Anti-accumulation automatic mulberry cutting conveyor

Abstract

The application discloses an anti-accumulation automatic mulberry cutting conveyor and relates to the technical field of agricultural silkworm feed processing. The anti-accumulation automatic mulberry cutting conveyor comprises a mulberry cutting frame, a mulberry cutting hopper is obliquely arranged on the mulberry cutting frame and used for allowing mulberry leaves to enter, one end of the mulberry cutting hopper is obliquely low and is connected to a mulberry cutting shell, the mulberry cutting shell is arranged on the mulberry cutting frame, a cutting mechanism for stirring and crushing the mulberry leaves is arranged in the mulberry cutting shell, and a channel is arranged at the bottom of the side of the mulberry cutting shell away from the mulberry cutting hopper and used for allowing the mulberry leaves after being stirred and crushed to pass through. The mulberry cutting conveyor can quickly stir and crush the mulberry leaves, transport and move the mulberry leaves (raw silkworm feed) after being stirred and crushed, avoid accumulation, adhesion and congestion and the like, and avoid the mulberry leaves (raw silkworm feed) after being stirred and crushed from falling and wasting raw materials.

Description

Technical Field

[0001] This invention relates to the field of agricultural silkworm feed processing technology, specifically to an automatic mulberry cutting conveyor that prevents stacking. Background Technology

[0002] Silkworms primarily feed on mulberry leaves, but mulberry leaves are a seasonal plant. Therefore, to better feed the silkworms, silkworm farms process the mulberry leaves into trays to make silkworm feed. Currently used equipment for "chopping" mulberry leaves (mulberry leaf cutters) often results in the accumulation of chopped mulberry leaves (silkworm feed ingredients) at the outlet due to untimely transportation. This leads to the chopped leaves falling off and wasting raw materials. Summary of the Invention

[0003] The objective of this invention is achieved through the following technical solution: An automatic mulberry leaf cutting conveyor with anti-accumulation features a mulberry leaf cutting frame, wherein the mulberry leaf cutting frame is equipped with a mulberry leaf cutting hopper that is inclined for mulberry leaves to enter; The lower inclined end of the mulberry cutting hopper is used to be connected to the mulberry cutting shell, the mulberry cutting shell is used to be installed and connected to the mulberry cutting machine frame, and a cutting mechanism for crushing mulberry leaves is installed and connected in the mulberry cutting shell. The bottom end of the mulberry cutting shell away from the mulberry cutting hopper has a channel for the crushed mulberry leaves to pass through; The channel opening is connected to one side of the conveying housing. The conveying housing is used to be installed and connected to the mulberry cutting machine frame. The bottom end of the conveying housing away from the mulberry cutting housing is provided with a conveying outlet for the crushed mulberry leaves to pass through. The conveying housing is equipped with an anti-adsorption mechanism to prevent the crushed mulberry leaves falling from the channel opening from adsorbing into the conveying housing. The conveying outlet is connected to an inclined conveying chute, and the other end of the conveying chute is provided with a conveying mechanism for conveying the mulberry leaves after they have been moved and crushed.

[0004] Preferably, the conveying mechanism includes a conveying hopper, and the conveying chute is located away from the conveying outlet and is connected in communication with the conveying hopper; The conveying hopper is equipped with stirring blades, which are installed and connected to a stirring shaft. The stirring shaft is rotatably mounted in the conveying hopper. One end of the stirring shaft is rotatably mounted through a shaft connecting seat on one side wall of the conveying hopper, and the other end of the stirring shaft is rotatably mounted through a shaft connecting seat on the other side wall of the conveying hopper. It is also connected to a connecting structure for driving the stirring shaft to rotate. The bottom end of the conveying hopper is connected to a screw feeder for conveying the crushed mulberry leaves in the moving conveying hopper. The discharge port end of the screw feeder is equipped with an electric control valve for the discharge amount of the crushed mulberry leaves.

[0005] Preferably, the screw feeder is connected to the ground via a screw feeder frame, and the screw feeder is supported and stabilized by the screw feeder frame; Below the discharge port of the screw feeder is a container for holding the crushed mulberry leaves.

