KR100928270B1 - Apparatus for cutting equally culture vessel of gastrodia elata blume seed - Google Patents

Abstract

PURPOSE: An apparatus for cutting a culture vessel for Gastrodia elata seeds is provided to cut a lump of Gastrodia elata seeds into a plurality of disk-shaped pieces suitable for inoculation. CONSTITUTION: An apparatus for cutting a culture vessel for Gastrodia elata seeds comprises a table-shaped frame main body(1), vessel transfer unit(2), vessel incision unit(3), vessel cutting unit(4), and power transmission unit(5). The table-shaped frame main body comprises an upper bar(11), lower bar(12), vertical bar(13), reinforcing bar(14), assembling bar(15), safety cover(16), support rack(17), and a plurality of assembly segments(18). The vessel transfer unit comprises a rectangular disk-type trasfer rack, plural shafts(22), vessel mount rack(23), vessel receiving drum(24), and operating handle(25). The vessel incision unit comprises a cutter and fixing block. The vessel cutting unit comprises a plurality of disk-type saws(41), rotating shaft(42), a plurality of shaft support members(43), and interlocking pulley. The power transmission unit comprises a drive motor, drive pulley, and belt.

Description

Equal cutting device for Chunma spawn culture container {APPARATUS FOR CUTTING EQUALLY CULTURE VESSEL OF GASTRODIA ELATA BLUME SEED}

The present invention relates to a cutting device for spawn culture vessels, and more specifically, to process the disc-shaped cheonma spawn for cultivating on oak logs through side incisions and equal cuts of the culture vessel in which the cultivars are cultured. The present invention relates to an equal cutting device for the culture container of C. aeruginosa.

Gastrodia elata Blume is a kind of perennial herb of the monocotyledonous orchid family Orchidaceae. It is also called Suzai Sea, Jeonjeon, or Jeongpungcho. It is 30-100Cm high and has no leaves, potato-like tubers, and is active in the roots of other plants in humus-rich mountains.

These horses are not only effective for headaches, strokes, insomnia, hypertension, and depression, which are considered to be the best new drugs for diseases of the brain disease system, but also for stomach ulcers, epilepsy, liver cirrhosis, diabetes, food poisoning, disk and leukemia. · Effective in a wide range of diseases, from cancer. In addition, it is excellent in blood clotting, detoxification, and anti-inflammatory effect.

Here, the cultivation of cultivation of noji (露 地 栽培 法) as follows. First, cultivate the ground to be cultivated, tap the rotary to soften the soil, make a ridge in a slanted direction, and dig 8-10 cm deep to bury the oak cut in pieces. On the other hand, Chunma does not have leaves and roots and cannot take self-nutrition.

Accordingly, as shown in FIG. 1, the oak solid wood (w) having a length of about 30-40 cm is vertically laid at the site where the soil is dug, and then 1-2 cm thick between the solid wood (w) and the solid wood (w). The disk-shaped mushroom spawn (g) is completely adhered.

Subsequently, fill the soil half way up and place a stallion (horse seed) at each site of inoculation of mushroom spawn (g). Then, cover the ridges with rice straw or fallen leaves with a thickness of 10Cm or more and select them well. Then, make a drain to finish the water so that it does not collect during rainfall.

On the other hand, the mushroom spawn (g) is also cultured in a culture medium (용 地, medium 地, 용기 地) in the container, rather than directly disinfected (모) on the base material (母 材) like other mushroom spawn.

As a culture vessel for this purpose, the inlet is mainly used as a bottle-shaped cylindrical bar, the mushroom spawn is taken out from the container by manual cutting the side of the container in which the mushroom spawn is finally cultured.

Therefore, a specific body part such as a finger may be injured during the incision of the culture vessel by an operator, and the mushroom spawn (hereinafter referred to as "Cheonma spawn") is formed by expanding the incision portion of the culture vessel. Significant skill has been required in the process of pulling out and separating.

In order to solve the above problems to some extent, through the domestic registered utility model publication No. 20-169994, there is provided a spawn crusher with a mushroom spawn culture vessel cutting device, but this is the incision and agglomeration of the culture vessel It aims to process mushroom spawn finely.

Therefore, it is not suitable for the morphology of the cheonnyeong spawn that must be cut into a disc so that sandwich inoculation is possible between the solid oak stub and the stub.

That is, the conventional spawn crusher can be utilized only to cut the side of the common mushroom spawn culture vessel, and the cheonma spawn cutting process into a disc form can only be performed by humans by hand, thereby greatly improving work efficiency. Not only this, of course, there is still a situation in which labor costs are not solved due to the labor worker's involvement in the Chunma spawn processing process.

