CN204837058U - Harvester is excavated to suspension type pseudo -ginseng - Google Patents

Abstract

The utility model relates to a suspended notoginseng excavating and harvesting machine, which belongs to the technical field of agricultural harvesting machinery and equipment. The frame of the utility model is the fixed frame of the whole harvesting system, which adopts a splicing structure; the adjustment wheel is installed on the adjustment wheel shaft and is located at the rear of the frame; The connecting pin is used to connect with the rear suspension device of the four-wheel tractor. The two suspension connecting pins and the suspension frame form a three-point suspension structure; the excavating shovel is welded on the excavating shovel fixing plate, and the combination is connected with the excavating shovel side plate through bolts to form a Excavating mechanism, the excavating mechanism is connected with the frame by bolts, and the excavating mechanism is located at the lower front of the frame; the rolling screen is located at the rear and upper part of the excavating shovel, inside the frame and inclined; the vibration axis is located inside the rolling screen; the collecting block The board is located at the rear of the rack. The utility model has the characteristics of simple structure, convenient operation, easy learning, low price, economical and practical.

Description

A hanging type Panax notoginseng digging harvester

technical field

The utility model relates to a suspended notoginseng excavating and harvesting machine, which belongs to the technical field of agricultural harvesting machinery and equipment.

Background technique

Panax notoginseng has high medical and nutritional value, and three-year-old notoginseng is the variety with the greatest economic benefits and medicinal value. As the origin and main producing area of Panax notoginseng, Wenshan Prefecture in Yunnan Province accounts for more than 90% of the country's total planting area and output. However, the mechanization level of notoginseng excavation is seriously lagging behind. At present, the harvest of notoginseng is carried out by purely manual digging. The excavation workload accounts for more than half of the entire production process, and the labor intensity is high; the operating cost accounts for 60% of the total production cost. The above is time-consuming and laborious, and the cost of working hours is high, which seriously restricts the development of industrialization. Therefore, it is very necessary to design a machine suitable for the three-year-old Panax notoginseng harvest to reduce the labor intensity of farmers and improve the production efficiency of Panax notoginseng harvest, and it is also the only way to realize the industrialization of Panax notoginseng.

Contents of the invention

The utility model provides a hanging type notoginseng digging and harvesting machine, which can reduce the labor intensity of farmers and improve the production efficiency of notoginseng harvesting.

The technical scheme of the utility model is: a suspended notoginseng digging harvester, including a frame 1, an adjustment wheel 2, an adjustment wheel shaft 3, an adjustment wheel rod 4, an adjustment wheel sleeve 5, an auxiliary transmission sprocket I 6, a power rear Shaft 7, chain 8, horizontal bearing seat 9, roller screen 10, collecting baffle 11, chain with ears 12, suspension frame 13, small bevel gear 14, suspension frame connecting plate 15, suspension link pin 16, input shaft 17 , vertical bearing housing 18, large bevel gear 19, excavating shovel side plate 20, excavating shovel fixed plate 21, excavating shovel 22, output shaft 23, driven front axle 24, main drive sprocket 25, auxiliary drive sprocket II 26, Vibration shaft 27, secondary drive sprocket III 28;

Frame 1 is the fixed frame of the entire harvesting system, which adopts a spliced structure; the adjustment wheel 2 is installed on the adjustment wheel shaft 3 and is located behind the frame 1, and the excavating shovel 22 is adjusted by the adjustment wheel rod 4 in the adjustment wheel sleeve 5 The angle of entry into the soil and the weight of the whole machine and its walking; the suspension frame 13 is located in the front of the frame 1, and is connected with the suspension frame connecting plate 15 by bolts, and the suspension connecting pin 16 is used to be connected with the rear suspension device of the four-wheel tractor. A suspension connecting pin 16 and suspension frame 13 form a three-point suspension structure, which is used for the traction connection of the four-wheel tractor to the harvesting system; the digging shovel 22 is welded on the digging shovel fixed plate 21, and its combination is connected with the digging shovel side plate 20 by bolts And form excavation mechanism, excavation mechanism is connected with frame 1 by bolt, and this excavation mechanism is positioned at the lower front of frame 1, is used for shoveling soil; It is inclined and used to accept the soil mixture of Sanqi roots and shake the soil; the vibration shaft 27 is located inside the roller screen 10 to increase the soil removal performance of the roller screen 10; the collecting baffle 11 is located behind the frame 1 for Thirty-seven strips;

