KR101452630B1 - Mixing supply device of feed and water - Google Patents

Abstract

The present invention relates to a device for mixing and supplying a liquid fodder. More specifically, a fodder and potable water are evenly mixed in order to be provided as a liquid, which promotes feeding and growth of livestock. To this end, the device of the present invention comprises: a hopper in which a fodder is contained and which has a fodder discharging hole formed at the bottom thereof; a fodder support which is installed at the bottom of the hopper; a fodder supplying means which provides a fodder to the fodder support; a water supplying means which supplies potable water; and a controller which controls the operation of the device. The device of the present invention comprises: a support frame which is installed at the edge thereof in order to fix the hopper and fodder support; a fodder supplying means which restrictedly supplies the fodder to the fodder support through a discharging pipe connected with the bottom of the fodder discharging hole according to the rotation of a central shaft in the hopper; a water supplying means in which the bottom end of a central shaft having the top end connected with a water pipe is inserted in the fodder support and which supplies the potable water to the bottom fodder support through an inner water supplying path of the central shaft; and a mixing means which is installed at the bottom of the fodder discharging pipe and mixes the fodder with water.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid feed mixing and feeding apparatus, and more particularly, to a liquid feed mixing and feeding apparatus that feeds and feeds livestock and mixes evenly with feed and drinking water.

Generally, feeds and drinking water are fed to livestock such as pigs, cows, goats, sheep, etc. (hereinafter referred to as "livestock") raised in farmhouses or farmhouses, and the feed and water are supplied simultaneously Or a dry method in which feed and water are separately provided.

Hereinafter, a conventional prior art relating to an electronic wet feeder will be described. A domestic registered utility model No. 0422989 (2006.07.26) proposed by the same applicant as the applicant of the present invention, Patent No. 0952282 (Apr. 02, 2010), and Domestic Registered Patent No. 1247818 (March 20, 2013), and the detailed description thereof will be omitted as it is already known.

However, in the prior art, the feed is wetted with water as it is discharged through the feed outlet, and at this time, the residue is adsorbed on the feed outlet, the protective cover, and the central protrusion of the feed support. In addition, as the feed residue is clumped or stagnated, the discharge passage is clogged and the feed supply is not smooth. In particular, the production cost is high, the feed and water are not mixed well, the blending rate is uneven, the food intake rate is significantly lowered, and the growth and development of the livestock is deteriorated.

Especially in the summer when the temperature is high, the water is very bad due to the heat, and the feed remaining in the feed stand is polluted or corrupted in a short time, which is unsanitary. This causes bad odors, bacteria and harmful bacteria, and acts as a major cause of various diseases. In particular, the smell of corrupted feeds causes a significant decrease in the intake, which leads directly to the loss of feed and increases the loss. In addition, since the water supply pipe for supplying drinking water is exposed to the outside, when the water is discharged, the livestock is often damaged or damaged by watering or shocking the water, and waste water of the drinking water is seriously wasted. There was this weighted problem.

1. Domestic registration utility model No. 0422989 (2006. 26, 2006, the same invention by the present applicant) 2. Domestic registered patent No. 0952282 (April 02, 2010, the same invention by the present applicant) 3. Domestic registered patent No. 1247818 (March 20, 2013, the same invention by the present applicant)

It is an object of the present invention to provide a liquid feed mixing and feeding device capable of increasing the intake rate without leaving food as feeding a proper amount in accordance with the growing time of the livestock in a state that the feed and drinking water are uniformly mixed through the feed outlet of the hopper There is.

Another object of the present invention is to provide an automatic mixing and feeding apparatus which can increase the amount of food intake by feeding warm water at a temperature suitable for feeding the livestock with the feed.

In the present invention, when the liquid feed in the feed tray is sensed by the sensing means, the feed is restored only after the feed of the feed support is sufficiently consumed by the double detection sensor for detecting the low level (L1) and the high level Another object of the present invention is to provide a liquid feed mixture feeding apparatus which can reduce the loss of feed and can be efficiently managed.

The present invention relates to a feeder for feeding feedstuffs, a feeder for feeding feedstuffs, a feeder for feeding feedstuffs, a feeder for feeding feedstuffs, a feeder for feeding feedstuffs, a hopper for feeding feedstuffs, A feed frame mounted on an edge of the feed frame for fixing the hopper and the feed support; Feeding means for feeding the feed to the feed support in a limited manner through a discharge pipe connected to the feed outlet under the rotation of the central shaft in the hopper; A lower end of a central shaft connected to an upper end of the central shaft is inserted into a feed support and a drinking water is supplied to a lower feed support through an inner water supply passage of the central shaft and a water supply means provided with a swivel connector for connecting a water supply pipe to an upper end of the central shaft ; First and second mixing means provided below the discharge tube for mixing the feed and water; And a remaining amount detecting means for detecting the remaining amount of the internal wet feed of the feed supporter.