[0006] Preferably, the connecting structure is located at one end of the screw feeder near the conveying chute; The connection structure includes a connection structure for the large sprocket and a drive sprocket structure; The connecting sprocket structure is used to be installed on the stirring shaft, and the connecting sprocket structure and the drive sprocket structure are connected by a transmission chain. A drive shaft is connected to the drive sprocket structure; One end of the drive shaft is rotatably connected to the end of the screw feeder away from the discharge port via a shaft connector, and the other end of the drive shaft is connected to the conveying end of the geared motor via a shaft connector.

[0007] Preferably, the cutting mechanism includes a first cutting and crushing hammer structure and a second cutting and crushing hammer structure; The first and second cutting and crushing hammer structures are respectively rotatably mounted in the cutting shell. The first cutting and crushing hammer structure is connected to a first crushing rotating shaft. One end of the first crushing rotating shaft passes through one side wall of the cutting shell through a bearing and is connected to a transmission structure. The other end of the first crushing rotating shaft passes through the other side wall of the cutting shell through a bearing. The second cutting and crushing hammer structure is connected to a second crushing rotating shaft. One end of the second crushing rotating shaft passes through one side wall of the cutting shell through a bearing, and the other end of the second crushing rotating shaft passes through the other side wall of the cutting shell through a bearing.

[0008] Preferably, the transmission structure includes a transmission connection sprocket and a transmission drive sprocket; The transmission connecting sprocket is used to connect to the first crushing rotating shaft, and the transmission connecting sprocket and the transmission drive sprocket are connected by a transmission chain. The transmission drive sprocket is used to connect to the transmission rotating shaft. The end of the transmission rotating shaft away from the transmission drive sprocket passes through the bearing-rotating shaft connecting seat and the end is connected to the first gear. The shaft connecting seat is used to connect and fix to the mulberry cutting machine frame.

[0009] Preferably, a first transmission gear is connected to the side of the transmission rotating shaft away from the transmission drive sprocket, and a large transmission pulley is connected to the end of the first transmission gear away from the transmission drive sprocket. The second crushing rotating shaft is connected to a second gear at one end near the first gear, and the second gear is used to mesh with the first gear.

[0010] Preferably, the large transmission pulley is connected to a small transmission pulley via a belt drive, and the small transmission pulley is connected to the transmission connecting shaft; The transmission connecting shaft is located on the side close to the conveying housing, and the end of the transmission connecting shaft close to the conveying housing is connected to an anti-adsorption drive connecting shaft. The anti-adsorption drive connecting shaft is used to rotatably pass through the conveying housing, and the anti-adsorption mechanism is used to connect to the anti-adsorption drive connecting shaft. A large anti-adsorption pulley is provided between the small transmission pulley and the conveying housing, and the large anti-adsorption pulley is used to connect to the anti-adsorption drive connecting shaft. The anti-adsorption large pulley is connected to the motor drive pulley via belt drive. The motor drive pulley is connected to the output end of the servo motor via a rotating shaft. The servo motor is used to be mounted on the mulberry cutting machine frame.

[0011] Preferably, the anti-adsorption mechanism includes an anti-adsorption connecting frame; The anti-adsorption connecting frame is rotatably connected to the conveying housing via an anti-adsorption drive connecting shaft; The side of the conveyor housing near the channel opening of the sang housing is connected to an arc-shaped conveyor slide structure. The anti-adsorption connecting frame has scrapers connected to both ends, and the scrapers are adapted to the arc-shaped conveyor slide structure. By controlling the rotation of the anti-adsorption drive connecting shaft, the anti-adsorption connecting frame is rotated, and then the mulberry leaves that have been adsorbed onto the arc-shaped conveyor slide structure and crushed are scraped off by the scraper.

