KR101830356B1 - Quantitative breeding bird feed supply system using a chain - Google Patents

Abstract

Disclosed is a system for supplying feed for chicken in fixed amounts using a feed chain, designed to supply feed to every chicken raised in chicken farms in fixed amounts when supplying the feed. By applying the system of the present invention, it is possible to conveniently supply even and fixed amounts of feed overall when supplying the feed to chicken, thereby ensuring productivity and efficiency in raising chicken.

Description

[0001] The present invention relates to a feeding system for a feeder chain,

More particularly, the present invention relates to a feeding system for a feed system using an improved feed chain for feeding a feed amount to feed all the breeding stocks in a poultry farm. will be.

In general, poultry farmers use an apartment cage as a means to increase the profitability of farms by breeding chickens hygienically without much work.

In addition, breeders raised in poultry farms are often obese because they eat too much food, or when the nutritional status is poor due to insufficient supply of feed, they often produce abnormal eggs even if they fail to lay eggs or lay eggs. A feeder system is provided to feed the seedling.

For example, Korean Patent No. 10-1626815 and No. 10-1654273 disclose an apparatus for feeding an apartment cage. In this case, there is provided an apartment-type cage having a plurality of cages divided into a plurality of chambers, and a feed device composed of a hopper, a feeder, a connecting pipe, a circulating coil spring, And the cage of the second embodiment.

However, the conventional feeding apparatus of the apartment cage has a difficulty in supplying a certain amount of feed to all species when feeding the feed to the cage.

In other words, it is not easy to fill a predetermined amount when filling each hopper into a hopper, and since the hopper feeds the hopper while moving in a circulating form, There is a problem in that the breeding stock in the cage at the end of the feeding is different in the amount and time of feeding the diets.

In addition, since the conventional hopper is always supplied with a certain amount of feed, there is a problem that the amount of the simulation can not be easily adjusted in the hopper depending on the number of species to be fed.

1) Korean Patent No. 10-1626815 (Registered on May 27, 2016), title of invention: "feeding device for apartment cage" 2) Korean Patent No. 10-1654273 (Registered on Aug. 30, 2016), title of invention: "feeding device for apartment cage" 3) Korean Patent No. 10-0702935 (Registered on Mar. 28, 2007), entitled " 4) Korean Patent No. 10-0551620 (Registered on Feb. 6, 2006), entitled "Sprayable Feeding Device"

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a method and apparatus for rapidly feeding a fixed amount of food to all kinds of cages raised in an apartment cage, The feed chain can be easily adjusted by using the feed chain.

The above-mentioned object is achieved by an apartment cage which is divided into a plurality of chambers and installed to form a multi-layered structure, in which breeders are raised; A feedtop provided in a circulation manner along a cage arranged in the same layer so as to supply a feed to the cage, the feed cage having a duct-shaped cross section in which both sides and a lower portion are closed and an upper portion is opened and a feed passage is formed therein; A plurality of hoppers which are respectively installed in the feeder trays and in which an inlet is formed at one side of the upper part so as to feed the feeder into the inner space and a discharge port communicating with the feeder pipes is formed at the bottom, A hopper guide duct vertically installed at a position close to the hopper and having a communicating hole at a position corresponding to the inlet of the hopper; A connection pipe provided in the inner space to connect the inlet port of the hopper and the communication hole of the hopper guide duct and the inclined guide plate is installed in the inner space so that the hopper guided by the communication hole of the hopper guide duct is guided to the inlet of the hopper; A feeder connected to the upper portion of the feeding guide duct and configured to feed a predetermined amount of feed to the guide duct while detecting the weight of the feeder provided with the load cell and calculating the amount of the feeder through the weight; A plurality of feed ducts respectively installed at portions corresponding to the communication holes of the feeding guide duct to selectively open the inner spaces of the feeding guide ducts so that the feeds guided by the feeding guide ducts can be discharged to the selected communication holes Blocking means; Closing means for selectively closing the inner space of the connecting barrel so as to be selectively inserted into the inlet of the hopper, the honeycomb guided by the communicating hole of the connecting guide duct being selectively inserted into the connecting barrel; A feeder for feeding the feeder to the entire feeder can by circulating the feeder into the feeder through the feeder when the feeder is fed through the hopper; A feed amount regulating means for regulating the amount of feed supplied along the feed passage by selectively controlling the space of the feed passage at the connection portion between the hopper and the feeder bar; And controlling the operation of the feed shutoff means, the feed shutoff means, and the feed feed means, and when the feed is uniformly supplied to the feeder when the feed is fed to the feeder through the feeder means, When the mosquitoes are completely filled in the feed pods so that they can be eaten, the mosquitoes are quickly circulated along the feed pods so that the breeders can not easily eat the mosquitoes. When the mosquitoes are totally filled, the mosquitoes slowly circulate along the feeder pods so that all the servants can eat together. And a control unit for controlling the feeding amount of the feeder chain.