According to another aspect of the present invention, the feeder includes a center shaft rotatably installed at an inner center of the hopper; A basket coupled to the lower end of the feed outlet to receive feed and a discharge outlet to the lower outlet; A guide which is sandwiched by the central axis and distributes the feed to the edge of the basket; A feed discharging bar provided between the guide and the basket and rotating together with the central axis to discharge the feed at the edge of the basket into the central passage; And driving means provided on the upper frame for rotating the central axis.

Further, according to the present invention, the driving means may include: a driving motor attached to the upper frame to generate a rotational force; Power transmission means for transmitting and rotating the rotational force of the drive motor to the central axis; And a rotating battery unit rotatably supporting the center shaft.

In addition, according to the present invention, the power transmitting means is composed of a speed reducer having a worm and a worm wheel.

According to the present invention, the first mixing means is characterized in that the discharge tube is positioned at a central recessed portion of the feed pedestal and the first mixer is provided at the recessed portion.

In addition, according to the present invention, a second elastic body for preventing the adsorption of feed on the inner side of the discharge tube is provided.

According to another aspect of the present invention, the water supply means includes hot water generating means for supplying hot water to the water supply pipe; And a valve for supplying or blocking the hot water by the hot water generating means.

According to the present invention, the second mixing means comprises: a second basket provided at an upper portion of the feed supporter, the feed being fed from the upper feed discharge pipe and the water supplied through the central axis, and having a discharge port at the center; A second mixer which is sandwiched between the inner side of the second basket and the central axis and mixes feed and water; An opening / closing portion for blocking or opening the outlet at the lower portion of the second mixer; A rotary actuator coupled to the central axis at an upper portion of the second mixer and rotated together with the rotary shaft; And a fourth elastic body inserted into the center shaft and returning the opening / closing port to the original position to be separated from the outlet port.

delete

According to the present invention, the remaining amount sensing means may include a first sensing sensor provided in the state of being close to the inner bottom surface of the feed supporter and sensing a low level of the wet feed, a second sensing sensor provided above the first sensing sensor, And a second detection sensor for detecting the second detection signal.

In addition, according to the present invention, the first and second sensing sensors are surrounded by an insulating material so as to prevent electric leakage, and are supported so as to be adjustable in height by a fixture attached to the support frame.

The present invention has the effect of increasing the feed intake rate and promoting growth and development by mixing the feed and water evenly so that the livestock feeds the liquid feed automatically. Accordingly, the feed at the edge of the feed outlet is fed through the central discharge tube while the feed bar is rotated, and at the same time, the feed is uniformly mixed with the water to provide the feed to the livestock without being clumped or lumpy.

The present invention is characterized in that the elastic body provided inside the discharge tube and the discharge port separates the feed residue to smoothly feed the feed and spray the water through the hole formed in the lower side of the central shaft and clean the periphery of the discharge portion of the feed and water, It is very hygienic.

In addition, the present invention is advantageous in preventing damage or contamination due to water being supplied through an internal water passage of the central axis so that it is not exposed to the outside, and in particular, it prevents watering of livestock during the summer season, thereby reducing loss of drinking water and feed. And the hopper and feed holder are firmly fixed to the edge support frame, so that it is stable and durable, and the construction of the apparatus is simplified, so that it is easy to manufacture, and the manufacturing cost and the product price can be reduced.

The present invention includes a low-water level sensor and a high-water level sensor as sensing means for sensing drinking water and feed in the diathesis pedestal, thereby precisely detecting the wet-type feed and accurate without any risk of error or error. In other words, after the livestock has exhausted enough feed in the feed stand, feed and drinking water are not fed until the feed support is kept in an unneeded state, so feed and drinking water are prevented from being lost, and always clean and sanitary, unnecessary control It is possible to reduce the loss of manpower because it is not required to follow the control and feeding operation and management. In addition, the height of the sensing means can be adjusted to easily adjust the supply amount of feed and drinking water according to the feeding model (type, specification, etc.), that is, the growth state of the livestock, season and season.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view of a liquid feed mixer according to a first preferred embodiment of the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
FIG. 3 is a use state diagram of a liquid feed mix feeding apparatus according to the present invention. FIG.
Fig. 4 is an operational state diagram of a liquid feed mix feeding apparatus according to the present invention. Fig.
FIG. 5 is a cross-sectional view of a second mixing means 100, which is the main part of a liquid feed mix feeding device according to a second embodiment of the present invention. FIG.
6 is an operational state diagram of a second mixing means 100 according to a second embodiment of the present invention.
7 is a cross-sectional view of a third mixing means 100a, which is the main part of a liquid feed mix feeding device according to a third embodiment of the present invention.
8 is an operational state diagram of a third mixing means 100a according to the third embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The present invention will now be described in detail with reference to the accompanying drawings. According to the above-mentioned drawings, the present invention is characterized in that it comprises a hopper (12) containing a feed and a feed outlet (13) at the bottom, a feed holder (14) provided below the hopper, And a controller (90) for controlling the operation of the device. The liquid feed mixing and feeding device is provided at an edge for fixing the hopper (12) and the feed support (14) A support frame 17; A feeder unit 14 for feeding the feeder 14 to the feeder 14 through a discharge tube 42 connected to the feeder outlet 13 in accordance with the rotation of the central shaft 20 in the hopper 12, (21); A lower end of a central shaft 20 connected to an upper end of the water pipe 72 is inserted into the feed support 14 and a water supply for supplying drinking water to the lower feed support 14 through the inner water supply passage of the central shaft 20 Means 60; And first and second mixing means (32, 100) provided below the discharge tube (42) for mixing the feed and water.

