Farmland plastic film residue recycling machine

Abstract

The utility model relates to a farmland residual film recycling machine. The recycling machine comprises a machine frame, a universal coupling, a film lifting shovel, a film collecting shovel and a film collecting box, wherein the machine frame is provided with front wheels and rear wheels; the universal coupling is connected with an output shaft of a tractor; the rack comprises a linear cross beam, a linear rear beam and an L-shaped front beam; a left film lifting roller, a right film lifting roller, a film lifting shovel, a film collecting shovel, spike teeth, a rolling roller II and a rolling roller I are respectively arranged on the rack, and the rolling roller II and the rolling roller I are meshed with each other; an elastic steel bar II is mounted on the left film lifting roller; and an elastic steel bar I is mounted on the right film lifting roller. According to the utility model, the modes of shaft connection, chain wheel transmission and the like are adopted, so that the cost is low, the use and maintenance are convenient, the tasks of recycling, processing and reusing the residual films can be completed at one time, the agricultural production efficiency is greatly improved, and the machine is particularly suitable for operation in non-mechanized areas of mountains, hills and loess plateau.

Description

TECHNICAL FIELD

[0001] The utility model relates to the field of agricultural machinery, especially to a farmland residual film recycling machine. BACKGROUND

[0002] With the rapid advancement of China's industrialization and urbanization process, combined with the trend of rural land circulation and the great change of rural land integration (small field to large field), a large number of rural labor force is transferred to the city, young people go out to work, and the old, weak, sick, pregnant and other surplus labor force carry out agricultural production, resulting in the increasingly reduced agricultural production efficiency, the serious shortage of labor force in agricultural production, and the phenomenon of lack of advanced technical equipment in agricultural production, and the existing production and operation mode in rural areas cannot meet the needs of modern agricultural development. Therefore, accelerating the level of agricultural mechanization and improving labor productivity are the urgent problems to be solved for realizing agricultural modernization and promoting the comprehensive and coordinated development of agriculture and rural economy, and are also the objective requirements for improving the level of agricultural material technical equipment and developing modern agriculture in China.

[0003] As an important agricultural material, agricultural mulching film plays an important role in increasing agricultural production and increasing farmers' income. However, in recent years, with the increasing use of agricultural film and the increasing use of agricultural film, the residual film in the plough layer of farmland soil is more and more, and the problem of "white (black) pollution" in local areas is increasingly prominent. The waste agricultural film left in the soil of cultivated land causes serious harm to crop growth, soil ecological environment and village appearance. Therefore, strengthening the recycling, treatment and reuse of waste agricultural film, preventing and treating the "white (black) pollution" of farmland residual film, is of great significance to the protection of cultivated soil environment and the promotion of agricultural green development.

[0004] At present, most of the production activities in agricultural production are carried out with the help of mechanized equipment. However, in many areas, after the harvest of crops, the treatment of farmland residual film still relies on manual operation recycling, even in the farmland film recycling machinery, it is completed by relying on single function recycling equipment, combined with the fact that many agricultural films are easily aged and rotten under long-term sunlight, resulting in poor recycling effect of farmland residual film, low residual film treatment and reuse rate, and very low agricultural production efficiency. Especially in some areas where mechanized operation cannot be implemented (such as mountainous areas, hilly areas, loess plateau and fixed small range agricultural scientific research test area), crop residual film can only rely on manual recycling, and mechanized operation is significantly inhibited. UTILITY MODEL CONTENTS

[0005] The technical problem to be solved by the utility model is to provide a farmland residual film recycling machine realizing portable mechanized operation.