A feed return duct is provided between the feed guide duct and the feed feeder, and a feeder is provided in the feeder return duct to collect the feeder remaining in the feeder guide duct after the feeding of the feeder is completed. .

The duct shut-off preventing means includes a duct shielding plate hole formed at a portion corresponding to the communication hole in the take-away guide duct, and a duct shielding plate hole inserted through the duct shielding plate hole and selectively moving forward or backward into the take- A duct blocking plate installed to be selectively blocked or opened; a duct block installed to be fixed to the duct blocking plate and connected to the duct blocking plate so that the duct blocking plate advances when the rod is extended, and the duct blocking plate operates backward when the rod is contracted The duct shielding plate is advanced so that the inner space of the diverting guide duct is blocked. When the diverting plate is closed, the diverging plate is blocked by the ducting shielding plate and discharged to the corresponding communication hole, When the inner space of the guide duct is opened, the hulls are transported along the guide ducts And the shut-off blocking means includes a connection passage blocking plate formed in the upper portion of the connecting barrel and a connection passage blocking plate inserted into the connection passage blocking plate hole to selectively open or close the connection barrel inner space while being selectively moved backward or backward into the connecting barrel. A connection passage block which is installed to be fixed to the connection barrel and is provided with a rod connected to the connection passage blocking plate so that when the rod is extended, the connection passage blocking plate advances, and when the rod is retracted, And the connecting passage blocking plate is moved forward to block the inner space of the connecting barrel. When the inner space of the connecting barrel is blocked, the connecting barriers blocked by the connecting passage blocking plate are not guided to the corresponding inlet of the hopper, When the connecting passage blocking plate is retracted to open the inner space of the connecting cylinder, the hull is guided to the inlet of the hopper, Is to be operated is turned on, characterized in that configured able to control the forward and backward of the control duct and the blocking plate in the blocking plate connecting passage to supply a dose of from hopper located in the lower portion to the hopper located on the top in order to assemble.

The feeder means includes a feeder chain provided so as to be connected to the bottom of the feeder pipe as a whole and a feeder chain which is engaged with the feeder chain at a portion of the feeder chain and rotatably installed, And a drive motor for rotating the chain gear so that the feeder is fed along the feeder trays while the feeder chain is circulating to feed the feeders to the entire feeder feeder .

The hopper adjusting means is installed to be slidable upward and downward from the upper portion of the feed hopper in close contact with the outer surface of the hopper, and a control hole of a long and long hole shape is vertically formed in the middle, and when the hopper is lowered, A fixing plate provided in the front of the throttle plate so as to be in close contact with the front surface of the throttle plate and fixed to the main body of the throttle body and having a through hole communicating with the throttle hole in the middle; And a fixing bolt which is fastened to the front surface of the fixing plate and a fixing bolt which is fastened to the screw hole formed in the hopper through the communication hole and the adjusting hole through the pressing ring, The pressure ring and the fixing plate press the throttle plate to the hopper to fix the throttle plate And adjusting the amount of feed supplied along the feeder by adjusting the space between the bottom of the feeder channel and the bottom of the feeder plate by raising or lowering the feeder plate in such a manner that the adjusting ball is guided by the fixing bolt in a state where the fixing bolt is loosened .

The application of the feeding system of the seedling using the feed chain according to the present invention can automatically and conveniently supply the seedling to all the seedlings in the apartment cage, and when the number of the seedling is decreased or increased, And the amount can be easily controlled.

