CN211247400U - Device for conveying, detecting and grading flowers - Google Patents

Abstract

The utility model belongs to the technical field of the agricultural product processing machinery technique and specifically relates to a be used for flower to carry and detect hierarchical device, low-speed carrier connects the material loading to carry the module and divides the good flower of monosomy group to convey to high-speed carrier operation module, high-speed carrier operation module conveys the flower to visual detection and the module that disinfects carries out image detection and disinfects, the flower after the image detection disinfects continues to carry the front end that pushes away the material module to corresponding grade through high-speed carrier operation module, it pushes the flower into and divides the storehouse module to accomplish to detect hierarchical to push away the material module, divide monosomy structure by the flower, sending into the carrier of low-speed in proper order with regular single flower, promote the carrier that carries the flower, detect, disinfect, then grade again, liberation productivity, reduce intensity of labour, and improve production efficiency, the operation of whole line only needs 2 people theoretically.

Description

Device for conveying, detecting and grading flowers

Technical Field

The utility model belongs to the technical field of the agricultural product processing machinery technique and specifically relates to a be used for flower to carry and detect hierarchical device.

Background

Fresh flowers (roses and Chinese roses) are not only spices, but also raw materials or ingredients of smoked tea, wine brewing, food and medicines, and have wide application range and high economic value. In actual production, to realize the flow process of big flower automatic identification in batches, go out from the flower heap single flower at first need, this operation all adopts artifical material loading to detect the sorting method at present, all is artifical manual inspection, needs 5 people to accomplish, wastes time and energy, and the amount of labour is big, and the cost of labor is high moreover, and is efficient.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is: the device for conveying, detecting and grading fresh flowers is used for on-line use and independent use of fresh flower feeding, detecting and sorting based on the labor intensity of a customer site, the compatibility and stability of products, maintenance cost and the like.

The utility model provides a technical scheme that its technical problem adopted is: a device for flower conveying, detecting and grading comprises a conveying frame assembly and a warehouse dividing module arranged in parallel with the conveying frame assembly, wherein a guide assembly for guiding the carrier assembly is erected at the edge of the conveying frame assembly through a support frame, a support plate is arranged at the lower end of the guide assembly, a low-speed carrier receiving and conveying module is arranged on the working surface of the conveying frame assembly, a high-speed carrier running module is arranged at the edge of the working surface of the conveying frame assembly close to the guide assembly, the low-speed carrier receiving and conveying module and the high-speed carrier running module form a carrier circulating line, a plurality of feeding and sorting modules for sorting flowers and ensuring equal-distance sorting are arranged on one side edge of the conveying frame assembly, a support plate on the other side edge of the conveying frame assembly is provided with a flower pushing module for pushing flowers into the warehouse dividing module, and a visual detection and sterilization module for detecting and sterilizing the flower length and petal openness is arranged at the end part of the conveying, the low-speed carrier connects the material to carry the module to divide the good flower of single module to convey to high-speed carrier operation module with the material loading, and high-speed carrier operation module conveys the flower to visual detection and the module that disinfects carries out image detection and disinfects, and the flower that the image detected after disinfecting passes through high-speed carrier operation module and continues to carry to the front end that pushes away the material module of corresponding grade, pushes away the material module and pushes the flower into and divide the storehouse module to accomplish to detect and grade.

Further, material loading divides single module to include motor support and sequencing support, and fixed mounting has the blowing storage module that stores the flower on the sequencing support, is equipped with on the blowing storage module and divides first group material subassembly and the second group material subassembly that singly dials the material to the flower, and fixed mounting has the branch single power module that provides power to blowing storage module on the motor support, divides single power module to drive first group material subassembly and second group material subassembly action simultaneously, first branch single pusher dog that has in the first group material subassembly and the second divides single pusher dog in the second group material subassembly to be the phase difference setting, and first branch single pusher dog and second divide single pusher dog to insert in turn that the flower root makes the flower remove, divide single and with the equidistant transportation of flower to low-speed carrier material receiving transport module.

Further, the low-speed carrier connects material to carry the module to include carrier subassembly, low-speed chain, low-speed drive assembly and low-speed sprocket group, be connected through low-speed chain between low-speed drive assembly and the low-speed sprocket group, be equipped with on the low-speed chain and install the carrier subassembly through directly linking up the carrier subassembly, gear motor passes through the hold-in range and is connected with low-speed drive assembly and drive its rotation, and low-speed drive assembly drives the rotation of low-speed chain and then drives the flower after the branch list and transmit to high-speed carrier operation module.

