CN218042518U

CN218042518U - Be used for automatic results strorage device of potato

Info

Publication number: CN218042518U
Application number: CN202221807824.6U
Authority: CN
Inventors: 王鹏; 董昊; 徐月星
Original assignee: Inner Mongolia Gerid Potato Seed Industry Group Co ltd
Current assignee: Inner Mongolia Gerid Potato Seed Industry Group Co ltd
Priority date: 2022-07-13
Filing date: 2022-07-13
Publication date: 2022-12-16
Anticipated expiration: 2032-07-13

Abstract

This real potato is with novel disclosing a be used for automatic results strorage device of potato, its structure includes results mechanism and clearance mechanism, through having set up results mechanism inboard in the harvester frame, spacing and the vibration effect to spacing slider through two sets of shake springs, and carry on spacingly to spacing slider through spacing spout, through having set up clearance mechanism in the harvester frame rear side, drive driving belt and two sets of transmission brush rolls through second drive machine and rotate, thereby make the transmission brush roll transmission clean the effect to the potato and adjust through adjusting screw and rotate the action to adsorbing the stratum reticulare, thereby make the action of separating to the inside inboard potato of bin of adsorbing the stratum reticulare, avoid the potato to pile up and appear humidity and heat high phenomenon.

Description

Be used for automatic results strorage device of potato

Technical Field

The utility model relates to the technical field of agricultural machinery, concretely relates to be used for automatic results strorage device of potato.

Background

The potatoes are the fourth crop of China, are second to wheat, rice and corn, have wide planting range throughout the country, have wide planting area and still increase year by year at a high speed; at present, potatoes are planted by digging out the potatoes manually or quickly through a large machine, and meanwhile, the mechanical operation of the potatoes in a large area of China is greatly required, so that the automatic harvesting and storing device for the potatoes needs to be provided.

At present, chinese patent with publication number CN201821231911.5 discloses a potato harvesting device, which comprises a device shell, a rotating rod, a fixed rod, a cross rod and a through groove, wherein a groove is formed in the device shell, a push plate is arranged above the groove, a hydraulic rod is fixed at the outer end of the push plate, and a gear is arranged at the outer side of the rotating rod.

When the existing device collects potatoes, the potatoes are easily not easily conducted by the transmission assembly due to soil sacs, and meanwhile, the existing transmission assembly lacks the action of cleaning the potatoes, so that more subsequent cleaning components are needed, and the existing device is overlarge in size; current potato soil separating mechanism is when using because contain certain moisture in the soil, and the soil block is difficult broken when the separation, influences the separation effect of soil and potato, and current device is storing the action simultaneously, lacks the regulation action to the inside air current of bin mostly, and then leads to the storage effect to the potato relatively poor.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

In order to overcome the defects of the prior art, the automatic potato harvesting and storing device is provided, and the problems that when the existing device collects potatoes, the potatoes are not easily conducted by a transmission assembly due to soil bags, and meanwhile, the existing transmission assembly lacks the cleaning action on the potatoes, so that more subsequent cleaning components are needed, and the size of the existing device is too large are solved; current potato soil separating mechanism is when using because contain certain moisture in the soil, and the soil block is difficult broken when the separation, influences the separation effect of soil and potato, and current device is storing when acting simultaneously, lacks the regulation action to the inside air current of bin mostly, and then leads to the relatively poor problem of storage effect to the potato.

