阅读说明：本技术 一种中药材自动采集方法 (Automatic traditional Chinese medicinal material acquisition method ) 是由 李永健 于 2020-06-08 设计创作，主要内容包括：本发明公开了本发明一种中药材自动采集方法,使两件半圆安装壳架构成环状结构套在树干底部上,使青皮刮刀装置上的圆弧形青皮刮刀贴合在树干上,升降滚轮装置的凹弧滑轮也贴合在树干上,通过升降滚轮装置带动青皮刮刀装置沿树干向上移动,在向上移动过程,树干上环绕设置的圆弧形青皮刮刀将青皮刮掉；使环绕滚轮装置上的滚轮紧密贴合在树干上,环切刀插在树皮内,然后环切刀环绕转动在树干上切出环槽；使电动推杆的伸缩杆伸长带动滑动切刀沿导轨架插入树皮内,同时拉紧剥皮钢丝进入环槽内,再启动升降滚轮装置带动剥皮钢丝沿树干向树干下方运动,当半圆安装壳架移动到树干根部,再控制环绕滚轮装置切出一个环槽,剥下的树皮掉落完成。(The invention discloses an automatic traditional Chinese medicinal material acquisition method, which is characterized in that two semicircular mounting shells are constructed into an annular structure and sleeved on the bottom of a trunk, a circular arc green tangerine peel scraper on a green tangerine peel scraper device is attached to the trunk, a concave arc pulley of a lifting roller device is also attached to the trunk, the green tangerine peel scraper device is driven by the lifting roller device to move upwards along the trunk, and the green tangerine peel is scraped off by the circular arc green tangerine peel scraper arranged on the trunk in a surrounding manner in the upwards moving process; the roller on the encircling roller device is tightly attached to the trunk, the ring cutter is inserted into the trunk, and then the ring cutter rotates around to cut out a ring groove on the trunk; make electric putter's telescopic link extension drive slip cutter insert in the bark along the guide rail frame, in taut skinning steel wire got into the annular simultaneously, restart lift roller device drove skinning steel wire along the trunk to trunk below motion, when semicircle installation shell frame removed the trunk root, and the control again encircles roller device and surely goes out an annular, and the bark of skinning drops and accomplishes.)

1. An automatic collection method of traditional Chinese medicinal materials is characterized by comprising the following steps:

step 1, arranging two semicircular mounting shell frames (1) with rectangular cross sections, connecting ends of the two semicircular mounting shell frames (1) are hinged to each other, connecting blocks (2) are respectively arranged on outer ring surfaces of butt joint ends of the two semicircular mounting shell frames (1), and the two connecting blocks (2) are connected through screws (3), so that the two semicircular mounting shell frames (1) form an annular structure and are sleeved on a trunk (4);

step 2, arranging a plurality of green tangerine peel scraper devices (5) for scraping off green tangerine peels on the lower layer of the inner annular surface of the semicircular mounting shell frame (1); the green tangerine peel scraper device (5) is provided with a circular arc green tangerine peel scraper (37);

step 3, a surrounding roller device (6) is arranged on the middle layer of the inner annular surface of the semicircular mounting shell frame (1), the surrounding roller device comprises a surrounding roller shaft (8), a surrounding motor (9), a telescopic transmission shaft (10) and a transmission short shaft (11), a ring cutter (14) is arranged in the middle of the surrounding roller shaft (8), a gear box body (15) is sleeved at the connecting position of the surrounding roller shaft (8) and the transmission short shaft (11), and a cutter handle (51) of the ring cutter (14) penetrates through the gear box body (15) to be guided onto the trunk (4);

