KR102036531B1 - Sweet potato seeding device - Google Patents

Abstract

The present invention relates to an automatic bonding device of a sweet potato stalk binder, which comprises: a feeder unit continuously supplying elongated paper; a supply unit individually mounting sweet potato stalks on an upper end of the paper; and a cover unit laminating and applying vinyl tape on an upper surface of the paper on which the sweet potato stalks are mounted individually, wherein all of the above mechanisms are performed automatically, thereby quickly preparing a sweet potato stalk binder of uniform quality. More specifically, the automatic bonding device of a sweet potato stalk binder comprises: a feeder unit (101) having a conveyor (120) arranged on an upper end of a frame (110) installed on the ground to transfer paper in one direction; a supply unit (200) separately disposed on an upper end of the feeder unit and including a teeth disk (220) which mounts sweet potato stalks individually on a plurality of teeth formed along a circumference thereof and transfers the sweet potato stalks to the feeder unit while being rotated by a motor, a gland (201) which presses upper portions of the sweet potato stalks mounted on the teeth, a U-shaped spring (202) which applies a pressing force to the gland, and a push cylinder (230) which is disposed on a side portion of the teeth disk and delivers a rotational force to the teeth disk at certain time intervals; a tension guide unit (310) enabling a vinyl tape roll mounted on an upper end of the supply unit to enter between the paper and the supply unit; a support unit (400) installed on a lower end of the feeder unit with respect to a vertical line of the supply unit and supporting the bottom surface of the paper while being moved upward and downward by a cylinder; and a pressing unit (500) installed on the upper end of the supply unit with respect to the vertical line of the supply unit and pressing an upper surface of the vinyl tape while being moved upward and downward by the cylinder so that the sweet potato stalks distributed on the paper are fixed by the vinyl tape.

Description

Sweet potato seeding device {Sweet potato seeding device}

The present invention relates to a sweet potato binder automatic bonding device for producing a sweet potato sprout in the form of a binder so as to smoothly feed the sweet potato sprout to seeding machine using seeding machine, more specifically to continuously supply a long formed paper Consists of a paper feeder, a feeder for individually seating sweet potatoes on the top of the paper, and a pressurizing part for laminating and coating vinyl tape on the upper surface of the paper on which the sweet potato sprouts are individually seated.All the above mechanisms are automated to bind sweet potatoes with uniform quality. The present invention relates to a sweet potato binder automatic bonding apparatus capable of quickly producing a binder for use.

Usually, sweet potatoes are made by growing seedlings and planting them, and seedlings are put in seedling grooves at the top of the toads provided from agricultural machinery and sown. The sown sweet potato sprouts grow roots in the stems of the seedlings corresponding to the stems, absorbing moisture and nutrients in the ground, and the sweet potatoes grow together with the vine.

However, since the sweet potato sprout is indefinite in length and form of contradiction, it is difficult to sowing work using the seeding device, so that the worker is planting it by hand.

For the same reason, a mechanism for automatically planting sweet potato sprouts has been developed. As an example of the developed sweet potato sprouting apparatus, Korean Patent Application Publication No. 10-2010-0030203 "Potato seedling planting device" has been published.

The above prior art is connected to the front and rear pivoting belt divided into two sides, rotatable coupled to the upper and lower pivoting table and made of a rotating disk split portion, the potato seeding planting disk, and the tongs of one side of the multiple rotating disk splitter of sweet potato seeding planting disk A vertical catch gripper is formed on the outer peripheral surface of the multiple rotating disk splitter of the sweet potato bell planting disc, which is coupled to the shaft and is formed at the end of the rotating disc splitter. It consists of a catcher catching part to support the sweet potato seedlings between the catching tongs so that the sweet potato seedlings are placed on the top of the circular rotating disk so that the potato seedlings are automatically placed on the valleys of the toads during the rotation. Work is convenient and can be planted automatically without planting sprouts It is a technology that can save manpower and time.