(II) technical scheme

The utility model discloses a following technical scheme realizes: the utility model provides an automatic potato harvesting and storing device, which comprises a harvester frame, a first transmission motor, a digging component, a harvesting mechanism, a first transmission belt, a cleaning mechanism, a second transmission belt, a storage box, a damp-proof mechanism and a control panel, wherein the right side of the rear end of the harvester frame is connected with a first transmission motor bolt, the power end of the first transmission motor is coaxially rotated with a transmission paddle of the digging component, the middle side of the front end of the harvester frame is connected with a motor bolt of the first transmission belt, the left side of the rear end of the harvester frame is connected with a motor bolt of the second transmission belt, the left end of the harvester frame is connected with the storage box bolt, the front end of the storage box is connected with the control panel bolt, the first transmission motor, the first transmission belt and the second transmission belt are all electrically connected with the control panel, the harvesting mechanism is arranged at the inner side of the harvester frame, the harvesting mechanism comprises a limiting chute, a limiting slide block, a shaking spring, a transmission rotating shaft, a limiting torsional spring, a guide conical plate, a filter screen plate and a guide plough, wherein the limiting chute is arranged on the inner side of a transverse plate on the right side of the harvester frame, the inner wall of the limiting chute is in sliding connection with the limiting slide block, the upper side and the lower side of the limiting slide block are elastically connected with the shaking spring, the shaking spring is respectively elastically connected with the inner walls of the upper side and the lower side of the limiting chute, the rear end of the limiting slide block is rotationally connected with the transmission rotating shaft, the rear end of the limiting slide block is elastically connected with the front end of the limiting torsional spring, the transmission rotating shaft is respectively rotationally connected with the front side and the rear side of the guide conical plate, the front side and the rear side of the guide conical plate are elastically connected with the limiting torsional spring, a through hole in the middle side of the guide conical plate is fixedly connected with the filter screen plate, the right side of the bottom of the guide conical plate is in bolted connection with the guide plough, and the cleaning mechanism is arranged at the rear end of the harvester frame, the moisture-proof mechanism is arranged inside the storage box.

Furthermore, the cleaning mechanism comprises a second transmission motor, a transmission brush roll, an air jet hole, a transmission belt, a rotary joint, a flow guide air pipe, a multi-way valve, a flow guide air pump and an electric heating filter box, the rear end of the harvester frame is in bolted connection with the second transmission motor, the motive end of the second transmission motor coaxially rotates with the rear end of the transmission brush roll, the air jet hole is formed in the outer side of the transmission brush roll, the rotating shaft at the rear end of the transmission brush roll is in transmission connection with the transmission belt, the air inlet at the front end of the transmission brush roll is in pipeline connection with the rotary joint, the front end of the rotary joint is fixedly connected with the inner wall of the harvester frame, the front end of the rotary joint is in pipeline connection with the flow guide air pipe, the flow guide air pipe is respectively in pipeline connection with the left side and the right side of the multi-way valve, the rear end of the multi-way valve is in pipeline connection with the air outlet of the flow guide air pump, the air inlet at the rear end of the electric heating filter box is in pipeline connection with the top of the harvester frame, and the second transmission motor, the multi-way valve, the flow guide air pump and the electric heating filter box are all in electrical connection with the control panel.

Further, dampproofing mechanism includes rotating turret, adjusting screw, adsorbs stratum reticulare, temperature sensor, solid fixed ring, adsorbs stratum reticulare and water conservancy diversion fan, bin inner wall left side and rotating turret bolted connection, the inboard screw of rotating turret and adjusting screw threaded connection, adjusting screw and bin front end screw threaded connection, rotating turret axis of rotation and adsorption stratum reticulare fixed connection, bin inside wall and temperature sensor bolted connection, the bottom and the solid fixed ring bolted connection of bin fixation roof, gu fixed ring inner wall and adsorption stratum reticulare fixed connection, the through-hole and the water conservancy diversion fan bolted connection of bin fixation roof, temperature sensor and water conservancy diversion fan all are connected with the control panel electricity.

Furthermore, the length of the pressure potential energy of the shaking spring is 5 cm, and the diameter of the filter hole of the filter screen plate is 5 cm.

Furthermore, two groups of transmission brush rolls and rotating joints are arranged on the inner side of the harvester frame, and the length of a brush on the outer side of each transmission brush roll is 5 cm.

Furthermore, two groups of rotating frames and adsorption net layers are arranged inside the storage box, and the two groups of adsorption net layers are in parallel relation.

