Structure of the asparagus shaving machine

Abstract

To provide a structure of an asparagus shaving machine. [Solution] The structure of an asparagus shaving machine mainly includes an inlet section 1, an outlet section 2, and a cutting section 3. The inlet section and outlet section are each driven by a driving mechanism and equipped with a first roller set 12 consisting of two rollers arranged side by side. The cutting section is disposed between the inlet section and the outlet section and has an opening in which a rotatable ring body 32 is disposed and a rotatable cutting blade 39 is attached to the ring body. During use, asparagus is wound into the cutting section at the inlet section, and the tip of the asparagus is held by the cutting blade and pushed towards the outlet section. The ring body rotates the cutting blade, and the rotation of the cutting blade gradually scrapes off the skin of the asparagus. After the skin is scraped off, the asparagus is wound out of the outlet section, making the work of removing the asparagus skin faster and more convenient.

Description

[Technical field]

[0001] The present invention relates to a structure of an asparagus shaving machine to make the work of shaving asparagus faster and more convenient. [Background technology]

[0002] Asparagus is rich in fiber, vitamins, minerals, and other nutrients, and has antioxidant, anti-cancer, and detoxifying properties. The surface of asparagus stalks has a rough fibrous skin that must be removed before eating or processing. Peeling small amounts of asparagus can be done manually, but when processing large amounts of asparagus, the efficiency is low, so mechanical peeling has developed. Mechanical peeling involves feeding asparagus from a feeder platform into a machine, which gently moves the asparagus to remove the skin with multiple blades. Mechanical peeling can replace manual labor, but traditional machines are large, complex in structure, expensive, and difficult to operate, making them less than ideal. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] JP 2018-108058 A Summary of the Invention [Problem to be solved by the invention]

[0004] In response to this, the applicant conducted continuous research and experimentation and came up with the idea of ​​designing an asparagus shaving machine structure to make the task of shaving asparagus skins faster and more convenient. [Means for solving the problem]

[0005] In order to solve the above problems, the present invention provides a structure of an asparagus shaving machine that can make the work of shaving asparagus skin faster and more convenient, and is easy to operate, low cost, and competitive. The structure of the asparagus shaving machine includes an inlet section, an outlet section, and a cutting section, and the inlet section and the outlet section are each driven by a driving mechanism and equipped with a roller set consisting of two rollers arranged side by side. The cutting section is provided between the inlet section and the outlet section, and has an opening therein, a rotatable ring body is disposed in the opening, and a rotatable cutting blade is attached to the ring body. During use, the asparagus is wound into the cutting section at the inlet section, and the tip of the asparagus is held by the cutting blade and pushed toward the outlet section. The ring body rotates the cutting blade, and the rotation of the cutting blade gradually shaves the skin of the asparagus. The asparagus after the skin is scraped is wound out of the outlet section, and the work of removing the asparagus skin is performed more quickly and conveniently.

[0006] Furthermore, the present invention provides a structure for the asparagus shaving machine, in which the fixed frame is provided with an opening and a cylindrical part is provided around the opening. A bearing is fixed to the cylindrical part and the ring-shaped body is fitted into the bearing. In the structure of the asparagus shaving machine, the third transmission mechanism is provided at the upper end of the fixed frame and a drive wheel is pivoted to the third transmission mechanism. The upper edge of the ring-shaped body is pressed against the drive wheel, and the rotation of the ring-shaped body is driven by the drive wheel. In the structure of the asparagus shaving machine, the fixed frame is provided with a spring piece for connecting a work power source, and a conductive plate for connecting a fourth transmission mechanism is disposed annularly on the back of the ring-shaped body. The conductive plate contacts the spring piece, and when the ring-shaped body rotates, the work power source is supplied to the fourth transmission mechanism through the spring piece and the conductive plate, driving the rotation of the cutting blade. [Brief description of the drawings]

[0007] [Figure 1] 2 is an exploded view of the inlet, outlet and cutting parts of the present invention; FIG. [Diagram 2] FIG. [Diagram 3] FIG. [Figure 4]FIG. 2 is an exploded view of the conductive structure of the cutting part of the present invention; [Diagram 5] FIG. [Figure 6] FIG. 2 is a diagram illustrating a first operating state of the present invention; [Figure 7] FIG. 2 is a diagram illustrating a first operating state of the present invention; [Figure 8] FIG. 4 is a diagram illustrating a second operating state of the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0008] The description will be made with reference to Figs. 1 and 2, and further with reference to Figs. 3, 4, and 5. The drawings are an exploded view and a three-dimensional view of the inlet, outlet, and cutting section of the present invention, and an exploded view and a cross-sectional view of the conductive structure of the cutting section. As shown in the drawings, the present invention includes an inlet section 1, an outlet section 2, a cutting section 3, and an input section 4. The inlet section 1 includes a first frame 11, and the first frame 11 includes a first roller set 12 in which two rollers are arranged side by side. The first roller set 12 is driven by a first transmission mechanism 13 connected to a working power source, and the first roller set 12 rotates in the opposite direction relative to each other by the first transmission mechanism 13 to perform a winding operation. The outlet section 2 includes a second frame 21, and the second frame 21 includes a second roller set 22 in which two rollers are arranged side by side. The second roller set 22 is connected to a working power source and driven by a second transmission mechanism 23, and the second roller set 22 rotates in the opposite direction relative to each other by the second transmission mechanism 23 to perform a winding operation.