[0012] The beneficial effects of this invention are as follows: The purpose of this invention is to provide an automatic mulberry leaf cutting conveyor that prevents accumulation. This mulberry leaf cutting conveyor can quickly crush mulberry leaves and transport the crushed mulberry leaves (silkworm feed raw materials) to avoid accumulation, which can cause "adsorption and blockage", and also prevent the crushed mulberry leaves (silkworm feed raw materials) from falling and wasting raw materials. Attached Figure Description

[0013] Figure 1 This is a schematic diagram of the connection structure of an automatic mulberry cutting conveyor for preventing accumulation according to the present invention; Figure 2This is an exploded schematic diagram of the connecting structure of an automatic mulberry cutting conveyor that prevents stacking, according to the present invention. Figure 3 This is a schematic diagram illustrating the connection effect of the mulberry cutting machine frame of the automatic mulberry cutting conveyor for preventing accumulation according to the present invention; Figure 4 This is a schematic diagram of the cutting mechanism connection structure of an automatic mulberry cutting conveyor for preventing accumulation according to the present invention; Figure 5 This is a schematic diagram of the anti-adsorption mechanism connection structure of an automatic mulberry cutting conveyor that prevents accumulation according to the present invention; Figure 6 This is a schematic diagram of the conveying mechanism connection structure of an automatic mulberry cutting conveyor that prevents stacking according to the present invention; In the diagram, 1-mulberry cutting machine frame, 11-mulberry cutting hopper, 12-mulberry cutting shell, 13-conveying shell, 14-conveying chute, 21-conveying hopper, 22-mixing blades, 23-mixing shaft, 24-screw feeder, 25-loading box, 111-first cutting and crushing hammer structure, 112-second cutting and crushing hammer structure, 113-transmission connecting sprocket, 114-transmission drive sprocket, 131-anti-adsorption large pulley, 132-servo motor, 133-anti-adsorption connecting frame, 231-connecting large sprocket structure, 232-drive sprocket structure, 233-reduction motor, 1141-first transmission gear, 1142-transmission large pulley, 1143-transmission small pulley, 1145-first gear, 1331-scraper, 1135-second gear. Detailed Implementation

[0014] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings and embodiments.

[0015] like Figures 1 to 6As shown, an automatic mulberry leaf chopping conveyor is designed to prevent accumulation. This conveyor can quickly crush mulberry leaves and transport the crushed leaves (silkworm feed raw materials) to avoid accumulation and problems such as "adsorption and blockage". This mulberry leaf chopping conveyor is a further design and improvement on the original technology. The mulberry leaf chopping conveyor includes a mulberry leaf chopping frame 1, on which a mulberry leaf chopping hopper 11 is installed and connected for mulberry leaves to enter and is inclined. The lower inclined end of the mulberry leaf chopping hopper 11 is connected to a mulberry leaf chopping shell 12, which is installed and connected to the mulberry leaf chopping frame 1. A cutting mechanism for crushing mulberry leaves is installed and connected in the mulberry leaf chopping shell 12. A channel opening is opened at the bottom end of the mulberry leaf chopping shell 12 away from the mulberry leaf chopping hopper 11 for the crushed mulberry leaves to pass through. The channel opening is connected to one end of a conveying shell 13 (the conveying shell 13). The conveying housing 13 is installed on the side of the mulberry cutting shell 12 away from the mulberry cutting hopper 11. The bottom end of the conveying housing 13 away from the mulberry cutting shell 12 has an outlet for the crushed mulberry leaves to pass through. The conveying housing 13 is equipped with an anti-adsorption mechanism to prevent the crushed mulberry leaves falling from the channel from adhering to the conveying housing 13. The conveying outlet is connected to an inclined conveying chute 14. The other end of the conveying chute 14 is equipped with a conveying mechanism for conveying the crushed mulberry leaves.

[0016] In this embodiment, the mulberry cutting conveyor is placed at the location designed and installed in the processing plant. Then, the mulberry leaves to be processed (mulberry leaves that need to be shredded) are fed from the mulberry cutting hopper 11 on the mulberry cutting machine frame 1 into the mulberry cutting shell 12. When the mulberry leaves to be processed enter the mulberry cutting shell 12 through the channel, the cutting mechanism is controlled to "shred" (shred) the mulberry leaves. The shredded mulberry leaves fall into the conveying shell 13 through the channel (the channel is inclined). In order to prevent the shredded mulberry leaves (the shredded mulberry leaves are small and easily adhere to the conveying shell 13), the anti-adsorption mechanism is controlled to "scrape" the shredded mulberry leaves that are adsorbed on the conveying shell 13 from the surface of the conveying shell 13. The "excess" mulberry leaves fall from the conveying outlet into the inclined conveying chute 14. The shredded mulberry leaves are conveyed to the conveying mechanism through the conveying chute 14. This avoids the accumulation of shredded mulberry leaves at the "conveying outlet" position due to untimely conveying, which would cause the shredded mulberry leaves to fall at that "position" and waste raw materials.