Furthermore, the limiting torsion spring is made of high-carbon steel.

Furthermore, the material of the adsorption net layer is stainless steel.

(III) advantageous effects

Compared with the prior art, the utility model, following beneficial effect has:

1) A be used for automatic results strorage device of potato, it is inboard at the harvester frame through having set up results mechanism, spacing and vibration effect to spacing slider through two sets of shake springs, and carry on spacingly to spacing slider through spacing spout, then extrude mutually and make transmission pivot and spacing torsional spring carry on spacingly and rotate the action to it through direction taper plate and direction plough and potato, carry out soil and potato separation effect through crossing filter plate to the potato through the vibration effect of shake spring this moment, be favorable to improving the cleanness and the direction effect to the potato.

2) A be used for automatic results strorage device of potato, through having set up cleaning mechanism in reaping frame rear side, drive driving belt and two sets of transmission brush rolls through second drive motor and rotate, thereby make the transmission brush roll transmission clean the effect to the potato, and the water conservancy diversion effect through multi-way valve and water conservancy diversion air pump with the inboard air current leading-in transmission brush roll inboard of electric heat filter box and through the fumarole blowout, be favorable to utilizing the hot gas flow to dry and sweep the action to the potato, thereby be favorable to improving the clean effect to the potato.

3) A be used for automatic results strorage device of potato, inside the bin through having set up dampproofing mechanism, adjust through adjusting screw and rotate the action to adsorbing the stratum reticulare, thereby make and adsorb the stratum reticulare and separate the action to the inside inboard potato of bin, avoid the potato to pile up and the too high phenomenon of humidity and heat appears, and through the leading-in bin inside of water conservancy diversion fan with outside air current behind the filter work of adsorbing the stratum reticulare, and monitor the action through temperature sensor to bin inside, be favorable to improving the storage effect to the potato.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the three-dimensional structure of the harvesting mechanism of the present invention;

FIG. 3 is a schematic view of the three-dimensional structure of the cleaning mechanism of the present invention;

FIG. 4 is a schematic top view of the harvesting mechanism and the cleaning mechanism of the present invention;

fig. 5 is a schematic view of the three-dimensional sectional structure of the moisture-proof mechanism of the present invention.

In the figure: the harvester comprises a harvester frame-1, a first transmission motor-2, a ground digging component-3, a harvesting mechanism-4, a first transmission belt-5, a cleaning mechanism-6, a second transmission belt-7, a storage box-8, a moisture-proof mechanism-9, a control panel-10, a limiting chute-41, a limiting slide block-42, a shaking spring-43, a transmission rotating shaft-44, a limiting torsion spring-45, a guiding conical plate-46, a filter screen plate-47, a guiding plough-48, a second transmission motor-61, a transmission brush roll-62, an air jet hole-63, a transmission belt-64, a rotating joint-65, a guide air pipe-66, a multi-way valve-67, a guide air pump-68, an electric heating filter box-69, a rotating frame-91, an adjusting screw-92, an adsorption net layer-93, a temperature sensor-94, a fixing ring-95, an adsorption net layer-96 and a guide fan-97.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to fig. 1, the utility model provides an automatic harvesting and storing device for potatoes: including harvester frame 1, first drive motor 2, dig ground subassembly 3, harvest mechanism 4, first drive belt 5, clearance mechanism 6, second drive belt 7, bin 8, dampproofing mechanism 9 and

control panel

10, 1 rear end right side of harvester frame and first drive motor 2 bolted connection, 2 axle dynamic ends of first drive motor and the coaxial rotation of transmission oar that dig

ground subassembly

3, 1 front end medial side of harvester frame and the motor bolted connection of

first drive belt

5, 1 rear end left side of harvester frame and the motor bolted connection of second drive belt 7, 1 left end of harvester frame and 8 bolted connection of bin, 8 front ends of bin and 10 bolted connection of control panel, first drive motor 2, first drive belt 5 and second drive belt 7 all are connected with control panel 10 electricity.

