conveying mechanism of described lower floor comprises two scrap web, and described two scrap web correspondence respectively are arranged on two product conveying belts below, and the discharge end of the hopper of the feed opening connection of described and operating platform is corresponding with scrap web.
Asparagus leading portion automatic assembly line described in the utility model, its described screening slag remover comprises the dreg-containing disk that is arranged on the frame, is arranged on the dreg-containing disk top with the screening reject frame of some square holes and the driving mechanism that is used for driving screening reject frame move left and right, described screening reject frame is feed end near driving mechanism one end, its other end is discharge end, described screening reject frame is downward-sloping gradually to discharge end by feed end, both sides in front and rear part, described screening reject frame lower end are respectively arranged with scroll wheel A, and described frame is provided with the swinging axle A that cooperates with described scroll wheel A.
Asparagus leading portion automatic assembly line described in the utility model, its on the described frame, be provided with screening reject frame elevating mechanism below the screening reject frame, described screening reject frame elevating mechanism comprises motor and screening reject frame support bar, described screening reject frame support bar one end is connected with motor-driven, and its other end can cooperate with the support limit piece that screening reject frame lower end arranges the screening reject frame is supported.
Asparagus leading portion automatic assembly line described in the utility model, its described lift cleaning machine comprises cleaning case and the conveying mechanism that is arranged on the frame, the feed end of described conveying mechanism places back segment in the cleaning case, the leading portion bottom is provided with bubbling pipe in described cleaning case, described bubbling pipe is communicated with the bubbling blower fan by pipeline, above described bubbling pipe, be provided with orifice plate, described cleaning case back segment bottom is lower than cleaning case leading portion bottom, corresponding the flushing of feed end of described orifice plate and described conveying mechanism, above described cleaning case leading portion, be provided with shower, the water jet of described shower is towards the material traffic direction, outside described cleaning case, conveying mechanism top correspondence is provided with spray system; Described conveying mechanism is connected with elevating mechanism, and described elevating mechanism comprises lift cylinder, and the piston rod end of described lift cylinder is connected with conveying mechanism by supporting channel-section steel.
Asparagus leading portion automatic assembly line described in the utility model, it is described to float cold elevator and comprises the lifting conveying mechanism that floats ice chest and supported by bracing frame, float described that end periphery is provided with overflow launder on the ice chest, the lower end of described lifting conveying mechanism places floats in the ice chest, below described lifting conveying mechanism, do not place and float ice chest and be provided with drip tray inner the branch, the lower end of described drip tray is arranged at floats the ice chest top, float in the ice chest described, correspondence below, drip tray lower end is provided with filter, float above the ice chest described, promote conveying mechanism feed end corresponding position and be provided with towards drenching pipe, be provided with the cold water shower at described lifting conveying mechanism discharge end.
Asparagus leading portion automatic assembly line described in the utility model, its described oscillating riddle water machine comprises the storage tank that is arranged on the frame, is arranged on the storage tank top with the sieve water frame of some circular holes and the driving mechanism that is used for driving sieve water frame move left and right, described sieve water frame is feed end near driving mechanism one end, its other end is discharge end, described sieve water frame is downward-sloping gradually to discharge end by feed end, both sides in front and rear part, described sieve water frame lower end are respectively arranged with scroll wheel B, and described frame is provided with the swinging axle B that cooperates with described scroll wheel B.
Asparagus leading portion automatic assembly line described in the utility model, its described screening slag remover and driving mechanism in the oscillating riddle water machine comprise the connecting rod that the drive motors that is arranged on the frame, the eccentric wheel that is connected with the drive motors clutch end and an end and eccentric wheel are hinged, the other end of described connecting rod and screening reject frame or sieve water frame are hinged, described screening reject frame or sieve water frame are provided with bearing block near driving mechanism one end both sides, be provided with universal driving shaft between described bearing block, described connecting rod and universal driving shaft are hinged.
Asparagus leading portion automatic assembly line described in the utility model, the output of its described oscillating riddle water machine are respectively with outfeed belt conveyor or precook and protect the corresponding connection of look machine, the described corresponding connection with the discharging elevator of discharge end of precooking and protecting the look machine.
The utility model is primarily aimed at the production of Asparagus series of products, by changing the artificial production and processing mode of original independence, to form the production line processing mode of continous way automation at Asparagus leading portion treatment process, human and material resources, financial resources have been saved greatly, improve production efficiency, guaranteed safety and sanitation and the stable processing quality of product simultaneously.