In addition, when the present invention is applied, a uniform quantitative amount can be supplied as a whole when a feed is supplied to a seedling, so that there is an effect that the stock feeding can be carried out efficiently and productively.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram showing the overall configuration of a feeder feed system using a feed chain according to the present invention,
FIG. 2 is a plan view for explaining a configuration of a feed aggregate feed system using a feed chain according to the present invention,
Fig. 3 and Fig. 4 are an exploded perspective view and an engaging side sectional view, respectively, showing a part of a feed aggregation system of a feeder using a feed chain according to the present invention,
5 and 6 are operation diagrams for explaining the operation states of the shuttle shutoff means and the shuttle shutoff means according to the present invention,
FIGS. 7 and 8 are operation diagrams for explaining the operation state of the feed amount adjusting means applied to the present invention,
9 and 10 are a front view and a flat sectional view for explaining the installation structure of the vibrator applied to the present invention,
11 and 12 are operation diagrams of Fig.

The present invention will now be described in detail with reference to the accompanying drawings.

1 to 4, a feeding system for feeder using a feed chain according to the present invention includes an apartment cage 10, a feeder 100, a hopper 200, a feeding guide duct 220, Means 300, a shutoff means 310, a shuttle feed means 400, a shuttle volume control means 500, and a control unit.

First, the cage 10 is a place where breeders are raised, is divided into a plurality of cells with a net shape and is installed to form a multi-layered structure. And are provided on the left and right sides, respectively, inside the below-mentioned feeder bottle 100.

Next, the feed rail 100 has a duct-shaped cross-section, which is formed in a multi-layer structure in consideration of a plurality of layers of the cage 10, both sides and lower portions thereof are closed and an upper portion thereof is opened and a feed passageway 102 is formed therein. The cage 10 is installed in a track shape so as to have a circulation shape by connecting the longitudinal and transverse feeder sections along the cage 10 arranged on the same layer so as to feed the feed to the cage 10.

Next, the hopper 200 is individually installed in each of the feeder pipes 100 and is configured to feed the feeder into each of the feeder pipes 102. [ That is, the hopper 200 is formed to have an inner space in which the hopper 200 is hollow and an inner space for storing the hopper is formed. On the upper side of the hopper 200, a hopper 202 is formed so as to feed the hopper into the inner space, An outlet 204 communicating with the outlet 100 is formed. The hopper 200 is installed to be seated on the upper portion of the feed hopper 100 and the outlet 204 and the feed passage 102 are formed to communicate with each other. At this time, the discharge port 204 and the feeder path 102 may be directly connected to each other without a cut-off structure as shown in the figure, or may be provided with a separate cut- You can also configure it to do so.

The hopper guide duct 220 is vertically installed at a position close to the hopper 100 and has a communication hole 222 formed at a position corresponding to the inlet 202 of the hopper 100.

The hopper guide duct 220 is installed so as to be connected to the hopper feeder 210 so that the hopper is guided while being fed through the hopper guide duct 220 and supplied to the hopper 100 . In this case, a load cell 212 is installed in the feed hopper 210 to sense the weight of the feed to be fed and calculate the amount of the feed through the weight, and to feed the feed to the guide duct 220.

The hopper guide ducts 220 are connected to the respective hoppers 100 through the connecting tubes 230. That is, the connection barrel 230 is installed to connect the inlet port 202 of the hopper 100 and the communication hole 222 of the diverting guide duct 220, and the inclined guide plate 232 is installed in the inner space, The guided portion guided by the communication hole 222 of the duct 220 is guided to the inlet port 202 of the hopper 100 along the inclination of the inclined guide plate 232.

The shuttle shutoff means 300 is installed at a portion of the shuttle duct 220 that corresponds to the communication hole 222 and is provided to selectively block the inner space of the shuttle guide duct 220 And is guided to the selected communicating hole 222 to be guided to the guiding duct 220.

That is, the shuttle shutoff means 300 includes a duct shielding plate hole 224 formed in a portion corresponding to the communication hole 222 in the shuttle guide duct 220, and a duct shielding plate hole 224 inserted through the duct shielding plate hole 224, A duct shielding plate 301 installed to selectively block or open the interior of the gathering guide duct 220 while being moved forward or backward into the guide duct 220 and a rod 303 connected to the duct shielding plate 301 A duct cylinder 302 for operating the duct blocking plate 301 backward when the duct blocking plate 301 is advanced and the rod 303 is contracted when the rod 303 is elongated, Guide grooves 305 for fixing the end portions of the duct blocking plate 301 are formed on the inner sides of the guide grooves 305 when the duct blocking plate 301 is moved forward or backward, A duct guider bracket 304 guided along the duct guide 304 so as to move smoothly, Is further provided to connect the ends of the bracket 304 and the duct cylinder 302 is configured to include an installation duct is supported cylinder bracket 306.