The power is transmitted from the input shaft 17 to the small bevel gear 14, and the power is input to the output shaft 23 through the large bevel gear 19. The vertical bearing seat 18 (such as: vertical bearing seat 206) supports the input shaft 17 and the output shaft 23, and makes them The rotation is more stable. The main transmission sprocket 25 at the upper left transmits the power to the auxiliary transmission sprocket I6 through the chain 8, and the auxiliary transmission sprocket I6 transmits the power to the power rear axle 7, which is driven by the power rear axle 7 and is located behind the excavating shovel 22. The roller screen 10 rotates;

The secondary transmission sprocket I6 is installed on the power rear axle 7 and is located on the left side of the harvester;

The power rear axle 7 drives the auxiliary transmission sprocket II 26 to rotate, and the horizontal bearing housing 9 (such as: horizontal bearing housing 206) plays the role of fixing the power rear axle 7 and makes its rotation more stable. The rotation of the auxiliary transmission sprocket II 26 The auxiliary transmission sprocket III 28 is driven by the ear chain 12 to rotate, and the rotation of the auxiliary transmission sprocket III 28 drives the driven front axle 24, so that the driven front axle 24 rotates, and steel bars are inserted into the ear holes of the ear chain 12 to form a rolling bar Sieve 10 for desoiling;

The vibrating shaft 27 is fixed on both sides of the inside of the frame 1, and is a fixed shaft (it does not move with the movement of the roller screen 10, and the roller screen 10 passes through the vibrating shaft 27 so that the roller screen 10 can achieve the purpose of vibration). The eared chain 12 in the screen 10 passes through the vibrating shaft 27 when rotating, and the vibrating shaft 27 lifts the eared chain 12, thereby causing the roller sieve 10 to vibrate, thereby enhancing the soil removal performance of the roller sieve 10.

The roller sieve 10 is a steel bar roller sieve and chains 12 with ears arranged equidistantly and connected.

The distance between the roller screens 10 is 10-25mm.

The working principle of the utility model is:

Before use, the whole machine is connected to the power output shaft of the four-wheel tractor through the suspension frame 13. According to the soil of the work plot and the planting depth of Panax notoginseng, by adjusting the height of the adjustment wheel 2, the digging shovel 22 is positioned at a suitable angle. When the required excavation depth is reached, the four-wheel tractor moves forward to drive the whole machine to work. At the same time, the roller screen 10 starts to rotate. During the rotation, the roller screen 10 passes the vibration shaft 27 so that the roller screen 10 vibrates. The excavating shovel 22 scoops up the mixture of the three-year-old Panax notoginseng and the soil, and makes the mixture fall into the roller sieve 10, the roots of the root of Panax notoginseng are separated from the soil by the vibration of the roller sieve 10, and the roots of Panax notoginseng fall into the to the ground and form strips to complete the harvest for three-year-old Panax notoginseng roots.

The beneficial effect of the utility model is: it has the characteristics of simple structure, convenient operation, easy learning, low price, economical and practical. This machine can complete the operations of digging, collecting, separating, and laying at one time, which solves the situation of high labor intensity, low work efficiency, and high labor cost of notoginseng harvesting, improves production efficiency, and has a very broad market scenario.