[0006] The utility model discloses a kind of residual film recovery machines for solving the above problems, it is characterized by: the recovery machine includes the rack of front wheel and rear wheel, the universal coupling connected with tractor output shaft and film shovel, film collection shovel and film collection tank with box cover;The rack includes the beam of one character, the rear beam of one character and the front beam of L type;The two ends of the beam are respectively connected with the vertical beam I of one character, the back of this beam is symmetrically provided with a group of support rods;The top of a group of the support rods is equipped with horizontal plate;The side of the horizontal plate in the same direction with the support rod is equipped with rear support plate;The bottom of the side of the horizontal plate in the opposite direction with the support rod is equipped with the front beam respectively;The surface of the horizontal plate is equipped with front support plate in rear, and the side of the horizontal plate between the front support plate and the rear support plate is equipped with the side support plate of U type;Each vertical beam I is connected with the vertical beam II of ∩ type, and the vertical beam II is connected with the rear beam;The bottom of the rear beam close to the vertical beam II is symmetrically equipped with a group of straight rods, and the bottom of the group of straight rods is connected together by longitudinal beam;The surface of the horizontal plate between the front support plate and the rear support plate is equipped with shaft III, and one end of the shaft III is equipped with sprocket III, and the other end is equipped with spur gear II;The sprocket III is connected with sprocket IV by chain I;One end of the universal coupling is connected with shaft I, and one end of the shaft I is sequentially passed through the front support plate, the rear support plate and connected with sprocket II;The sprocket II is connected with sprocket V by chain II;Spur gear I and bevel gear I are respectively installed on the shaft I;The spur gear I is connected with the spur gear II;The side support plate is equipped with shaft II, one end of the shaft II is passed through one side of the side support plate and connected with sprocket I, and the other end is passed through the other side of the side support plate and connected with bevel gear II;The bevel gear II is engaged with the bevel gear I;Left film raising roller and right film raising roller are respectively arranged between a group of the support rods and the front beam;Elastic steel strip II is installed on the left film raising roller;Elastic steel strip I is installed on the right film raising roller;The bottom of the beam is equipped with the film shovel;The inner side of a pair of vertical beams I is symmetrically equipped with a group of bearings I connected together by shaft IV, and one end of the shaft IV is equipped with sprocket VI;The sprocket VI is connected with the sprocket I by chain III;The inner side of a pair of vertical beams II is symmetrically equipped with a group of bearings II connected together by shaft V, and one side of the shaft V is equipped with sprocket VII;The shaft IV and the shaft V are connected by a group of symmetrically arranged conveying chains, and the group of conveying chains are connected by a plurality of parallel arranged connecting rods;A plurality of tines are uniformly distributed on each connecting rod;The film collection shovel is arranged at the junction of a pair of rear beams and a pair of vertical beams II;The film collection tank (38) is fixed at the rear between a pair of rear beams;Rolling mill roller I is arranged between the top inner side of a pair of straight rods, and the lower side of the rolling mill roller I is equipped with inclined surface;The upper end of the inclined surface is connected with the straight rod, and the lower end is connected with the inlet of the film collection tank;A group of bearings III connected together by shaft VI are arranged on the inner side of a pair of rear beams, and rolling mill roller II is arranged on the shaft VI;The rolling mill roller II is engaged with the rolling mill roller I.One side of the shaft VI is respectively provided with a sprocket wheel VIII and a sprocket wheel VII; the sprocket wheel VIII is connected with the sprocket wheel VII through a chain IV.

[0007] A pair of the front wheels are connected together through a connecting shaft I, and each front wheel is fixed to the bottom of the front beam through a bearing IV; a pair of the rear wheels are connected together through a connecting shaft II, and each rear wheel is fixed to the bottom of the longitudinal beam through a bearing V.

[0008] The shaft I and the shaft III are rotationally connected with the front supporting plate and the rear supporting plate respectively.

[0009] The shaft II is rotationally connected with the side supporting plate.

[0010] The rotating directions of the left film-rolling roller and the right film-rolling roller are opposite.

[0011] The elastic steel strip I and the elastic steel strip II are in a curved shape.

[0012] The sprocket wheel IV and the right film-rolling roller are installed on a shaft VII; the sprocket wheel V and the left film-rolling roller are installed on a shaft VIII.

[0013] The sprocket wheel VI is arranged outside the vertical beam I.