[0009] The structural feature of the present invention is that the cutting section 3 is disposed between the inlet section 1 and the outlet section 2, and includes a fixed frame 31 and an annular body 32 connected to the fixed frame 31, where the fixed frame 31 is provided with an opening 311, and the periphery of the opening 311 is provided with a cylindrical part 312. Spring pieces 33 and 34 for connecting the working power source are provided at appropriate positions, and a third transmission mechanism 35 for connecting the working power source is provided at the upper edge. A driving wheel 351 is pivoted to the third transmission mechanism 35, a through hole 321 is provided in the annular body 32, and conductive plates 36 and 37 are provided on the back surface of the annular body, and the conductive plates 36 and 37 correspond to the spring pieces 33 and 34. A fourth transmission mechanism 38 is provided in the annular body 32, and a cutting blade 39 is attached to the fourth transmission mechanism 38, and the cutting blade 39 stands upright in the through hole 321. The fourth transmission mechanism 38 is connected to the rear conductive plates 36, 37 via a conductor, and the cutting blade 39 is rotated by the fourth transmission mechanism 38.

[0010] A bearing 313 is fixed to the cylindrical part 312 of the fixed frame 31, and the through hole 321 of the ring-shaped body 32 is fitted into the bearing 313, so that the ring-shaped body 32 can freely rotate around the bearing 313. The upper edge of the ring-shaped body 32 is pressed against the driving wheel 351, and after the ring-shaped body 32 is fixed in position to the fixed frame 31, the conductive plates 36, 37 on the back surface come into contact with the spring pieces 33, 34. As a result, when the third transmission mechanism 35 rotates the driving wheel 351, the ring-shaped body 32 rotates relatively along the fixed frame 31 around the bearing 313, and the cutting blade 39 also rotates accordingly. In addition, when the ring-shaped body 32 rotates, the spring pieces 33, 34 come into contact with the conductive plates 36, 37, so that the working power is transmitted to the fourth transmission mechanism 38 through the spring pieces 33, 34 and the conductive plates 36, 37 to drive the rotation of the cutting blade 39.

[0011] The input section 4 is disposed in front of the introduction section 1 and is equipped with a rolling bar 41, which has a number of through holes 411 and has oblique guide plates 42 on both sides. The rolling bar 41 is driven by a fifth transmission mechanism 43 to rotate at an appropriate speed. Two symmetrical transport belt sets 44 are provided below the rolling bar 41, and the transport belt sets 44 include a number of rolling shafts 441 and belt bodies 442 wound around the rolling shafts 441, one of which is pivotally connected to a sixth transmission mechanism 45, and the sixth transmission mechanism 45 drives the circular motion of the belt body 442.

[0012] The above-mentioned components are combined to form the structure of the asparagus shaving machine. During use, asparagus is fed through the through hole 411 of the rolling bar 41 of the feed section 4, and after the rolling bar 41 rotates, it falls onto the transport belt set 44, which sends it to the first roller set 12 of the introduction section 1 and winds it up into the cutting section 3. As a result, the tip of the asparagus is pressed by the cutting blade 39 and pushed out toward the second roller set 22 of the discharge section 2. As the asparagus moves forward, the ring body 32 rotates the cutting blade 39, and the rotation of the cutting blade 39 sequentially scrapes off the skin of the asparagus, and the asparagus after the skin is scraped is wound up by the second roller set of the discharge section 2, which makes the work of removing the skin of the asparagus faster and more convenient.

[0013] 6 is a diagram showing a first operating state of the present invention. As shown in the figure, when the present invention is used, when the power is turned on, the first transmission mechanism 13, the second transmission mechanism 23, the third transmission mechanism 35, and the fourth transmission mechanism 38 are activated. As a result, the asparagus 5 is input from the input section 4, and the asparagus 5 falls into the through hole 411 of the rolling bar 41 by the guide of the guide plate 42. After the rolling bar 41 rotates, the asparagus 5 falls into the transport belt set 44, which pinches the asparagus 5 and sends it to the first roller set 12 of the introduction section 1, and the first roller set 12 winds it into the cutting section 3. As a result, the tip of the asparagus 5 is pressed by the cutting blade 39 and pushed out to the lead-out section 2.