Description of drawings
Fig. 1 is the structural representation of utility model.
Fig. 2 is three layers of structural representation of cutting the joint conveyer in the utility model.
Fig. 3 is the side view of Fig. 2.
Fig. 4 is the vertical view of Fig. 2.
Fig. 5 is the structural representation of screening slag remover in the utility model.
Fig. 6 is the vertical view of Fig. 5.
Fig. 7 is that the screening reject frame is by the structural representation of screening reject frame they sup-port.
Fig. 8 is the structural representation of lift cleaning machine in the utility model.
Fig. 9 is the vertical view of Fig. 8.
Figure 10 is the structural representation that floats cold elevator in the utility model.
Figure 11 is the structural representation of oscillating riddle water machine in the utility model.
Figure 12 is the vertical view of Figure 11.
Mark among the figure: 1 is three layers cuts the joint conveyer, and 2 are the screening slag remover, and 3 is the lift cleaning machine, 4 is green-keeping machine, and 5 for floating cold elevator, and 6 is potcher, 7 is oscillating riddle water machine, and 8 for transition promotes conveyer, and 9 is raw material cyclic conveyor structure, 9a is first conveyer belt, and 9b is second conveyer belt, and 9c is the first transition conveyer, 9d is the second transition conveyer, and 10 is the finished product conveyer structure, and 10a is product conveying belt, 11 is the waste material conveying mechanism, and 11a is scrap web, and 12 is operating platform, 13 is feed opening, and 14 is hopper, and 15 for cutting the unit, 16 are the arrangement unit, and 17 is dreg-containing disk, and 18 is the screening reject frame, 19 is scroll wheel A, and 20 is swinging axle A, and 21 is screening reject frame support bar, 22 is the support limit piece, and 23 is cleaning case, and 24 is bubbling pipe, 25 is the bubbling blower fan, and 26 is orifice plate, and 27 is shower, 28 is lift cylinder, and 29 for supporting channel-section steel, and 30 is spray system, 31 for floating ice chest, and 32 is bracing frame, and 33 is overflow launder, 34 is drip tray, 35 is filter, and 36 for dashing the pouring pipe, and 37 is the cold water shower, 38 is storage tank, 39 are sieve water frame, and 40 is scroll wheel B, 41 swinging axle B, 42 is outfeed belt conveyor, 43 protect the look machine for precooking, and 44 is drive motors, and 45 is eccentric wheel, 46 is connecting rod, 47 is bearing block, and 48 is universal driving shaft, and 49 are the discharging elevator, 50 is the raw material elevator, 51 is the garbage collection frame, and 52 is water circulating pump, and 53 for carrying motor, 54 is conveyer belt, 55 is pump, and 56 is driving motor, and 57 is the belt scraping plate transporting chain plate, 58 are the plate that connects material, and 59 is the storage tank overflow launder.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is done detailed explanation.
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the utility model, and be not used in restriction the utility model.
As shown in Figure 1, a kind of Asparagus leading portion automatic assembly line, comprise that three layers are cut joint conveyer 1, screening slag remover 2, lift cleaning machine 3, green-keeping machine 4, float cold elevator 5, potcher 6 and oscillating riddle water machine 7, described three layers of output of cutting joint conveyer 1 are corresponding with screening slag remover 2 inputs, three layers of input and the 50 corresponding connections of raw material elevator of cutting the joint conveyer, described screening slag remover 2 outputs promote conveyer 8 by transition and are connected with lift cleaning machine 3 inputs, described lift cleaning machine 3 outputs are corresponding with green-keeping machine 4 inputs, described green-keeping machine 4 outputs are with to float cold elevator 5 inputs corresponding, it is described that to float cold elevator 5 outputs corresponding with potcher 6 inputs, described potcher 6 outputs are corresponding with oscillating riddle water machine 7 inputs, the output of described oscillating riddle water machine 7 is respectively with outfeed belt conveyor 42 or precook and protect the 43 corresponding connections of look machine, the described discharge end and the 49 corresponding connections of discharging elevator of precooking and protecting look machine 43.
Shown in Fig. 2,3 and 4, described three layers cut the joint conveyer 1 comprise the raw material cyclic conveyor structure 9 on upper strata, the finished product conveyer structure 10 in middle level and the waste material conveying mechanism 11 of lower floor, be provided with operating platform 12 in described finished product conveyer structure 10 both sides, described operating platform 12 is provided with feed opening 13, and described feed opening 13 is by hopper 14 and the 11 corresponding connections of waste material conveying mechanism.