An object of the present invention is to solve the above problems, the container cutting means that can be cut to the side of the Chongma spawn culture vessel with the bell and the container cutting means that can be cut by dividing the culture vessel horizontally The present invention provides an equal cutting device for Chunma spawn culture vessels which is conveniently combined with each other to facilitate processing into a plurality of discs having a predetermined thickness, which is a form suitable for disintegrating Chunma spawn masses cultured in a culture vessel on a base material.

In order to achieve the above object, the equal cutting device for Chunma spawn culture vessel according to the present invention is aimed at a single device combination, and the waist of a general adult for the convenience of cutting and cutting work of the culture vessel cultured inside Chunma spawn. A table-shaped frame body having a height; A container transfer means configured to reciprocate back and forth for cutting and cutting the culture vessel in a state in which the culture vessel is enclosed or internally accommodated; Container cutting means for cutting the side of the culture vessel settled in the longitudinal movement of the container transfer means with a bell; Container cutting means for cutting horizontally the culture vessel accommodated during the forward movement of the container transfer means, and cutting the food into equal parts at a predetermined interval; And power means for transmitting a rotational driving force to the container cutting means.

As can be clearly seen from the above description, the equal cutting device of the Chunma spawn culture vessel of the present invention is a side cutting process and the halving cutting of the Chunma spawn culture vessel by a simple operation of pushing the container transfer means forward and backward or by pulling back and forth. It provides the effect of making the process quick and easy.

In addition, after the incision process of the side of the culture vessel, by minimizing the labor personnel intervention that the worker has taken out the Chunma spawn mass from the culture vessel and cut into equal parts again, the price competitiveness is improved by reducing the production cost due to the omission of labor costs. It is a very useful invention that can be achieved.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings such that those skilled in the art may easily implement the present invention.

Figure 2 is an exploded perspective view showing an equal cutting device of the cheonma spawn culture vessel according to the present invention, Figure 3a is an equal cutting device of the cheonma spawn culture vessel according to the present invention, the container transfer means and the container cutting means Fig. 3B is a main part perspective view showing a configuration relationship, and Fig. 3B is a main part perspective view showing a configuration relationship between a container cutting means and a power means in the equator cutting device of the cultivars of Chunma seed culture according to the present invention, and Figs. 4A and 4B In the equal cutting device of the cheonma spawn culture vessel according to the present invention, it is a main part plan view showing the operation relationship of the container transfer means.

As shown in Fig. 2, the equal cutting device (A) of the Chunma spawn culture vessel according to the present invention is intended for the convenience of cutting and cutting work of the Chongma spawn culture vessel (g) while aiming for a single device combination. Table-shaped frame body (1) having a waist height of the adult, and the container transport means for reciprocating back and forth for the above-described cutting / cutting process in the state in which the culture vessel (g) is enclosed or internally accommodated (2) ), Vessel cutting means (3) for cutting the side portion of the culture vessel (g) enclosed during the forward movement of the container transfer means (2), and the culture vessel accommodated during the forward movement of the container transfer means (2) and g) cutting the transversely, and cutting the container 4 into equal parts at regular intervals, and power means 5 for transmitting the rotational driving force to the cutting means 4.

Frame body (1) is a table that can be assembled to the container transport means (2), the container cutting means (3) and the container cutting means (4) and the power means (5) inside and outside, the container The upper mounting angle 11 for the top mounting assembly of the cutting means (4), the lower mounting angle (12) to accommodate the assembly of the power means 5, and the upper and lower mounting angles (11) (12) In order to increase the holding force of the vertical angle 13 and the vertical angle 13 for forming a space between the support and the support, the container transfer means (2) to the vessel cutting means (4) and the power means (5) The inner and outer reinforcement angles 14 and the assembly angles 15 and the container cutting means 4 assembled on the upper mounting angles 11 to cover the reinforcement angles. A safety cover 16, a support shelf 17 capable of mounting the power stage 5 on the lower mounting angle 12, Consists of a group safety cover 16, a plurality of assembly pieces (18) of the upper side mounted for fixedly coupled to the angle 11 of the.

The container transfer means 2 is for reciprocating the culture container g cut / cut by the container cutting means 3 and the container cutting means 4 back and forth, as shown in FIG. 3A. , A rectangular plate-shaped feeder 21, a plurality of shafts 22 fastened to the assembly angle 15 for guiding the front and rear movement of the feeder 21, and the culture vessel (g). After holding the container holder 23 to be able to easily settle for the side incision of the container 23, the internal drum 24 to allow him to internally accommodate the cultivation of the culture vessel (g), It consists of an operation handle 25 for reciprocating the container support base 23 and the container internal drum 24 forward and backward simultaneously in a pushing or pulling operation relationship.

