KR200294434Y1 - Earthworm breeding device for casting production - Google Patents

Abstract

The present invention relates to the earthworm breeding device for the production of fecal soil, the main purpose of the devise is to maximize the breeding area by allowing the breeding of the fecal soil for the earthworm breeding in the stacked state, and on the other hand By automating the earthworm breeding method, it is possible to process the earthworm breeding process with less manpower. On the other hand, it is easy to collect the produced fecal soil, and it is possible to increase the use value by predicting the yield. will be.

Characteristic features of the present invention for achieving the above object is the bottom of the mesh, formed on both sides end 111 of the stirrer 110 provided therein to be moved along the left and right slide grooves 120 Breeding (100); A plurality of pillars 210 vertically installed, a multi-stage fixing pedestal 220 fixed to maintain horizontality in the pillar, and installed to be mounted on the fixing pedestal 220, the breeding phase 100 A breeding installation table 200 including a transfer pedestal 240 which can be arranged to be arranged, and a pedestal drive means 250 which allows the transfer pedestal 240 to move forward and backward in the lateral direction; A driving unit 320 including a guide rail 310 provided at an upper portion of the breeding stand 200, and electric power means 330 to move along the guide rail, and below the driving unit 320. Consists of a food supply means 300 including a feed container 350 connected to the traction wire 340 to.

Description

Earthworm breeding device for fecal soil production {EARTHWORM BREEDING DEVICE FOR CASTING PRODUCTION}

The present invention relates to an earthworm breeding device for the production of fecal soil, more specifically, to feed the food waste, which is a big problem due to environmental pollution, to raise the earthworms, effectively using a limited breeding area, feeding work and fecal soil This is to make the collection work very convenient and to greatly increase the productivity.

In general, food waste is disposed of in landfills or incinerated.However, landfills do not appear to completely solve environmental pollution because rotten water flows out to the ground or flows into groundwater. Even incineration facilities were not the best option because of the extremely low throughput.

On the other hand, in recent years, a new method for processing by using an earthworm is known in view of the above problems.

In other words, by feeding food waste as a food for the earthworms, the food waste is not only processed, but the raised earthworms are used as feed and industrial products, and the feces produced by the earthworms are used as fertilizers of agricultural products. There are many advantages such as using for raising seedlings and trees.

However, using large quantities of food waste to raise earthworms requires very large land, manpower, and equipment.

In particular, our country has a disadvantage of not being able to dedicate large land because of the narrow land and expensive land, and many cases of failing to feed and breed food (food waste) entirely by the experience of the workers. It is another problem because it can not administer a lot of expensive manpower.

Therefore, the present invention has been devised to solve the conventional problems as described above, and the main purpose of the invention is to maximize the breeding area by allowing the breeding of the feces for the earthworm breeding in the breeding state. On the one hand, it is possible to handle the earthworm breeding process with less manpower by automating the earthworm breeding method. On the other hand, it is easy to collect the produced fecal soil, and the utilization value can be increased by predicting the yield. The purpose is to.

Characteristic features of the present invention for achieving the above object is the bottom is made of a net body, both ends of the stirrer provided therein formed to move along the left and right slide grooves; A plurality of pillars vertically installed, a multi-stage fixed pedestal fixed to maintain horizontality on the pole, a transfer pedestal installed so as to be mounted on the fixed pedestal, and arranged on the above-mentioned breeders; and the transfer pedestal A breeding installation including a pedestal driving means capable of moving forward and backward; And a feeding rail including a guide rail provided at an upper portion of the breeding installation stand, a driving unit having electric power means to move along the guide rail, and a feeding barrel connected by a traction wire under the driving unit. To construct.

1 is a front view showing the overall configuration of the present invention

Figure 2 is a side view showing a part of the subject innovation

3 is a plan view showing a part of the present invention

Figure 4 is a side view showing the breeding stand of the present invention

5 is a perspective view showing a breeding concept of the present invention

Figure 6 is a block diagram showing the feeding means of the present invention

7 is a cross-sectional view showing the electric power means of the present invention

8 is a plan view showing an operating state of the present invention

Figure 9 is an exploded perspective view showing the transfer pedestal and the fixed pedestal of the present invention

<Code Description of Main Parts of Drawing>

100: breeder 110: agitator

111: end 120: slide groove

200: breeding stand 210: pillar

220: fixed base 230: roller

240: transfer pedestal 250: pedestal drive means

260: watering means 300: food supply means

310: guide rail 320: drive unit

330: electric power means 331: motor

332: progress wheel 333: chain

340: towing wire 341: winding means

350: feed container 351: discharge screw

352: through hole 353: extension arm

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

1 is a front view showing the configuration of the subject innovation, Figure 2 is a side view, Figure 3 is a plan view showing a partial configuration of the subject innovation.

