CN211415356U - Potato slicing equipment - Google Patents

Abstract

The utility model provides a potato section equipment belongs to agricultural product processing equipment technical field for the section thickness of solving the potato is unstable, the section is not linked up, degree of automation is low technical problem. The potato slicing equipment comprises a cutting box, wherein a material distributing mechanism, a track feeding mechanism and a material pushing mechanism are arranged in the cutting box, a feed inlet is formed in the upper end of the cutting box, the track feeding mechanism is located below the feed inlet, the material distributing mechanism is located on the rear side of the track feeding mechanism, the material pushing mechanism is located on the side faces of the material distributing mechanism and the track feeding mechanism, a discharge outlet is formed in the end face of the cutting box, cutter sliding groove plates are fixed at two ends of the discharge outlet, and a reciprocating cutter mechanism is arranged on each cutter sliding groove plate in a sliding mode. The utility model adopts the material distributing mechanism to be periodically matched with the track feeding mechanism and the material pushing mechanism, the feeding is continuous, the automation degree is high, the slicing efficiency of the reciprocating cutter mechanism is high, the thickness is consistent, and the cutter abrasion is small; the cutter disc is replaceable, and the requirements of different slice thicknesses are met.

Description

A potato slicer

technical field

The utility model belongs to the technical field of agricultural product processing equipment, and relates to a slicing device, in particular to a potato slicing device.

Background technique

Potato tubers are rich in nutrients. They not only contain a lot of starch, protein, vitamins and minerals, but also amino acids necessary for humans and animals. They are a versatile crop. Potato chips, as a snack food, are favored by people, and the demand is increasing day by day. However, most of the existing potato slicing devices use the high-speed rotation of a spiral rotary knife to cut the potatoes one by one. Such slicing efficiency is low, and it is easy to slip and hurt fingers during slicing, and the safety is low.

With the promotion of the potato "staple food" strategy of the Ministry of Agriculture, people's consumption of potatoes is changing from traditional fresh food, feed and starch processing to staple food. As a staple food, not only traditional foods such as noodles, steamed buns, hash browns and breads are required, but also snack foods such as potato chips and French fries, as well as various potato foods made from whole flour. Quality requirements for potatoes vary depending on the end use and the processed product. Therefore, quality identification of a large number of bred new strains and imported resources is an indispensable link in breeding work. High-end instruments for crop quality traits have appeared one after another. Just cut the fresh potatoes into slices with the same thickness to quickly and accurately measure each trait, which greatly improves work efficiency and reduces measurement costs. When the existing potato slicing device is slicing, the force of the potato is unstable, and the thickness of the slice is inconsistent, which greatly affects the accuracy of the measurement. Therefore, a potato slicing device with a high degree of automation and the same slice thickness is urgently needed.

Utility model content

The purpose of this utility model is to solve the above-mentioned problems in the existing technology, and propose a potato slicing device. The technical problem to be solved by the device is: how to quickly and continuously slice potatoes and ensure that the thickness of potato slices is stable and consistent.

The purpose of this utility model can be realized by following technical scheme:

A potato slicing device includes a cutting box, a material dividing mechanism, a crawler belt feeding mechanism and a material pushing mechanism are arranged inside the cutting box, a feeding port is opened at the upper end of the cutting box, and the crawler feeding mechanism is located below the feeding port, and the material is divided. The mechanism is located on the back side of the crawler feeding mechanism, and the pushing mechanism is located on the side of the distributing mechanism and the crawler feeding mechanism. A reciprocating cutter mechanism is slidably arranged on the chute plate.

The working principle of the utility model: put the potatoes to be cut from the feeding port, and then the potatoes roll down onto the crawler belt feeding mechanism, and the crawler belt feeding mechanism will drive it to the distributing mechanism. Rotate a potato to fall into the discharge port, and the pushing mechanism makes a linear reciprocating motion. One reciprocating motion is a cycle. Each cycle pushes a potato out of the discharge port, squeezes it on the reciprocating cutter mechanism, and presses it. Cut into slices, the cutter of the reciprocating cutter mechanism can be replaced, and the cutter of the reciprocating cutter mechanism can move back and forth quickly to cut potatoes back and forth, which can cut potatoes into slices faster.