step 4, arranging a telescopic cutter device (16) at the connecting end of one semicircular mounting shell frame (1), wherein the telescopic cutter device (16) comprises a telescopic cutter (17), and a peeling steel wire (18) penetrates through the edge part of the telescopic cutter (17); the two ends of a peeling steel wire (18) are respectively connected to the butt joint ends of two semicircular mounting shells (1) through tension springs (19), an electric push rod (20) is hinged to the middle layer of the inner annular surface of the butt joint end of the semicircular mounting shells (1), a guide rail frame (21) is arranged on the outer side of the electric push rod (20) and corresponds to the peeling steel wire (18), a sliding cutter (22) is hinged to the end of a telescopic rod of the electric push rod (20), the peeling steel wire (18) correspondingly penetrates through the blade part of the sliding cutter (22), the sliding cutter (22) is arranged on the guide rail frame (21) in a sliding mode, and when the telescopic rod of the electric push rod (20) extends, the sliding cutter (22) is driven to cut on the trunk (4) along the guide rail frame;

step 5, two sets of symmetrical lifting roller devices (23) are arranged on the upper layer of the inner annular surface of the semicircular mounting shell frame (1), a lifting motor (24) is arranged on the semicircular mounting shell frame (1) between the two lifting roller devices (23), and the lifting motor (24) is in transmission connection with the two sets of lifting roller devices (23) through a transverse transmission shaft (25) and a longitudinal transmission shaft (26);

step 6, arranging a conduit (46) on the lower side surface of the semicircular mounting shell frame (1), connecting the surrounding motor (9), the electric push rod (20) and the lifting motor (24) with a portable power supply (48) through a wire (47), enabling the wire (47) to penetrate through the conduit (46), and arranging a control panel (49) on the wire (47);

step 7, connecting the two connecting blocks (2) through the screw (3), enabling the two semicircular mounting shell frames (1) to form an annular structure to be sleeved on the bottom of the trunk (4), enabling the arc green bark scrapers (37) on the green bark scraper device (5) to be attached to the trunk of the tree (4), enabling the concave arc pulleys (30) of the lifting roller device (23) to be attached to the trunk (4), switching on a power supply, controlling the lifting motor (24), driving the green bark scraper device (5) to move upwards along the trunk (4) through the lifting roller device (23), and scraping off green husks through the arc green bark scrapers (37) arranged on the trunk (4) in a surrounding mode in the upwards moving process;

step 8, controlling a surrounding motor (9) to enable a roller (12) on a surrounding roller device (6) to be tightly attached to the trunk (4), inserting a ring cutter (14) into the trunk, and then, rotating the ring cutter (14) in a surrounding manner to cut a ring groove on the trunk (4);

and 9, controlling the electric push rod (20), enabling a telescopic rod of the electric push rod (20) to extend to drive a sliding cutter (22) to be inserted into the bark along the guide rail frame (20), simultaneously tensioning the peeling steel wire (18) to enter an annular groove, starting the lifting roller device (23) to drive the peeling steel wire (18) to move towards the lower part of the trunk along the trunk (4), peeling the bark from the trunk (4) by the peeling steel wire (18), moving the semicircular installation shell frame (1) to the root part of the trunk (4), controlling the circular groove to be cut by the surrounding roller device (6), and finishing the falling of the peeled bark.

2. The automatic collection method of traditional Chinese medicinal materials according to claim 1, characterized in that: the two ends of the surrounding roller shaft (8) are respectively provided with a roller (12), the ends of the two surrounding roller shafts (8) are correspondingly installed and connected through two connecting frame plates (13), and the middle parts of the two surrounding roller shafts (8) are respectively connected with a transmission short shaft (11) through bevel gears; encircle motor (9) and set up in semicircle installation shell frame (1), be connected with telescopic transmission axle (10) on the axis of rotation of encircleing motor (9), telescopic transmission axle (10) are connected with two transmission minor axes (11) transmission simultaneously through the bevel gear.