Referring to fig. 2 and 4, the utility model provides an automatic harvesting and storing device for potatoes, a harvesting mechanism 4 is arranged at the inner side of a harvester frame 1 to improve the harvesting effect for potatoes, the harvesting mechanism 4 comprises a limit chute 41, a limit slider 42, a shaking spring 43, a transmission rotating shaft 44, a limit torsion spring 45, a guide cone plate 46, a filter screen plate 47 and a guide plow 48, the inner side of a transverse plate at the right side of the harvester frame 1 is provided with the limit chute 41 to provide the limit effect for the sliding of the limit slider 42, the inner wall of the limit chute 41 is connected with the limit slider 42 in a sliding way to provide the limit effect for the sliding of the limit slider 42, the upper and lower sides of the limit slider 42 are elastically connected with the shaking spring 43, the vibration effect of the shaking spring 43 is improved, the shaking spring 43 is respectively connected with the inner walls at the upper and lower sides of the limit chute 41 to improve the vibration effect of the shaking spring 43, the rear end of a limiting slide block 42 is rotationally connected with a transmission rotating shaft 44, the transmission effect of the transmission rotating shaft 44 is improved, the rear end of the limiting slide block 42 is elastically connected with the front end of a limiting torsion spring 45, the limiting effect of the limiting torsion spring 45 is improved, the transmission rotating shaft 44 is rotationally connected with the front side and the rear side of a guide conical plate 46 respectively, the transmission effect of the transmission rotating shaft 44 is improved, the front side and the rear side of the guide conical plate 46 are elastically connected with the limiting torsion spring 45, the limiting effect of the limiting torsion spring 45 is improved, a through hole at the middle side of the guide conical plate 46 is fixedly connected with a filter screen plate 47, the dust filtering effect of the filter screen plate 47 is improved, the right side at the bottom of the guide conical plate 46 is in bolt connection with a guide plough 48, the guiding effect of the guide plough 48 is improved, a cleaning mechanism 6 is arranged at the rear end of a harvester frame 1, the cleaning effect on potatoes is improved, a moisture-proof mechanism 9 is arranged inside a storage box 8, the storage effect on the potatoes is improved, the compressed potential energy length of a shaking spring 43 is 5 cm, and the diameter of the filtering holes of the filtering screen plate 47 is 5 cm, so that the filtering effect of the filtering screen plate 47 is improved.

Referring to fig. 3 and 4, the utility model provides an automatic harvesting and storing device for potatoes, the cleaning mechanism 6 comprises a second driving motor 61, a driving brush roller 62, air injection holes 63, a driving belt 64, a rotary joint 65, a diversion air pipe 66, a multi-way valve 67, a diversion air pump 68 and an electric heating filter box 69, the rear end of the harvester frame 1 is connected with the second driving motor 61 through bolts, so as to improve the driving effect on the second driving motor 61, the axial end of the second driving motor 61 rotates coaxially with the rear end of the driving brush roller 62, so as to improve the transmission effect of the second driving motor 61, the air injection holes 63 are arranged outside the driving brush roller 62, so as to improve the diversion effect on air flow, the rear end of the driving brush roller 62 is in transmission connection with the driving belt 64, so as to improve the transmission effect of the driving belt 64, the front end of the driving brush roller 62 is connected with the rotary joint 65 through a pipeline, so as to improve the air flow diversion effect of the rotary joint 65, the front end of the rotary joint 65 is fixedly connected with the inner wall of the harvester frame 1 to improve the rotating effect of the rotary joint 65, the front end of the rotary joint 65 is connected with a guide air pipe 66 through a pipeline to improve the flow guiding effect of the guide air pipe 66, the guide air pipe 66 is respectively connected with the left and right pipelines of a multi-way valve 67 to improve the flow guiding effect of the guide air pipe 66, the rear end of the multi-way valve 67 is connected with an air outlet pipeline of a guide air pump 68 to improve the flow guiding effect of the guide air pump 68, an air inlet at the rear end of the guide air pump 68 is connected with an electric heating filter box 69 through a pipeline to improve the flow guiding effect of the guide air pump 68, the bottom of the electric heating filter box 69 is connected with the top of the harvester frame 1 through a bolt to improve the driving effect on the electric heating filter box 69, the second transmission motor 61, the multi-way valve 67, the guide air pump 68 and the electric heating filter box 69 are electrically connected with the control panel 10, and are the second transmission motor 61, the multi-way valve 67, the electric heating filter box 69, the second transmission motor 67, the control panel 68, the multi-way valve 67, the electric heating filter box 69, and the control panel 69, the diversion air pump 68 and the electric heating filter box 69 provide electric energy, two groups of transmission brush rolls 62 and a rotating joint 65 are arranged on the inner side of the harvester frame 1, and the length of the brush on the outer sides of the transmission brush rolls 62 is 5 cm, so that the cleaning effect outside the transmission brush rolls 62 is improved.

