Electric sugarcane segment cutting machine

Abstract

An electric sugarcane segment cutting machine comprises a driving motor assembly, a discharging assembly, a cutting tool assembly and four supporting legs installed at the four corners of the machine. The driving motor assembly outputs rotating torsion to drive the cutting tool assembly to rotate, a whole piece of sugarcane placed in the feeding barrel is perpendicularly arranged on the length adjusting plate, a rotating tool cuts the whole piece of sugarcane into sections, and the cut sugarcane sections fall onto the discharging assisting inclined plate and fall into a prepared container for containing the sugarcane sections. The length adjusting screw can adjust the distance between the length adjusting plate and the blade, and therefore the purpose of adjusting the length of the cut sugarcane sections is achieved. Electric driving is adopted for cutting sugarcane sections, heavy physical labor of manual operation is omitted, the machine is small and exquisite, the weight of the whole machine is 10 kg or below, and placing and carrying can be completed by a single person; four legs are adopted for supporting and are placed on a table top for use, the gravity center is lower than that of the table top, the table top can be stably placed, cut sugarcane sections are directly recycled and bagged, and the whole machine is placed on the table top to cut the sugarcane sections safely and hygienically.

Description

Technical Field

[0001] The invention relates to a sugarcane segmenting machine, in particular to a machine which cuts sugarcane into segments by means of electric-driven rotating blades. Background Art

[0002] Sugarcane is a temperate and tropical crop that can be eaten after peeling. It has a sweet taste, is very juicy, has high nutritional value, and is rich in sugars, water, and multiple vitamins. Generally, when eating, most people directly peel off the outer skin on the stem, cut it into segments, and then chew it for consumption. Therefore, the seller of sugarcane needs to cut the whole long sugarcane into shorter sugarcane segments for sale. Cutting the whole long sugarcane into small segments is a heavy physical labor, and manual segmentation is time-consuming and laborious, and the lengths of the segments vary. The existing electric sugarcane segmentation machine is large in size and weighs about tens of kilograms to hundreds of kilograms. It is too heavy to be placed and carried. The existing electric sugarcane segmentation machine uses higher support legs and is directly placed on the ground for use. The high center of gravity makes it easy to tip over and cause danger, and it is also unhygienic to place the food processing machine directly on the ground. Summary of the invention

[0003] In order to solve the above-described problems, the present invention provides an electric sugarcane segmenting machine, which is driven by electricity to cut sugarcane segments, eliminating the heavy physical labor of manual operation, and the length of the cut segments is adjustable, and the length of the cut segments is neat and standard; the machine is small, and the weight of the whole machine is less than 10 kilograms, and one person can complete the placement and transportation; it is supported by four legs and placed on a desktop for use, and the center of gravity is relatively low relative to the desktop, so it can be placed securely, and the cut sugarcane segments are directly recovered and bagged, and the whole machine is placed on the desktop for operation to cut sugarcane segments safely and hygienically.

[0004] In order to solve the above technical problems, the technical solutions adopted by the present invention are summarized as follows:

[0005] An electric sugarcane segmenting machine is characterized in that a driving motor assembly 1 is connected to a material drop assembly 2 by bolts, the motor in the driving motor assembly 1 outputs a suitable speed and torque through a reduction gear, and drives the cutting tool assembly 3 to rotate, the operator puts the sugarcane into a feeding bucket 2-1, the bottom end of the sugarcane falls onto a length adjustment plate 2-6, the upper end of the sugarcane remains in the feeding bucket 2-1, and the cutting blade 3-2 rotates to cut the sugarcane from the middle; the left front supporting leg 4-1, the right front supporting leg 4-2, the left rear supporting leg 4-3, and the right rear supporting leg 4-4 ​​are respectively fixed to the four corners of the machine by screws, which not only play a role in supporting the machine, but also leave storage space for the sugarcane that falls after cutting.