3. The automatic collection method of traditional Chinese medicinal materials according to claim 1, characterized in that: the lifting roller device (23) comprises lug boss mounting blocks (27), pulley transmission shafts (28), pulley supports (29) and concave arc pulleys (30), wherein the two lug boss mounting blocks (27) are connected to the inner annular surface of the semicircular mounting shell frame (1), the pulley transmission shafts (28) are inserted in the two lug boss mounting blocks (27), one ends of the two pulley supports (29) are mounted on the pulley transmission shafts (28), the other ends of the two pulley supports (29) are correspondingly mounted on a rotating shaft of the concave arc pulleys (30), chain wheels (31) are arranged at the outer ends of the pulley transmission shafts (28), chain wheels (31) are also arranged at the outer ends of the rotating shafts of the concave arc pulleys (30), the chain wheels (31) on the rotating shafts of the concave arc pulleys (30) are in transmission connection with the chain wheels (31) on the corresponding pulley transmission shafts (28) through chains (32), two coil springs (33) are arranged on the pulley transmission shaft (28), and the concave arc pulley (30) is extruded on the trunk (4) through the coil springs (33); a lifting motor (24) is arranged on the semicircular mounting shell frame (1) between the two lifting roller devices (23), and the lifting motor (24) is in transmission connection with a corresponding pulley transmission shaft (28) through a transverse transmission shaft (25) and a longitudinal transmission shaft (26).

4. The automatic collection method of traditional Chinese medicinal materials according to claim 1, characterized in that: green tangerine peel scraper device (5) scraper lug boss installation piece (34), scraper transmission shaft (35), scraper support (36) and circular arc green tangerine peel scraper (37), two scraper lug boss installation pieces (34) are connected on semicircle installation shell frame (1) inner ring face, scraper transmission shaft (35) are inserted and are established on two scraper lug boss installation pieces (34), two scraper support (36) one end are installed on scraper transmission shaft (35), two scraper support (36) other ends correspond and are connected on circular arc green tangerine peel scraper (37), be equipped with two wind spring (33) on scraper transmission shaft (35), make the blade extrusion of circular arc green tangerine peel scraper (37) on trunk (4) through wind spring (33).

5. The automatic collection method of traditional Chinese medicinal materials according to claim 3, characterized in that: the arc green tangerine peel scrapers (37) of the two adjacent sets of green tangerine peel scraper devices (5) are arranged in a staggered manner.

6. The automatic collection method of traditional Chinese medicinal materials according to claim 1, characterized in that: telescopic cutter device (16) are including flexible cutter (17), flexible guide bar (38) and expanding spring (39), flexible cutter (17) are including cutting edge portion (40), cutter arbor portion (41) and steel wire perforation portion (42), cutting edge portion (40) set up at cutter arbor portion (41) front end, and the cover is established on flexible guide bar (38) in cutter arbor portion (41) rear end, flexible guide bar (38) outer end is connected on semicircle installation housing (1), steel wire perforation portion (42) set up in the top of cutting edge portion (40), and expanding spring (39) cover is on flexible guide bar (38), and expanding spring (39) one end is connected on cutter arbor portion (41), and on expanding spring (39) other end is connected semicircle installation housing (1).

7. The automatic collection method of traditional Chinese medicinal materials according to claim 1, characterized in that: a limiting rod (43) for preventing the limiting rod from rotating is inserted on the surrounding roller device (6), one end of the limiting rod (43) is inserted into the surrounding roller device (6), and the other end of the limiting rod (43) is connected to the semicircular mounting shell frame (1);

the telescopic transmission shaft (10) comprises two telescopic shafts (44) and a threaded sleeve (45), the threaded sleeve (45) is fixedly connected with one telescopic shaft (44), and the threaded sleeve (45) is in threaded connection with the other telescopic shaft (44).

8. The automatic collection method of traditional Chinese medicinal materials according to claim 1, characterized in that: the ring cutter (14) comprises a ring sleeve (50) and a cutter handle (51), the cutter handle (51) is connected to the ring sleeve (50), the ring sleeve (50) is sleeved on the surrounding roller shaft (8), and a cutting edge for annularly cutting barks is arranged at the end part of the cutter handle (51).