Please refer to fig. 5, the utility model provides a be used for automatic results strorage device of potato, dampproofing mechanism 9 includes turret 91, adjusting screw 92, adsorb the stratum reticulare 93, temperature sensor 94, solid fixed ring 95, adsorb net 96 and water conservancy diversion fan 97, bin 8 inner wall left side and turret 91 bolted connection, improve the spacing effect of turret 91, the inboard screw of turret 91 and adjusting screw 92 threaded connection, improve adjusting screw 92's regulation effect, adjusting screw 92 and bin 8 front end screw threaded connection, improve adjusting screw 92's regulation effect, turret 91 axis of rotation and adsorption stratum reticulare 93 fixed connection, improve the rotation effect of adsorption stratum reticulare 93, bin 8 inside wall and temperature sensor 94 bolted connection, improve temperature sensor 94's sensing effect, bin 8 fixed roof's bottom and solid fixed ring 95 bolted connection, improve solid fixed ring 95's filter effect, gu fixed ring 95 inner wall and adsorption stratum reticulare 96 fixed connection, improve adsorption stratum reticulare 96's filter effect, bin 8 fixed roof's through-hole and water conservancy diversion fan 97 bolted connection, improve water conservancy diversion fan 97's water conservancy diversion effect, temperature sensor 94 and water conservancy diversion 97 all are connected with control panel 10 electricity, be connected for two sets of adsorption panel 94 and bin 91, it is the electric energy absorption stratum reticulare provided two sets of adsorption fan 93 and adsorption blower and adsorption layer 93 to be the isolated relation that the adsorption stratum reticulare 93, and the adsorption tank 93, and the adsorption blower fan 93 is isolated relation that the adsorption tank 93, and the adsorption tank is totally, it is isolated in addition of the adsorption layer 93, and the adsorption blower fan 93, it is isolated relation of the adsorption blower is.

The utility model provides an automatic potato harvesting and storing device through improvement, and the working principle is as follows;

firstly, when the equipment is used, the device is firstly placed in a working area, and then the equipment is connected with an external power supply, so that the required electric energy can be provided for the work of the equipment;

secondly, when potato harvesting work is carried out, workers control the first driving motor 2 and the digging assembly 3 to turn over the potato field through the control panel 10, then the potatoes are guided into the tops of the guide conical plate 46 and the filter screen plate 47 through the guide plough 48, the guide conical plate 46 and the guide plough 48 are extruded with the potatoes to enable the driving rotating shaft 44 and the limiting torsion spring 45 to limit and rotate the potatoes, at the moment, the limiting and vibrating effects of the two groups of shaking springs 43 on the limiting slide block 42 are achieved, the limiting slide block 42 is limited through the limiting chute 41, the vibrating effect of the shaking springs 43 is achieved, the potato is subjected to a soil and potato separation effect through the filter screen plate 47, and the potato cleaning and guiding effects are improved;