The above technology can save manpower and time because the circular rotating disk rotates automatically when the worker rotates the round rotating disk even if the worker does not seed the sweet potato sprout all at once. As a result, it cannot be seen that the seedlings are automatically planted. In addition, it is virtually impossible for the worker to uniformly arrange the sweet potato sprouts of different sizes to supply the sweet potato sprouts in accordance with the rotational speed of the rotating disk.

In order to overcome the above problems, a technology for producing sweet potato sprouts as a binder and automatically supplying them to a seeding device has been developed. For example, Korean Patent Publication No. 10-1938081 discloses a "sweet potato sprout transplanter".

The above prior art is attached to the agricultural management work machine equipped with wheels to move forward and backward, the power box for inputting and transmitting the power generated from the power source, and driven from the transmitted power to perform the edible sweet potato planting It consists of sweet potato ordering strips that supply sweet potato sprouts to be fed in conjunction with the operation of the operation box and the feeding box, and the above sweet potato ordering strips are placed at intervals of the feed square groove and the sweet potato hooks. By including, it is possible to remove the existing sweet potato sprouts into the machine one by one, so that two or four rows of sweet potato sprouts interposed on the strip can be carried out continuously so that the sweet potato sprout seeding work can be performed quickly and conveniently. It is a skill.

However, it is hard to say that the planting work of sweet potato sprouts consists of automation because the above work is a result of worker labor. In addition, a lot of time and effort is required to uniformly arrange sweet potato sprouts supplied in various sizes.

Therefore, there is an urgent need for a sweet potato net binder automatic bonding device that can be automatically plugged into a sweet potato net.

Korean Patent Publication No. 10-2010-0030203 "Potato seedling planting device" Republic of Korea Patent Publication No. 10-1938081 "Sweet Potato Net Transplanter"

The present invention was created in order to more actively solve the above problems, a plurality of sweet potato sprouts so that the continuous supply of sweet potato sprouts to the seeding device more quickly and conveniently, and all the processes can be made by automation rather than manual work It is a main problem to provide an automatic binder bonding apparatus capable of producing a batch of binders.

In order to achieve the above-mentioned problems, the configuration of the automatic sweet potato binder bonding apparatus proposed in the present invention is as follows.

Sweet potato binder automatic bonding apparatus of the present invention is a conveyor (120) disposed on the top of the frame 110 placed from the ground to feed the paper 101 for conveying the paper in one direction; and is spaced apart on the top of the paper feeding portion, the circumference of the disc A tooth disc 220 for seating the sweet potato shoots individually to each of the plurality of teeth formed along the rotating rotor by the motor, and pressing the upper portion of the sweet potato shoots seated on the teeth; Supply unit 200 consisting of a U-spring 202 for applying a pressing force to the clamp, the push portion 230 is disposed on the side of the tooth disk to transmit the rotational power to the tooth disk every predetermined time; A tension guide part 310 for allowing the vinyl tape roll mounted on the sheet to enter between the paper and the supply part; and installed at the lower end of the feed part with respect to the vertical line of the supply part, while being moved up and down by a cylinder. The support portion 400 for supporting the bottom surface thereof, and is installed at the upper end of the supply portion with respect to the vertical line of the supply portion, and presses the upper surface of the vinyl tape while lifting up and down by the cylinder to distribute the sweet potato spread on the paper to the vinyl tape. Pressing unit 500 to be fixed; characterized in that consisting of.

In addition, the paper feeding unit 101 is a plurality of hooks 121 are arranged on the shuttle conveyor 120 at a predetermined interval, the paper is a hook hole (a) is formed at the interval corresponding to the hook is the paper is fitted to the hook. Characterized in that it is conveyed in one direction.

In addition, the upper supply unit 200 is disposed in front of the position of the top of the feeder in a position spaced apart in front of the tooth plate 220 for distributing the sweet potato order individually seated for each of the plurality of teeth to the feeder while rotating by a motor; A presser 201 formed in a shape corresponding to the tooth of the disc, which is rotatably installed on the tooth disc and presses the upper portion of the sweet potato order seated on the tooth disc; and is installed between the tooth disc and the chuck. U-spring 202 for repositioning the pressed chuck based on the elastic force by the pressing while applying a pressing force; and protrudes in the direction in which the push cylinder 230 is installed on the upper end of the tooth disc is push force of the push cylinder rod It characterized by consisting of; protrusions 240 to transmit to the disc.