[0017] Furthermore, the conveying mechanism includes a conveying hopper 21, and a conveying chute 14 located away from the conveying outlet for through connection with the conveying hopper 21. A stirring blade 22 is provided in the conveying hopper 21, and the stirring blade 22 is mounted on a stirring shaft 23. The stirring shaft 23 is rotatably mounted in the conveying hopper 21. One end of the stirring shaft 23 is rotatably mounted through a shaft connecting seat on one side wall of the conveying hopper 21, and the other end of the stirring shaft 23 is rotatably mounted through a shaft connecting seat on the other side wall of the conveying hopper 21, and is connected to a connecting structure for driving the stirring shaft to rotate. A screw feeder 24 is connected through to the bottom of the conveying hopper 21 for conveying the crushed mulberry leaves in the moving conveying hopper 21. An electric control valve for the output of the crushed mulberry leaves is installed at the discharge port of the screw feeder 24. The screw feeder 24 is connected to the ground via a screw feeder frame, which supports and stabilizes the screw feeder 24. A container 25 for holding the crushed mulberry leaves is placed below the discharge port of the screw feeder 24.

[0018] In this embodiment, the crushed mulberry leaves are fed into the conveying hopper 21 via the conveying chute 14. The connecting structure drives the stirring shaft 23 to rotate, which in turn drives the stirring blades 22 mounted on the stirring shaft 23 to rotate, thus stirring the crushed mulberry leaves (silkworm feed raw material) entering the conveying hopper 21 and preventing the silkworm feed raw material from clumping. The crushed mulberry leaves enter the screw feeder 24 below through the outlet at the bottom of the conveying hopper 21. The screw feeder 24 transports the crushed mulberry leaves to the designed position (the other end of the screw feeder 24). Furthermore, the amount of crushed mulberry leaves entering the container 25 can be controlled by an electrically controlled valve as needed, achieving "quantitative" control of the amount of crushed mulberry leaves entering the container 25, which facilitates subsequent distribution.

[0019] Furthermore, the connection structure of this setup is located at one end of the screw feeder 24 near the conveying chute 14; the connection structure includes a connecting sprocket structure 231 and a drive sprocket structure 232; the connecting sprocket structure 231 is used to be mounted on the stirring shaft 23, and the connecting sprocket structure 231 and the drive sprocket structure 232 are connected by a transmission chain; a drive shaft is connected to the drive sprocket structure 232; one end of the drive shaft is rotatably connected to the end of the screw feeder 24 away from the discharge port (rotatably connected to the outer casing of the screw feeder 24), and the other end of the drive shaft is connected to the conveying end of the geared motor 233 via a shaft connector.

[0020] In this embodiment, by controlling the geared motor 233 (which is existing technology and is used for installation and fixation to the ground), the drive sprocket structure 232 is driven to rotate. The drive sprocket structure 232 drives the connecting large sprocket structure 231 to rotate via the transmission chain. The connecting large sprocket structure 231 drives the rotating shaft to rotate, thereby driving the stirring blades 22, which are installed and connected to the rotating shaft and set in a "suitable position" in the conveying hopper 21, to rotate. This moves and quickly stirs the mulberry leaves that have entered the conveying hopper 21 and been crushed, preventing the crushed mulberry leaves from accumulating or clumping in this "position" (the conveying hopper 21). Furthermore, the crushed mulberry leaves are conveyed to another processing position by the screw feeder 24 (which is an existing screw feeding device).