In addition, a plurality of vertical plates 26 for integrally supporting the container internal drum 24 on the transfer table 21 and the operation handle 25 are integrated from one side of the container internal drum 24. The horizontal plate 27 to be protruded into is further provided.

In addition, block bearings for allowing the carriage 21 to be reciprocated back and forth as it is assembled on the shafts 22 on the bottom edges of the conveyor 21 in a slidable state. 211 is provided.

In addition, in the central portion of the shaft 22, the restriction for controlling the transfer table 21 to reach after the movement only to the position where the culture vessel (g) of Chunma spawn completely cut by the container cutting means (4) The ring 221 is fixedly assembled.

The vessel holder 23, the cylinder is terminated in half so that the culture vessel (g) can be easily placed, the upper portion is opened and an arc-shaped mounting space (23a) is provided therein. In addition, it is preferable that the groove 23b for receiving the spout of the culture vessel g is further formed at the center of the vertical end of one side.

The container inner drum 24 has a drum-like structure in which both ends penetrate for the provision of an inner space 24a that surrounds and accommodates the culture vessel g. The culture vessel by opening the inner space 24a by hinge coupling of the first and second plate plates 241 and 242 and the first and second plate plates 241 and 242 which are mutually assembled to rotate. It consists of a hinge pin (243) to facilitate the intrinsic acceptance and separation of (g).

In addition, the container cutting means 4 evenly around the first and second plates 241 and 242 in order to be able to laterally cut the culture vessel (g) accommodated in the container internal drum (24). A plurality of communication grooves 24b are cut out at intervals.

In the manipulation handle 25, the grip 251 of a material having excellent elasticity, such as synthetic rubber, is preferably provided on both sides to improve the grip force.

Container cutting means (3) is for cutting the side of the culture vessel (g) settled in the holding space (23a) of the container holder 23 with a bell, used to cut the culture vessel (g) And a fixing block 32 for fixing the cutter 31 on the upper mounting angle 11 of the frame body 1.

Container cutting means (4) is for cutting the culture vessel (g) in equal parts laterally to process the cultured Chunma spawn mass into a plurality of discs having a predetermined thickness, as shown in Figure 3b, the culture A plurality of disc saws 41 used for cutting the container g and a plurality of disc saws 41 are placed and communicated into the communication groove 24b of the vessel inner drum 24. A plurality of rotation shafts 42 for transmitting the rotational force generated from the means 5 and the rotation shafts 42 to facilitate smooth rotation in a state where the rotation shafts 42 are coupled and fixed on the upper mounting angle 11 of the frame body 1. The shaft support member 43 and the linkage pulley 44 is integrally coupled to one side of the rotating shaft 42 for the power transmission generated from the power means (5).

The power means 5 is to transmit the rotational force to the disk saw 41 of the vessel cutting means 2, which is equally cut the culture vessel (g), the drive shaft 511 of the external power supply The drive motor 51 which rotates, the drive pulley 52 which rotates in the state fitted to the drive shaft 511, and the interlocking pulley 44 of the drive pulley 52 and the container cutting means 4 It consists of a belt 53 that can transmit the rotational force to the rotating shaft 42 by the coupling coupled with.

On the other hand, Figure 5a and Figure 5b is a side view and a main part perspective view showing another embodiment of the container transport means in the chopping device for cultivating Chunma spawn according to the present invention, another embodiment of the container transport means (2) It is shown.

The container transfer means 2 according to another embodiment is, as shown in Figure 5a and 5b, the hydraulic pressure is provided with a cylinder rod that is operated by hydraulic pressure while coupled to the center of the bottom surface of the feed table 21 A cylinder 28-1, a press pedal 28-2 for operating control of the hydraulic cylinder 28-1, and the hydraulic cylinder 28-1 through manipulation of the press pedal 28-2. A compressor 28-3 for supplying hydraulic pressure is further mounted.

As a result, the operator can automatically move the front and rear reciprocating movements without manually pushing or pulling the operation handle 25 of the container transfer means 2.

Reference numeral (b-1) is a coupling bolt used to fasten and assemble the safety cover to the upper mounting angle, (b-2) is a fixing bolt for preventing the flow of the restriction ring fitted to the shaft, (s) is a power switch for supplying external power to the power means.

Referring to the action of the equal cutting device (A) of the cheonma spawn culture vessel according to the present invention having the configuration as described above in detail.