The lower end of the feed port is provided with a material guide inclined plate, the two sides of the material guide inclined plate are provided with symmetrical material guide side plates, the inner side of the discharge port is fixed with a material pushing groove, and the side surface of the material pushing groove is fixed with a sliding track.

With the above mechanism, the inclined plate of the material guide facilitates the potatoes to roll down onto the crawler feeding mechanism, the side plate of the material guide prevents the movement of the potatoes, the pusher trough is used to place the potatoes to be cut, and the sliding track prevents the movement of the pusher mechanism.

The reciprocating cutter mechanism includes a cutter sleeve plate, a cutter motor and a cutter disc, the cutter sleeve plate is slidably arranged between the cutter chute plates, and the inner side of the cutter sleeve plate is provided with a cutter slot, and the cutter The disk is detachably inserted into the slot of the cutter, one end of the cutter sleeve is fixed with a connecting plate, the inner part of the connecting plate is rotated and provided with a rotating plate, the cutter motor is fixed inside the cutting box, and the output shaft of the cutter motor runs through The cutting box is outward, and a rotating deflection wheel is fixed on the output shaft of the cutter motor, and the rotating deflection wheel and the rotating plate are connected by a rotating shaft.

Using the above mechanism, start the cutter motor, the output shaft of the cutter motor drives the rotating deflection wheel to rotate, and the rotating deflection wheel drives the rotating plate to rotate. The holes connected between the rotating deflection wheel and the rotating plate through the rotating shaft are all eccentric holes. When the connecting plate rotates inside, it will carry the connecting plate to make a linear reciprocating motion. The connecting plate drives the cutting knife sleeve to make a straight reciprocating motion, and drives the cutting plate to move with the cutting sleeve to make a straight reciprocating motion, which can make the cutting plate move in a straight line. Potatoes are cut into slices, the slice thickness is the same, the cutter disc can be replaced, and the distance between the cutters of the cutter disc can be customized according to the required slice thickness.

The material distribution mechanism includes a flexible cross plate, a mounting plate and a material distribution motor. The installation plate is fixed inside the cutting box, the material distribution motor is fixed at the lower end of the installation plate, the output shaft of the material distribution motor runs through the installation plate, and the flexible cross plate is fixed in the distribution plate. On the output shaft of the feeding motor, the flexible cross plate extends out of the mounting plate and is located above the crawler feeding mechanism.

Using the above mechanism, start the material distribution motor, and the output shaft of the material distribution motor drives the flexible cross plate to rotate intermittently, rotating 90 degrees each time, so that the potatoes between the flexible cross plates are intermittently blanked.

The crawler feeding mechanism includes a feeding motor, a feeding driven wheel and a feeding crawler, the feeding motor is fixed inside the cutting box, the rotating roller of the feeding crawler is arranged inside the cutting box, the feeding crawler is located under the guide side plate, and the feeding crawler is located in the guide Between the feeding inclined plate and the mounting plate, a feeding driven wheel is fixed on the driving roller of the feeding crawler, and a feeding driving wheel is fixed on the output shaft of the feeding motor, and the feeding driving wheel is engaged with the feeding driven wheel.

Using the above mechanism, start the feeding motor, the output shaft of the feeding motor drives the feeding driving wheel to rotate, and the feeding driving wheel drives the feeding driven wheel to rotate, thereby driving the feeding crawler to rotate at a uniform speed, and the potatoes that roll off the feeding inclined plate are sent to the at the mounting plate, so as to be toggled by the flexible cross plate.

The pusher mechanism includes a pusher motor mounting plate, a pusher motor, a reciprocating screw and a pusher flexible block. The pusher motor mounting plate is vertically welded on the bottom of the cutting box, and the pusher motor is fixed on the pusher motor mounting plate. A pusher driving wheel is fixed on the output shaft of the motor. The pusher flexible block is slidably arranged inside the pusher slot. The pusher connection block is fixed at the rear end of the pusher flexible block. The pushing slider is slidably arranged inside the sliding track, one end of the reciprocating screw is rotatably arranged at the end of the pushing chute, the other end of the reciprocating screw is rotatably arranged on the cutting box, and the end of the pushing connecting block is rotatably connected to the reciprocating screw. The other end of the reciprocating screw is fixed with a pushing driven wheel, and the pushing driven wheel is engaged with the pushing driving wheel.