Description of drawings

Fig. 1 is the schematic diagram of the axial side of the utility model;

Fig. 2 is the schematic diagram of top view of the utility model;

The labels in the figure: 1-frame, 2-adjusting wheel, 3-adjusting wheel shaft, 4-adjusting wheel rod, 5-adjusting wheel sleeve, 6-secondary transmission sprocket Ⅰ, 7-power rear axle, 8-chain , 9-horizontal bearing seat, 10-roller screen, 11-collection baffle, 12-chain with ears, 13-suspension frame, 14-small conical gear, 15-suspension frame connecting plate, 16-suspension link pin, 17-input shaft, 18-vertical bearing housing, 19-big bevel gear, 20-digging shovel side plate, 21-digging shovel fixed plate, 22-digging shovel, 23-output shaft, 24-driven front axle, 25 -Main drive sprocket, 26-secondary drive sprocket II, 27-vibration shaft, 28-secondary drive sprocket III.

Detailed ways

Embodiment 1: As shown in Figure 1-2, a suspended notoginseng digging harvester includes a frame 1, an adjustment wheel 2, an adjustment wheel shaft 3, an adjustment wheel rod 4, an adjustment wheel sleeve 5, and an auxiliary drive sprocket Ⅰ6. Power rear axle 7, chain 8, horizontal bearing seat 9, roller screen 10, collecting baffle 11, chain with ears 12, suspension frame 13, small bevel gear 14, suspension frame connecting plate 15, suspension link pin 16 , input shaft 17, vertical bearing housing 18, large bevel gear 19, digging shovel side plate 20, digging shovel fixing plate 21, digging shovel 22, output shaft 23, driven front shaft 24, main drive sprocket 25, auxiliary drive Sprocket II 26, vibration shaft 27, auxiliary drive sprocket III 28;

Frame 1 is the fixed frame of the entire harvesting system, which adopts a spliced structure; the adjustment wheel 2 is installed on the adjustment wheel shaft 3 and is located behind the frame 1, and the excavating shovel 22 is adjusted by the adjustment wheel rod 4 in the adjustment wheel sleeve 5 The angle of entry into the soil and the weight of the whole machine and its walking; the suspension frame 13 is located in the front of the frame 1, and is connected with the suspension frame connecting plate 15 by bolts, and the suspension connecting pin 16 is used to be connected with the rear suspension device of the four-wheel tractor. A suspension connecting pin 16 and suspension frame 13 form a three-point suspension structure, which is used for the traction connection of the four-wheel tractor to the harvesting system; the digging shovel 22 is welded on the digging shovel fixed plate 21, and its combination is connected with the digging shovel side plate 20 by bolts And form excavation mechanism, excavation mechanism is connected with frame 1 by bolt, and this excavation mechanism is positioned at the lower front of frame 1, is used for shoveling soil; It is inclined and used to accept the soil mixture of Sanqi roots and shake the soil; the vibration shaft 27 is located inside the roller screen 10 to increase the soil removal performance of the roller screen 10; the collecting baffle 11 is located behind the frame 1 for Thirty-seven strips;

The power is transmitted from the input shaft 17 to the small bevel gear 14, and the power is input to the output shaft 23 through the large bevel gear 19. The vertical bearing seat 18 supports the input shaft 17 and the output shaft 23, and makes the rotation more stable. It is located in the upper left main drive The sprocket 25 transmits the power to the auxiliary transmission sprocket I6 through the chain 8, and the auxiliary transmission sprocket I6 transmits the power to the power rear shaft 7, and the power rear shaft 7 drives the roller screen 10 located behind the excavating shovel 22 to rotate;

The secondary transmission sprocket I6 is installed on the power rear axle 7 and is located on the left side of the harvester;

The power rear axle 7 drives the auxiliary transmission sprocket II 26 to rotate, and the horizontal bearing seat 9 plays the role of fixing the power rear axle 7 and makes it rotate more smoothly. The rotation of the auxiliary transmission sprocket II 26 drives the auxiliary transmission chain through the ear chain 12 The wheel III 28 rotates, and the rotation of the auxiliary transmission sprocket III 28 drives the driven front axle 24, so that the driven front axle 24 rotates, and steel bars are inserted into the ear holes of the chain 12 with ears to form a roller screen 10 for soil removal;

The vibrating shaft 27 is fixed on both sides of the inside of the frame 1 and is a fixed shaft. When the ear chain 12 in the roller screen 10 rotates, it passes through the vibrating shaft 27, and the vibrating shaft 27 lifts the ear chain 12 to make the roller The sieve 10 vibrates to enhance the soil removal performance of the roller sieve 10 .