As can be seen from the drawings, the subject innovation is divided into a breeding breeder 100, a breeding breeding stand 200, and a food supply means 300.

The breeding phase 100 is a bottom of the mesh, and formed so that both end portions 111 of the stirrer 110 provided therein can move along the left and right slide grooves 120, containing fecal soil It is a basic container for raising earthworms.

The breeding stand 200 is installed so as to be mounted on the plurality of pillars 210 vertically installed, a multi-stage fixing bracket 220 fixed to maintain a horizontal level in the pillar, and the fixing bracket 220, It includes a feed pedestal 240 having a plurality of rollers 230 so as to arrange and feed the breeding 100 of the pedestal, and a pedestal drive means 250 that can move forward and backward the feed pedestal 240.

As shown in FIG. 3, the pedestal driving means 250 capable of moving the pedestal 240 forward and backward is composed of a hydraulic cylinder 251 connected and fixed between the pedestal 240 and the pillar 210. have.

At this time, the fixing pedestal 220 is made of a chanel member 221 that can accommodate both ends of the feed pedestal 240, the support roller 222 is provided therein, the feed to be fitted here Support members 241 to be mounted on the support rollers 222 are attached to the left and right side ends of the pedestal 240.

Therefore, when the rod of the hydraulic cylinder 251 is extended, the transfer pedestal 240 is advanced in both drawers along the fixed pedestal 220, and when the rod is inserted, it is retracted backward.

And after the breeding installation 200 is extended along the pillar 210, a plurality of watering means having a nozzle (261) to be positioned on each breeding 100 in the bottom of the fixed pedestal 220 (260).

On the other hand, the feeding means 300 is a guide rail 310 provided on the upper portion of the breeding installation 200 as shown in Figure 6, and the electric power means 330 to move along the guide rail It includes a drive unit 320 including a), and a feed tube 350 connected to the traction wire 340 under the drive unit 320.

Also in the food supply means 300, the traction wire 340 has a wire winding means 341 provided in the drive unit 320 so that the entire feeding container 350 can be moved up and down.

In addition, there is a discharge screw 351 for discharging the food in the interior of the feed container 350, a plurality of through-holes 352 in the bottom surface so that the contents can be discharged by the pushing force of the discharge screw 351 ) Are formed.

In addition, the left and right sides of the extension arm (353) is formed so as to be able to push both ends 111 of the stirrer (110) built in the breeding (100).

In addition, the electric power means 330 is composed of a traveling motor 331 provided in the drive unit 320 and the traveling wheel 332 connected to the chain by the motor, the power cable required for this is omitted.

Reference numeral 400 in the drawings is a conveyor for transport to the next process.

The following describes the operating state of the present invention configured as described above.

First, looking at the operating state of the food supply means 300 including the feed container 350 of the present invention, the driving motor 331 in the drive unit 320 including the electric power means 330, the motor and Since the wheel 332 connected to the chain 333 is rotated to move forward / backward along the guide rail 310.

In addition, between the drive unit 320 and the feed container 350 is connected to the pull wire 340, when the wire winding means 341 provided in the drive unit 320 is rotated forward or reverse, the According to the length of the towing wire 340, the entire feeding container 350 is to be raised and lowered.

And the feed container 350 is rotated as the discharge screw 351 is operated as a drive motor 355 connected to the chain 354 because the discharge screw 351 is provided therein as shown in FIG. When the food is discharged through the through hole 352 of the bottom.

On the other hand, if you look at the operating state of the feed pedestal 240 provided in the fixed pedestal 220 of the breeding stand 200, as shown in Figure 8 hydraulic cylinder fixedly connected between the feed pedestal 240 and the pillar 210 ( 251 allows the entire transport pedestal 240 to move outward of the fixed pedestal 220 and to return to its original position.

Of course, the breeding 100 is placed on the transfer pedestal 240 is to be transported and discharged in one piece by the rollers 230.

The following describes the process of breeding earthworms using the present invention.

First, each breeder 100 is placed on the rollers 230 of the transfer pedestal 240 at regular equal intervals and fills the earthworm-bearing feces.

That is, the feces containing the earthworms in the feed container 350 of the feeding means 300 is contained in each breeding ground 100 placed on the roller 230.