thirdly, the second transmission motor 61 is controlled to drive the transmission belt 64 to perform transmission action, so that the transmission belt drives the two groups of transmission brush rolls 62 and the rotating joint 65 to rotate, the transmission brush rolls 62 perform transmission to clean the potatoes, the air flow inside the electric heating filter box 69 is guided into the inner sides of the transmission brush rolls 62 through the flow guiding effects of the multi-way valve 67 and the flow guiding air pump 68 and then is sprayed out through the air spraying holes 63, the hot air flow of the electric heating filter box 69 is used for drying and sweeping the potatoes, the cleaning effect on the potatoes is improved, and the influence of soil humidity on soil and potato separation is reduced;

fourth, then drive through rotating adjusting screw 92 and adjust the inboard pivot of rotating turret 91 and rotate, thereby make it drive and adsorb the stratum reticulare 93 and rotate the action, thereby make the action of separating to the inside inboard potato of bin 8 of adsorbing the stratum reticulare 93, avoid the potato to pile up and the too high phenomenon of humidity and heat appears, and lead to inside bin 8 after adsorbing the filter work of net 96 with outside air current through water conservancy diversion fan 97, and monitor the action to bin 8 inside through temperature sensor 94, be favorable to improving the storage effect to the potato.

The utility model relates to an automatic potato harvesting and storing device, which limits the limit and vibration effect of a limit slider 42 through two groups of shaking springs 43, limits the limit slider 42 through a limit chute 41, then extrudes the potatoes through a guide cone plate 46 and a guide plow 48 to limit and rotate the drive rotating shaft 44 and a limit torsion spring 45, at the moment, performs the soil and potato separation effect on the potatoes through the vibration effect of the shaking springs 43 and a filter screen plate 47, is favorable for improving the cleaning and guiding effect on the potatoes, drives a drive belt 64 and two groups of drive brush rolls 62 to rotate through a second drive motor 61, thereby enabling the drive brush rolls 62 to drive the potatoes to clean, and the water conservancy diversion effect through multi-way valve 67 and water conservancy diversion air pump 68 is inboard with the leading-in transmission brush roll 62 of the inboard air current of electric heat filter box 69 and spout through fumarole 63, be favorable to utilizing the hot gas flow to dry and sweep the action to the potato, thereby be favorable to improving the clean effect to the potato, adjust through adjusting screw 92 and rotate the action to adsorption net layer 93, thereby make adsorption net layer 93 separate the action to the inside inboard potato of bin 8, avoid the potato to pile up and appear humidity and heat high phenomenon, and lead to inside bin 8 after adsorption net 96's filter work with outside air current through water conservancy diversion fan 97, and monitor the action through temperature sensor 94 to bin 8 inside, be favorable to improving the storage effect to the potato.

Claims

1. The utility model provides a be used for automatic results strorage device of potato, includes reaping frame (1) and control panel (10), reaping frame (1) rear end right side and first drive motor (2) bolted connection, first drive motor (2) axle moves the end and digs the transmission oar coaxial rotation of ground subassembly (3), reaping frame (1) front end medial side and the motor bolted connection of first drive belt (5), its characterized in that: still include results mechanism (4), clearance mechanism (6) and dampproofing mechanism (9), it is inboard that reaping frame (1) is located in results mechanism (4), results mechanism (4) are including spacing spout (41), limit slide (42), tremble spring (43), transmission pivot (44), spacing torsional spring (45), direction taper plate (46), filter plate (47) and direction plough (48), cell wall and limit slide (42) sliding connection in spacing spout (41), both sides all with tremble spring (43) elastic connection about limit slide (42), limit slide (42) rear end and spacing torsional spring (45) front end elastic connection, transmission pivot (44) rotate with direction taper plate (46) front and back both sides respectively and are connected, direction taper plate (46) medial through-hole and filter plate (47) fixed connection, direction taper plate (46) bottom right side and direction plough (48) bolted connection, it locates reaping frame (1) rear end to clear up mechanism (6), bin (8) inside is located.