[0014] The film collecting box is in a cylindrical shape, a plurality of through holes are uniformly distributed on the box wall, a rotating disc with a rotating shaft is arranged at the center along the length direction, and a horizontal side is provided with the inlet connected with the inclined surface; the two ends of the rotating shaft pass through the two ends of the film collecting box and are fixed through a bearing VI, and one end is provided with a sprocket wheel X; the sprocket wheel X is connected with the sprocket wheel IX through a chain V.

[0015] The rotating disc is composed of a rectangular plate, a curved plate I with a rectangular cross section and two curved plates II with a triangular cross section; one side long edge of the rectangular plate is connected with the rotating shaft, the other side long edge is connected with one side long edge of the curved plate I, and the two short edges of the rectangular plate are connected with the horizontal edges of the two curved plates II one by one; the two short edges of the curved plate I are connected with the arc edges of the two curved plates II one by one.

[0016] Compared with the prior art, the utility model has the following advantages:

[0017] 1、The rack is provided with front wheels and rear wheels in the utility model, convenient to move, and is especially suitable for operation in mountainous areas, hilly areas and non-mechanized areas of the loess plateau.

[0018] 2、The rack is provided with a film-rolling shovel, a film collecting shovel, a rolling roller I, a rolling roller II, a spike, a film collecting box with a box cover and the like in the utility model, and the tasks of residual film recycling, processing and recycling can be completed at one time, and the agricultural production efficiency is greatly improved.

[0019] 3、The utility model discloses adopt the mode such as shaft connection, sprocket drive, not only low cost, and convenient to use and maintain. BRIEF DESCRIPTION OF DRAWINGS

[0020] The specific embodiments of the utility model will be further explained in detail below in combination with the drawings.

[0021] Figure 1 It is the structure schematic drawing of the utility model.

[0022] Figure 2 It is the plan view of the utility model.

[0023] Figure 3 It is the A-A section view in the utility model.

[0024] Figure 4 It is the B-B section view in the utility model.

[0025] Figure 5 It is the side view of the utility model.

[0026] Figure 6 It is the schematic diagram of the membrane collection box in the utility model.

[0027] Figure 7 It is the schematic diagram of the rotating disc in the utility model.

[0028] Figure 8 It is the schematic diagram of the rack in the utility model.

[0029] Figure 9 It is the schematic diagram of the conveying chain in the utility model.

[0030] In the figure: 1 - universal joint; 2 - shaft I; 3 - spur gear I; 4 - bevel gear I, 5 - bevel gear II; 6 - shaft II; 7 - chain wheel I; 8 - chain wheel II; 9 - chain wheel III; 10 - shaft III; 11 - spur gear II; 12 - left film roller; 13 - right film roller; 14 - chain I; 15 - chain II; 16 - elastic steel strip I; 17 - elastic steel strip II; 18 - chain wheel IV; 19 - chain wheel V; 20 - film lifting shovel; 21 - chain III; 22 - chain wheel VI; 23 - shaft IV; 24 - conveying chain; 25 - chain wheel VII; 26 - shaft V; 27 - chain IV; 28 - shaft VI; 29 - chain wheel VIII; 30 - chain wheel IX; 31 - chain V; 32 - chain wheel X; 33 - film collecting shovel; 34 - spike; 35 - rolling roller I; 36 - rolling roller II; 37 - inclined surface; 38 - film collecting box; 39 - rotating disc; 40 - box cover; 41 - through hole; 42 - frame; 421 - front support plate; 422 - rear support plate; 423 - side support plate; 424 - cross beam; 425 - rear beam; 426 - vertical beam I; 427 - vertical beam II; 428 - straight rod; 429 - front beam; 4210 - longitudinal beam; 43 - shaft VII; 44 - shaft VIII; 45 - bearing I; 46 - bearing II; 48 - bearing III; 49 - front wheel; 50 - bearing IV; 51 - rear wheel; 52 - bearing V; 53 - connecting rod. DETAILED DESCRIPTION