In addition, the upper support unit 400 is installed at the lower end of the paper feed unit 101 vertical cylinder 410 to move up and down; and extending and coupled with the rod of the vertical cylinder, the iron unit for dissipating heat by taking over power from the outside ( And a hot plate 430 coupled to the upper end of the iron unit in the longitudinal direction to support the lower end of the paper and transferring heat provided by the iron to the paper.

In addition, the pressurizing unit 500 is installed on the upper end of the supply unit 200, the elevating plate 510 to move up and down by the elevating cylinder; and swing connection rod 541 extending vertically downward on both sides of the elevating plate; And a pressurizing body 520 which presses the upper part of the paper on which the vinyl tape is laminated, and is slidably interposed inside the pressurizing body 530, and fixes the shape to press the upper part of the paper on which the vinyl tape is laminated. Block 530; characterized in that consisting of.

In addition, the pressurizing body 520 is provided with a fixed block 522 for inducing coupling with the swing connection rod 541 at one end, the fixed block 522 is a shape fixing block through the inner space of the pressurizing body ( 530 is further provided with a tension spring 540 is connected to the variable position of the fixed block at all times the original position, the upper swing connecting rod 541 is a pair of lifting rods extending to both sides of the lifting plate 510 It is rotatably installed by the connecting shaft 543 installed across the 521, characterized in that the rotation range is limited by the stopper 551 of the fixing bracket 550 disposed on the lower end of the elevating plate. .

In addition, the pressurizing body 520 is a swing connection rod by the tension spring 540 interposed between the internal fixed block 522, the stopper 551 horizontally installed shape fixed block 530 is in close contact with the fixed plate toward the fixed plate. Operation 541 is characterized in that the closely bonded to both sides of the sweet potato shoots.

According to the present invention having the above-described configuration, a paper feeder for supplying paper, a feeder for classifying the sweet potato shoots individually and arranged at a uniform interval on the paper, and a pressurizing part for fixing the sweet potato shoots to the paper with vinyl tape The sweet potato net binder can be produced by the process, and all the series of production processes are automated, so that the sweet potato net binder can be produced quickly and conveniently, and the length and shape of the sweet potato net are perfectly aligned by the shuttle conveyor placed in the supply part. It is placed on the paper in the state, and the pressing unit can press both sides of the sweet potato sprouts accurately so that the sweet potato sprouts can be adhered to the paper and the vinyl tape, thereby providing a more perfect sweet potato sprouting operation can be carried out.

1 is a plan view of a sweet potato net binder constituted by a preferred embodiment of the present invention.
2 is a side view of FIG. 1;
Figure 3 is a front view of the sweet potato net binder automatic bonding device configured by a preferred embodiment of the present invention.
4 is a side view of FIG. 3;
5 is an enlarged front view of the supply part, the support part, and the pressing part of the present invention;
6 is a plan view of FIG.
7 is a perspective view of the pressing unit.
8 to 13 is a state diagram showing the operation of the automatic sweet potato net binder automatic bonding apparatus constructed in accordance with a preferred embodiment of the present invention sequentially.

Hereinafter, with reference to the accompanying drawings will be described in a batch about the configuration of the present invention and its effects, effects.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be embodied in various different forms, and only the present embodiments are provided to make the disclosure of the present invention complete and common knowledge in the technical field to which the present invention belongs. It is provided to fully inform the person having the scope of the invention, which is defined only by the scope of the claims. And like reference numerals refer to like elements throughout the specification.

The present invention relates to a sweet potato binder automatic bonding apparatus for producing a sweet potato sprout in the form of a binder so as to smoothly feed the sweet potato sprout before the seedlings using a seedling machine.