Furthermore, the high-speed carrier operation module comprises a large chain wheel component and a first tensioning chain wheel which are arranged on working panels at two ends of the conveyor frame component, a bottom tensioning idler wheel arranged at the lower end of the low-speed chain wheel component and a second tensioning chain wheel arranged at the lower end of the low-speed transmission component, wherein high-speed chains matched with the two large chain wheel components, the first tensioning chain wheel, the bottom tensioning idler wheel and the second tensioning chain wheel are arranged on the two large chain wheel components, the first tensioning chain wheel, the bottom tensioning,

all be equipped with high-speed chain pusher dog and the low-speed chain pusher dog that hands over the carrier subassembly in low-speed chain and high-speed chain handing-over department on high-speed chain and the low-speed chain, high-speed chain pusher dog and low-speed chain pusher dog are the setting of staggering of height.

Further, it includes the branch storehouse cylinder of fixed mounting on carriage subassembly side to push away the material module, the end that stretches out of branch storehouse cylinder is equipped with the branch storehouse push pedal, and the both sides limit of branch storehouse push pedal all is equipped with the branch storehouse guide post.

Further, the branch storehouse module includes a plurality of row material support bases, and adjacent row material is connected through arranging material strut frame between the support base, arranges the flower collection subassembly that is equipped with in proper order to arrange in proper order and has a plurality of corresponding grades of flower on arranging material strut frame, and the flower collection subassembly feed inlet is just to arranging root to the flower collection subassembly of guaranteeing the flower to the branch storehouse push pedal setting, arranges still to be equipped with on the material strut frame to be used for with the flower vibrations the shock dynamo that slides in the flower collection subassembly.

Furthermore, blowing storage module includes first flitch and second flitch of going up, form the storage die cavity of putting into the flower between first flitch and the second flitch of going up, form integratively through the connecting plate of establishing on it between first flitch and the second flitch of going up.

Further, divide single power component to include gear motor and the first transmission gear group of fixing on the motor support, gear motor's output passes through the hold-in range and is connected with first transmission gear group and drive first transmission gear group and rotate, be equipped with second transmission gear group on the first flitch, be equipped with third transmission gear group on the second flitch, first transmission gear group passes through the hold-in range and is connected with second transmission gear group and transmit power, be connected through the hold-in range between second transmission gear group and the third transmission gear group, one side of second transmission gear group is equipped with rather than meshing and drives pivoted and exempts from key synchronizing wheel, be equipped with eccentric flower pushing block on the exempts from key synchronizing wheel, be equipped with eccentric flower pushing block between eccentric flower pushing block and the flower inserting sideslip slider.

Furthermore, the first material shifting assembly and the second material shifting assembly are symmetrically arranged, the first material shifting assembly and the second material shifting assembly respectively comprise a single-dividing shifting claw and a long linear slide rail fixed on the bottom surface of the first feeding plate, a flower arrangement transverse slide block is connected to the long linear slide rail through the long linear slide rail and reciprocates on the long linear slide rail, a short linear slide rail perpendicular to the long linear slide rail is arranged on the flower arrangement transverse slide block, a spring blocking block located on one side of the short linear slide rail is arranged on the flower arrangement transverse slide block, a short linear slide block matched with the short linear slide rail is arranged on the short linear slide rail, a single-dividing shifting claw is fixed on the short linear slide block, and an eccentric flower pushing assembly is further arranged on the single-dividing shifting claw and drives the single-dividing shifting claw to perform reciprocating motion of dividing and shifting fresh flowers along the flower flow direction and the flower vertical flow direction through the eccentric flower pushing assembly.

Further, the low-speed transmission assembly comprises a guide bar fixing block and a low-speed driving cover plate fixedly mounted on the guide bar fixing block and the guide bar transverse plate fixing block, a low-speed chain group, a secondary speed reduction driving group and a high-speed driving group are arranged between the low-speed driving cover plate and the conveyor frame assembly, the low-speed chain group drives the secondary speed reduction driving group to rotate through gear engagement, and the secondary speed reduction driving group is connected with the high-speed driving group through a synchronous belt and drives the high-speed driving group to rotate;

the low-speed chain group comprises a low-speed driving shaft, a low-speed gear and a low-speed chain wheel are sequentially sleeved on the low-speed driving shaft from top to bottom and are both positioned at the lower end of the low-speed driving cover plate, and the low-speed chain wheel is connected with the low-speed chain wheel group through a low-speed chain; the secondary speed reduction driving set comprises a secondary speed reduction driving shaft, a secondary speed reduction key-free synchronous belt pulley is arranged on the secondary speed reduction driving shaft at the upper end of the low-speed driving cover plate, and a secondary speed reduction gear meshed with the low-speed gear is arranged on the secondary speed reduction driving shaft at the lower end of the low-speed driving cover plate; the high-speed drive group comprises a high-speed drive shaft, a high-speed synchronizing wheel is installed on the high-speed drive shaft at the upper end of the low-speed drive cover plate, a high-speed chain wheel and a motor synchronous belt wheel are sequentially installed on the high-speed drive shaft at the lower end of the low-speed drive cover plate from top to bottom, the secondary speed reduction is free of a key synchronous belt wheel and is connected with the high-speed synchronizing wheel through a synchronous belt, and the low-speed drive tension assembly used for tensioning the synchronous belt is arranged on the low-speed drive cover.