The roller sieve 10 is a steel bar roller sieve and chains 12 with ears arranged equidistantly and connected.

The distance between the roller screens 10 is 10 mm.

Embodiment 2: As shown in Figure 1-2, a suspended notoginseng digging harvester includes a frame 1, an adjustment wheel 2, an adjustment wheel shaft 3, an adjustment wheel rod 4, an adjustment wheel sleeve 5, and an auxiliary drive sprocket Ⅰ6. Power rear axle 7, chain 8, horizontal bearing seat 9, roller screen 10, collecting baffle 11, chain with ears 12, suspension frame 13, small bevel gear 14, suspension frame connecting plate 15, suspension link pin 16 , input shaft 17, vertical bearing housing 18, large bevel gear 19, digging shovel side plate 20, digging shovel fixing plate 21, digging shovel 22, output shaft 23, driven front shaft 24, main drive sprocket 25, auxiliary drive Sprocket II 26, vibration shaft 27, auxiliary drive sprocket III 28;

Frame 1 is the fixed frame of the entire harvesting system, which adopts a spliced structure; the adjustment wheel 2 is installed on the adjustment wheel shaft 3 and is located behind the frame 1, and the excavating shovel 22 is adjusted by the adjustment wheel rod 4 in the adjustment wheel sleeve 5 The angle of entry into the soil and the weight of the whole machine and its walking; the suspension frame 13 is located in the front of the frame 1, and is connected with the suspension frame connecting plate 15 by bolts, and the suspension connecting pin 16 is used to be connected with the rear suspension device of the four-wheel tractor. A suspension connecting pin 16 and suspension frame 13 form a three-point suspension structure, which is used for the traction connection of the four-wheel tractor to the harvesting system; the digging shovel 22 is welded on the digging shovel fixed plate 21, and its combination is connected with the digging shovel side plate 20 by bolts And form excavation mechanism, excavation mechanism is connected with frame 1 by bolt, and this excavation mechanism is positioned at the lower front of frame 1, is used for shoveling soil; It is inclined and used to accept the soil mixture of Sanqi roots and shake the soil; the vibration shaft 27 is located inside the roller screen 10 to increase the soil removal performance of the roller screen 10; the collecting baffle 11 is located behind the frame 1 for Thirty-seven strips;

The power is transmitted from the input shaft 17 to the small bevel gear 14, and the power is input to the output shaft 23 through the large bevel gear 19. The vertical bearing seat 18 supports the input shaft 17 and the output shaft 23, and makes the rotation more stable. It is located in the upper left main drive The sprocket 25 transmits the power to the auxiliary transmission sprocket I6 through the chain 8, and the auxiliary transmission sprocket I6 transmits the power to the power rear shaft 7, and the power rear shaft 7 drives the roller screen 10 located behind the excavating shovel 22 to rotate;

The secondary transmission sprocket I6 is installed on the power rear axle 7 and is located on the left side of the harvester;

The power rear axle 7 drives the auxiliary transmission sprocket II 26 to rotate, and the horizontal bearing seat 9 plays the role of fixing the power rear axle 7 and makes it rotate more smoothly. The rotation of the auxiliary transmission sprocket II 26 drives the auxiliary transmission chain through the ear chain 12 The wheel III 28 rotates, and the rotation of the auxiliary transmission sprocket III 28 drives the driven front axle 24, so that the driven front axle 24 rotates, and steel bars are inserted into the ear holes of the chain 12 with ears to form a roller screen 10 for soil removal;

The vibrating shaft 27 is fixed on both sides of the inside of the frame 1 and is a fixed shaft. When the ear chain 12 in the roller screen 10 rotates, it passes through the vibrating shaft 27, and the vibrating shaft 27 lifts the ear chain 12 to make the roller The sieve 10 vibrates to enhance the soil removal performance of the roller sieve 10 .