[0021] Furthermore, the cutting mechanism includes a first cutting and crushing hammer structure 111 and a second cutting and crushing hammer structure 112; the first cutting and crushing hammer structure 111 and the second cutting and crushing hammer structure 112 are respectively rotatably disposed in the cutting shell 11; a first crushing rotating shaft is connected to the first cutting and crushing hammer structure 111, one end of the first crushing rotating shaft passes through one side wall of the cutting shell 11 through a bearing and is connected to a transmission structure, and the other end of the first crushing rotating shaft passes through the other side wall of the cutting shell 11 through a bearing; a second crushing rotating shaft is connected to the second cutting and crushing hammer structure 112, one end of the second crushing rotating shaft passes through one side wall of the cutting shell 11 through a bearing, and the other end of the second crushing rotating shaft passes through the other side wall of the cutting shell 11 through a bearing.

[0022] Furthermore, the transmission structure of this configuration includes a transmission connecting sprocket 113 and a transmission drive sprocket 114. The transmission connecting sprocket 113 is connected to the first crushing rotating shaft, and the transmission connecting sprocket 113 and the transmission drive sprocket 114 are connected via a transmission chain. The transmission drive sprocket 114 is connected to the transmission rotating shaft, and the end of the transmission rotating shaft away from the transmission drive sprocket 114 passes through a bearing-rotating shaft connecting seat, with a first gear 1145 connected to the end. The shaft connecting seat is used to connect and fix to the mulberry cutting machine frame 1. A first transmission gear 1141 is connected to the side of the transmission rotating shaft away from the transmission drive sprocket 114, and a large transmission pulley 1142 is connected to the end of the first transmission gear 1141 away from the transmission drive sprocket 114. A second gear 1135 is connected to the end of the second crushing rotating shaft near the first gear 1145, and the second gear 1135 is used for transmission meshing with the first gear 1145. A large transmission pulley 1142 is connected to a small transmission pulley 1143 via a belt drive. The small transmission pulley 1143 is connected to a transmission connecting shaft. The transmission connecting shaft is located on the side near the conveying housing 13, and an anti-adsorption drive connecting shaft is connected to the end of the transmission connecting shaft near the conveying housing 13. The anti-adsorption drive connecting shaft is used to rotatably pass through the conveying housing 13, and an anti-adsorption mechanism is connected to the anti-adsorption drive connecting shaft. An anti-adsorption large pulley 131 is provided between the small transmission pulley 1143 and the conveying housing 13, and the anti-adsorption large pulley 131 is used to connect to the anti-adsorption drive connecting shaft. The anti-adsorption large pulley 131 is connected to a motor drive pulley via a belt drive. The motor drive pulley is used to connect to the output end of a servo motor 132 via a rotating shaft. The servo motor 132 is used to be mounted on the mulberry cutting machine frame 1.

[0023] Meanwhile, the anti-adsorption mechanism includes an anti-adsorption connecting frame 133; the anti-adsorption connecting frame 133 is rotatably connected to the conveying housing 13 via an anti-adsorption drive connecting shaft; an arc-shaped conveying slide structure is connected to the side of the conveying housing 13 near the channel opening of the mulberry cutting housing 12; scrapers 1331 are connected to both ends of the anti-adsorption connecting frame 133, and the scrapers 1331 are adapted to the arc-shaped conveying slide structure; by controlling the rotation of the anti-adsorption drive connecting shaft, the anti-adsorption connecting frame 133 is driven to rotate, and then the scrapers 1331 scrape off the mulberry leaves that are adsorbed on the arc-shaped conveying slide structure and crushed. That is, the servo motor 132 drives the anti-adsorption large pulley 131 to rotate, the anti-adsorption large pulley 131 drives the anti-adsorption drive connecting shaft to rotate, thereby driving the anti-adsorption connecting frame 133 to rotate and move in the conveying housing 13 through the anti-adsorption drive connecting shaft, and then scraping off the mulberry leaves that are adsorbed on the arc-shaped conveying slide structure and crushed by the scraper 1331, and allowing as many crushed mulberry leaves as possible to fall from the conveying outlet onto the inclined conveying chute 14.