Using the above mechanism, start the pusher motor, the output shaft of the pusher motor drives the pusher drive wheel to rotate, and the pusher drive wheel drives the pusher driven wheel to rotate, thereby driving the reciprocating screw to rotate synchronously. After the reciprocating screw rotates, the pusher connection block With the reciprocating sliding action of the reciprocating screw, it reciprocates in a straight line, that is, the pusher connecting block drives the pusher flexible block to move along the pusher chute, and pushes the flexible cross plate into the pusher chute and pushes the potatoes out of the discharge port. With the pusher connecting block along the inner slideway of the sliding track, the reciprocating motion is made more stable, and the reciprocating period of the pusher flexible block is the same as a quarter of the rotation period of the flexible cross plate.

The cross section of the pushing flexible block is the same as the inner dimension of the outlet.

By adopting the above mechanism, the potato can be completely pushed out of the discharge port.

Compared with the prior art, the potato slicing equipment has the following advantages:

1. The distribution mechanism and the crawler feeding mechanism are used to push the potatoes into the feeding trough intermittently, which can be continuously fed and has a high degree of automation;

2. The feeding mechanism and the pushing mechanism are used for periodic cooperation. The feeding mechanism intermittently moves the potatoes into the feeding trough, and then the pushing mechanism pushes the potatoes for slicing. The slicing is more coherent, the stability is better, and the thickness of the slices is consistent. ;

3. The reciprocating cutter mechanism adopts the rotating deflection wheel to cooperate with the rotating plate to drive the cutter disc to perform high-speed linear reciprocating motion, which can quickly cut potatoes. At the same time, it cooperates with the pushing mechanism of the pushing mechanism, and the service life of the cutter disc is longer; The cutter plate of the reciprocating cutter mechanism can be replaced to meet different slice thicknesses and has a wider application range.

Description of drawings

Fig. 1 is the structural representation of the present utility model;

Fig. 2 is the front side structure schematic diagram of the present utility model;

3 is a schematic diagram of the rear side structure of the present invention;

Fig. 4 is the exploded structure schematic diagram of the reciprocating cutter mechanism in the present utility model;

In the picture: 1-cut box, 1a-feed port, 1b-material guide inclined plate, 1c-material guide side plate, 1d-knife chute plate, 1e-slide track, 1f-feed chute, 1g-out Material port, 2-reciprocating cutter mechanism, 2a-cutter sleeve plate, 2b-cutter slot, 2c-connecting plate, 2d-rotating plate, 2e-rotating deflection wheel, 2f-cutter motor, 2g-cutter Disc, 3-feeding mechanism, 3a-flexible cross plate, 3b-installation plate, 4-track feeding mechanism, 4a-feeding motor, 4b-feeding driving wheel, 4c-feeding driven wheel, 4d-feeding crawler, 5-push Feeding mechanism, 5a-pushing motor, 5b-pushing driving wheel, 5c-pushing driven wheel, 5d-reciprocating screw, 5e-pushing connecting block, 5f-pushing slider, 5g-pushing flexible block.

Detailed ways

The technical solution of the present patent will be described in further detail below in conjunction with specific embodiments.

Embodiments of the present patent are described in detail below, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals refer to the same or similar elements or elements having the same or similar functions throughout. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present patent, but should not be construed as a limitation on the present patent.

In the description of this patent, it should be understood that the terms "center", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", The orientation or positional relationship indicated by "top", "bottom", "inner", "outer", etc. is based on the orientation or positional relationship shown in the drawings, and is only for the convenience of describing the present patent and simplifying the description, rather than indicating or implying The device or element referred to must have, be constructed, and operate in a particular orientation and is not to be construed as a limitation of this patent.

In the description of this patent, it should be noted that, unless otherwise expressly specified and limited, the terms "installed", "connected", "connected" and "arranged" should be understood in a broad sense, for example, they may be fixedly connected, arranged, It can also be detachably connected and arranged, or integrally connected and arranged. For those of ordinary skill in the art, the specific meanings of the above terms in this patent can be understood according to specific situations.