[0006] The middle cover 2-2 of the blanking assembly 2 is used as a mounting base for other parts. The feed bucket 2-1 is installed on the middle cover 2-2 as the feeding port for sugarcane. The feed bucket 2-1 has a certain length, which can keep the cut sugarcane placed vertically, perpendicular to the rotation plane of the cutting blade 3-2; the right side plate 2-4 and the left side plate 2-5 are fixed to both sides of the middle cover 2-2 by screws, which can be used as the left and right side enclosures of the blanking assembly 2, and can also be used as the mounting base for the right front support leg 4-2 and the left rear support leg 4-3; the front plate 2-8 is used as the mounting base for the length adjustment plate 2-6, and also as the front enclosure of the blanking assembly 2; the blanking assisting inclined plate 2-3 serves as the rear enclosure of the blanking assembly 2, and has a certain inclination, which can not only ensure that the cut sugarcane section can slide out and fall smoothly on the blanking assisting inclined plate 2-3, but also ensure that the outlet size of the entire blanking assembly 2 is moderate, to prevent the operator from accidentally injuring his fingers by putting his hand into the cabin through the blanking port.

[0007] The length adjustment plate 2-6 is fixed on the front plate 2-8 by two length adjustment screws 2-7. The front plate 2-8 has two parallel U-shaped long holes. The two length adjustment screws 2-7 can fix the length adjustment plate 2-6 at any height on the U-shaped long holes, so that the distance between the length adjustment plate 2-6 and the cutting blade 3-2 can be adjusted arbitrarily, thereby achieving the purpose of adjusting the length of the cut sugarcane segment.

[0008] The blade fixing plate 3-3 is installed on the driving shaft 1, and the cutting blade 3-2 is installed on the blade fixing plate 3-3. The driving motor assembly 1 transmits power to the driving shaft 1 for rotational motion. The driving shaft 1 drives the cutting blade 3-2 to rotate, thereby realizing the function of cutting long sugarcane into short segments. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is an overall schematic diagram of an electric sugarcane cutting machine;

[0010] Figure 2 It is a schematic diagram of the exploded components of an electric sugarcane segmenting machine;

[0011] Figure 3 It is an exploded view of a blanking assembly of an electric sugarcane segmenter;

[0012] Figure 4 An exploded view of a cutting tool assembly of an electric sugarcane segmenter;

[0013] Explanation of the reference numerals: 1-driving motor assembly; 2-blading assembly; 3-cutting tool assembly; 4-1 left front supporting leg; 4-2 right front supporting leg; 4-3 left rear supporting leg; 4-4 right rear supporting leg; 2-1 feeding bucket; 2-2 middle cover; 2-3 blanking auxiliary inclined plate; 2-4 right side plate; 2-5 left side plate; 2-6 length adjustment plate; 2-7 length adjustment screw; 2-8 front plate; 3-1 driving shaft; 3-2 cutting blade; 3-3 blade fixing plate. DETAILED DESCRIPTION

[0014] In order to make the objectives, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with embodiments and drawings. The exemplary embodiments of the present invention and their description are only used to explain the present invention and are not intended to limit the present invention.

[0015] The following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0016] The present invention provides an electric sugarcane segmenter, wherein a driving motor assembly 1 is mounted on a middle cover 2-2 on a blanking assembly 2, wherein the driving motor assembly 1 comprises a driving motor and a reduction gear, wherein the motor output speed and torque are adjusted within a suitable range, and a cutting tool assembly 3 is driven to rotate, and the cut sugarcane is placed in a feed barrel 2-1, and the bottom end of the sugarcane is placed on a length adjustment plate 2-6. Under the constraint of the feed barrel 2-1, the entire sugarcane stands on the length adjustment plate 2-6 in a basically vertical manner, and the cutting tool assembly 3 cuts the sugarcane from the middle to achieve the function of cutting the sugarcane segments.

[0017] The distance between the length adjustment plate 2-6 and the cutting blade 3-2 is adjustable. The greater the distance between the two, the longer the cut sugarcane segment, and vice versa. There are two threaded holes at the front end of the length adjustment plate 2-6, and the length adjustment screws 2-7 can be screwed into these two threaded holes. There are two parallel U-shaped holes on the front plate 2-8, and the two length adjustment screws 2-7 can move up and down in these U-shaped holes. After determining the length of the cut sugarcane segment, the length adjustment screws 2-7 are screwed into the two threaded holes of the length adjustment plate 2-6 and screwed in to determine the length of the cut sugarcane segment.