Therefore, when the duct blocking plate 301 is advanced by the operation of the duct cylinder 302 to shut off the inner space of the detoxifying duct 220, the detachment of the detoxifying duct along the duct blocking plate 301 And is discharged to the corresponding communication hole 222. When the duct blocking plate 301 is moved backward and opens the inner space of the connecting guide duct 220, the connecting members are moved to be moved along the guide duct 220.

The shutoff means 310 is installed in the connection case 230 so as to selectively block the inner space of the connection case 230 and is connected to the communication hole 222 of the shuttle duct 220 The hopper 100 can be selectively inserted into the inlet 202 of the hopper 100.

That is, the shuttle closing blocking means 310 is inserted through the connecting passage blocking plate hole 234 formed in the upper part of the connecting barrel 230 and the connecting passage blocking plate hole 234 and selectively moved forward or backward into the connecting barrel 230 A connection passage blocking plate 311 provided to selectively block or open the internal space between the communication hole 222 of the connecting guide duct 220 and the inlet port 202 of the hopper 100 and a connection passage blocking plate 311 The connecting passage blocking plate 311 is advanced and the rod 313 is retracted when the rod 313 is extended to connect the connecting passage blocking plate 311 to the connection passage cylinder 311, A guide groove 315 is formed on both sides of the connection passage blocking plate 311 and is fixed to the connection barrel 230 and the inside of the connection passage blocking plate 311 is fitted in the guide groove 315, When the blocking plate 311 is moved forward or backward, it is guided along the guide groove 315 so as to move without shaking Very is configured to include a connection route guider bracket 314 and a connecting passage guider bracket installed to connect the end portions and the connecting passage cylinder 312 of 314 are installed support bracket connecting passage cylinder 316.

Therefore, when the connection passage blocking plate 311 is advanced by the operation of the connection passage cylinder 312 to shut off the internal space of the connection tube 230, 222 are prevented from being guided to the inlet port 202 of the hopper 100 corresponding to the closure of the connection passage blocking plate 311 and the connection passage blocking plate 311 is moved backward, When the space is opened, the hopper 100 is guided into the hopper 100 to be introduced into the hopper 100.

The control unit controls the forward and backward movement of the duct blocking plate 301 and the connecting passage blocking plate 311 to supply a predetermined amount of feed from the lower hopper 100 to the upper hopper 100 Lt; / RTI >

Next, the feeder 400 circulates the feeder through the hopper 200 into the feeder path 102 and circulates the feeder into the feeder path 102 to feed the feeder 100 to the feeder 100 as a whole.

That is, the feeding means 400 includes a feeding conveying chain 410 integrally connected to the bottom of the feeding rail 100, and a feeding conveying chain 410 which is engaged with the feeding conveying chain 410 at a portion of the feeding conveying chain 410, And a drive motor 430 for rotating the chain gear 420. The chain gear 420 is disposed on the outer circumferential surface of the chain gear 420, Here, the take-off conveying chain 410 is structured to be engaged with the chain gear 420, and is configured to be able to draw the uppermost putt while moving.

Accordingly, the feeding unit 400 is operated such that the feeding unit 410 is circulated along the feeding unit 100 to feed the feeding unit to the feeding unit 100, and the feeding unit 400 feeds the feeding unit to the feeding unit 100.

Next, the feed amount adjusting means 500 is provided at a connecting portion between the hopper 100 and the feeder bottle 100, that is, at a portion of the feeder bottle 100 from which the feeder is discharged from the hopper 200, Space to selectively adjust the amount of feed supplied along the feed passage 102.