1-4, this embodiment provides a potato slicing device, including a cutting box 1, and the cutting box 1 is provided with a material distribution mechanism 3, a crawler belt feeding mechanism 4 and a pushing mechanism 5. The upper end is provided with a feeding port 1a, the crawler belt feeding mechanism 4 is located below the feeding port 1a, the feeding mechanism 3 is located on the rear side of the crawler belt feeding mechanism 4, and the pushing mechanism 5 is located on the side of the feeding mechanism 3 and the crawler belt feeding mechanism 4. The end face of the box 1 is provided with a discharge port 1g, the outer ends of the discharge port 1g are fixed with a cutter chute plate 1d, and the cutter chute plate 1d is slidably provided with a reciprocating cutter mechanism 2; The feeding port 1a is put in, and then the potatoes roll down onto the crawler feeding mechanism 4, which will be driven to the feeding mechanism 3 by the crawler belt feeding mechanism 3. The feeding mechanism 3 rotates intermittently. Every 90 degrees of rotation, a potato is moved to fall into the feeder. At the discharge port 1g, the pushing mechanism 5 performs a linear reciprocating motion, and one reciprocating motion is a cycle. Each cycle pushes out a potato from the discharge port 1g, squeezes it on the reciprocating cutter mechanism 2, and cuts it into slices. The cutter of the reciprocating cutter mechanism 2 can be replaced, and the cutter of the reciprocating cutter mechanism 2 can move back and forth quickly to cut potatoes back and forth, which can cut potatoes into pieces faster.

The lower end of the feeding port 1a is provided with a material guide inclined plate 1b, the two sides of the material guide inclined plate 1b are provided with symmetrical material guide side plates 1c, and the inner side of the discharge port 1g is fixed with a material pushing groove 1f. In this embodiment , the above-mentioned fixing method adopts welding, and the side of the pushing trough 1f is fixed with a sliding track 1e. In this embodiment, the above-mentioned fixing method adopts welding; The side plate 1c prevents the potatoes from moving, the pushing trough 1f is used for placing the potatoes to be cut, and the sliding track 1e prevents the pushing mechanism 5 from moving.

The reciprocating cutter mechanism 2 includes a cutter sleeve plate 2a, a cutter motor 2f and a cutter disc 2g, the cutter sleeve plate 2a is slidably arranged between the cutter chute plates 1d, and the inner side of the cutter sleeve plate 2a is provided with The cutter slot 2b, the cutter disc 2g is detachably inserted into the cutter slot 2b, and one end of the cutter sleeve 2a is fixed with a connecting plate 2c. 2c is provided with a rotating plate 2d, and the cutter motor 2f is fixed inside the cutting box 1. In this embodiment, the above-mentioned fixing method is connected by bolts, and the output shaft of the cutter motor 2f runs through the cutting box 1 outward, and the cutting A rotating deflection wheel 2e is fixed on the output shaft of the knife motor 2f. In this embodiment, the above-mentioned fixing method adopts a key connection, and the rotating deflection wheel 2e and the rotating plate 2d are connected through a rotating shaft; start the knife motor 2f, the knife motor The output shaft of 2f drives the rotating deflection wheel 2e to rotate, and the rotating deflection wheel 2e drives the rotating plate 2d to rotate. The holes connected by the rotating shaft between the rotating deflection wheel 2e and the rotating plate 2d are all eccentric holes, and the rotating plate 2d rotates inside the connecting plate 2c. When the cutter plate 2c is moved, it will carry the connecting plate 2c for linear reciprocating motion, the connecting plate 2c drives the cutting knife sleeve plate 2a to make a linear reciprocating motion, and drives the cutting knife plate 2g to make a linear reciprocating motion along with the cutting knife sleeve plate 2a, which can cut the potatoes faster. Cut into slices, the slice thickness is the same, the cutter disc 2g can be replaced, and the distance between the cutters of the cutter disc 2g can be customized according to the required slice thickness.