The roller sieve 10 is a steel bar roller sieve and chains 12 with ears arranged equidistantly and connected.

The distance between the roller screens 10 is 25mm.

Embodiment 3: As shown in Figure 1-2, a suspended notoginseng digging harvester includes a frame 1, an adjustment wheel 2, an adjustment wheel shaft 3, an adjustment wheel rod 4, an adjustment wheel sleeve 5, and an auxiliary drive sprocket Ⅰ6. Power rear axle 7, chain 8, horizontal bearing seat 9, roller screen 10, collecting baffle 11, chain with ears 12, suspension frame 13, small bevel gear 14, suspension frame connecting plate 15, suspension link pin 16 , input shaft 17, vertical bearing housing 18, large bevel gear 19, digging shovel side plate 20, digging shovel fixing plate 21, digging shovel 22, output shaft 23, driven front shaft 24, main drive sprocket 25, auxiliary drive Sprocket II 26, vibration shaft 27, auxiliary drive sprocket III 28;

Frame 1 is the fixed frame of the entire harvesting system, which adopts a spliced structure; the adjustment wheel 2 is installed on the adjustment wheel shaft 3 and is located behind the frame 1, and the excavating shovel 22 is adjusted by the adjustment wheel rod 4 in the adjustment wheel sleeve 5 The angle of entry into the soil and the weight of the whole machine and its walking; the suspension frame 13 is located in the front of the frame 1, and is connected with the suspension frame connecting plate 15 by bolts, and the suspension connecting pin 16 is used to be connected with the rear suspension device of the four-wheel tractor. A suspension connecting pin 16 and suspension frame 13 form a three-point suspension structure, which is used for the traction connection of the four-wheel tractor to the harvesting system; the digging shovel 22 is welded on the digging shovel fixed plate 21, and its combination is connected with the digging shovel side plate 20 by bolts And form excavation mechanism, excavation mechanism is connected with frame 1 by bolt, and this excavation mechanism is positioned at the lower front of frame 1, is used for shoveling soil; It is inclined and used to accept the soil mixture of Sanqi roots and shake the soil; the vibration shaft 27 is located inside the roller screen 10 to increase the soil removal performance of the roller screen 10; the collecting baffle 11 is located behind the frame 1 for Thirty-seven strips;

The power is transmitted from the input shaft 17 to the small bevel gear 14, and the power is input to the output shaft 23 through the large bevel gear 19. The vertical bearing seat 18 supports the input shaft 17 and the output shaft 23, and makes the rotation more stable. It is located in the upper left main drive The sprocket 25 transmits the power to the auxiliary transmission sprocket I6 through the chain 8, and the auxiliary transmission sprocket I6 transmits the power to the power rear shaft 7, and the power rear shaft 7 drives the roller screen 10 located behind the excavating shovel 22 to rotate;

The secondary transmission sprocket I6 is installed on the power rear axle 7 and is located on the left side of the harvester;

The power rear axle 7 drives the auxiliary transmission sprocket II 26 to rotate, and the horizontal bearing seat 9 plays the role of fixing the power rear axle 7 and makes it rotate more smoothly. The rotation of the auxiliary transmission sprocket II 26 drives the auxiliary transmission chain through the ear chain 12 The wheel III 28 rotates, and the rotation of the auxiliary transmission sprocket III 28 drives the driven front axle 24, so that the driven front axle 24 rotates, and steel bars are inserted into the ear holes of the chain 12 with ears to form a roller screen 10 for soil removal;

The vibrating shaft 27 is fixed on both sides of the inside of the frame 1 and is a fixed shaft. When the ear chain 12 in the roller screen 10 rotates, it passes through the vibrating shaft 27, and the vibrating shaft 27 lifts the ear chain 12 to make the roller The sieve 10 vibrates to enhance the soil removal performance of the roller sieve 10 .

The roller sieve 10 is a steel bar roller sieve and chains 12 with ears arranged equidistantly and connected.