The utility model has the advantages that: the utility model discloses by flower list structure, sending into the low-speed carrier in proper order with regular single flower, the carrier that will load the flower promotes, detects, disinfects, then grades again, liberation productivity reduces intensity of labour, improves production efficiency, and the operation of whole line theoretically only needs 2 people.

Drawings

The present invention will be further explained with reference to the drawings and examples.

Fig. 1 is a perspective view of the present invention;

fig. 2 is a top view of the present invention;

fig. 3 is a schematic structural view of a preferred embodiment of the present invention;

fig. 4 is a rear view of the present invention;

FIG. 5 is a schematic structural view of the single power assembly of the present invention;

fig. 6 is a schematic structural view of the discharging and storing module of the present invention;

fig. 7 is a schematic structural view of a first material shifting assembly of the present invention;

FIG. 8 is a rear view of the first pusher assembly with the single pawl removed;

fig. 9 is a schematic structural view of a second material shifting assembly of the present invention;

fig. 10 is a perspective view of the second material pushing assembly of the present invention with the single-dispensing pusher dog removed;

FIG. 11 is a rear view of the second pusher assembly with the single pawl removed;

fig. 12 is a schematic structural view of the low-speed carrier receiving and conveying module of the present invention;

fig. 13 is a schematic structural view at a point a of the present invention;

fig. 14 is a schematic view of the low speed drive assembly of the present invention;

fig. 15 is a schematic structural view of the junction between the low-speed chain and the high-speed chain at the low-speed transmission assembly of the present invention;

fig. 16 is a schematic structural view of the junction between the low-speed chain and the high-speed chain according to the present invention;

fig. 17 is a schematic structural view of the material pushing module of the present invention;

fig. 18 is a schematic structural view of the bin dividing module of the present invention.

In the figure: 2. the device comprises a single-component power assembly, 3, a discharging and storing module, 4, a first material shifting assembly, 5, a second material shifting assembly, 6, a motor support, 7, a speed reducing motor, 8, a first transmission gear set, 9, a second transmission gear set, 10, a third transmission gear set, 11, a first feeding plate, 12, a second feeding plate, 13, a connecting plate, 14, a storing cavity, 15, a first single-component shifting claw, 16, a long linear sliding rail, 17, a flower arrangement transverse sliding block, 18, a short linear sliding rail, 19, a spring blocking block, 20, a spring limiting block, 21, a key-free synchronizing wheel, 22, an eccentric flower pushing block, 23, a driving arm, 24, a limiting wheel, 25, a limiting groove, 26, a limiting hole, 27, a limiting flower arrangement driving block, 29, a door hole, 30, a second single-component shifting claw, 31, a guide strip fixing block, 32, a guide strip transverse plate, 33, a low-speed driving cover plate and 34, a low-speed driving block, 35. low-speed gear, 36 low-speed chain wheel, 37 secondary speed-reducing driving shaft, 38 secondary speed-reducing non-key synchronous belt wheel, 39 secondary speed-reducing gear, 40 high-speed driving shaft, 41 high-speed synchronous wheel, 42 high-speed chain wheel, 43 motor synchronous belt wheel, 44 low-speed transmission tensioning component, 45 conveying frame component, 46 bin-dividing module, 47 low-speed carrier material-receiving conveying module, 48 high-speed carrier running module, 49 material-loading and single-dividing module, 50 visual detection and sterilization module, 51 material-pushing module, 52 carrier component, 53 low-speed chain, 54 low-speed transmission component, 55 low-speed chain wheel set, 56 bin-dividing cylinder, 57 bin-dividing push plate, 58 bin-dividing guide column, 59 bin-supporting frame base, 60 material-discharging supporting rod frame, 61 flower-collecting component, 62 vibration motor, 63-guide component, 64 supporting plate, 65. large sprocket assembly, 66 bottom tension idler, 67 first tension sprocket, 68 second tension sprocket, 69 high speed chain.

Detailed Description

The invention will now be described in further detail with reference to the drawings and preferred embodiments. These drawings are simplified schematic drawings and illustrate the basic structure of the present invention only in a schematic manner, and thus show only the components related to the present invention.