[0031] As Figures 1-9As shown, a kind of agricultural field residual film recovery machine, the recovery machine includes the frame 42 with front wheel 49 and rear wheel 51, universal coupling 1 connected with tractor output shaft and film lifting shovel 20 connected with frame 42, film collecting shovel 33 and film collecting box 38 with box cover 40.Frame 42 includes a horizontal beam 424, rear beam 425 and front beam 429, the two ends of horizontal beam 424 are respectively connected with vertical beam I 426, the back of horizontal beam 424 is symmetrically provided with a group of support rods, the top of a group of support rods is provided with horizontal plate, the side of horizontal plate in the same direction with support rod is provided with rear support plate 422, the bottom of horizontal plate in the opposite direction with support rod is provided with front beam 429, the surface of horizontal plate is provided with front support plate 421, the side of horizontal plate between front support plate 421 and rear support plate 422 is provided with U-shaped side support plate 423, each vertical beam I 426 is connected with vertical beam II 427 in the shape of ∩, vertical beam II 427 is connected with rear beam 425, the bottom of rear beam 425 close to vertical beam II 427 is symmetrically provided with a group of straight rods 428, the bottom of a group of straight rods 428 is connected together through longitudinal beam 4210, the surface of horizontal plate between front support plate 421 and rear support plate 422 is provided with shaft III 10, one end of shaft III 10 is provided with sprocket III 9, the other end is provided with straight gear II 11, sprocket III 9 is connected with sprocket IV 18 through chain I 114, one end of universal coupling 1 is connected with shaft I 2, one end of shaft I 2 is sequentially connected with sprocket II 8 through front support plate 421 and rear support plate 422, sprocket II 8 is connected with sprocket V 19 through chain II 115, straight gear I 3 and bevel gear I 4 are respectively installed on shaft I 2, straight gear I 3 is connected with straight gear II 11, shaft II 6 is provided on side support plate 423, one end of shaft II 6 passes through one side of side support plate 423 and is connected with sprocket I 7, the other end passes through the other side of side support plate 423 and is connected with bevel gear II 5, bevel gear II 5 is engaged with bevel gear I 4, left film lifting roller 12 and right film lifting roller 13 are respectively provided between a group of support rods and front beam 429, elastic steel strip II 117 is installed on left film lifting roller 12, elastic steel strip I 116 is installed on right film lifting roller 13, film lifting shovel 20 is provided on the bottom of horizontal beam 424, a pair of vertical beam I 426 is symmetrically provided with a group of bearings I 45 connected together through shaft IV 23, one end of shaft IV 23 is provided with sprocket VI 22, sprocket VI 22 is connected with sprocket I 7 through chain III 21, a pair of vertical beam II 427 is symmetrically provided with a group of bearings II 46 connected together through shaft V 26, one side of shaft V 26 is provided with sprocket VII 25, shaft IV 23 and shaft V 26 are connected through a group of symmetrically arranged conveying chains 24, a group of conveying chains 24 are connected through a plurality of parallel arranged connecting rods 53, a plurality of pegs 34 are uniformly distributed on each connecting rod 53, the function of peg 34 is to convey residual film to film collecting shovel 33, enter rolling roller II 36 and rolling roller I 35.A pair of rear beams 425 and a pair of vertical beams II 427 are provided with film collecting shovels 33; the rear part between the pair of rear beams 425 is fixed with a film collecting box 38; the top inside of the pair of straight rods 428 is provided with a rolling roller I 35, the lower part of which is provided with an inclined surface 37; the upper end of the inclined surface 37 is connected with the straight rod 428, and the lower end is connected with the inlet of the film collecting box 38; the inside of the pair of rear beams 425 is provided with a group of bearings III 48 connected together through shaft VI 28, the shaft VI 28 is provided with a rolling roller II 36; the rolling roller II 36 is engaged with the rolling roller I 35; one side of the shaft VI 28 is respectively provided with a sprocket wheel VIII 29 and a sprocket wheel VII 25; the sprocket wheel VIII 29 is connected with the sprocket wheel VII 25 through a chain IV 27.