The material distribution mechanism 3 includes a flexible cross plate 3a, an installation plate 3b and a material distribution motor. The installation plate 3b is fixed inside the cutting box 1. In this embodiment, the above-mentioned fixing method adopts welding, and the material distribution motor is fixed on the installation plate 3b. The lower end, in this embodiment, the above-mentioned fixing method adopts bolt connection, the output shaft of the material distribution motor penetrates the mounting plate 3b, and the flexible cross plate 3a is fixed on the output shaft of the material distribution motor. In this embodiment, the above-mentioned fixing method adopts key connection, the flexible cross plate 3a protrudes from the mounting plate 3b and is located above the crawler feeding mechanism 4; start the distributing motor, the output shaft of the distributing motor drives the flexible cross plate 3a to rotate intermittently, rotating 90 degrees each time, so that in the flexible cross plate The potatoes are intermittently blanked between the plates 3a.

The crawler belt feeding mechanism 4 includes a feeding motor 4a, a feeding driven wheel 4c and a feeding crawler belt 4d. The feeding motor 4a is fixed inside the cutting box 1. In this embodiment, the above-mentioned fixing method adopts bolt connection, and the roller of the feeding crawler belt 4d rotates. Set inside the cutting box 1, the feeding crawler belt 4d is located under the material guide side plate 1c, and the feeding crawler belt 4d is located between the material guiding inclined plate 1b and the mounting plate 3b, and the feeding driven wheel 4c is fixed on the driving roller of the feeding crawler belt 4d, In this embodiment, the above-mentioned fixing method adopts a key connection, and the output shaft of the feeding motor 4a is fixed with a feeding driving wheel 4b. In this embodiment, the above-mentioned fixing method adopts a key connection, and the feeding driving wheel 4b meshes with the feeding driven wheel 4c ; Start the feeding motor 4a, the output shaft of the feeding motor 4a drives the feeding driving wheel 4b to rotate, and the feeding driving wheel 4b drives the feeding driven wheel 4c to rotate, thereby driving the feeding crawler 4d to rotate at a uniform speed, which will roll off the material guide inclined plate 1b. The potato is sent to the mounting plate 3b, so as to be toggled by the flexible cross plate 3a.

The pusher mechanism 5 includes a pusher motor mounting plate, a pusher motor 5a, a reciprocating screw 5d and a pusher flexible block 5g. The pusher motor mounting plate is vertically welded to the bottom of the cutting box 1, and the pusher motor 5a is fixed to the pusher motor. On the mounting plate, in this embodiment, the above-mentioned fixing method adopts bolt connection, the output shaft of the pusher motor 5a is fixed with a pusher driving wheel 5b, and the pusher flexible block 5g is slidably arranged inside the pusher slot 1f, and the pusher is flexible. The rear end of the block 5g is fixed with a pusher connection block 5e. In this embodiment, the above-mentioned fixing method adopts bolt connection, and a pusher block 5f is fixed on the side of the pusher connection block 5e. In this embodiment, the above-mentioned fixing method adopts Welding connection, the pushing slider 5f is slidably arranged inside the sliding track 1e, one end of the reciprocating screw 5d is rotated and arranged at the end of the pushing chute 1f, the other end of the reciprocating screw 5d is rotated and arranged on the cutting box 1, and the pushing connecting block 5e The end of the reciprocating screw 5d is rotatably connected to the reciprocating screw 5d, and the other end of the reciprocating screw 5d is fixed with a pusher driven wheel 5c. In this embodiment, the above-mentioned fixing method adopts a key connection, and the pusher driven wheel 5c is meshed with the pusher driving wheel 5b. Start the pusher motor 5a, the output shaft of the pusher motor 5a drives the pusher drive wheel 5b to rotate, and the pusher drive wheel 5b drives the pusher driven wheel 5c to rotate, thereby driving the reciprocating screw 5d to rotate synchronously. The material connecting block 5e reciprocates linearly with the reciprocating sliding action of the reciprocating screw 5d, that is, the material pushing connecting block 5e drives the material pushing flexible block 5g to move along the material pushing groove 1f, and pushes the flexible cross plate 3a into the material pushing groove 1f. The potato is pushed out of the discharge port 1g, and the pusher block 5f follows the pusher connection block 5e along the inner slide of the sliding track 1e, and the reciprocating motion is more stable. A quarter is the same.