[0024] In this embodiment, the servo motor 132 drives the anti-adsorption large pulley 131 to rotate. Since the anti-adsorption large pulley 131 is connected to the transmission small pulley 1143 via a "transmission connecting shaft," the rotation of the anti-adsorption large pulley 131 simultaneously drives the transmission small pulley 1143 to rotate, which in turn drives the transmission large pulley 1142 to rotate. This, in turn, drives the first transmission gear 1141 to rotate via the transmission large pulley 1142, which in turn drives the second gear 1135, which meshes with the first transmission gear 1141, to rotate. The second gear 1135 drives the second crushing rotating shaft to rotate, which in turn drives the second cutting and crushing hammer structure 112 to rotate within the cutting housing 12. Furthermore, the first transmission gear 1141 drives the installed... The transmission shaft connected to the mulberry cutting machine frame 1 rotates, which in turn drives the transmission drive sprocket 114 to rotate. The transmission drive sprocket 114 drives the transmission connecting sprocket 113, which is connected to the transmission drive sprocket 114, to rotate via a belt. The transmission connecting sprocket 113 drives the first crushing shaft to rotate, which in turn drives the first cutting and crushing hammer structure 111, which is mounted on the first crushing shaft, to rotate. Finally, the relative rotation of the first cutting and crushing hammer structure 111 and the second cutting and crushing hammer structure 112 is used to crush the mulberry leaves passing between them. (It should be noted that the first cutting and crushing hammer structure 111 and the second cutting and crushing hammer structure 112 are the "two crushing hammer structures" of the existing "hammer mill", used to achieve the purpose of crushing and mixing.)

[0025] Furthermore, by controlling the geared motor 233, it is possible to both drive the "cutting mechanism" to crush the mulberry leaves and drive the "anti-adsorption mechanism" to prevent the crushed mulberry leaves from adhering to the "arc conveyor slide structure" of the mulberry cutting shell 12, thereby saving energy and improving efficiency.

Claims

1. An automatic mulberry cutting conveyor with anti-accumulation feature, comprising a mulberry cutting frame, characterized in that, The mulberry cutting machine frame is equipped with a mulberry cutting hopper that is inclined for mulberry leaves to enter; The lower inclined end of the mulberry cutting hopper is used to be connected to the mulberry cutting shell, the mulberry cutting shell is used to be installed and connected to the mulberry cutting machine frame, and a cutting mechanism for crushing mulberry leaves is installed and connected in the mulberry cutting shell. The bottom end of the mulberry cutting shell away from the mulberry cutting hopper has a channel for the crushed mulberry leaves to pass through; The channel opening is connected to one side of the conveying housing. The conveying housing is used to be installed and connected to the mulberry cutting machine frame. The bottom end of the conveying housing away from the mulberry cutting housing is provided with a conveying outlet for the crushed mulberry leaves to pass through. The conveying housing is equipped with an anti-adsorption mechanism to prevent the crushed mulberry leaves falling from the channel opening from adsorbing into the conveying housing. The conveying outlet is connected to an inclined conveying chute, and the other end of the conveying chute is provided with a conveying mechanism for conveying the mulberry leaves after they have been moved and crushed.

2. The automatic mulberry cutting conveyor with anti-accumulation function according to claim 1, characterized in that, The conveying mechanism includes a conveying hopper, and the conveying chute is located away from the conveying outlet and is connected in communication with the conveying hopper; The conveying hopper is equipped with stirring blades, which are installed and connected to a stirring shaft. The stirring shaft is rotatably mounted in the conveying hopper. One end of the stirring shaft is rotatably mounted through a shaft connecting seat on one side wall of the conveying hopper, and the other end of the stirring shaft is rotatably mounted through a shaft connecting seat on the other side wall of the conveying hopper. It is also connected to a connecting structure for driving the stirring shaft to rotate. The bottom end of the conveying hopper is connected to a screw feeder for conveying the crushed mulberry leaves in the moving conveying hopper. The discharge port end of the screw feeder is equipped with an electric control valve for the discharge amount of the crushed mulberry leaves.

3. The automatic mulberry cutting conveyor with anti-accumulation function according to claim 2, characterized in that, The screw feeder is connected to the ground via a screw feeder frame, which supports and stabilizes the screw feeder. Below the discharge port of the screw feeder is a container for holding the crushed mulberry leaves.