[0032] Among them: a pair of front wheels 49 are connected together through connecting shaft I, and each front wheel 49 is fixed on the bottom of the front beam 429 through bearing IV 50; a pair of rear wheels 51 are connected together through connecting shaft II, and each rear wheel 51 is fixed on the bottom of the longitudinal beam 4210 through bearing V 52.

[0033] The shaft I 2 and the shaft III 10 are respectively rotatably connected with the front support plate 421 and the rear support plate 422.

[0034] The shaft II 6 is rotatably connected with the side support plate 423.

[0035] The rotating directions of the left film roller 12 and the right film roller 13 are opposite.

[0036] The elastic steel strip I 116 and the elastic steel strip II 117 are curved, which aims to reduce the winding of the film and gather the film from both sides to the middle, so as to facilitate the collection of residual film.

[0037] The sprocket wheel IV 118 and the right film roller 13 are installed on the shaft VII 43; the sprocket wheel V 119 and the left film roller 12 are installed on the shaft VIII 44.

[0038] The sprocket wheel VI 22 is placed on the outside of the vertical beam I 426.

[0039] The film collecting box 38 is a cylinder, the wall of which is uniformly provided with a plurality of through holes 41, the center is provided with a rotating disc 39 with a rotating shaft along the length direction, and the horizontal side is provided with an inlet connected with the inclined surface 37; the both ends of the rotating shaft pass through the both ends of the film collecting box 38 and are fixed through bearing VI, and one end is provided with a sprocket wheel X 32; the sprocket wheel X 32 is connected with the sprocket wheel IX 30 through a chain V 31.

[0040] The rotating disc 39 is composed of a rectangular plate, a curved plate I with a rectangular cross section and two curved plates II with a triangular cross section; one side of the long edge of the rectangular plate is connected with the rotating shaft, the other side of the long edge is connected with one side of the long edge of the curved plate I, and the two short edges of the rectangular plate are connected with the horizontal edges of the two curved plates II one by one; the two short edges of the curved plate I are connected with the arc edges of the two curved plates II one by one.

[0041] The diameter of the rolling roller II 36 is greater than the diameter of the rolling roller I 35.

[0042] Working principle:

[0043] The universal joint 1 is connected with the tractor output shaft to obtain power. The universal joint 1 rotates to drive the spur gear I 3 and the spur gear II 11 to rotate, so that the rotation of the shaft I 2 and the shaft III 10 is opposite. The sprocket II 8 installed on the shaft I 2 transmits power to the sprocket V 19 through the chain II 15, and the sprocket V 19 is coaxially connected with the left film roller 12, so that the left film roller 12 rotates.

[0044] Similarly, the sprocket III 9 installed on the shaft I 2 transmits power to the sprocket IV 18 through the chain I 14, and the sprocket IV 18 is coaxially connected with the right film roller 13. The elastic steel strip I 16 and the elastic steel strip II 17 are respectively installed on the left film roller 12 and the right film roller 13, and the left and right film rollers rotate in opposite directions, so that the elastic steel strip I 16 and the elastic steel strip II 17 remove the soil buried in the film.

[0045] The film lifting shovel 20 is installed behind the left film roller 12 and the right film roller 13 to lift the film. The sprocket I 7 installed on the shaft II 6 transmits power to the sprocket VI 22 through the chain III 21, and the sprocket VI 22 transmits power to the conveying chain 24 through the shaft IV 23. The conveying chain 24 is provided with a spike 34, and the spike 34 rolls up the film loosened by the film lifting shovel 20, and the conveying chain 24 forwards the film. The conveying chain 24 drives the shaft V 26 to rotate, and the shaft V 26 is provided with a sprocket VII 25. The sprocket VII 25 transmits power to the sprocket VIII 29 through the chain IV 27, and the sprocket VIII 29 is installed on the shaft VI 28 and drives the shaft VI 28 to rotate. The shaft VI 28 is provided with a rolling roller II 36, and the rolling roller II 36 works with the rolling roller I 35 to crush the soil on the residual film, facilitating subsequent separation.