First, as shown in Figure 4a, by placing the Chunma spawn culture vessel (g) in the container holder 23 mounting space (23a) of the container transfer means 2 to prepare its side cutting operation.

Thereafter, the grip 251 of the operation handle 25 is gripped with both hands and then pushed toward the container cutting means 4 so that the transfer table 21 moves forward along the shaft 22 to thereby move the frame. The side of the culture vessel (g) is cut in the longitudinal direction by the container cutting means (3) cutter 31 fixedly coupled to one side of the upper mounting angle (11) of the main body (1).

On the other hand, the conveying table 21 of the container conveying means 1 moving along the shaft 22 is stopped at the end of the restriction ring 221 fitted in the middle of the shaft 22 to stop the movement. .

Next, after the side cutting operation of the culture vessel (g) is completed, the culture vessel (g) from which the side cutting operation is completed is removed from the vessel holder 23 for the equal cutting of the culture vessel (g). The inner space 24a of the drum 24 is accommodated.

That is, the inner space 24a of the container internal drum 24 is opened by the first plate 241 pivoting upwardly by lifting the operation handle 25 to open the cultivars of culturing sp. It is to be able to simply accommodate the internal, the culture handle (g) is wrapped and fixed to each inner diameter surface of the first and second plates 241 and 242 again by pulling the operation handle 25 to its original position .

In this state, the power switch s is turned on to supply external power so that the driving motor 51 of the power means 5 is operated. Therefore, the drive shaft 511 and the drive pulley 52 of the drive motor 51 are rotated, and the belt 53 and the interlocking pulley 44 of the vessel cutting means 4 interlock to operate the A plurality of disc saws 41 assembled to the coaxial 42 starts a rotational drive capable of cutting the culture vessel g.

Then, as shown in Figure 4b, by pushing the operation handle 25 to the container cutting means 4 again, the disk saw 41 rotating through the power means (5) is the first, Without interfering with the second plates 241 and 242, the culture vessel g is completely cut laterally at the same time as it is introduced into the communication groove 24b. For this reason, the single culture vessel (g) and the Chunma spawn tube therein are processed into a plurality of discs having a predetermined thickness and by equal cutting.

Finally, after pulling the operation handle 25 to restore the container transfer means 2 to the original position, the power switch (s) is turned off, and the culture container cut by lifting the operation handle 25 After removing the (g), the operator first unfolds the side of the culture vessel (g) cut by the vessel cutting means (3), and easily removes and removes the spontaneous seedlings to finish the cutting / cutting operation.

For reference, as shown in Figure 5a, the operator using the hydraulic cylinder 28-1, the press pedal 28-2, the compressor 28-3 according to another embodiment of the container transfer means (2) Since the reciprocating movement of the container transfer means 2 to be carried out manually and automatically proceeds automatically, it is possible to perform a more convenient side cutting and equal cutting operation of the culture vessel (g).

As described above, the present invention has been described in detail by using a preferred embodiment, but the scope of the present invention is not limited to the specific embodiment, it should be interpreted by the appended claims. In addition, those of ordinary skill in the art that various modifications can be made without departing from the scope and spirit of the present invention.

Figure 1 is a perspective view showing the state planted on the oak logs.

Figure 2 is an exploded perspective view showing the equal cutting device of the cheonma spawn culture vessel according to the present invention.

Figure 3a is a main portion perspective view showing the configuration of the container transfer means and the container cutting means in the equal cutting device of the cheonma spawn culture vessel according to the present invention.

Figure 3b is a principal part perspective view showing the configuration of the container cutting means and the power means in the equal cutting device of the cultivation of Chunma spawn culture container according to the present invention.

Figure 4a and Figure 4b is a plan view of the main part showing the operation relationship of the container transfer means in the equal cutting device of Chunma spawn culture vessel according to the present invention.

Figure 5a and Figure 5b is a side view and a main portion perspective view showing another embodiment of the container transfer means in the equal cutting device of Chunma spawn culture vessel according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