Embodiment 4: As shown in Figure 1-2, a suspended notoginseng digging harvester includes a frame 1, an adjustment wheel 2, an adjustment wheel shaft 3, an adjustment wheel rod 4, an adjustment wheel sleeve 5, and an auxiliary drive sprocket Ⅰ6. Power rear axle 7, chain 8, horizontal bearing seat 9, roller screen 10, collecting baffle 11, chain with ears 12, suspension frame 13, small bevel gear 14, suspension frame connecting plate 15, suspension link pin 16 , input shaft 17, vertical bearing housing 18, large bevel gear 19, digging shovel side plate 20, digging shovel fixing plate 21, digging shovel 22, output shaft 23, driven front shaft 24, main drive sprocket 25, auxiliary drive Sprocket II 26, vibration shaft 27, auxiliary drive sprocket III 28;

Frame 1 is the fixed frame of the entire harvesting system, which adopts a spliced structure; the adjustment wheel 2 is installed on the adjustment wheel shaft 3 and is located behind the frame 1, and the excavating shovel 22 is adjusted by the adjustment wheel rod 4 in the adjustment wheel sleeve 5 The angle of entry into the soil and the weight of the whole machine and its walking; the suspension frame 13 is located in the front of the frame 1, and is connected with the suspension frame connecting plate 15 by bolts, and the suspension connecting pin 16 is used to be connected with the rear suspension device of the four-wheel tractor. A suspension connecting pin 16 and suspension frame 13 form a three-point suspension structure, which is used for the traction connection of the four-wheel tractor to the harvesting system; the digging shovel 22 is welded on the digging shovel fixed plate 21, and its combination is connected with the digging shovel side plate 20 by bolts And form excavation mechanism, excavation mechanism is connected with frame 1 by bolt, and this excavation mechanism is positioned at the lower front of frame 1, is used for shoveling soil; It is inclined and used to accept the soil mixture of Sanqi roots and shake the soil; the vibration shaft 27 is located inside the roller screen 10 to increase the soil removal performance of the roller screen 10; the collecting baffle 11 is located behind the frame 1 for Thirty-seven strips;

The power is transmitted from the input shaft 17 to the small bevel gear 14, and the power is input to the output shaft 23 through the large bevel gear 19. The vertical bearing seat 18 supports the input shaft 17 and the output shaft 23, and makes the rotation more stable. It is located in the upper left main drive The sprocket 25 transmits the power to the auxiliary transmission sprocket I6 through the chain 8, and the auxiliary transmission sprocket I6 transmits the power to the power rear shaft 7, and the power rear shaft 7 drives the roller screen 10 located behind the excavating shovel 22 to rotate;

The secondary transmission sprocket I6 is installed on the power rear axle 7 and is located on the left side of the harvester;

The power rear axle 7 drives the auxiliary transmission sprocket II 26 to rotate, and the horizontal bearing seat 9 plays the role of fixing the power rear axle 7 and makes it rotate more smoothly. The rotation of the auxiliary transmission sprocket II 26 drives the auxiliary transmission chain through the ear chain 12 The wheel III 28 rotates, and the rotation of the auxiliary transmission sprocket III 28 drives the driven front axle 24, so that the driven front axle 24 rotates, and steel bars are inserted into the ear holes of the chain 12 with ears to form a roller screen 10 for soil removal;

The vibrating shaft 27 is fixed on both sides of the inside of the frame 1 and is a fixed shaft. When the ear chain 12 in the roller screen 10 rotates, it passes through the vibrating shaft 27, and the vibrating shaft 27 lifts the ear chain 12 to make the roller The sieve 10 vibrates to enhance the soil removal performance of the roller sieve 10 .

The specific implementation of the utility model has been described in detail above in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned implementation. Various changes are made.