As shown in fig. 1-18, a device for transporting, detecting and grading flowers comprises a carrier assembly 45 and a bin dividing module 46 arranged in parallel with the carrier assembly 45, a guiding assembly 63 for guiding a carrier assembly 52 is erected at the edge of the carrier assembly 45 through a supporting frame, a supporting plate 64 is arranged at the lower end of the guiding assembly 63, a low-speed carrier receiving and conveying module 47 is arranged on the working plate surface of the carrier assembly 45, a high-speed carrier operating module 48 is arranged at the edge of the working surface of the carrier assembly 45 close to the guiding assembly 63, the low-speed carrier receiving and conveying module 47 and the high-speed carrier operating module 48 form a carrier circulation line, a plurality of feeding and sorting modules 49 for sorting flowers and ensuring equal-distance sorting are arranged at one side of the carrier assembly 45, a material pushing module 51 for pushing flowers into the bin dividing module 46 is arranged at the supporting plate 64 at the other side of the carrier assembly 45, keep away from the material loading and divide the tip of carrier subassembly 45 of single module 49 to be equipped with to flower length and flower petal opening degree detect with the visual detection and the module 50 that disinfects, the low-speed carrier connects material to carry module 47 with the material loading divide single module 49 to divide the flower that the list is good to convey to high-speed carrier operation module 48, high-speed carrier operation module 48 conveys the flower to visual detection and the module 50 that disinfects and carries out image detection and disinfect, the flower that the image detected after disinfecting continues to carry the front end that pushes away the material module 51 to corresponding grade through high-speed carrier operation module 48, it pushes flower branch storehouse module 46 and accomplishes the detection and grades to push away material module 51.

The material loading divides single module 49 to include motor support 6 and sequencing support, and fixed mounting has the blowing storage module 3 that stores the flower on the sequencing support, is equipped with on the blowing storage module 3 to divide single first group material subassembly 4 and the second group material subassembly 5 of dialling the material of dialling the flower, and fixed mounting has branch single power module 2 to blowing storage module 3 power on the motor support 6, divides single power module 2 to drive first group material subassembly 4 and the action of second group material subassembly 5 simultaneously, first branch single pusher dog 15 that has in the first group material subassembly 4 and the second divides single pusher dog 30 in the second group material subassembly 5 to be the phase difference setting, and first branch single pusher dog 15 and second divide single pusher dog 30 to insert the flower root in turn and make the flower root remove, divide the list and carry the material receiving module 47 with the flower equidistant transportation to low-speed carrier.

The low-speed carrier material receiving and conveying module 47 comprises a carrier assembly 52, a low-speed chain 53, a low-speed transmission assembly 54 and a low-speed chain wheel set 55, the low-speed transmission assembly 54 is connected with the low-speed chain wheel set 55 through the low-speed chain 53, the carrier assembly 52 is installed on the low-speed chain 53 through a direct connection carrier assembly, the speed reduction motor 7 is connected with the low-speed transmission assembly 54 through a synchronous belt and drives the low-speed transmission assembly to rotate, and the low-speed transmission assembly 54 drives the low-speed chain 53 to rotate so as to drive flowers after separation to be transmitted to the high-speed carrier operation module 48.

The high-speed carrier operation module 48 comprises large chain wheel assemblies 65 and first tensioning chain wheels 67 arranged on working panels at two ends of the conveyor frame assembly 45, a bottom tensioning idle wheel 66 arranged at the lower end of the low-speed chain wheel assembly 55 and a second tensioning chain wheel 68 arranged at the lower end of the low-speed transmission assembly 54, high-speed chains 69 matched with the two large chain wheel assemblies 65, the first tensioning chain wheel 67, the bottom tensioning idle wheel 66 and the second tensioning chain wheel 68 are arranged on the two large chain wheel assemblies 65, the two tensioning chain wheel assemblies 66, the two bottom tensioning idle wheel 66 and the two tensioning chain wheel 68, high-speed chain shift claws and low-speed chain shift claws which are used for handing over the carrier assemblies 52 at the joint of the low-speed chains 53 and the high-speed chains 69 are arranged in.

The material pushing module 51 comprises a bin dividing cylinder 56 fixedly mounted on the side edge of the conveyor frame assembly 45, a bin dividing push plate 57 is arranged at the extending end of the bin dividing cylinder 56, and bin dividing guide columns 58 are arranged on two side edges of the bin dividing push plate 57.

Divide storehouse module 46 to include a plurality of row material support bases 59, adjacent arrange connect through row material strut frame 60 between the material support base 59, arrange to be equipped with on the material strut frame 60 in proper order and arrange the flower collection subassembly 61 that has a plurality of corresponding grades of flower of being used for collecting, the flower collection subassembly 61 feed inlet is just to dividing storehouse push pedal 57 to set up the root of guaranteeing the flower to the flower collection subassembly 61 in, arrange still to be equipped with on the material strut frame 60 and be used for slipping the vibrations of flower in the flower collection subassembly 61 vibrating motor 62.