2. An automated potato harvesting storage apparatus according to claim 1, wherein: clearance mechanism (6) include second drive motor (61), transmission brush roller (62), fumarole (63), driving belt (64), rotary joint (65), water conservancy diversion trachea (66), multi-way valve (67), water conservancy diversion air pump (68) and electric heat filter box (69), reap frame (1) rear end and second drive motor (61) bolted connection, second drive motor (61) axle moves end and the coaxial rotation of transmission brush roller (62) rear end, transmission brush roller (62) outside is equipped with fumarole (63), transmission brush roller (62) rear end pivot is connected with driving belt (64) transmission, transmission brush roller (62) front end air inlet and rotary joint (65) pipe connection, rotary joint (65) front end and reaping frame (1) interior cell wall fixed connection, rotary joint (65) front end and water conservancy diversion trachea (66) pipe connection, water conservancy diversion trachea (66) are connected with the multi-way valve (67) left and right sides pipeline respectively, multi-way valve (67) rear end and water conservancy diversion air pump (68) air outlet, electric heat filter box (69) top is connected with electric heat filter box (61), electric heat filter box (69) top (61) and second drive motor (69), electric heat filter box (61) top (69), electric heat filter box (69) is connected with multi-way (61) and electric heat pump (65) rear end, the diversion air pump (68) and the electric heating filter box (69) are electrically connected with the control panel (10).

3. An automated potato harvesting storage apparatus according to claim 1, wherein: moisture-proof mechanism (9) are including rotating turret (91), adjusting screw (92), adsorb stratum reticulare (93), temperature sensor (94), solid fixed ring (95), adsorb net (96) and water conservancy diversion fan (97), bin (8) inner wall left side and rotating turret (91) bolted connection, the inboard screw of rotating turret (91) and adjusting screw (92) threaded connection, adjusting screw (92) and bin (8) front end screw threaded connection, rotating turret (91) axis of rotation and adsorb stratum reticulare (93) fixed connection, bin (8) inside wall and temperature sensor (94) bolted connection, the bottom and solid fixed ring (95) bolted connection of bin (8) fixed roof, gu fixed ring (95) interior cell wall and adsorb net (96) fixed connection, the through-hole and water conservancy diversion fan (97) bolted connection of bin (8) fixed roof, temperature sensor (94) and water conservancy diversion fan (97) all are connected with control panel (10) electricity.

4. An automated potato harvesting storage apparatus according to claim 1, wherein: reap frame (1) rear end left side and the motor bolted connection of second drive belt (7), reap frame (1) left end and bin (8) bolted connection, bin (8) front end and control panel (10) bolted connection, first drive motor (2), first drive belt (5) and second drive belt (7) all are connected with control panel (10) electricity.

5. An automated potato harvesting storage apparatus according to claim 1, wherein: reaping machine frame (1) right side diaphragm inboard is equipped with spacing spout (41), tremble spring (43) respectively with both sides inner wall elastic connection about spacing spout (41), spacing slider (42) rear end rotates with transmission pivot (44) to be connected, both sides all with spacing torsional spring (45) elastic connection around direction awl board (46).

6. An automated potato harvesting storage apparatus according to claim 1, wherein: the length of the compressed potential energy of the shaking spring (43) is 5 cm, and the diameter of a filter hole of the filter screen plate (47) is 5 cm.

7. An automated potato harvesting storage apparatus according to claim 2, wherein: two groups of transmission brush rolls (62) and a rotating joint (65) are arranged on the inner side of the harvester frame (1), and the length of a brush on the outer side of each transmission brush roll (62) is 5 cm.

8. An automated potato harvesting storage apparatus according to claim 3, wherein: two groups of rotating frames (91) and adsorption net layers (93) are arranged in the storage box (8), and the two groups of adsorption net layers (93) are in parallel relation.