9. The automatic collection method of traditional Chinese medicinal materials according to claim 3, characterized in that: the wheel surface of the concave arc pulley (30) is provided with a friction floating point which increases the friction force with the bark.

10. The automatic collection method of traditional Chinese medicinal materials according to claim 3, characterized in that: be equipped with down bevel gear (7) in the pivot of elevator motor (24), the bevel gear meshing on reverse bevel gear and transverse transmission axle (25) is connected, and the bevel gear on transverse transmission axle (25) is connected with the bevel gear meshing on vertical transmission axle (26), and the bevel gear on vertical transmission axle (26) is connected with the bevel gear meshing transmission on pulley transmission axle (28).

Technical Field

The invention relates to the field of traditional Chinese medicine material acquisition equipment, in particular to an automatic traditional Chinese medicine material acquisition method.

Background

Most of the bark-type traditional Chinese medicines are bark of stems of woody plants, and a few are root bark or branch bark. Generally refers to parts other than cambium of stems, branches and roots derived from gymnosperms or angiosperms, which are mainly dicotyledonous plants. Its meaning is different from that of the cortex referred to in botany. The skin-type Chinese medicine includes the periderm and cortex, primary and secondary phloem and other parts from outside to inside. For example: cortex Fraxini, Eucommiae cortex, cortex Mori, cortex Ailanthi, cortex Cinnamomi Japonici, cortex Erythrinae, and cortex moutan.

Among them, for example, cinnamon bark is planted in large pieces in two broad areas, and cinnamon bark is often used as a spice, a cooking material, and a medicinal material. At present, cinnamon is collected mainly in a manual mode, a cutter called a stripping knife is used, and cinnamon bark is stripped in a manual operation mode.

The bark is generally directly peeled off from a tree by manual peeling, the green husks on the outer layer of the bark are uniformly removed in a back-carrying mode, so that time and labor are wasted, one tree capable of collecting the bark generally needs more than 10 years, the bark can be collected and peeled when oil layers are accumulated on phloem, the bark can be peeled in spring and autumn, the quality of the bark can be better when the bark is collected and peeled in 8-9 months in autumn, if the bark is annularly peeled, the bark can be alive by chemical treatment (spraying 'regenerant') and a transparent plastic film wrapping method, more than 50% of plants can regenerate new bark in situ after being peeled, a structure similar to the original bark is generated, and the survival rate is lower because the large-area bark is collected.

Disclosure of Invention

The invention aims to overcome the defects of the prior art, provides an automatic traditional Chinese medicine collecting method, and solves the problems that manual collection of skin traditional Chinese medicines wastes time and labor, and the degree of mechanization is low.

The invention is realized by the following technical scheme:

an automatic collection method of traditional Chinese medicinal materials comprises the steps of,

step 1, arranging two semicircular mounting shell frames with rectangular sections, connecting ends of the two semicircular mounting shell frames are hinged and connected, connecting blocks are respectively arranged on outer ring surfaces of butt joint ends of the two semicircular mounting shell frames, and the two connecting blocks are connected through screws, so that the two semicircular mounting shell frames form an annular structure and are sleeved on a trunk;

step 2, arranging a plurality of green husk scraper devices for scraping off green husks on the lower layer of the inner annular surface of the semicircular mounting shell frame; the green tangerine peel scraper device is provided with an arc-shaped green tangerine peel scraper;

step 3, arranging a surrounding roller device in the middle layer of the inner annular surface of the semicircular installation shell frame, wherein the surrounding roller device comprises a surrounding roller shaft, a surrounding motor, a telescopic transmission shaft and a transmission short shaft, a ring cutter is arranged in the middle of the surrounding roller shaft, a gear box body is sleeved at the connecting position of the surrounding roller shaft and the transmission short shaft, and a cutter handle of the ring cutter penetrates through the gear box body to be guided onto a trunk;