Claims (3)

1. a suspension type pseudo-ginseng digging harvester, it is characterized in that: comprise frame (1), regulating wheel (2), regulate wheel shaft (3), regulating wheel bar (4), regulating wheel sleeve (5), auxiliary driving chain wheel I (6), power rear axle (7), chain (8), Horizontal axle bearing (9), roll bar grizzl(e)y (10), collect baffle plate (11), band ear chain (12), hanger bracket (13), small conical gear (14), hanger bracket connecting plate (15), hang link pins (16), power shaft (17), vertical shaft bearing (18), large conical gear (19), digger blade side plate (20), digger blade fixed head (21), digger blade (22), output shaft (23), driven front axle (24), sprocket for main drive (25), auxiliary driving chain wheel II (26), vibrating shaft (27), auxiliary driving sprocket wheel III (28),

Frame (1) is the fixed frame of whole harvesting system, adopts splicing structure; Regulating wheel (2) is arranged on and regulates wheel shaft (3) upper and the rear being positioned at frame (1), adjusts the angle of penetration of digger blade (22) and carry weight and the walking thereof of complete machine by the regulating wheel bar (4) in regulating wheel sleeve (5); Hanger bracket (13) is positioned at the upper front of frame (1), be connected with hanger bracket connecting plate (15) by bolt, hang connecting pin (16) to be used for being connected with four-wheel tractor rear suspension arrangement, two are hung connecting pin (16) and form trifilar suspension structure with hanger bracket (13), connect for four-wheel tractor to the traction of harvesting system; Digger blade (22) is welded on digger blade fixed head (21), it is combined through bolt and is connected with digger blade side plate (20) and forms digging mechanism, digging mechanism is connected with frame (1) by bolt, and this digging mechanism is positioned at the inferoanterior of frame (1), cuts soil for shovel; Rolling the back upper place that bar grizzl(e)y (10) is positioned at digger blade (22), being positioned at frame (1) inner also in tilting, for accepting Roots of Panax Notoginseng earth mixtures and carrying out trembling soil; Vibrating shaft (27) is positioned at and rolls bar grizzl(e)y (10) inside, for increasing the de-soil nature energy rolling bar grizzl(e)y (10); Collect baffle plate (11) and be positioned at frame (1) rear, the bar for Roots of Panax Notoginseng spreads;

Power is transported to small conical gear (14) by power shaft (17), through large conical gear (19) input power to output shaft (23), vertical shaft bearing (18) supports power shaft (17) and output shaft (23), and it is more steady to make it rotate, be positioned at upper left side sprocket for main drive (25), by chain (8), power be sent to auxiliary driving chain wheel I (6), power is flowed to power rear axle (7) by auxiliary driving chain wheel I (6), drives the bar grizzl(e)y (10) that rolls being positioned at digger blade (22) rear to rotate by power rear axle (7);

Auxiliary driving chain wheel I (6) is arranged on power rear axle (7), and is positioned at the left side of reaping machine;

Power rear axle (7) drives auxiliary driving chain wheel II (26) to rotate, Horizontal axle bearing (9) serves the effect of stationary power rear axle (7), and it is more steady to make it rotate, band ear chain (12) that rotates through of auxiliary driving chain wheel II (26) drives auxiliary driving sprocket wheel III (28) to rotate, the rotation of auxiliary driving sprocket wheel III (28) drives driven front axle (24), thus driven front axle (24) is rotated, and insert reinforcing bar formation in the ear hole with ear chain (12) and roll bar grizzl(e)y (10), for de-soil;

Vibrating shaft (27) is fixed on the inner both sides of frame (1), for fixed axis, when rolling band ear chain (12) rotation in bar grizzl(e)y (10) through vibrating shaft (27), because vibrating shaft (27) will be with ear chain (12) jack-up, thus make to roll bar grizzl(e)y (10) and produce vibration, that strengthens rolling bar grizzl(e)y (10) with this removes soil nature energy.

2. suspension type pseudo-ginseng digging harvester according to claim 1, is characterized in that: described in roll bar grizzl(e)y (10) for reinforcing bar roll bar grizzl(e)y with band ear chain (12) equidistant arrangement be connected.

3. suspension type pseudo-ginseng digging harvester according to claim 2, is characterized in that: described in the spacing of rolling between bar grizzl(e)y (10) be 10-25mm.