The cross section of the pushing flexible block 5g is the same as the inner dimension of the discharge port 1g, so that the potato can be completely pushed out of the discharge port 1g.

The working principle of the present utility model:

According to the required slice thickness, select a suitable cutter disc 2g, insert it into the cutter slot 2b, and then start the cutter motor 2f, the output shaft of the cutter motor 2f drives the rotation deflection wheel 2e to rotate, and the rotary deflection wheel 2e rotates. Drive the rotating plate 2d to rotate, the rotating plate 2d drives the connecting plate 2c to make a linear reciprocating motion, the connecting plate 2c drives the cutting knife sleeve plate 2a to make a straight reciprocating motion, and the cutting knife plate 2g makes a straight reciprocating motion along with the cutting knife sleeve plate 2a;

The original state of the flexible cross plate 3a is that the flexible cross plate 3a is facing the feeding crawler 4d, start the material distribution motor, and the output shaft of the material distribution motor drives the flexible cross plate 3a to rotate intermittently, 90 degrees each time;

Start the feeding motor 4a, the output shaft of the feeding motor 4a drives the feeding driving wheel 4b to rotate, and the feeding driving wheel 4b drives the feeding driven wheel 4c to rotate, thereby driving the feeding crawler 4d to rotate at a constant speed;

Start the pusher motor 5a, the output shaft of the pusher motor 5a drives the pusher drive wheel 5b to rotate, and the pusher drive wheel 5b drives the pusher driven wheel 5c to rotate, thereby driving the reciprocating screw 5d to rotate synchronously. After the reciprocating screw 5d rotates, the pusher The connecting block 5e reciprocates linearly with the reciprocating sliding action of the reciprocating screw 5d, that is, the pushing connecting block 5e drives the pushing flexible block 5g to move along the pushing groove 1f, and the movement is more stable;

Put the potato to be cut from the feeding port 1a, the potato rolls and slides down to the feeding track 4d along with the sloping plate In the pushing trough 1f, the potato is pushed out from the discharge port 1g by the pushing flexible block 5g. The potato is in contact with the cutting plate 2g, and is quickly cut into equal-thickness potato chips by the cutting plate 2g that moves linearly reciprocatingly.

In summary, the distribution mechanism 3 is used to cooperate with the crawler feeding mechanism 4 to intermittently push the potatoes into the inside of the feeding trough 1f, which can be continuously fed and has a high degree of automation. The feeding mechanism 3 intermittently moves the potatoes into the pushing trough 1f, and then the pushing mechanism 5 pushes the potatoes for slicing, the slicing is more coherent and the stability is better; The plate 2d cooperates to drive the cutter disc 2g to perform high-speed linear reciprocating motion, which can quickly cut potatoes with the same thickness of slices. At the same time, in cooperation with the pushing mechanism 5, the cutter disc 2g has a longer service life; the reciprocating cutter mechanism 2. The cutter disc 2g can be replaced to meet different thicknesses of slices, and has a wider application range.

The preferred embodiments of this patent have been described in detail above, but this patent is not limited to the above-mentioned embodiments, and within the scope of knowledge possessed by those of ordinary skill in the art, it can also be made without departing from the purpose of this patent. Various changes.

Claims (7)

1. The utility model provides a potato slicing equipment, including cutting case (1), a serial communication port, cut case (1) inside feed mechanism (3), track feeding mechanism (4) and pushing equipment (5) of being provided with, feed inlet (1 a) have been seted up to the upper end of cutting case (1), track feeding mechanism (4) are located feed inlet (1 a) below, feed mechanism (3) are located the rear side of track feeding mechanism (4), pushing equipment (5) are located the side of feed mechanism (3) and track feeding mechanism (4), discharge gate (1 g) have been seted up to the terminal surface of cutting case (1), the outside both ends of discharge gate (1 g) are fixed with cutter chute board (1 d), it is provided with reciprocal cutter mechanism (2) to slide on cutter chute board (1 d).