[0014] 7 and 8, which are diagrams showing the second operating state of the present invention. As shown in the figures, when the asparagus 5 is pressed by the cutting blade 39, the cutting blade 39 is rotated by the ring body 32, and the cutting blade 39 rotates along the asparagus 5. At the same time, the outer skin of the asparagus 5 is scraped by the rotation of the cutting blade 39 (one rotation of the ring body 32 scrapes one round of the outer skin of the asparagus 5). In addition, the first roller group 12 continues to wind the asparagus 5 into the cutting section 3, so that the outer skin of the asparagus 5 can be scraped in sequence. After the skin is scraped, the asparagus 5 is unwound by the second roller group 22 of the outlet section 2, which makes the work of removing the outer skin of the asparagus 5 quicker and more convenient. The above embodiment is intended to explain the best way of carrying out the present invention, and is not intended to limit the scope of the present invention. Even if some modifications or changes are made, they will not deviate from the essence and spirit of the present invention, and will retain its gist. As mentioned above, this invention provides an asparagus shaving machine structure that combines an inlet part, an outlet part, and a rotary cutting blade with a ring body, which makes the process of removing asparagus skin faster and more convenient, easier to operate, less costly, and more competitive. As a practical design and an innovative invention, we have filed a utility model patent application and sincerely hope that it will be examined and granted as soon as possible. [Explanation of symbols]

[0015] 1: Introduction 11: First frame 12: First roller group 13: First transmission mechanism 2: Derivation part 21: Second frame 22: Second roller set 23: Second transmission mechanism 3: Cutting part 31: Fixed rack 311: Open hole 312: Cylindrical part 313: Bearings 32: Circular body 321: Through hole 33: Spring piece 34: Spring piece 35: Third transmission mechanism 351: Drive wheel 36: Conductive strip 37: Conductive strip 38: Fourth transmission mechanism 39: Cutting blade 4: Input section 41: Rolling rod 411: Through hole 42: Guide plate 43: Fifth transmission mechanism 44: Transport Belt Group 441: Wheel axis 442: Belt body 45: Sixth transmission mechanism 5: Asparagus

Claims

1. The structure of an asparagus shaving machine includes an introduction section, an outlet section, a cutting section, and an input section, The introduction section includes a first frame, and the first roller set is provided with two rollers arranged in parallel on the first frame, and the first roller set is driven by a first transmission mechanism to perform a winding operation; The outlet portion includes a second frame, and a second roller set including two rollers arranged in parallel is installed on the second frame, and the second roller set is driven by a second transmission mechanism to perform a winding operation; The cutting section is disposed between the inlet section and the outlet section and includes a fixed frame having an opening, and the annular body coupled to the fixed frame and rotatable along the fixed frame is driven by a third transmission mechanism, the annular body is provided with a fourth transmission mechanism, and a cutting blade is attached to the fourth transmission mechanism; The input part is disposed in front of the introduction part, and includes a rotating shaft, the rotating shaft is provided with a plurality of through holes, and the rotating shaft is driven by a fifth transmission mechanism; Two conveyor belt sets are symmetrically installed under the rotating shaft, and the conveyor belt sets include a plurality of shafts and a belt body wound around the shafts, and one of the shafts is connected to a sixth transmission mechanism, and the sixth transmission mechanism drives the circular motion of the belt body; When using the asparagus shaving machine, asparagus is fed into the through hole of the rotating shaft of the feeding section, and after the rotating shaft rotates, it falls onto the transport belt set, is transported to the introduction section by the transport belt set, is wound up in the cutting section, the tip of the asparagus is held by the cutting blade and pushed towards the discharge section, the annular body drives the circular rotation of the cutting blade, the rotation of the cutting blade gradually shaves the skin of the asparagus, and the asparagus after skinning is unwound from the discharge section. This is the structure of the asparagus shaving machine.

2. 2. The structure of an asparagus shaving machine as described in claim 1, characterized in that the fixed frame has an opening, a cylindrical part is installed on the periphery of the opening, a bearing is fixed to the cylindrical part, and the annular body is fitted into the bearing.

3. The structure of the asparagus shaving machine according to claim 1, characterized in that the third transmission mechanism is installed at the upper end of the fixed frame, a driving wheel is pivoted to the third transmission mechanism, the upper end of the ring body is pressed against the driving wheel, and the rotation of the ring body is driven by one driving wheel.

4. 2. The structure of the asparagus shaving machine according to claim 1, characterized in that the fixed frame is provided with a spring piece for connecting a work power source, and a conductive piece for connecting the fourth transmission mechanism is arranged in an annular shape on the back of the annular body, the conductive piece being in contact with the spring piece, and when the annular body rotates, the work power source is supplied to the fourth transmission mechanism through the spring piece and the conductive piece to drive the rotation of the cutting blade.

Images