A: culture vessel cutting device, 1: frame body, 2: container transfer means

3: container cutting means, 4: container cutting means, 5: power means

11: upper mounting angle, 12: lower mounting angle, 13: vertical angle

14: reinforcement angle, 15: assembly angle, 16: safety cover

17: support shelf, 18: assembly piece, 21: transfer table

22: shaft, 23: vessel holder, 23a: mounting space

23b: groove, 24: vessel in the drum, 24a: interior space

24b: communication groove, 25: operation handle, 26: vertical plate

27: horizontal plate, 28-1: hydraulic cylinder, 28-2: push pedal

28-3: compressor, 31: cutter, 32: fixed block

41: disk saw, 42: rotating shaft, 43: shaft supporting member

44: linkage pulley, 51: drive motor, 52: drive pulley

53: belt, 211: block bearing, 221: limit ring

241: First Edition, 242: Second Edition, 243: Hinge Pin

251: grip, 511: drive shaft

Claims (8)

delete While aiming for a single device combination, the table-shaped frame body for the convenience of cutting and cutting of the culture vessel in which the Chunma spawn is cultured therein; A container transfer means configured to reciprocate back and forth for cutting and cutting the culture vessel in a state in which the culture vessel is enclosed or internally accommodated; Container cutting means for cutting the side of the culture vessel settled in the longitudinal movement of the container transfer means with a bell; Container cutting means for cutting horizontally the culture vessel accommodated during the forward movement of the container transfer means, and cutting the food into equal parts at a predetermined interval; And, It is configured to include; power means for transmitting a rotational driving force to the vessel cutting means; The frame body, the upper mounting angle for the top mounting assembly of the container cutting means, the lower mounting angle to the inner receiving assembly of the power means, and the space between the upper and lower mounting angles, and for supporting the role A vertical angle, a reinforcement angle and an assembly angle which allow the container transfer means to be internally assembled between the container cutting means and the power means while increasing the bearing capacity of the vertical angle, and the container cutting assembled on the upper mounting angle. A safety cover for securing safety from the risk of an accident by covering the means, a support shelf allowing the power means to be mounted on the lower mounting angle, and one side of the safety cover to be fixed to the upper mounting angle. Equal cutting device of Chunma spawn culture vessel, characterized in that composed of a plurality of assembly pieces. The method of claim 2, The container conveying means, the transfer plate of the rectangular plate-shaped, A plurality of shafts fastened to the assembly angle for guiding the front and rear movements of the transfer table; For the side incision of the culture vessel, the container holder to be easily settled the culture vessel, An in-drum for allowing the incubation of the incubation vessels for equal cutting of the incubation vessels; Equal cutting device for Chunma spawn culture vessel, characterized in that consisting of the operation handle for reciprocating forward and backward at the same time the vessel holder and the vessel inner drum. The method of claim 2, The container conveying means, the transfer plate of the rectangular plate-shaped, A plurality of shafts fastened to the assembly angle for guiding the front and rear movements of the transfer table; For the side incision of the culture vessel, the container holder to be easily settled the culture vessel, An in-drum for allowing the incubation of the incubation vessels for equal cutting of the incubation vessels; An operation handle for reciprocating the container holder and the container internal drum back and forth at the same time; A hydraulic cylinder having a cylinder rod operated by hydraulic pressure while being coupled to the center of the bottom surface of the transfer table; A push pedal for operating control of the hydraulic cylinder, Equal cutting device for Chunma spawn culture vessel, characterized in that consisting of a compressor for supplying the hydraulic pressure into the hydraulic cylinder through the operation of the pressing pedal. The method of claim 2, The container cutting means, and the cutter used to cut the culture vessel, Equal cutting device of Chunma spawn culture container, characterized in that consisting of a fixed block for fixing the cutter on the upper mounting angle of the frame body. The method of claim 3, wherein The container cutting means, a plurality of disk saws used for cutting the culture vessel, A plurality of disc saws arranged in and out of the communication groove of the drum in the container, and a rotating shaft for transmitting rotational force generated from the power means; A plurality of shaft supporting members for smooth rotation in the state in which the rotating shaft is coupled and fixed on the upper mounting angle of the frame body; Equal cutting device for Chunma spawn culture vessel, characterized in that for the power transmission generated from the power means, consisting of an interlocking pulley integrally coupled to one side of the rotating shaft. The method of claim 6, The power means, the drive motor is made to rotate the drive shaft due to the external power supply, A drive pulley which rotates in a state fitted to the drive shaft, Equal cutting device for Chunma spawn culture vessel, characterized in that the drive pulley and the linkage between the interlocking pulley of the vessel cutting means together, consisting of a belt that can transmit the rotational force to the rotating shaft. The method of claim 3, wherein The container inner drum is a drum-like structure having both ends penetrated to provide an inner space surrounding the culture vessel, and the other end is rotated about the other side based on one side and rotated about the longitudinal axis. The first and second editions, By the opening of the internal space by the hinge coupling of the first and second plates, it consists of a hinge pin to facilitate the intrinsic acceptance and separation of the culture vessel, In order to enable the container cutting means to cut horizontally the culture vessel accommodated in the container inner drum, a plurality of communication grooves are formed in each of the equal intervals around the first and second plates are formed in the culture container Equal cutting device.

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