That is, the controlling unit 500 is installed to be slidable upward and downward from the upper portion of the feed hopper 100 in close contact with the outer surface of the hopper 200, and a control hole 512 of a long, And is fixed to the front end of the adjusting plate 510 and fixed to the feeder bar 100. The adjusting plate 510 is installed to block the feeder passage 102 of the feeding barrel 100 when the feeding barrel 100 descends, A fixing plate 520 having a communicating hole 522 corresponding to the adjusting hole 512 inserted thereinto, a screw hole 206 formed in a portion of the hopper 200 corresponding to the communicating hole 522, A presser ring 530 provided so as to be in tight contact with the front surface of the hopper 520 and a screw hole 520 formed in the hopper 200 through the communication hole 522 and the adjustment hole 512, And a fixing bolt 540 which is fixed to the fixing bolt 540. The control panel 510 is integrally formed by bending the handle 514 so that the control panel 510 can be lifted up or down by the hand of the grower. The upper ends of both ends of the main body 100 are bent to be partially bent horizontally in the direction of the main body path 102 and are fixed to the fixed plate 520 on both sides of the main body 100 in correspondence with the bent portions 104 of the main body 100 The fixing plate 524 is formed so that the fixing plate 520 can move along the feeder 100 while the fixing groove 524 is fixed so as not to move up and down in a manner that the fixing groove 524 is fitted in the bent portion 104. That is, when the fixing plate 520 moves forward and presses the adjusting plate 510, the position of the adjusting plate 510 is fixed and when the fixing plate 520 is moved backward, the position of the adjusting plate 510 can be adjusted up and down. At this time, a cutout groove 106 into which the throttle plate 510 can be inserted is formed in a part of the bent portion 104.

Therefore, when the fixing bolt 540 is fastened to the screw hole 206, the pressing ring 530 and the fixing plate 520 press the throttle plate 510 to the hopper 200, The adjusting bolt 540 is loosened so that the adjusting bolt 540 is guided by the adjusting bolt 540 so that the adjusting plate 510 is moved upward or downward to be guided by the fixing bolt 540, And adjust the amount of feed supplied along the transverse feed hatching 110 by adjusting the space between the bottom of the regulating plate 510 and the bottom of the regulating plate 510.

The control unit includes a feed control unit 300 and a feed shutoff unit 310. The feed shutoff unit 300 and the feed feed unit 400 ) To operate in a quantitative manner to feed the breeders. Particularly, when the feeder is completely filled in the feeder 100, the control unit prevents the feeders from being easily fed to the feeder 100 and feeds the feeder 100 to the feeder 100, So as to be controlled to be operated while slowly circulating.

In the present invention, a feed return duct 240 is provided between the feed guide duct 220 and the feed feeder 210, and a feed returner 242 is installed in the feed return duct 240. Accordingly, when the feeding of the feed is completed, the feed remaining in the feed guide duct 220 is collected in the feed feeding cylinder 210 and is supplied to the feed feeding cylinder 210 so that the feed can be always supplied in a constant amount.

In the meantime, although the hopper 200 is shown as being installed in one place in the feeder 100 as a whole, according to the installation place and the length of the feeder, the hopper is installed at two places corresponding to the upper and lower sides of the feeder, It could also be configured to handle about half of the feeders.

In the meantime, according to the present invention, when a vibrator is installed in a hopper 200 and the hopper 200 is filled for the first time, when the hopper 200 vibrates and the hopper 200 vibrates, It can be configured to be filled.

In addition, it is preferable that the hopper 200 is installed so that the vibrator can be interchangeably fixed by a separate fixing means so that maintenance can be easily performed when there is an abnormality.

Here, the fixing means may be a method in which a bracket is installed and detachably fixed without a separate tool.

9 and 10, the fixing means includes a mounting plate 11 fixedly installed on the front surface of the vibrator 10 and formed in a size larger in diameter than the vibrator 10, And an insertion groove 21 for fixing the mounting plate 11 is formed on the inner surface of the insertion groove 21. The insertion groove 21 is formed such that an upper portion thereof is opened so as to fit the mounting plate 11 thereon, Shaped fixing bracket 20 formed with an opening 22 for exposing the upper surface of the fixing bracket 20 and an opening and closing member for selectively opening and closing the upper portion of the insertion groove 21 .

The opening and closing member is fixed to the hopper 200 so as to be spaced apart from the side surface of the fixing bracket 20 and is fixed to the rod hole 23 in part A support block 30 in which a slide hole 31 is formed so as to extend through the slide hole 31 and a rod hole 23 which is assembled to be inserted into the rod hole 23 and the slide hole 31, And a second fixing hole 42 is formed in the rear of the first fixing hole 41 so as to penetrate the upper and lower sides of the second fixing hole 42. The fixing rod 40 is fixed to the front surface of the supporting block 30, And a pin head 51 having a larger diameter than the pin hole 32a is integrally formed on the front surface so as not to be separated through the pin hole 32a, The rear end is selectively inserted into the first fixing hole 41 or the second fixing hole 42 to restrict the movement of the blocking bar 40 The pin 50 is fixed to the middle portion of the fixing pin 50 and is fixed to the blocking rod 40 when the fixing pin 50 is inserted into the first fixing hole 41 or the second fixing hole 42 And a spring 53 which is assembled to be fitted to the fixing pin 50 between the support base 32 and the spring support 52 and urges the fixing pin 50 in the fixing hole direction .