The discharging and storing module 3 comprises a first feeding plate 11 and a second feeding plate 12, a storing cavity 14 for placing fresh flowers is formed between the first feeding plate 11 and the second feeding plate 12, and the first feeding plate 11 and the second feeding plate 12 are integrated through a connecting plate 13 arranged on the first feeding plate 11 and the second feeding plate 12.

Divide single power component 2 to include gear motor 7 and the first drive gear group 8 of fixing on motor support 6, gear motor 7's output passes through the hold-in range and is connected with first drive gear group 8 and drive first drive gear group 8 and rotate, be equipped with second drive gear group 9 on the first flitch 11 of going up, be equipped with third drive gear group 10 on the second flitch 12, first drive gear group 8 passes through the hold-in range and is connected and transmit power with second drive gear group 9, be connected through the hold-in range between second drive gear group 9 and the third drive gear group 10, one side of second drive gear group 9 is equipped with rather than meshing and drives pivoted and exempts from key synchronizing wheel 21, be equipped with eccentric flower pushing block 22 on the exempting from key synchronizing wheel 21, be equipped with eccentric flower pushing block between eccentric flower pushing block 22 and the flower inserting sideslip slider 17 and push away the flower subassembly.

The first material shifting component 4 and the second material shifting component 5 are symmetrically arranged, the first material shifting component 4 and the second material shifting component 5 respectively comprise a single flower shifting claw and a long linear slide rail 16 fixed on the bottom surface of the first upper material plate 11, a flower arrangement transverse slide block 17 is connected onto the long linear slide rail 16 through the long linear slide rail and reciprocates on the long linear slide rail 16, a short linear slide rail 18 perpendicular to the long linear slide rail 16 is arranged on the flower arrangement transverse slide block 17, a spring blocking block 19 located on one side of the short linear slide rail 18 is arranged on the flower arrangement transverse slide block 17, a short linear slide block matched with the short linear slide rail 18 is arranged on the short linear slide rail 18, the single flower shifting claw is fixed onto the short linear slide block, an eccentric flower pushing component is further arranged on the single flower shifting claw, and the single flower shifting claw is driven by the eccentric flower pushing component to reciprocate for flower shifting in the flow direction and the perpendicular flow direction.

The eccentric flower pushing assembly comprises a driving arm 23 and a limiting flower arrangement driving block 27 fixed on the single-dividing pusher dog, the driving arm 23 is arranged between the eccentric flower pushing block 22 and the flower arrangement transverse sliding block 17, a limiting wheel 24 is further arranged on the driving arm 23, a limiting groove 25 is formed in the limiting flower arrangement driving block 27, and the limiting wheel 24 is clamped in the limiting groove 25 to further drive the single-dividing pusher dog to perform reciprocating motion of distributing flowers along the flower flow direction and the vertical flower flow direction.

The single separating pusher dog is provided with a spring limiting block 20 far away from the spring stop block 19, and a spring for ensuring that the single separating pusher dog abuts against the streamline direction of flowers in the operation process is arranged between the spring limiting block 20 and the spring stop block 19.

The last spacing hole 26 of seting up of minute single pusher dog, protruding card on the spring stopper piece 19 is established in spacing hole 26 and reciprocating motion in it in order to restrict minute single pusher dog displacement volume, and the opening part of the storage die cavity 14 that forms between first material loading plate 11 and the second material loading plate 12 is the feed inlet that is the splayed, sets up the door opening 29 that supplies the flower to pass on the connecting plate 13, and door opening 29 is located storage die cavity 14 directly over, and the length of the draw-in groove of minute single pusher dog is gone into for 2 flowers at least simultaneously card.