Wherein, the raw material cyclic conveyor structure 9 on described upper strata comprises the first conveyer belt 9a and the second conveyer belt 9b, the discharge end of the described first conveyer belt 9a is corresponding with the input of the first transition conveyer 9c, the output of the described first transition conveyer 9c is corresponding with the feed end of the second conveyer belt 9b, the discharge end of the described second conveyer belt 9b is corresponding with the input of the second transition conveyer 9d, the described second transition conveyer 9d output is corresponding with the feed end of the first conveyer belt 9a, the described first conveyer belt 9a, the first transition conveyer 9c, the corresponding connection forms a cyclic delivery system successively for the second conveyer belt 9b and the second transition conveyer 9d.After the Asparagus raw material is sent into raw material cyclic conveyor structure by the raw material elevator, then transmit in this cyclic delivery system kind always, conveniently get material to treat the operator.
The finished product conveyer structure 10 in described middle level comprises two product conveying belt 10a, described two product conveying belt 10a are separately positioned on the first conveyer belt 9a and second conveyer belt 9b below, be respectively arranged with operating platform 12 in described two product conveying belt 10a both sides, the operating surface of described operating platform 12 flushes with product conveying belt 10a is corresponding, and described two product conveying belt 10a outputs are corresponding with screening slag remover 2 respectively; Described operating platform 12 is made up of several operating units, and described operating unit comprises and cut unit 15 and arrangement unit 16, cuts unit 15 and arrangement 16 places, unit are provided with feed opening 13 described.
The waste material conveying mechanism 11 of described lower floor comprises two scrap web 11a, described two scrap web 11a correspondence respectively are arranged on two product conveying belt 10a belows, the discharge end of the hopper 14 that the feed opening 13 of described and operating platform 12 connects is corresponding with scrap web 11a, is provided with garbage collection frame 51 in the discharge end correspondence of described scrap web 11a.
Three layers of operation principle of cutting the joint conveyer: the Asparagus raw material delivers into raw material cyclic conveyor structure by the raw material elevator, manually take off former pocket and take sack apart, by the workman who cuts the unit Asparagus afterbody is excised, the part of excision is piled up, the Asparagus semi-finished product that will excise afterbody then are shifted in the arrangement unit, workman by the arrangement unit trembles Asparagus diffusing, at last qualified Asparagus is put into product conveying belt, and underproof accumulation is got up.When the Asparagus afterbody of piling up underproof Asparagus and cut reaches a certain amount of, push it against feed opening, slide on the scrap web by hopper, be delivered to the garbage collection frame by the waste material conveying mechanism.
As illustrated in Figures 5 and 6, described screening slag remover 2 comprises the dreg-containing disk 17 that is arranged on the frame, is arranged on dreg-containing disk 17 tops with the screening reject frame 18 of some square holes and the driving mechanism that is used for driving screening reject frame 18 move left and right.Described screening reject frame 18 is feed end near driving mechanism one end, its other end is discharge end, described screening reject frame 18 is downward-sloping gradually to discharge end by feed end, like this, places the Asparagus in the screening reject frame can be moved to discharge end gradually by feed end at slag removal.Both sides in front and rear part, described screening reject frame 18 lower end are respectively arranged with scroll wheel A19, described frame is provided with the swinging axle A20 that cooperates with described scroll wheel A19, the screening reject frame is under the effect of driving mechanism, and the scroll wheel A on the screening reject frame horizontally slips at swinging axle A.
Described driving mechanism comprises the connecting rod 46 that the drive motors 44 that is arranged on the frame, the eccentric wheel 45 that is connected with drive motors 44 clutch ends and an end and eccentric wheel 45 are hinged, the other end of described connecting rod 46 and screening reject frame 18 are hinged, described screening reject frame 18 is provided with bearing block 47 near driving mechanism one end both sides, be provided with universal driving shaft 48 between described bearing block 47, described connecting rod 46 is hinged with universal driving shaft 48.
Wherein, on the described frame, be provided with screening reject frame elevating mechanism below the screening reject frame 18, described screening reject frame elevating mechanism comprises motor and screening reject frame support bar 21, described screening reject frame support bar 21 1 ends are connected with motor-driven, and its other end can cooperate with the support limit piece 22 that screening reject frame 18 lower ends arrange screening reject frame 18 is supported.As shown in Figure 7, when needs are cleared up dreg-containing disk, by cooperating of screening reject frame support bar and support limit piece, with screening reject frame one side jack-up, thus convenient cleaning to dreg-containing disk.