When the vibrator 10 is fixedly installed using the fixing means configured as described above, the fixing pin 50 is pulled to the front by holding the pin head 51 of the fixing pin 50 as shown in Fig. 11, The blocking bar 40 is pulled laterally in a state in which it is released from the second fixing hole 42 so that the insertion groove 21 of the fixing bracket 20 is opened upward. At this time, the fixing pin 50 is inserted and fixed in the first fixing hole 41. In this state, the mounting plate 11 fixed to the vibrator 10 is inserted into the insertion groove 21 of the fixing bracket 20 as shown in Fig. 12, and then the pin head 51 of the fixing pin 50 The stopper rod 40 is pushed in the lateral direction while holding the stopper pin 50 in the state of being disengaged from the second fixing hole 42 so that the stopper rod 40 blocks the upper end of the insertion groove 21 , So that the fixing bracket 20 is prevented from escaping in the upward direction of the insertion groove 21 as shown in FIG. At this time, the fixing pin 50 is inserted into the second fixing hole 42 and remains fixed. When the fixing pin 50 is pulled toward the front side, the spring 53 is compressed and then the fixing pin 50 is pressed against the fixing pin 50. [ The spring 53 is restored and inserted into the first fixing hole 41 or the second fixing hole 42 by the force to maintain the fixed state.

When the vibrator 10 is to be replaced for maintenance, the fixing pin 50 is pulled out to the front of the second fixing hole 42, and then the blocking bar 40 is pulled to remove the blocking bar 40 The fixing pin 50 is inserted into the first fixing hole 41 as shown in FIG. 12 and then the vibrator 10 is moved together with the mounting plate 11 It can be separated from the insertion groove 21 of the fixing bracket 20.

Now, the operating relationship of the feed aggregate feed system using the feed chain according to the present invention will be described.

In order to supply the seedling to the seedling using the present invention, the seedling feeder 210 first feeds the seedling in a predetermined amount and guides the seedling through the feeding guide duct 220. Then, according to the control of the control unit, the shuttle shutoff means 300 and the shuttle shutoff means 310 are operated to fill the hopper 100 in the lower portion and the hopper 100 in the upper portion sequentially .

5, the upper portion of the duct blocking plate 301 is moved backward to open the inner space of the feeding guide duct 220 and the connecting passage blocking plate (not shown) 311 are advanced to block the inner space of the connection barrel 230 and the duct blocking plate 301 located at the lower portion is advanced to block the inner space of the feeding guide duct 220 and to close the connection passage blocking plate 311 And opens the inner space of the connection barrel 230 to open the inner space of the connection barrel 230, The hopper 100 is then inserted into the connection barrel 230 through the communication hole 222 corresponding to the closure of the duct shielding plate 301 located at the lower portion thereof and is guided along the inclined guide plate 232 in the coupling barrel 230 And is introduced into the hopper 100 located at the lower portion.

When the hopper 100 located at the lower portion is filled with the hopper 100 and the hopper 100 located at the upper portion is filled with the hopper 100, the connecting passage blocking plate 311 located at the lower portion is moved forward as shown in FIG. 6, The inner space of the shuttle guide duct 220 is blocked and the connection pathway shutoff plate 311 is moved backward so that the inner space of the connection barrel 230 is opened After the space is opened, a feed of a fixed amount of food is again supplied to the guide duct 220 in the feeder container 210. The hopper 100 is inserted into the connection barrel 230 through the communication hole 222 corresponding to the closure of the upper shutoff plate 301 located at the upper portion of the hopper 100, And is introduced into the hopper 100 positioned at the upper portion.

In this manner, the hopper 100 positioned at the lower portion and the hopper 100 positioned at the upper portion sequentially are filled with a predetermined amount of the hopper. At this time, the waste water is discharged through the discharge port 204 of the collecting hopper 100 guided to the hopper 100, and is guided to the feedtrain 102 of the feedtop 100 to be accumulated in a part thereof.