[0046] The shaft VI 28 is provided with a sprocket IX 30, which transmits power to the sprocket X 32 through the chain V 31, and the sprocket X 32 drives the rotating disc 39 to rotate. The film collecting shovel 33 separates the film wound by the spike 34, and the film passes through the film collecting shovel 33, the rolling roller II 36 and the rolling roller I 35, and the crushed residual film enters the film collecting box 38 along the inclined surface 37. The film collecting box 38 is designed with a rotating disc 39, and the rotation of the rotating disc 39 can make the residual film turn over and gradually form a bundle. The turning of the residual film makes the sand and soil flow out of the film collecting box 38 through the through hole 41 on the film collecting box.

Claims

1. An agricultural field residue film recovery machine characterized by: The recycling machine comprises a frame (42) provided with front wheels (49) and rear wheels (51), a universal joint (1) connected with a tractor output shaft, a film lifting shovel (20), a film collecting shovel (33) and a film collecting box (38) provided with a box cover (40); the frame (42) comprises a horizontal beam (424) in the shape of a Chinese character, a rear beam (425) in the shape of a Chinese character and a front beam (429) in the shape of an L; the two ends of the horizontal beam (424) are respectively connected with vertical beams I (426) in the shape of a Chinese character, the back of the horizontal beam (424) is symmetrically provided with a group of supporting rods; the top of the group of supporting rods is provided with a horizontal plate; the side of the horizontal plate in the same direction as the supporting rods is provided with a rear supporting plate (422); the bottom of the side of the horizontal plate in the opposite direction of the supporting rods is respectively provided with the front beam (429) at the two ends; the surface of the horizontal plate is provided with a front supporting plate (421) at the middle back; the side of the horizontal plate between the front supporting plate (421) and the rear supporting plate (422) is provided with a side supporting plate (423) in the shape of a U; each vertical beam I (426) is connected with a vertical beam II (427) in the shape of a ∩, and the vertical beam II (427) is connected with the rear beam (425); the bottom of the rear beam (425) close to the vertical beam II (427) is symmetrically provided with a group of straight rods (428), and the bottoms of the group of straight rods (428) are connected together through a vertical plate (4210); the surface of the horizontal plate between the front supporting plate (421) and the rear supporting plate (422) is provided with a shaft III (10), one end of the shaft III (10) is provided with a chain wheel III (9), and the other end is provided with a straight gear II (11); the chain wheel III (9) is connected with a chain wheel IV (18) through a chain I (14); one end of the universal joint (1) is connected with a shaft I (2), one end of the shaft I (2) sequentially penetrates through the front supporting plate (421), the rear supporting plate (422) and is connected with a chain wheel II (8); the chain wheel II (8) is connected with a chain wheel V (19) through a chain II (15); the shaft I (2) is respectively provided with a straight gear I (3) and a bevel gear I (4); the straight gear I (3) is connected with the straight gear II (11); the side supporting plate (423) is provided with a shaft II (6), one end of the shaft II (6) penetrates through one side of the side supporting plate (423) and is connected with a chain wheel I (7), and the other end penetrates through the other side of the side supporting plate (423) and is connected with a bevel gear II (5); the bevel gear II (5) is engaged with the bevel gear I (4); a left film lifting roller (12) and a right film lifting roller (13) are respectively arranged between the group of supporting rods and the front beam (429); the left film lifting roller (12) is provided with an elastic steel strip II (17); the right film lifting roller (13) is provided with an elastic steel strip I (16); the bottom of the horizontal beam (424) is provided with the film lifting shovel (20); the inner sides of a pair of vertical beams I (426) are symmetrically provided with a group of bearings I (45) connected together through a shaft IV (23), one end of the shaft IV (23) is provided with a chain wheel VI (22);The chain wheel VI (22) is connected with the chain wheel I (7) through the chain III (21); a pair of inner sides of the vertical beam II (427) are symmetrically provided with a group of bearings II (46) connected together through the shaft V (26), one side of the shaft V (26) is provided with the chain wheel VII (25); the shaft IV (23) is connected with the shaft V (26) through a group of symmetrically arranged transmission chains (24), the group of transmission chains (24) are connected through a plurality of parallel arranged connecting rods (53); a plurality of pegs (34) are uniformly distributed on each connecting rod (53); a pair of rear beams (425) and a pair of vertical beams II (427) are provided with the membrane collecting shovel (33) at the joint; the rear part between a pair of rear beams (425) is fixed with the membrane collecting box (38); the top inner sides of a pair of straight rods (428) are provided with the rolling mill roller I (35), the lower side of the rolling mill roller I (35) is provided with the inclined surface (37); the upper end of the inclined surface (37) is connected with the straight rod (428), and the lower end is connected with the inlet of the membrane collecting box (38); a pair of inner sides of the rear beam (425) are provided with a group of bearings III (48) connected together through the shaft VI (28), the shaft VI (28) is provided with the rolling mill roller II (36); the rolling mill roller II (36) is engaged with the rolling mill roller I (35); one side of the shaft VI (28) is respectively provided with the chain wheel IX (30) and the chain wheel VIII (29); the chain wheel VIII (29) is connected with the chain wheel VII (25) through the chain IV (27).