Shown in Fig. 8 and 9, described lift cleaning machine 3 comprises cleaning case 23 and the conveying mechanism that is arranged on the frame, the feed end of described conveying mechanism places back segment in the cleaning case 23, the leading portion bottom is provided with bubbling pipe 24 in described cleaning case 23, described bubbling pipe 24 is communicated with bubbling blower fan 25 by pipeline, above described cleaning case 23 leading portions, be provided with shower 27, the water jet of described shower 27 is towards the material traffic direction, by cooperating of bubbling pipe and shower, material is moved in water to discharge end by feed end.In described cleaning case 23, be provided with orifice plate 26 above leading portion, the bubbling pipe 24, described cleaning case 23 back segments bottom is lower than cleaning case 23 leading portions bottom, corresponding the flushing of feed end of described orifice plate 26 and described conveying mechanism, material is sent into subsequent processing through directly moving to the feed end of conveying mechanism after cleaning by conveying mechanism.
Described cleaning case 23 back segments are communicated with cleaning case 23 leading portions by water circulating pump 52, and correspondence is provided with spray system 30 outside described cleaning case 23, above the conveying mechanism.
Wherein, described conveying mechanism is connected with elevating mechanism, and described elevating mechanism comprises lift cylinder 28, and the piston rod end of described lift cylinder 28 is connected with conveying mechanism by supporting channel-section steel 29; Described conveying mechanism comprises to be carried motor 53 and drives the conveyer belt 54 that is connected with carrying motor 53, described conveyer belt 54 feed ends place cleaning case 23 interior back segments and with described orifice plate 26 corresponding flushing.
As shown in figure 10, describedly float cold elevator 5 and comprise the lifting conveying mechanism that floats ice chest 31 and supported by bracing frame 32, float described that end periphery is provided with overflow launder 33 on the ice chest 31, the lower end of described lifting conveying mechanism places floats in the ice chest 31, below described lifting conveying mechanism, do not place and float ice chest 31 and be provided with drip tray 34 inner the branch, the lower end of described drip tray 34 is arranged at floats ice chest 31 tops, float in the ice chest 31 described, correspondence below, drip tray 34 lower end is provided with filter 35, float above the ice chest 31 described, promoting conveying mechanism feed end corresponding position is provided with towards drenching pipe 36, the described pouring pipe that dashes is communicated with the green-keeping machine import by pump 55, is provided with cold water shower 37 at described lifting conveying mechanism discharge end.
Wherein, described lifting conveying mechanism comprises the driving motor 56 that is arranged on the bracing frame 32 and the belt scraping plate transporting chain plate 57 that is driven by driving motor 56, described belt scraping plate transporting chain plate 57 lower ends place floats in the ice chest 31, describedly float in the ice chest 31, the feed end correspondence of belt scraping plate transporting chain plate 57 is provided with the plate 58 that connects material.
Shown in Figure 11 and 12, described oscillating riddle water machine 7 comprises the storage tank 38 that is arranged on the frame, the driving mechanism that is arranged on storage tank 38 tops with the sieve water frame 39 of some circular holes and is used for driving sieve water frame 39 move left and right, one side is provided with storage tank overflow launder 59 on described storage tank 38 tops, described storage tank 38 correspondences are arranged on sieve water frame 39 lower front, described storage tank overflow launder 59 correspondences are arranged on sieve water frame 39 lower rear, are used for receiving the water that material is discharged behind sieve water.
Wherein, described sieve water frame 39 is feed end near driving mechanism one end, and its other end is discharge end, and described sieve water frame 39 is downward-sloping gradually to discharge end by feed end, like this, place the material in the sieve water frame can be moved to discharge end gradually by feed end in sieve water process.Both sides in front and rear part, described sieve water frame 39 lower end are respectively arranged with scroll wheel B40, described frame is provided with the swinging axle B41 that cooperates with described scroll wheel B40, sieve water frame is under the effect of driving mechanism, and the scroll wheel B on the sieve water frame horizontally slips at swinging axle B.