The low-speed transmission assembly 54 comprises a guide bar fixing block 31 and a low-speed driving cover plate 33 fixedly mounted on the guide bar fixing block 31 and the guide bar transverse plate fixing block 32, a low-speed chain group, a secondary speed reduction driving group and a high-speed driving group are arranged between the low-speed driving cover plate 33 and the conveyor frame assembly 45, the low-speed chain group drives the secondary speed reduction driving group to rotate through gear engagement, and the secondary speed reduction driving group is connected with the high-speed driving group through a synchronous belt and drives the high-speed driving group to rotate; the low-speed chain group comprises a low-speed driving shaft 34, a low-speed gear 35 and a low-speed chain wheel 36 are sequentially sleeved on the low-speed driving shaft 34 from top to bottom and are both positioned at the lower end of the low-speed driving cover plate 33, and the low-speed chain wheel 36 is connected with the low-speed chain wheel group 55 through a low-speed chain 53; the secondary speed reduction driving set comprises a secondary speed reduction driving shaft 37, a secondary speed reduction key-free synchronous pulley 38 is arranged on the secondary speed reduction driving shaft 37 at the upper end of the low-speed driving cover plate 33, and a secondary speed reduction gear 39 meshed with the low-speed gear 35 is arranged on the secondary speed reduction driving shaft 37 at the lower end of the low-speed driving cover plate 33; the high-speed driving group comprises a high-speed driving shaft 40, a high-speed synchronizing wheel 41 is installed on the high-speed driving shaft 40 at the upper end of the low-speed driving cover plate 33, a high-speed chain wheel 42 and a motor synchronizing wheel 43 are sequentially installed on the high-speed driving shaft 40 at the lower end of the low-speed driving cover plate 33 from top to bottom, the secondary speed-reducing key-free synchronizing wheel 38 is connected with the high-speed synchronizing wheel 41 through a synchronous belt, and a low-speed transmission tensioning assembly 44 used for tensioning the synchronous belt is arranged on the low-speed driving cover plate 33 between the secondary speed-.

The working process is as follows:

the circulation line of the carrier assembly 52 is divided into a high-speed section and a low-speed section on the low-speed material receiving and conveying module 47 and the high-speed carrier operation module 48,

firstly, the feeding and sorting module 49 is manually fed with fresh flowers, and the first sorting pusher dog 15 and the second sorting pusher dog 30 are adjusted to have a certain phase difference. The flower is sent into the die cavity that flitch 12 formed on first flitch 11 and the second of going up, along with the increase of pushing flower quantity, the flower closely arranges, and the interval of flower is roughly the same, and the flower gets into the second and divides the single pusher dog 30 draw-in groove, and draw-in groove length ensures to have 2 at most at every turn and gets into same draw-in groove with the flower.

When only one flower exists in a single clamping groove of the second single shifting claw 30, the first single shifting claw 15 distributes the flower in the clamping groove of the second single shifting claw 30, the flower flows out after passing through the first single shifting claw 15 and the second single shifting claw 30 and is also single and equidistant, and the power for flowing the flower is provided by the single-side single shifting claw;

when 2 flowers enter the clamping groove of the second single shifting claw 30, the flowers are larger than the roots and the roots have certain gaps even if the flowers are tightly arranged, at the moment, the clamping point of the first single shifting claw 15 is inserted into a flower row from the gap, the fresh flowers are singulated by the feeding single module 49, and the flowers are rhythmically pushed into the carrier component 52;

the feeding singulation module 49 has 2 groups working simultaneously, the first group feeding singulation module 49 pushes the carriers 1, 3, 5.. once in the carrier assembly 52, and the second group feeding singulation module 49 pushes the flowers 2, 4, 6.. once in the carrier assembly 52, and the process occurs at a low speed stage.

Then, after flowers are delivered to carriers in the carrier assembly 52, the circulating conveying line of the carrier assembly 52 enters the carriers for low-speed delivery, the space between the carriers is pulled open, namely the space between the flowers is pulled open,

then, the flower bud enters a visual detection and sterilization module 50, the visual detection and sterilization module 50 detects and sterilizes the length of the flower root, the size of the flower head and the openness of the flower, and calculates and grades the result;

then flowers enter the warehouse separating module 46, the warehouse separating cylinder 56 drives the warehouse separating push plate 57, when the warehouse separating push plate 57 of the corresponding grade of the flowers is positioned, the warehouse separating cylinder 56 drives the warehouse separating push plate 57 to push the roots of the flowers to the flower collecting assembly 61, the flower collecting assembly 61 is arranged in an inclined mode, and the flower collecting assembly 61 slides downwards for collection due to gravity and the vibration motor 62;

finally, the empty carrier assembly 52 after the flowers are removed enters a high-speed rotation low-speed section to reduce the speed of the carrier assembly 52, and a cycle is completed.

While the foregoing is directed to embodiments of the present invention, other and further embodiments of the invention may be devised without departing from the basic scope thereof, and the scope thereof is determined by the claims that follow.