Above all, it consists of a feeding part for continuously supplying a long formed paper, a supply part for individually seating sweet potatoes on the top of the paper, and a pressing part for laminating and coating vinyl tape on the upper surface of the paper on which the sweet potatoes are individually seated. Note that it relates to a sweet potato binder automatic bonding device that can be produced by this automation to quickly produce a sweet potato net binder of uniform quality.

1 is a plan view of a sweet potato net binder constituted by a preferred embodiment of the present invention, Figure 2 is a side view of FIG.

As shown in FIGS. 1 and 2, the sweet potato net binder of the present invention is formed by arranging sweet potato nets at regular intervals in accordance with the boundary of roots and stems on an upper surface of a long paper, and covering the vinyl tape on it.

Accordingly, the sweet potato net binder automatic bonding apparatus 1 of the present invention basically includes a paper feeding unit 101 for feeding paper; a supply unit 200 for supplying sweet potato sprouts; and a vinyl tape roll 300 for supplying a vinyl tape. And a tension guide part 310 for transferring the vinyl tape between the paper and the supply part.

3 is a front view of a sweet potato net binder automatic bonding apparatus constructed by a preferred embodiment of the present invention, Figure 4 is a side view of FIG.

3 or 4, the sweet potato net binder automatic bonding apparatus 1 of the present invention is a paper feeding unit for conveying paper in one direction by placing a shuttle conveyor 120 on top of the frame 110 placed from the ground (101); and a protrusion 240 spaced apart from the upper end of the paper feeder, and disposed equally on the tooth disc and the tooth disc attached on the same line to the shaft portion 210 in which the sweet potato is individually seated on the plurality of tooth discs 220. Supply unit 200 for distributing sweet potato order at a set interval on the paper while rotating at a predetermined time by the rod of the push cylinder 230; and a tension guide unit for allowing the vinyl tape roll mounted on the upper end of the supply unit to enter between the paper and the supply unit 310, and is provided at the lower end of the paper feeder with respect to the vertical line of the feeder, the support unit 400 for supporting the bottom surface of the paper while descending by the cylinder; and installed at the top of the feeder with respect to the vertical line of the feeder. And a pressurizing part 500 for pressing the upper surface of the vinyl tape while lifting and lowering by the cylinder to fix the sweet potato seed distributed on the paper with the vinyl tape.

The paper feeding unit 101 is a paper roll 100 which is installed on the side of the frame 110 in a state spaced apart from the ground to a predetermined height in order to set the working space according to the eye level of the worker, and is installed on the top of the frame It consists of a combination of the shuttle conveyor 120 to take over the paper from the roll to be transported in one direction.

In particular, the shuttle conveyor 120 has a plurality of hooks 121 are arranged at regular intervals on the upper portion for transporting the paper, the paper is seated on the shuttle conveyor is moved in the hole at each position of the interval corresponding to the hook A catching hole (a) is formed so that the hook of the belt and the catching hole of the paper are fitted to each other so that the paper is accurately conveyed to the belt.

On the other hand, the paper is mounted on the side of the frame 110 in a rolled state, the paper is transported by the reciprocating motion of the shuttle conveyor and the hook of the shuttle conveyor.

The upper supply unit 200 is spaced apart from the top of the feeder, and the sweet potato order is seated on a plurality of tooth discs, and is fixed by the chuck 201 rotatably installed from the tooth disc. And the tooth plate 220 is rotated at a predetermined timing by the rod of the push cylinder 230 is distributed to the top of the paper at regular intervals.

5 is a front view showing a coupling structure of the supply portion, the support portion and the pressing portion of the present invention, Figure 6 is a plan view of FIG.

As shown in FIGS. 5 to 6, the upper feeder 200 is first installed vertically from the frame 110 so as to be spaced apart from the upper end of the feeder 101 to provide a coupling space of the components of the feeder. It includes a vertical bracket (511).