step 4, arranging a telescopic cutter device at the connecting end of one semicircular mounting shell frame, wherein the telescopic cutter device comprises a telescopic cutter, and a peeling steel wire penetrates through the blade part of the telescopic cutter; the two ends of the peeling steel wire are respectively connected to the butt joint ends of the two semicircular mounting shell frames 1 through tension springs, an electric push rod is hinged to the middle layer of the inner ring surface of the butt joint end of each semicircular mounting shell frame, a guide rail frame is arranged on the outer side of each electric push rod and corresponds to the peeling steel wire, the end of a telescopic rod of each electric push rod is hinged to a sliding cutter, the peeling steel wire correspondingly penetrates through the blade part of the sliding cutter, the sliding cutter is arranged on the guide rail frame in a sliding mode, and when the telescopic rod of each electric push rod extends, the sliding cutter is driven to cut on;

step 5, two sets of symmetrical lifting roller devices are arranged on the upper layer of the inner annular surface of the semicircular mounting shell frame, a lifting motor is arranged on the semicircular mounting shell frame between the two lifting roller devices, and the lifting motor is in transmission connection with the two sets of lifting roller devices through a transverse transmission shaft and a longitudinal transmission shaft;

step 6, arranging a conduit on the lower side surface of the semicircular mounting shell frame, connecting the surrounding motor, the electric push rod and the lifting motor with a portable power supply through a wire, penetrating the conduit through the wire, and arranging a control panel on the wire;

step 7, connecting the two connecting blocks through a screw, enabling the two semicircular mounting shells to form an annular structure to be sleeved on the bottom of the trunk, enabling the arc green tangerine orange peel scraper on the green tangerine orange peel scraper device to be attached to the trunk, enabling the concave arc pulley of the lifting roller device to be also attached to the trunk, switching on a power supply, controlling a lifting motor, driving the green tangerine orange peel scraper device to move upwards along the trunk through the lifting roller device, and scraping off green tangerine orange peels by the arc green tangerine orange peel scraper arranged on the trunk in a surrounding mode in the upwards moving process;

step 8, controlling a surrounding motor to enable a roller on a surrounding roller device to be tightly attached to a trunk, inserting a ring cutter into the trunk, and then cutting a ring groove on the trunk by the surrounding rotation of the ring cutter;

and 9, controlling the electric push rod again, enabling a telescopic rod of the electric push rod to extend to drive a sliding cutter to be inserted into the bark along the guide rail frame, simultaneously tensioning a peeling steel wire to enter the annular groove, starting the lifting roller device again to drive the peeling steel wire to move towards the lower part of the trunk along the trunk, peeling the bark from the trunk by the peeling steel wire, moving the semicircular mounting shell frame to the root part of the trunk, controlling the circular groove to be cut by the winding roller device again, and finishing the dropping of the peeled bark.

The invention relates to an automatic traditional Chinese medicinal material acquisition method, which is characterized in that a circular structure sleeve is formed by arranging two semicircular mounting brackets, the inner annular surface of the circular structure sleeve is divided into a lower layer, a middle layer and an upper layer, a plurality of sets of green tangerine peel scraper devices are arranged corresponding to the lower layer, and circular green tangerine peel scrapers on all the green tangerine peel scraper devices can completely cover surrounding barks, so that the green tangerine peels on the barks can be scraped off once from a trunk to the top by the plurality of sets of green tangerine peel scraper devices; the middle layer of the inner ring surface of the circular ring-shaped structure sleeve is provided with a winding roller device and a peeling steel wire for peeling, the peeling steel wire is placed on the barks in a winding groove by controlling the tightness of the peeling steel wire, and the barks are peeled off in the process that the peeling collection device moves downwards along the trunk; the lifting roller device is arranged corresponding to the upper layer, the lifting roller device is a power part for driving the peeling and collecting device to move up and down on the trunk, and the peeling can be performed after the peel of the skin medicinal materials is removed automatically through the three layers of equipment.