Claims (10)

1. The utility model provides a device that is used for flower to carry to detect hierarchical which characterized in that: comprises a conveying frame assembly (45) and a bin dividing module (46) arranged in parallel with the conveying frame assembly (45), wherein a guide assembly (63) for guiding a carrier assembly (52) is erected at the edge of the conveying frame assembly (45) through a support frame, a support plate (64) is arranged at the lower end of the guide assembly (63), a low-speed carrier receiving and conveying module (47) is arranged on the working plate surface of the conveying frame assembly (45), a high-speed carrier running module (48) is arranged at the edge of the working surface of the conveying frame assembly (45) close to the guide assembly (63), the low-speed carrier receiving and conveying module (47) and the high-speed carrier running module (48) form a carrier circulating line, a plurality of feeding and sorting modules (49) for sorting fresh flowers and ensuring equal distance sorting are arranged at one side of the conveying frame assembly (45), and a material pushing module (51) for pushing the fresh flowers into the bin dividing module (46) is arranged at the support plate (64) at the other, a visual detection and sterilization module (50) for detecting and sterilizing the flower length and the flower petal openness is arranged at the end part of the conveying frame assembly (45) far away from the feeding and sorting module (49),

the low-speed carrier material receiving and conveying module (47) conveys fresh flowers which are well sorted by the material loading and sorting module (49) to the high-speed carrier operation module (48), the high-speed carrier operation module (48) conveys the fresh flowers to the visual detection and sterilization module (50) for image detection and sterilization, the fresh flowers after image detection and sterilization are continuously conveyed to the front end of the material pushing module (51) at the corresponding grade through the high-speed carrier operation module (48), and the material pushing module (51) pushes the fresh flowers into the bin dividing module (46) to complete detection and grading.

2. The device for flower transport detection grading of claim 1, characterized in that: the feeding and sorting module (49) comprises a motor support (6) and a sorting support, a discharging and storing module (3) for storing fresh flowers is fixedly installed on the sorting support, a first material shifting assembly (4) and a second material shifting assembly (5) for performing sorting and material shifting on the fresh flowers are arranged on the discharging and storing module (3), a sorting power assembly (2) for providing power for the discharging and storing module (3) is fixedly installed on the motor support (6), the sorting power assembly (2) drives the first material shifting assembly (4) and the second material shifting assembly (5) to move simultaneously, the first single dividing pusher dog (15) arranged in the first material shifting assembly (4) and the second single dividing pusher dog (30) arranged in the second material shifting assembly (5) are arranged in a phase difference mode, and the first single dividing pusher dog (15) and the second single dividing pusher dog (30) are alternately inserted into the root of a flower to enable the flower to move and divide the flower and transport the flower to the low-speed carrier material receiving and conveying module (47) at equal intervals.

3. The device for flower transport detection grading of claim 1, characterized in that: low-speed carrier connect material to carry module (47) including carrier subassembly (52), low-speed chain (53), low-speed drive assembly (54) and low-speed sprocket group (55), be connected through low-speed chain (53) between low-speed drive assembly (54) and low-speed sprocket group (55), be equipped with on low-speed chain (53) and install carrier subassembly (52) through directly linking up the carrier subassembly, gear motor (7) are connected and drive its rotation through hold-in range and low-speed drive assembly (54), low-speed drive assembly (54) drive low-speed chain (53) and rotate and then drive the flower after the branch list and transmit to high-speed carrier operation module (48).

4. The device for flower transport detection grading of claim 1, characterized in that: the high-speed carrier operation module (48) comprises a large chain wheel assembly (65) and a first tensioning chain wheel (67) which are arranged on working panels at two ends of the conveyor frame assembly (45), a bottom tensioning idle wheel (66) arranged at the lower end of the low-speed chain wheel assembly (55) and a second tensioning chain wheel (68) arranged at the lower end of the low-speed transmission assembly (54), wherein high-speed chains (69) matched with the two large chain wheel assemblies (65), the first tensioning chain wheel (67), the bottom tensioning idle wheel (66) and the second tensioning chain wheel (68) are arranged on the two large chain wheel assemblies (65),

and the high-speed chain (69) and the low-speed chain (53) are both provided with a high-speed chain pusher dog and a low-speed chain pusher dog which are used for connecting the carrier assembly (52) at the joint of the low-speed chain (53) and the high-speed chain (69), and the high-speed chain pusher dog and the low-speed chain pusher dog are arranged in a staggered manner.

5. The device for flower transport detection grading of claim 1, characterized in that: the material pushing module (51) comprises a bin dividing cylinder (56) fixedly mounted on the side edge of the conveying frame assembly (45), a bin dividing push plate (57) is arranged at the extending end of the bin dividing cylinder (56), and bin dividing guide columns (58) are arranged on two side edges of the bin dividing push plate (57).

6. The device for flower transport detection grading of claim 1, characterized in that: divide storehouse module (46) including a plurality of row material support base (59), adjacent row material is connected through arranging material strut frame (60) between support base (59), arrange to be equipped with on row material strut frame (60) and arrange in proper order and have a plurality of flowers collection component (61) that are used for collecting the corresponding grade of flower, flower collection component (61) feed inlet just sets up root to the flower collection component (61) of guaranteeing the flower to branch storehouse push pedal (57), arrange still to be equipped with on material strut frame (60) and be used for with the flower vibrations and slide vibrations motor (62) in flower collection component (61).