Described driving mechanism comprises the connecting rod 46 that the drive motors 44 that is arranged on the frame, the eccentric wheel 45 that is connected with drive motors 44 clutch ends and an end and eccentric wheel 45 are hinged, the other end of described connecting rod 46 is hinged with sieve water frame 39, described sieve water frame 39 is provided with bearing block 47 near driving mechanism one end both sides, be provided with universal driving shaft 48 between described bearing block 47, described connecting rod 46 is hinged with universal driving shaft 48.
Wherein, described green-keeping machine 4 and precook and protect look machine 43 and be disclosed structure in the Chinese patent 201220031580.7, described potcher 6 is disclosed structure among the Chinese patent 201220031602.X.
The above only is preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of within spirit of the present utility model and principle, doing, be equal to and replace and improvement etc., all should be included within the protection domain of the present utility model.
Claims (10)
1. Asparagus leading portion automatic assembly line, it is characterized in that: comprise that three layers are cut joint conveyer (1), screening slag remover (2), lift cleaning machine (3), green-keeping machine (4), float cold elevator (5), potcher (6) and oscillating riddle water machine (7), described three layers of output of cutting joint conveyer (1) are corresponding with screening slag remover (2) input, described screening slag remover (2) output promotes conveyer (8) by transition and is connected with lift cleaning machine (3) input, described lift cleaning machine (3) output is corresponding with green-keeping machine (4) input, described green-keeping machine (4) output is with to float cold elevator (5) input corresponding, described to float cold elevator (5) output corresponding with potcher (6) input, and described potcher (6) output is corresponding with oscillating riddle water machine (7) input.
2. Asparagus leading portion automatic assembly line according to claim 1, it is characterized in that: described three layers cut the joint conveyer (1) comprise the raw material cyclic conveyor structure (9) on upper strata, the finished product conveyer structure (10) in middle level and the waste material conveying mechanism (11) of lower floor, be provided with operating platform (12) in described finished product conveyer structure (10) both sides, described operating platform (12) is provided with feed opening (13), and described feed opening (13) is by hopper (14) and the corresponding connection of waste material conveying mechanism (11).
3. Asparagus leading portion automatic assembly line according to claim 2, it is characterized in that: the raw material cyclic conveyor structure (9) on described upper strata comprises first conveyer belt (9a) and second conveyer belt (9b), the discharge end of described first conveyer belt (9a) is corresponding with the input of the first transition conveyer (9c), the output of the described first transition conveyer (9c) is corresponding with the feed end of second conveyer belt (9b), the discharge end of described second conveyer belt (9b) is corresponding with the input of the second transition conveyer (9d), described second transition conveyer (9d) output is corresponding with the feed end of first conveyer belt (9a), described first conveyer belt (9a), the first transition conveyer (9c), the corresponding connection forms a cyclic delivery system successively for second conveyer belt (9b) and the second transition conveyer (9d);
The finished product conveyer structure (10) in described middle level comprises two product conveying belts (10a), described two product conveying belts (10a) are separately positioned on first conveyer belt (9a) and second conveyer belt (9b) below, be respectively arranged with operating platform (12) in described two product conveying belts (10a) both sides, the operating surface of described operating platform (12) and corresponding the flushing of product conveying belt (10a), described two product conveying belts (10a) output are corresponding with screening slag remover (2) respectively;
The waste material conveying mechanism (11) of described lower floor comprises two scrap web (11a), described two scrap web (11a) correspondence respectively are arranged on two product conveying belts (10a) belows, and the discharge end of the hopper (14) of feed opening (13) connection of described and operating platform (12) is corresponding with scrap web (11a).
4. Asparagus leading portion automatic assembly line according to claim 3, it is characterized in that: described screening slag remover (2) comprises the dreg-containing disk (17) that is arranged on the frame, be arranged on dreg-containing disk (17) top with the screening reject frame (18) of some square holes and the driving mechanism that is used for driving screening reject frame (18) move left and right, described screening reject frame (18) is feed end near driving mechanism one end, its other end is discharge end, described screening reject frame (18) is downward-sloping gradually to discharge end by feed end, both sides in described screening reject frame (18) front and rear part, lower end are respectively arranged with scroll wheel A(19), described frame is provided with and described scroll wheel A(19) the swinging axle A(20 that cooperates).
5. Asparagus leading portion automatic assembly line according to claim 4, it is characterized in that: on described frame, screening reject frame (18) below is provided with screening reject frame elevating mechanism, described screening reject frame elevating mechanism comprises motor and screening reject frame support bar (21), described screening reject frame support bar (21) one ends are connected with motor-driven, and its other end can cooperate with the support limit piece (22) that screening reject frame (18) lower end arranges screening reject frame (18) is supported.