4. An automatic mulberry cutting conveyor with anti-accumulation function according to claim 3, characterized in that, The connection structure is located at one end of the screw feeder near the conveying chute. The connection structure includes a connection structure for the large sprocket and a drive sprocket structure; The connecting sprocket structure is used to be installed on the stirring shaft, and the connecting sprocket structure and the drive sprocket structure are connected by a transmission chain. A drive shaft is connected to the drive sprocket structure; One end of the drive shaft is rotatably connected to the end of the screw feeder away from the discharge port via a shaft connector, and the other end of the drive shaft is connected to the conveying end of the geared motor via a shaft connector.

5. An automatic mulberry cutting conveyor with anti-accumulation function according to claim 1, characterized in that, The cutting mechanism includes a first cutting and crushing hammer structure and a second cutting and crushing hammer structure; The first and second cutting and crushing hammer structures are respectively rotatably mounted in the cutting shell. The first cutting and crushing hammer structure is connected to a first crushing rotating shaft. One end of the first crushing rotating shaft passes through one side wall of the cutting shell through a bearing and is connected to a transmission structure. The other end of the first crushing rotating shaft passes through the other side wall of the cutting shell through a bearing. The second cutting and crushing hammer structure is connected to a second crushing rotating shaft. One end of the second crushing rotating shaft passes through one side wall of the cutting shell through a bearing, and the other end of the second crushing rotating shaft passes through the other side wall of the cutting shell through a bearing.

6. An automatic mulberry cutting conveyor with anti-accumulation function according to claim 5, characterized in that, The transmission structure includes a transmission connection sprocket and a transmission drive sprocket; The transmission connecting sprocket is used to connect to the first crushing rotating shaft, and the transmission connecting sprocket and the transmission drive sprocket are connected by a transmission chain. The transmission drive sprocket is used to connect to the transmission rotating shaft. The end of the transmission rotating shaft away from the transmission drive sprocket passes through the bearing-rotating shaft connecting seat and the end is connected to the first gear. The shaft connecting seat is used to connect and fix to the mulberry cutting machine frame.

7. An automatic mulberry cutting conveyor with anti-accumulation function according to claim 6, characterized in that, The first transmission gear is connected to the side of the transmission rotating shaft away from the transmission drive sprocket, and the first transmission gear is connected to the large transmission pulley at the end away from the transmission drive sprocket. The second crushing rotating shaft is connected to a second gear at one end near the first gear, and the second gear is used to mesh with the first gear.

8. An automatic mulberry cutting conveyor with anti-accumulation function according to claim 7, characterized in that, The large transmission pulley is connected to a small transmission pulley via a belt drive, and the small transmission pulley is connected to the transmission connecting shaft; The transmission connecting shaft is located on the side close to the conveying housing, and the end of the transmission connecting shaft close to the conveying housing is connected to an anti-adsorption drive connecting shaft. The anti-adsorption drive connecting shaft is used to rotatably pass through the conveying housing, and the anti-adsorption mechanism is used to connect to the anti-adsorption drive connecting shaft. A large anti-adsorption pulley is provided between the small transmission pulley and the conveying housing, and the large anti-adsorption pulley is used to connect to the anti-adsorption drive connecting shaft. The anti-adsorption large pulley is connected to the motor drive pulley via belt drive. The motor drive pulley is connected to the output end of the servo motor via a rotating shaft. The servo motor is used to be mounted on the mulberry cutting machine frame.

9. An automatic mulberry cutting conveyor with anti-accumulation function according to claim 8, characterized in that, The anti-adsorption mechanism includes an anti-adsorption connecting frame; The anti-adsorption connecting frame is rotatably connected to the conveying housing via an anti-adsorption drive connecting shaft; The side of the conveyor housing near the channel opening of the sang housing is connected to an arc-shaped conveyor slide structure. The anti-adsorption connecting frame has scrapers connected to both ends, and the scrapers are adapted to the arc-shaped conveyor slide structure. By controlling the rotation of the anti-adsorption drive connecting shaft, the anti-adsorption connecting frame is rotated, and then the mulberry leaves that have been adsorbed onto the arc-shaped conveyor slide structure and crushed are scraped off by the scraper.

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