7. The device for flower transport detection grading of claim 2, characterized in that: blowing storage module (3) including first flitch (11) and second flitch (12) of going up, form between first flitch (11) and the second flitch of going up (12) and put into the storage die cavity (14) of flower, first flitch (11) of going up and second go up and form an organic whole through connecting plate (13) of establishing on it between flitch (12).

8. The device for flower transport detection grading of claim 2, characterized in that: divide single power component (2) including fixing gear motor (7) and first drive gear group (8) on motor support (6), the output of gear motor (7) passes through the hold-in range and is connected and drive first drive gear group (8) and rotate with first drive gear group (8), be equipped with second drive gear group (9) on first flitch (11), be equipped with third drive gear group (10) on second flitch (12), first drive gear group (8) are connected and transmit power through hold-in range and second drive gear group (9), be connected through the hold-in range between second drive gear group (9) and third drive gear group (10), one side of second drive gear group (9) is equipped with rather than meshing and drives pivoted and exempts from key synchronizing wheel (21), it pushes away colored piece (22) to be equipped with off-centre on-centre and push away between colored piece (22) and the flower inserting sideslip slider (17) and push away colored subassembly.

9. The device for flower transport detection grading of claim 2, characterized in that: the flower arranging device is characterized in that the first material shifting assembly (4) and the second material shifting assembly (5) are symmetrically arranged, the first material shifting assembly (4) and the second material shifting assembly (5) respectively comprise a single shifting claw and a long linear slide rail (16) fixed on the bottom surface of the first upper plate (11), a flower inserting transverse slide block (17) is connected onto the long linear slide rail (16) through a long linear slide block and reciprocates on the long linear slide rail (16), a short linear slide rail (18) perpendicular to the long linear slide rail (16) is arranged on the flower inserting transverse slide block (17), a spring blocking block (19) located on one side of the short linear slide rail (18) is arranged on the flower inserting transverse slide block (17), a short linear slide block matched with the short linear slide block is arranged on the short linear slide block, the single shifting claw is fixed on the short linear slide block, and an eccentric flower pushing assembly is further arranged on the single shifting claw and drives the single shifting claw to perform reciprocating motion along the flow direction of fresh flowers and the flow direction perpendicular to the fresh flowers through the eccentric flower pushing assembly.

10. The device for flower transport detection grading of claim 3, characterized in that: the low-speed transmission assembly (54) comprises a guide bar fixing block (31) and a low-speed driving cover plate (33) fixedly mounted on the guide bar fixing block (31) and the guide bar transverse plate fixing block (32), a low-speed chain set, a secondary speed reduction driving set and a high-speed driving set are arranged between the low-speed driving cover plate (33) and the conveyor frame assembly (45), the low-speed chain set drives the secondary speed reduction driving set to rotate through gear engagement, and the secondary speed reduction driving set is connected with the high-speed driving set through a synchronous belt and drives the high-speed driving set to rotate;

the low-speed chain set comprises a low-speed driving shaft (34), a low-speed gear (35) and a low-speed chain wheel (36) are sequentially sleeved on the low-speed driving shaft (34) from top to bottom and are both positioned at the lower end of the low-speed driving cover plate (33), and the low-speed chain wheel (36) is connected with the low-speed chain wheel set (55) through a low-speed chain (53);

the secondary speed reduction driving set comprises a secondary speed reduction driving shaft (37), a secondary speed reduction key-free synchronous belt pulley (38) is installed on the secondary speed reduction driving shaft (37) at the upper end of the low-speed driving cover plate (33), and a secondary speed reduction gear (39) meshed with the low-speed gear (35) is installed on the secondary speed reduction driving shaft (37) at the lower end of the low-speed driving cover plate (33);

the high-speed driving group comprises a high-speed driving shaft (40), a high-speed synchronizing wheel (41) is arranged on the high-speed driving shaft (40) at the upper end of the low-speed driving cover plate (33), a high-speed chain wheel (42) and a motor synchronizing belt wheel (43) are sequentially arranged on the high-speed driving shaft (40) at the lower end of the low-speed driving cover plate (33) from top to bottom,

the secondary speed-reducing key-free synchronous pulley (38) is connected with the high-speed synchronous wheel (41) through a synchronous belt, and a low-speed transmission tensioning assembly (44) for tensioning the synchronous belt is arranged on a low-speed driving cover plate (33) between the secondary speed-reducing key-free synchronous pulley (38) and the high-speed synchronous wheel (41).

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