[0018] The four lower sides of the middle cover 2-2 are respectively a left side plate 2-5, a right side plate 2-4, a front plate 2-8, and a blanking assisting inclined plate 2-3. The four plates surround the middle cover 2-2 with screws to form a blanking assembly 2. The blanking assisting inclined plate 2-3 is installed obliquely relative to the other three side panels, so that the cut sugarcane segments can fall onto the blanking assisting inclined plate 2-3 and automatically fall into the sugarcane receiving container placed in advance under the machine. At the same time, the blanking assisting inclined plate 2-3 and the other three side panels can surround a relatively moderate blanking outlet, which can not only ensure that the cut sugarcane segments fall into the container normally, but also prevent the operator from reaching his hand into the cabin of the blanking assembly 2 and touching the blade, causing a dangerous situation.

[0019] The two front support feet of the machine are respectively installed on the left side plate 2-5 and the right side plate 2-6, and the two rear support feet of the machine are installed on the tail of the middle cover 2-2. The four support legs are respectively fixed on the four corners of the machine, which not only play the role of supporting the machine, but also leave storage space for the sugarcane that falls after cutting.

[0020] When the sugarcane cutting operation is implemented, the whole long sugarcane is placed in the feed barrel 2-1, the machine switch is turned on, the motor outputs power, the cutting tool assembly 3 rotates, and the sugarcane is cut into sections. The cut sugarcane falls onto the falling assist inclined plate 2-3 and slides into the prepared sugarcane container placed between the two front legs.

Claims

1. An electric sugarcane cutting machine, characterized in that: The driving motor assembly 1 is connected to the blanking assembly 2 by bolts. The motor in the driving motor assembly 1 outputs the appropriate speed and torque through the reduction gear, and drives the cutting tool assembly 3 to rotate. The operator puts the sugarcane into the feeding bucket 2-1, and the bottom end of the sugarcane falls onto the length adjustment plate 2-6. The upper end of the sugarcane remains in the feeding bucket 2-1, and the cutting blade 3-2 rotates to cut the sugarcane from the middle; the left front support leg 4-1, the right front support leg 4-2, the left rear support leg 4-3, and the right rear support leg 4-4 ​​are respectively fixed to the four corners of the machine by screws, which not only supports the machine, but also leaves storage space for the sugarcane that falls after cutting.

2. The electric sugarcane segmenter according to claim 1, characterized in that: The middle cover 2-2 of the blanking assembly 2 serves as the mounting base for other parts, and the feed bucket 2-1 is mounted on the middle cover 2-2 as the feeding port for sugarcane. The feed bucket 2-1 has a certain length, which can keep the cut sugarcane placed vertically, perpendicular to the rotation plane of the cutting blade 3-2; the right side plate 2-4 and the left side plate 2-5 are fixed to both sides of the middle cover 2-2 by screws, which can serve as the left and right side enclosures of the blanking assembly 2, and can also serve as the mounting base for the right front support leg 4-2 and the left rear support leg 4-3; the front plate 2-8 serves as the mounting base for the length adjustment plate 2-6, and also serves as the front enclosure of the blanking assembly 2; the blanking assisting inclined plate 2-3 serves as the rear enclosure of the blanking assembly 2, and has a certain inclination, which can not only ensure that the cut sugarcane section can slide out and fall smoothly on the blanking assisting inclined plate 2-3, but also ensure that the outlet size of the entire blanking assembly 2 is moderate, to prevent the operator from accidentally injuring his fingers by putting his hand into the cabin through the blanking port.

3. The electric sugarcane segmenter according to claim 1, characterized in that: The length adjustment plate 2-6 is fixed to the front plate 2-8 by two length adjustment screws 2-7. The front plate 2-8 has two parallel U-shaped long holes. The two length adjustment screws 2-7 can fix the length adjustment plate 2-6 at any height on the U-shaped long holes. In this way, the distance between the length adjustment plate 2-6 and the cutting blade 3-2 can be adjusted arbitrarily, thereby achieving the purpose of adjusting the length of the cut sugarcane segment.

4. The electric sugarcane segmenter according to claim 1, characterized in that: The blade fixing plate 3-3 is installed on the drive shaft 1, and the cutting blade 3-2 is installed on the blade fixing plate 3-3. The drive motor assembly 1 transmits power to the drive shaft 1 for rotational motion. The drive shaft 1 drives the cutting blade 3-2 to rotate, thereby realizing the function of cutting long sugarcane into short segments.

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