6. Asparagus leading portion automatic assembly line according to claim 5, it is characterized in that: described lift cleaning machine (3) comprises cleaning case (23) and the conveying mechanism that is arranged on the frame, the feed end of described conveying mechanism places the interior back segment of cleaning case (23), the leading portion bottom is provided with bubbling pipe (24) in described cleaning case (23), described bubbling pipe (24) is communicated with bubbling blower fan (25) by pipeline, be provided with orifice plate (26) in described bubbling pipe (24) top, described cleaning case (23) back segment bottom is lower than cleaning case (23) leading portion bottom, corresponding the flushing of feed end of described orifice plate (26) and described conveying mechanism, be provided with shower (27) in described cleaning case (23) leading portion top, the water jet of described shower (27) is towards the material traffic direction, outside described cleaning case (23), conveying mechanism top correspondence is provided with spray system (30); Described conveying mechanism is connected with elevating mechanism, and described elevating mechanism comprises lift cylinder (28), and the piston rod end of described lift cylinder (28) is connected with conveying mechanism by supporting channel-section steel (29).
7. Asparagus leading portion automatic assembly line according to claim 6, it is characterized in that: the described cold elevator (5) that floats comprises the lifting conveying mechanism that floats ice chest (31) and supported by bracing frame (32), be provided with overflow launder (33) at the described last end periphery of ice chest (31) that floats, the lower end of described lifting conveying mechanism places floats in the ice chest (31), below described lifting conveying mechanism, do not place and float ice chest (31) and be provided with drip tray (34) the inner branch, the lower end of described drip tray (34) is arranged at floats ice chest (31) top, float in the ice chest (31) described, correspondence below, drip tray (34) lower end is provided with filter (35), in described ice chest (31) top of floating, promote conveying mechanism feed end corresponding position and be provided with towards drenching pipe (36), be provided with cold water shower (37) at described lifting conveying mechanism discharge end.
8. Asparagus leading portion automatic assembly line according to claim 7, it is characterized in that: described oscillating riddle water machine (7) comprises the storage tank (38) that is arranged on the frame, be arranged on storage tank (38) top with the sieve water frame (39) of some circular holes and be used for driving the driving mechanism that sieves water frame (39) move left and right, described sieve water frame (39) is feed end near driving mechanism one end, its other end is discharge end, described sieve water frame (39) is downward-sloping gradually to discharge end by feed end, both sides in described sieve water frame (39) front and rear part, lower end are respectively arranged with scroll wheel B(40), described frame is provided with and described scroll wheel B(40) the swinging axle B(41 that cooperates).
9. Asparagus leading portion automatic assembly line according to claim 8, it is characterized in that: the driving mechanism in described screening slag remover (2) and the oscillating riddle water machine (7) comprises the drive motors (44) that is arranged on the frame, the connecting rod (46) that the eccentric wheel (45) that is connected with drive motors (44) clutch end and an end and eccentric wheel (45) are hinged, the other end of described connecting rod (46) and screening reject frame (18) or sieve water frame (39) are hinged, described screening reject frame (18) or sieve water frame (39) are provided with bearing block (47) near driving mechanism one end both sides, be provided with universal driving shaft (48) between described bearing block (47), described connecting rod (46) is hinged with universal driving shaft (48).
10. according to any described Asparagus leading portion automatic assembly line in the claim 1 to 9, it is characterized in that: the output of described oscillating riddle water machine (7) is respectively with outfeed belt conveyor (42) or precook and protect the corresponding connection of look machine (43), the described discharge end and the corresponding connection of discharging elevator (49) of precooking and protecting look machine (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220717371 CN203152424U (en) | 2012-12-24 | 2012-12-24 | Anterior automatic production line for flammulina velutipes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220717371 CN203152424U (en) | 2012-12-24 | 2012-12-24 | Anterior automatic production line for flammulina velutipes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203152424U true CN203152424U (en) | 2013-08-28 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220717371 Withdrawn - After Issue CN203152424U (en) | 2012-12-24 | 2012-12-24 | Anterior automatic production line for flammulina velutipes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203152424U (en) |
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2012
- 2012-12-24 CN CN 201220717371 patent/CN203152424U/en not_active Withdrawn - After Issue
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