The vertical bracket 511 is installed at a right angle to the point where the sweet potatoes are placed on the paper in the feeder 101, the shaft portion 210 is rotated by the push cylinder; and is connected to the upper shaft portion is disposed on the vertical line of the supply A plurality of tooth discs 220 are formed along the outer periphery and distributed to the feeder in a state in which the sweet potato sprouts supplied individually are gripped with the chuck 201; and a rod and a body are formed. A push cylinder 230 horizontally disposed at an upper end of the rod to push one side of the tooth disc to rotate the tooth disc; and a push cylinder formed to protrude in the direction in which the push cylinder is installed at the upper end of the tooth disc to push force of the rod of the push cylinder. It is configured to include; a protrusion 240 for transmitting to the disc.

The supply unit 200 configured as described above is individually seated on the upper teeth of the tooth plate 220 rotated by the shaft portion 210 is sorted from the hopper and supplied individually, and then the pressing and U-spring is seated The upper portion of the sweet potato sprouts is pressed and fixed, and as the push cylinder pushes the tooth disk in one direction and rotates, the sweet potato sprouts seated on the upper side descends while rotating with the tooth disk, and the pressing force is released by gravity. At the same time, the elastic force of the U-spring is released, and when it finally reaches the lower side, the sweet potato is released from the tooth plate and is seated on the upper portion of the paper.

And the clamp 201 returns to its original position by the elastic force of the U spring.

The tension guide part 310 serves to induce the vinyl tape roll mounted on the top of the supply unit to smoothly enter the space between the paper and the supply unit.

As shown in the figure, the vinyl tape drawn from the vinyl tape roll 300 attached to the uppermost end of the vertical bracket 511 enters between the paper and the supply unit 200 via the tension guide unit 310.

Here, the vinyl tape is supplied in a more taut state by passing through the at least one tension guide part 310 until it reaches the supply part 200, thereby helping to produce a sweet potato net binder of higher quality.

The upper support unit 400 is installed at the lower end of the paper feeder with respect to the vertical line of the supply unit, and serves to support the bottom surface of the paper while moving up and down by the cylinder.

Here, the upper support part 400 is moved up and down by a vertical cylinder 410 vertically installed in the frame 110 of the paper feeder 100, and is basically waiting at a position slightly spaced from the bottom of the paper, and then ascending and descending if necessary. Thus, the hot plate 430 to be described below serves to adjust the vertical position to support the bottom of the paper.

And the upper support portion 400 is extended to the rod of the vertical cylinder 410, and includes a iron unit 420 for dissipating heat by receiving power from the outside, the hot plate 430 is further installed at the end of the iron unit It supports the bottom of the paper and takes over the heat provided by the iron unit and performs the same role as the iron to transfer to the paper.

7 is a perspective view illustrating the pressing unit.

The pressurizing unit 500 is provided with a vertical bracket 511 at the top of the supply unit with respect to the vertical line of the supply unit, a horizontal bracket 512 attached to be perpendicular to the vertical bracket, the pressure cylinder ( 501 is further installed.

The pressure cylinder 501 is a rod is connected to the elevating plate 510 is pressed by the upper portion of the vinyl tape passed through the bottom of the pressure body 520 is made by the entire pressure unit 500 by the operation of the pressure cylinder 520 Sweet potatoes distributed on paper are fixed with vinyl tape.

The elevating rod 521 attached to the elevating plate 510 is coupled to the pressure body 520 and is provided with a slide entry part formed to be left and right inner side at the bottom of the pressure body, and the shape fixing block 530 is sliding on the entry part. Insert is installed.

The pressurizing body 520 is coupled to the swing connection rod 541 installed vertically extending from the lifting plate, and includes a fixing block 522 to be connected to the pressurizing body to the swing connection rod. The pressure body 520 further includes a tension spring 540 for connecting the fixed block 522 and the shape fixed block 530 to each other.