Then, when the hopper 200 is guided to the hopper 200 and supplied to the feeder path 102, the control unit controls the feeder means 400 to drive the drive motor 430 so that the feeder chain 410 pulls the feeder Thereby feeding the feed to the feed canal 100 as a whole.

At this time, the present invention differentially controls the speed of the feeding unit 400 when the control unit feeds the feed to the feeder 100 and when the feeders comfortably eat the feeder. That is, when the feeder chain 410 is rotated once for the first time to feed the feeder 100 to the entire feeder 100, the feeder chain 100 is fed in a feeder chain 410) is rapidly operating so that the feeder can rapidly circulate along the feeder 100 so that the feeder can not easily feed the feeder. When the feed is completely filled in the feeder 100, the feeder chain 410 is slowly operated so that the feeder slowly circulates along the feeder 100 to control all the feeders to eat the feeder.

According to such an operation, the present invention can supply a uniform quantitative amount as a whole when supplying the seedling to the seedling, thus enabling effective breeding.

Meanwhile, the present invention adjusts the amount of feed to be fed using the feed amount adjusting means 500 according to the number of the species of the seedling. That is, as shown in FIG. 7, when the control panel 510 is lowered and the space through which the food is discharged is relatively small, a relatively small amount of food is supplied and the control panel 510 is lifted up as shown in FIG. A relatively large amount of feed is supplied. Accordingly, it is possible to adjust the amount of the feed to the feeder 100 according to the height of the adjuster 510.

At this time, in the height adjustment of the adjustment plate 510, when the fixing bolt 540 is loosened, the maker holds the knob 514 of the adjustment plate 510 and adjusts the height of the adjustment plate 510. When the adjustment of the height of the adjustment plate 510 is completed The fixing bolt 540 is rotated in the direction of fastening to the screw hole 206 so that the fixing bolt 540 pushes the pressing ring 530 and the fixing plate 520 so that the adjusting plate 510 closely contacts the hopper 200 The adjustment plate 510 may be fixed.

While the present invention has been particularly shown and described with reference to specific embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. Anyone who can afford it will know.

10: Cage 100: Feeders
102: Feeder 200: Hopper
202: Inlet port 204: Outlet port
210: Feed feeder 212: Load cell
220: Feed guide duct 222:
230: connecting bar 234: inclined guide plate
300: conveying shutoff means 301: duct blocking plate
310: shut-off blocking means 311: connection blocking plate
400: Feed feeding means 410: Feed feeding chain
420: chain gear 430: drive motor
500: Feed amount adjusting means 510: Throttle plate
520: fixing plate 530: pressure ring
540: Fixing bolt

Claims (5)