By adopting the peeling device, the sliding cutters arranged on the two semicircular mounting shell frames are spaced. Therefore, the bark is not peeled off at the position where the sliding cutter is spaced, the root and the top of the bark on the trunk are kept connected, the survival rate of the bark can reach more than 98% when the follow-up bark is regenerated, and the time can be saved for several years compared with the time for re-planting a tree.

Further, rollers are respectively arranged at two end parts of the surrounding roller shaft, the ends of the two surrounding roller shafts are correspondingly installed and connected through two connecting frame plates, and the middle parts of the two surrounding roller shafts are respectively connected with a short transmission shaft through bevel gears; the winding motor is arranged in the semicircular installation shell frame, a telescopic transmission shaft is connected to a rotating shaft of the winding motor, and the telescopic transmission shaft is in transmission connection with the two transmission short shafts through bevel gears.

Furthermore, the lifting roller device comprises lug boss installation blocks, pulley transmission shafts, pulley supports and concave arc pulleys, wherein the two lug boss installation blocks are connected to the inner ring surface of the semicircular installation shell frame; and a lifting motor is arranged on the semicircular mounting shell frame between the two lifting roller devices and is in transmission connection with the corresponding pulley transmission shaft through a transverse transmission shaft and a longitudinal transmission shaft.

Further, the green husk scraper device comprises a scraper lug mounting block, a scraper transmission shaft, a scraper support and a circular arc green husk scraper, wherein the two scraper lug mounting blocks are connected to the inner annular surface of the semicircular mounting shell frame, the scraper transmission shaft is inserted in the two scraper lug mounting blocks, one end of the two scraper supports is mounted on the scraper transmission shaft, the other end of the two scraper supports is correspondingly connected to the circular arc green husk scraper, the scraper transmission shaft is provided with two coil springs, and the blade part of the circular arc green husk scraper is extruded on the trunk through the coil springs.

Further, the arc-shaped green tangerine peel scrapers of the two adjacent sets of green tangerine peel scraper devices are arranged in a staggered manner.

Further, flexible cutters includes flexible cutter, flexible guide bar and expanding spring, flexible cutter includes cutting edge portion, pole portion and steel wire perforation portion, cutting edge portion sets up at pole portion front end, and pole portion rear end cover is established on flexible guide bar, flexible guide bar outer end is connected on semicircle installation shell frame, steel wire perforation portion sets up in the top of cutting edge portion, and the expanding spring cover is on flexible guide bar, and expanding spring one end is connected on pole portion, and on the semicircle installation shell frame was connected to the expanding spring other end.

Furthermore, a limiting rod for preventing the rotating of the encircling roller device is inserted into the encircling roller device, one end of the limiting rod is inserted into the encircling roller device, and the other end of the limiting rod is connected to the semicircular mounting shell frame;

the telescopic transmission shaft comprises two telescopic shafts and a threaded sleeve, the threaded sleeve is fixedly connected with one telescopic shaft, and the threaded sleeve is in threaded connection with the other telescopic shaft.

Furthermore, the ring cutter comprises a ring sleeve and a cutter handle, the cutter handle is connected to the ring sleeve, the ring sleeve is sleeved on the surrounding roller shaft, and a cutting edge for annularly cutting barks is arranged at the end part of the cutter handle.

Furthermore, the wheel surface of the concave arc pulley is provided with a friction floating point which increases the friction force between the concave arc pulley and the bark.