As time passes, the earthworm needs food, and this time, the food supply means 300 includes the food consisting of food waste in the feed container 350 of the food supply means 300 to supply the food supply means 300 by the operation method as described above. It operates to feed the food for each breeder (100).

That is, after feeding the feeding means 300 to the corresponding position along the guide rail 310, as shown in Figure 8, by operating the feed pedestal 240 with the hydraulic cylinder 251, each mounted on the roller 230 The breeder 100 of the advancing down the food supply means (300).

In this state, when the discharge screw 351 of the feed container 350 is driven by the chain 354 of the motor 355 so that the food falls into the through hole 352 thereunder, the through hole 352 extends across the entire surface. Since it is formed is to fall evenly distributed above the breeding (100).

This feeding operation is to move the position of the feeding means 300, and also to feed the entire breeding ground 100 while moving forward / backward the pedestal 240.

On the other hand, the feeding breeding breeder 100 is moved to the bottom of the fixed pedestal 220 above the upper side as the transfer pedestal 240 returns to its original position, while the earthworm is multiplied while waiting for the next feeding time. .

In this manner, the water is supplied from time to time through the nozzle 261 of the sprinkling means 260 connected to the bottom of the fixing pedestal 220 in the standby state, and oxygen is supplied to the stirrer 110 of the breeder 100. Stir to

In the stirring method, the transfer pedestal 240 is advanced from the fixed pedestal 220 so as to be under the feed bucket 350, and then the extension arms 353 protruding on both sides of the feed bucket 350 are raised in a breeding position ( Both ends 111 protruding to the left and right sides of the 100) are pushed so that the stirrer 110 having the gears moves forward and backward.

In this way, the stirrer 110 can turn over the lower part of the fecal soil that is hardening, including the earthworm.

The earthworms grown by using the automatic feeding and automatic water supply facilities as described above can know the degree of growth of the earthworms as the weight of the breeding ground 100 increases, and in order to collect the fecal soil generated with the growth of the earthworms The rollers 230 of the pedestal 240 are used to transfer each breeding piece 100 to a processing plant (not shown) of the next process.

Then, another breeding ground (100) filled with a portion of the earthworms and fecal soil is placed on the transport base 240, as in the beginning, and the next breeding is carried out, and the continuous earthworm breeding and Fecal soil production becomes possible.

The present invention, as described in detail above, loads the breeding ground containing the earthworm-filled feces on the transporting base on the fixed base, but can be made by repeating the fixed base and the transporting base in the vertical direction, so that the ground is multiplied several times. It has the effect of increasing the use, and on the other hand because it has automated the earthworm breeding method has the advantage of producing a large amount of fecal soil with a small manpower.

In addition, it is very useful because it is easy to collect the produced fecal soil and can predict the amount of production.

Claims (5)

The bottom is made of a net body, both ends of the end portion 111 of the stirrer 110 provided therein breeding phase 100 formed to move along the left and right slide grooves 120; A plurality of pillars 210 vertically installed, a multi-stage fixing pedestal 220 fixed to maintain horizontality in the pillar, and installed to be mounted on the fixing pedestal 220, the breeding phase 100 A breeding mount 200 including a feed pedestal 240 having a plurality of rollers 230 so as to be arranged and transported, and pedestal drive means 250 capable of advancing and reversing the feed pedestal; A driving unit 320 including a guide rail 310 provided at an upper portion of the breeding stand 200, and electric power means 330 to move along the guide rail, and below the driving unit 320. Feeding means 300 comprising a feed container 350 connected to the traction wire 340 to; Earthworm breeding device for fecal soil production, characterized in that consisting of. The method of claim 1, The fixed pedestal 220 is a chanel member 221 that can accommodate both ends of the feed pedestal 240, and a support roller 222 is provided therein, the feed pedestal 240 to be fitted therein The earthworm breeding device for fecal soil production, characterized in that the support member 241 fixed to the left, right side end of the mounting was to be placed on the slide. The method of claim 1, Earth breeding device for fecal soil production, characterized in that the breeding installation stand 200 is provided with a watering means 260 having a nozzle (261) to supply water for each breeding phase (100). The method of claim 1, The pedestal drive means 250 is an earthworm breeding device for fecal soil production, characterized in that consisting of a plurality of hydraulic cylinders (251) fixed between the transfer pedestal 240 and the pillar 210. The method of claim 1, The feed container 350 is formed by extending the extension arm (353) on both sides of the left, right to push the two end portions 111 of the stirrer 110 built in the breeding 100 Earthworm breeding device for fecal soil production characterized in that.