2. The potato slicing apparatus according to claim 1, wherein a material guiding inclined plate (1 b) is arranged at the lower end of the material inlet (1 a), symmetrical material guiding side plates (1 c) are arranged at two sides of the material guiding inclined plate (1 b), a material pushing groove (1 f) is fixed at the inner side of the material outlet (1 g), and a sliding track (1 e) is fixed at the side surface of the material pushing groove (1 f).

3. The potato slicing apparatus according to claim 2, wherein the reciprocating cutter mechanism (2) comprises a cutter sleeve plate (2 a), a cutter motor (2 f) and a cutter disc (2 g), the cutter sleeve plate (2 a) is slidably disposed between the cutter chute plates (1 d), a cutter slot (2 b) is disposed inside the cutter sleeve plate (2 a), the cutter disc (2 g) is detachably inserted inside the cutter slot (2 b), a connecting plate (2 c) is fixed at one end of the cutter sleeve plate (2 a), a rotating plate (2 d) is rotatably disposed inside the connecting plate (2 c), the cutter motor (2 f) is fixed inside the cutter box (1), an output shaft of the cutter motor (2 f) penetrates through the cutter box (1) and faces outwards, and a rotary deflection wheel (2 e) is fixed on an output shaft of the cutter motor (2 f), and the rotary deflection wheel (2 e) is connected with the rotating plate (2 d) through a rotating shaft.

4. The potato slicing apparatus according to claim 1, wherein the material distribution mechanism (3) comprises a flexible cross plate (3 a), a mounting plate (3 b) and a material distribution motor, the mounting plate (3 b) is fixed inside the cutting box (1), the material distribution motor is fixed at the lower end of the mounting plate (3 b), an output shaft of the material distribution motor penetrates through the mounting plate (3 b), the flexible cross plate (3 a) is fixed on the output shaft of the material distribution motor, and the flexible cross plate (3 a) extends out of the mounting plate (3 b) and is located above the crawler feeding mechanism (4).

5. The potato slicing device as claimed in claim 2, wherein the track feeding mechanism (4) comprises a feeding motor (4 a), a feeding driven wheel (4 c) and a feeding track (4 d), the feeding motor (4 a) is fixed inside the cutting box (1), a rotating roller of the feeding track (4 d) is rotatably arranged inside the cutting box (1), the feeding track (4 d) is located below the material guide side plate (1 c), the feeding track (4 d) is located between the material guide inclined plate (1 b) and the mounting plate (3 b), the feeding driven wheel (4 c) is fixed on a driving rotating roller of the feeding track (4 d), the feeding driving wheel (4 b) is fixed on an output shaft of the feeding motor (4 a), and the feeding driving wheel (4 b) is meshed with the feeding driven wheel (4 c).

6. The potato slicing device according to claim 2, wherein the pushing mechanism (5) comprises a pushing motor mounting plate, a pushing motor (5 a), a reciprocating screw (5 d) and a pushing flexible block (5 g), the pushing motor mounting plate is vertically welded at the bottom of the cutting box (1), the pushing motor (5 a) is fixed on the pushing motor mounting plate, a pushing driving wheel (5 b) is fixed on an output shaft of the pushing motor (5 a), the pushing flexible block (5 g) is slidably arranged in the pushing groove (1 f), a pushing connecting block (5 e) is fixed at the rear end of the pushing flexible block (5 g), a pushing sliding block (5 f) is fixed on the side of the pushing connecting block (5 e), the pushing sliding block (5 f) is slidably arranged in the sliding rail (1 e), one end of the reciprocating screw (5 d) is rotatably arranged at the end of the pushing groove (1 f), the other end of the reciprocating screw rod (5 d) is rotatably arranged on the cutting box (1), the end part of the material pushing connecting block (5 e) is rotatably connected to the reciprocating screw rod (5 d), the other end of the reciprocating screw rod (5 d) is fixedly provided with a material pushing driven wheel (5 c), and the material pushing driven wheel (5 c) is meshed with the material pushing driving wheel (5 b).

7. Potato slicing device according to claim 6, characterised in that the cross section of the flexible pusher block (5 g) is the same as the internal dimensions of the spout (1 g).

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