2. The agricultural field residue film recovery machine of claim 1, wherein: A pair of said front wheels (49) are connected together through connecting shaft I, and each front wheel (49) is fixed on the bottom of said front beam (429) through bearing IV (50); a pair of said rear wheels (51) are connected together through connecting shaft II, and each rear wheel (51) is fixed on the bottom of said longitudinal beam (4210) through bearing V (52).

3. The agricultural field residue film recovery machine of claim 1, wherein: Said shaft I (2) and said shaft III (10) are rotatably connected with said front support plate (421) and said rear support plate (422) respectively.

4. The agricultural field residue film recovery machine of claim 1, wherein: Said shaft II (6) is rotatably connected with said side support plate (423).

5. The agricultural field residue film recovery machine of claim 1, wherein: The rotating directions of said left film-roller (12) and said right film-roller (13) are opposite.

6. The agricultural field residue film recovery machine of claim 1, wherein: Said elastic steel strip I (16) and said elastic steel strip II (17) are curved.

7. The agricultural field residue film recovery machine of claim 1, wherein: Said sprocket IV (18) and said right film-roller (13) are installed on shaft VII (43); said sprocket V (19) and said left film-roller (12) are installed on shaft VIII (44).

8. The agricultural field residue film recovery machine of claim 1, wherein: Said sprocket VI (22) is placed outside said vertical beam I (426).

9. The agricultural field residue film recovery machine of claim 1, wherein: Said film collecting box (38) is a cylinder, and a plurality of through holes (41) are uniformly distributed on the wall of the cylinder, a rotating disc (39) with a rotating shaft is arranged in the center along the length direction, and a horizontal side is provided with said inlet connected with said inclined surface (37); both ends of the rotating shaft pass through both ends of said film collecting box (38) and are fixed through bearing VI, and one end is provided with sprocket X (32); said sprocket X (32) is connected with said sprocket IX (30) through chain V (31).

10. The agricultural field residue film recovery machine of claim 9, wherein: Said rotating disc (39) is composed of a rectangular plate, a curved plate I with a rectangular cross section and two curved plates II with a triangular cross section; one side of the long edge of the rectangular plate is connected with said rotating shaft, the other side of the long edge is connected with one side of the long edge of said curved plate I, and the two short edges of the rectangular plate are connected with the horizontal edges of the two said curved plates II one by one; the two short edges of said curved plate I are connected with the arc edges of the two said curved plates II one by one.

Images