The upper pressure cylinder 501 is lowered, and the swing connecting rod 541 combined with the lifting rod 521 and the shaft is fixed to the other side of the tension spring by the stopper fixing bracket 550 being pushed by the stopper immediately before the lowering is completed and swinging from the shaft. The pair of rollers combined at the back of the fixed block combined with the pressure body 520 are configured to pull down the connected shape fixing block 530 by the tension of the tension spring connected toward the fixed block 522 and at the same time as the feeding unit 101. The plastic tape drawn out from the tension guide portion 531 is securely entered under the pressure body.

At this time, while pressing the sweet potato order placed on the paper, the tension spring 540 connected to the shape fixing block 530 while the swing connecting rod 541 is pushed to the stopper 551 to preserve the contraction force to the fixed block 522 Make sweet potato sprouts in close contact.

8 to 13 is a state diagram showing the operation process of the automatic sweet potato net binder automatic bonding apparatus of the present invention sequentially.

As shown in FIG. 8, in the sweet potato net binder automatic bonding apparatus 1 of the present invention, paper is first supplied by the paper feeding unit 101, and the order of sweet potatoes is fixed on the paper by the tooth disc of the supply unit 200 at regular intervals. Are arranged.

The sweet potato is arranged in order to stop by moving to the same vertical line of the support portion 400 and the pressing portion 500 by the shuttle conveyor 120 of the paper feeding portion (101). Meanwhile, the vinyl tape passing through the tension guide part 310 mounted on the upper end of the supply part 200 is passed through a pair of rollers attached to the shape fixing block 530 of the pressing part 500 to restrain the bottom surface. The paper and the sweet potato shoots are lowered to the sheet feeding unit 101, and the vinyl tape is bonded to the paper and the sweet potato shoots.

At the same time, the support unit 400 also moves up and down by the operation of the vertical cylinder 410, and places the hot plate 430 under the sheet of paper on which the sweet potatoes are seated, and when the lowering of the hot plate is completed, the iron unit 420 supplied from the outside is completed. The heat is transferred to the hot plate to heat the bottom of the paper to bond the vinyl tape to the paper and sweet potato in order.

According to the automatic sweet potato net binder automatic bonding device of the present invention having the above configuration, the paper feeding portion for supplying the paper, the supply portion for classifying the sweet potato sprouts individually and arranged at a uniform interval on the paper, and the sweet potato in order to the paper The sweet potato net binder can be manufactured by the cover part to be fixed, and the sweet potato net binder can be produced quickly and conveniently because all series of manufacturing processes are automated, and the length of the sweet potato net by the alignment unit disposed in the supply unit Placed on paper with perfectly aligned shape and pressing unit, the pressure unit presses both sides of sweet potato sprouts precisely so that the vinyl tape can be coated on the paper without sweet potato sprouts. to provide.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments may be made by those skilled in the art. Should be clarified. Therefore, the true technical protection scope of the present invention should be interpreted by the appended claims, and all technical ideas within the equivalent scope should be construed as being included in the scope of the present invention.

100. Paper roll 101. Paper feed unit
102.Tops 110.Frames
120. Shuttle Conveyor 121. Hooks
200. Supply section 201. Clamp
202.U spring
210. Shaft 220. Tooth Disc
230. Push cylinder 231. Push connection rod
232. Rod latch 240. Stone
300. Vinyl tape roll 310. Tension guide
400. Supporting part 410. Vertical cylinder
420. Iron Unit 430. Hotplate
500. Pressurizing unit 501. Pressurizing chamber
510. Lifting Plate 511. Vertical Bracket
512. Horizontal Bracket 520. Pressurized Body
521. Lifting rod 522. Fixed block
530. Shape fixing block 531. Roller
532. Retaining plates 540. Tension springs
541. Swing connecting rod 543. Connecting shaft
544.Pressure springs 550. Stopper fixing bracket
551. Stopper
1. Sweet potato net binder automatic bonding device

Claims (7)