Compared with the prior art, the invention has the following advantages and beneficial effects:

the invention relates to an automatic traditional Chinese medicinal material acquisition method, which is characterized in that a circular structure sleeve is formed by arranging two semicircular mounting brackets, the inner annular surface of the circular structure sleeve is divided into a lower layer, a middle layer and an upper layer, a plurality of sets of green tangerine peel scraper devices are arranged corresponding to the lower layer, and circular green tangerine peel scrapers on all the green tangerine peel scraper devices can completely cover surrounding barks, so that the green tangerine peels on the barks can be scraped off once from a trunk to the top by the plurality of sets of green tangerine peel scraper devices; the middle layer of the inner ring surface of the circular ring-shaped structure sleeve is provided with a winding roller device and a peeling steel wire for peeling, the peeling steel wire is placed on the barks in a winding groove by controlling the tightness of the peeling steel wire, and the barks are peeled off in the process that the peeling collection device moves downwards along the trunk; the lifting roller device is arranged corresponding to the upper layer, the lifting roller device is a power part for driving the peeling and collecting device to move up and down on the trunk, and the peeling can be performed after the peel of the skin medicinal materials is removed automatically through the three layers of equipment.

By adopting the peeling device, the sliding cutters arranged on the two semicircular mounting shell frames are spaced. Therefore, the bark is not peeled off at the position where the sliding cutter is spaced, the root and the top of the bark on the trunk are kept connected, the survival rate of the bark can reach more than 98% when the follow-up bark is regenerated, and the time can be saved for several years compared with the time for re-planting a tree.

According to the automatic Chinese medicinal material collecting method, barks of medicinal material trees with different thicknesses can be peeled and collected, automatic barking can be carried out even if the trunk is bent, a plurality of barks can be simultaneously operated by one person, the peeling efficiency is greatly improved, and the subsequent procedure of manually removing the green peels is omitted through the green peel removing device.

Drawings

The accompanying drawings, which are included to provide a further understanding of the embodiments of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:

FIG. 1 is a schematic top view of an automatic collection method for Chinese herbs according to the present invention;

FIG. 2 is a schematic view of the structure of the traditional Chinese medicine material automatic collection method of the present invention;

FIG. 3 is a schematic top view of the wrap around roller assembly of the present invention;

FIG. 4 is a schematic front view of the wrap around roller device according to the present invention;

FIG. 5 is a schematic view of the construction of the ring cutter of the present invention;

FIG. 6 is a schematic structural view of the lifting roller device according to the present invention;

FIG. 7 is a schematic structural diagram of a green tangerine peel scraper device according to the present invention;

FIG. 8 is a schematic structural view of a circular arc green tangerine peel scraper of the present invention;

FIG. 9 is a schematic view of the structure of the telescopic cutter device of the present invention;

reference numbers and corresponding part names in the drawings:

1-semicircular installation shell frame, 2-connecting block, 3-screw, 4-trunk, 5-green peel scraper device, 6-round roller device, 7-inverted bevel gear, 8-round roller shaft, 9-round motor, 10-telescopic transmission shaft, 11-transmission short shaft, 12-roller, 13-connecting frame plate, 14-ring cutter, 15-gear box body, 16-telescopic cutter device, 17-telescopic cutter, 18-peeling steel wire, 19-tension spring, 20-electric push rod, 21-guide rail frame, 22-sliding cutter, 23-lifting roller device, 24-lifting motor, 25-transverse transmission shaft, 26-longitudinal transmission shaft, 27-lug installation block, 28-pulley transmission shaft, 29-pulley support, 30-concave arc pulley, 31-chain wheel, 32-chain, 33-coil spring, 34-scraper lug mounting block, 35-scraper transmission shaft, 36-scraper support, 37-arc green skin scraper, 38-telescopic guide rod, 39-telescopic spring, 40-blade part, 41-blade part, 42-steel wire perforation part, 43-limiting rod, 44-telescopic shaft, 45-threaded sleeve, 46-conduit, 47-lead, 48-portable power supply, 49-control panel, 50-ring sleeve and 51-knife handle.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to examples and accompanying drawings, and the exemplary embodiments and descriptions thereof are only used for explaining the present invention and are not meant to limit the present invention.