An apartment-type cage which is divided into a plurality of spaces and installed in a multi-layered structure and in which breeders are raised;
A feedtop provided in a circulation manner along a cage arranged in the same layer so as to supply a feed to the cage, the feed cage having a duct-shaped cross section in which both sides and a lower portion are closed and an upper portion is opened and a feed passage is formed therein;
A plurality of hoppers which are respectively installed in the feeder trays and in which an inlet is formed at one side of the upper part so as to feed the feeder into the inner space and a discharge port communicating with the feeder pipes is formed at the bottom,
A hopper guide duct vertically installed at a position close to the hopper and having a communicating hole at a position corresponding to the inlet of the hopper;
A connection pipe provided in the inner space to connect the inlet port of the hopper and the communication hole of the hopper guide duct and the inclined guide plate is installed in the inner space so that the hopper guided by the communication hole of the hopper guide duct is guided to the inlet of the hopper;
A feeder connected to the upper portion of the feeding guide duct and configured to feed a predetermined amount of feed to the guide duct while detecting the weight of the feeder provided with the load cell and calculating the amount of the feeder through the weight;
A plurality of feed ducts respectively installed at portions corresponding to the communication holes of the feeding guide duct to selectively open the inner spaces of the feeding guide ducts so that the feeds guided by the feeding guide ducts can be discharged to the selected communication holes Blocking means;
Closing means for selectively closing the inner space of the connecting barrel so as to be selectively inserted into the inlet of the hopper, the honeycomb guided by the communicating hole of the connecting guide duct being selectively inserted into the connecting barrel;
A feeder for feeding the feeder to the entire feeder can by circulating the feeder into the feeder through the feeder when the feeder is fed through the hopper;
A feed amount regulating means for regulating the amount of feed supplied along the feed passage by selectively controlling the space of the feed passage at the connection portion between the hopper and the feeder bar; And
The control means controls the operation of the feeding shutoff means, the feeding shutoff means, and the feeding means, and when all the feeders are supplied to the feeder through the feeder means, When the mosquitoes are completely filled in the mosquitoes, the mosquitoes are rapidly circulated along the mosquitoes so that the breeders can not easily eat the mosquitoes. When the mosquitoes are totally filled, the mosquitoes slowly circulate along the mosquitoes so that all the servants can eat together ;
Wherein the feeding system comprises a feed chain and a feed chain.
The method according to claim 1,
Wherein a feed return duct is provided between the feed guide duct and the feed feeder and a feeder is provided in the feeder return duct to return the feeder remaining in the feed guide duct to the feeder after the feeding of the feeder is finished Feed aggregation system using feed chain.
The method according to claim 1,
Wherein the shuttle shutting-
A duct shielding plate hole formed at a portion corresponding to the communication hole in the diverting guide duct, and a duct inserted through the duct blocking plate hole to selectively block or open the inner space of the diverting guide duct while being selectively moved backward or backward into the diverting guide duct, And a duct cylinder which is installed to be fixed to the dam guide duct and is installed so as to be connected to the duct blocking plate so that the duct blocking plate is advanced when the rod is extended and the duct blocking plate is operated backward when the rod is retracted,
When the duct blocking plate is advanced to block the inner space of the shutting guide duct, the shutters inserted along the shuttle duct are blocked by the duct blocking plate and are discharged to the corresponding communication holes. When the duct blocking plate is retracted to open the inner space of the shuttle duct The feeder is operated to feed along the guide duct,
The clogging-
A connection passage blocking plate provided on the upper portion of the connecting barrel, a connection passage blocking plate inserted through the connection passage blocking plate and selectively opening or closing the connection barrel inner space while being selectively moved forward or backward into the connecting barrel, And a connecting passage cylinder which is installed to be connected to the connecting passage blocking plate so as to be connected to the rod so that the connecting passage blocking plate is advanced when the rod is extended and the connecting passage blocking plate is operated backward when the rod is retracted,
When the connecting passage blocking plate is advanced to block the inner space of the connecting barrel, the bunch drawn along the communication hole of the connecting guide duct is blocked by the connecting passage blocking plate and is not guided to the inlet of the corresponding hopper, When the inner space of the barrel is opened, the barb is guided to the inlet of the hopper and is put into the hopper,
Wherein the controller controls the forward and backward movement of the duct blocking plate and the connecting passage blocking plate so as to supply a predetermined amount of feed from the lower hopper to the upper hopper sequentially. Supply system.
The method according to claim 1,
Wherein the feeder unit
A feed conveyor chain connected to the bottom of the feeder pipe as a whole,
A chain gear which is engaged with the feed conveyor chain and is rotatably installed at a portion of the feed conveyor chain so as to pull the engaged feed conveyor chain and move in one direction;
And a drive motor for rotating the chain gear,
Wherein the feeder chain is fed along the feeder chain while feeding the feeder into the feeder chain so that the feeder feeds the feeder to the entire feeder chain.
The method according to claim 1,
The controlling means for controlling the amount of rice,
A control plate installed to be slidable upward and downward from an upper portion of the feed hopper in close contact with the outer surface of the hopper and having an adjustable hole having a long slit-like shape vertically formed in the middle thereof and shutting off the feed-
A fixing plate which is in close contact with the front surface of the throttle plate in front of the throttle plate and is fixed to the main body and has a through hole corresponding to the throttle hole,
A screw hole formed in a portion of the hopper corresponding to a communication hole,
A pressure ring provided so as to be in close contact with the front surface of the fixing plate,
And a fixing bolt passing through the pressure ring and being fastened to a screw hole formed in the hopper through a communication hole and a control hole,
As the fixing bolt is fastened to the screw hole, the pressing ring and the fixing plate push the adjusting plate to the hopper by the pressing force to fix the adjusting plate, and when the fixing bolt is loosened, the adjusting ball is guided to the fixing bolt And adjusting the space between the bottom of the feeder channel and the lower end of the regulating plate to adjust the amount of feed supplied along the feeder chain.

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