A paper feeder 101 arranged at the top of the frame 110 placed from the ground to convey paper in one direction;
It is disposed at the upper end of the feeder, the tooth disc plate 220 for seating the sweet potato order to the feeder while rotating by the motor by individually seating each of the plurality of teeth formed along the circumference of the disc, and the top of the sweet potato order seated on the tooth It consists of a clamp 201 to pressurize, and a U-spring 202 to apply a pressing force to the clamp, and is disposed on the side of the tooth disk to the push cylinder 230 to transmit the rotational power to the tooth disk at a predetermined time Supply part 200 made;
A tension guide part 310 for allowing the vinyl tape roll mounted on the upper part of the supply part to enter between the paper and the supply part;
A support part 400 which is provided at the lower end of the paper feeding part with respect to the vertical line of the supply part and supports the bottom surface of the paper while being lifted and lowered by the cylinder;
A pressing part 500 installed at an upper end of the supply part with respect to a vertical line of the supply part to press the upper surface of the vinyl tape while lifting and lowering by the cylinder to fix the sweet potato order distributed on the paper with the vinyl tape;
Sweet potato binder automatic bonding device, characterized in that consisting of.
The method of claim 1,
In the paper feeding unit 101, a plurality of hooks 121 are disposed on the shuttle conveyor 120 at predetermined intervals, and paper is provided with a catching hole (a) at intervals corresponding to the hooks so that the paper is fitted to the hooks and transported in one direction. Sweet potato binder automatic bonding device characterized in that it becomes.
The method of claim 1,
The supply unit 200 is disposed in the front position at a position spaced apart from the upper end of the feeder tooth plate (220) for distributing the sweet potato order individually seated for each of the plurality of teeth to the feeder while rotating by a motor;
The pressing member 201 is formed in a shape corresponding to the teeth of the tooth plate, and is rotatably installed in the tooth plate to press the upper portion of the sweet potato order seated on the tooth plate;
A U-spring 202 installed between the tooth disc and the depressor for applying a pressing force to the detent while repositioning the depressed deformer based on the elastic force by the press;
A protrusion 240 protruding in the direction in which the push cylinder 230 is installed at the upper end of the tooth disc to transmit push power of the push cylinder rod to the disc;
Sweet potato binder automatic bonding device, characterized in that consisting of.
The method of claim 1,
The upper support unit 400 is installed at the lower end of the paper feeding unit 101 vertical cylinder 410 to move up and down;
An iron unit 420 extending and coupling with a rod of the vertical cylinder and dissipating heat by receiving power from the outside;
A hot plate 430 coupled to the upper end of the iron unit in the longitudinal direction to transfer heat provided by the iron to the paper while supporting the lower end of the paper;
Sweet potato binder automatic bonding device, characterized in that consisting of.
The method of claim 1,
The pressurizing unit 500 is installed on the upper end of the supply unit 200 lifting plate 510 to move up and down by the lifting cylinder;
A pressure body 520 coupled to the swing connecting rod 541 extending vertically from both sides of the elevating plate to press the upper part of the paper on which the vinyl tape is laminated;
A shape fixing block 530 which is slidably interposed in the pressure body 530 to press the upper part of the paper on which the vinyl tape is laminated;
Sweet potato binder automatic bonding device, characterized in that consisting of.
The method of claim 5,
The pressurizing body 520 is provided with a fixed block 522 to induce coupling with the swing connection rod 541 at one end,
The fixed block 522 is further provided with a tension spring 540 connected to the shape fixing block 530 through the internal space of the pressure body to always change the variable position of the shape fixing block to its original position,
The swing connecting rod 541 is rotatably installed by a connecting shaft 543 installed across a pair of lifting rods 521 extending downwardly on both sides of the lifting plate 510, and the bottom of the lifting plate. Sweet potato binder automatic bonding device, characterized in that the rotation range is limited by the stopper 551 of the fixing bracket 550 disposed in the.
The method of claim 6,
The pressurizing body 520 is a swing connecting rod 541 by the tension spring 540 interposed between the internal fixed block 522, the stopper 551 horizontally installed shape fixed block 530 is in close contact with the fixed plate toward the fixed plate. Sweet potato sprout binder automatic bonding device characterized in that the operation is closely bonded to both sides of the sweet potato sprout.

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