The following is a detailed description.

First, the liquid feed mixing and feeding apparatus 10 of the present invention comprises a hopper 12 for containing feed, a feed support 14 provided below the hopper, a feed supply unit 21 provided at the lower part of the hopper, A control unit 90 for controlling the overall operation of the apparatus, and the like.

The hopper 12 has a cone having a cylindrical shape which is opened and closed by an upper lid and narrows downward as it goes down. A feed outlet 13 is formed at a lower end of the hopper 12. A basket 22 is coupled to a lower end of the feed outlet, And the center shaft 20 passes vertically through the center. The hopper is fixed by a support frame 17. The support frame 17 stands upright on the edge of the feed support 14 and the upper frame 18 is installed horizontally across the hopper, To fix the hopper. The support frame 17 is coupled to both sides of the feed pedestal and stands upright. The upper frame 18 is coupled to the support frame 17 and the hopper is fixed to the pedestal 19. The pedestal 19a is horizontally installed below the support frame 17, .

The feed supporter 14 has a concave upper surface and a conical protrusion 15 at the center, so that the feed supporter 14 flows down along the protrusion in a wet (liquid) state in which feed and water are mixed. The projecting portion 15 is provided with a concave recessed portion 16 on its upper surface and a first mixing means 32 is provided.

According to the present invention, the feed unit 21 includes a center shaft 20 rotatably installed at an inner center of the hopper 12; A basket 22 coupled to a lower end of the feed outlet 13 to receive feed and a discharge tube 42 connected to a lower end of the feed outlet; A guide (25) sandwiched between the central shaft (20) and dispersing the feed to the edge of the basket (22); A feed discharge bar 26 provided between the guide port 25 and the basket 22 and rotating together with the central axis 20 to discharge the feed at the edge of the basket 22 into the central passage; And driving means (50) provided on the upper frame (18) for rotating the central shaft (20).

In other words, the basket (22) has a conical discharge port (22) at the center of the bottom surface, so that the discharge tube body (42) smoothly discharges the food and is connected to the discharge port is inserted into the center of the feed support. The conical guide 25 inserted in the basket and the discharge tube is inserted into the center shaft 20. The conical guide 25 is slidable in the vertical direction, Is rotated by the central axis while being seated in the basket. At this time, the tubular body 27 coupled with the feed discharging bar 26 is pivoted on the central axis and rotated and assembled by the key 29 and the key groove 29a.

According to the present invention, the driving means (50) includes a driving motor (52) attached to the upper frame (18) to generate a rotational force; Power transmission means for transmitting and rotating the rotational force of the drive motor (52) to the center shaft (20); And a rotating shaft (56) rotatably supporting the center shaft (20). That is, the driving means 50 for rotating the center shaft 20 rotates the central axis through the power transmitting means. At this time, the center shaft 20 is rotatably supported by the rotating shaft 56 attached to the upper frame, and the rotating shaft 56 includes friction reducing means such as a bearing, a washer, or the like. The power transmitting means is configured to rotate the center shaft by the driving gear 54 and the driven gear 55 and includes a transmission and the like. Particularly, it is preferable that the power transmission means includes a drive gear 54 and a driven gear 55 as a worm and a worm wheel as shown in the drawing. By applying the reduction gear using the worm and the worm wheel, the reduction ratio is reduced and the driving force of the center shaft is excellent. Alternatively, the power transmission means may be constituted selectively by a belt, a pulley, a chain, and a sprocket.

The center shaft 20 is made of a hollow tube and is supplied with water through the internal water passage 20a and has a hole 20b formed in the lower side thereof to wash the inside of the discharge tube. And is connected to the water supply pipe through a swivel connector 58 coupled to the upper end of the central shaft, thereby rotating the central shaft and supplying water smoothly.

When the feed in the hopper is lowered to the edge of the basket by the guide 25, the feed discharging bar 26 rotates and flows to the central outlet 23 and flows down. At this time, the feed discharging bar 26 is provided with a scraper 28 at an end thereof so that feed is accumulated on the inner surfaces of the hopper 12 and the feed discharging port 13 without accumulation.

According to the present invention, a second elastic body 45 for preventing the adsorption of feed is provided inside the discharge tube 42. That is, the second elastic body 45 is provided on the inner side of the discharge tube 42 so that the second elastic body is separated so as not to accumulate the feed residue as it rotates together with the central axis while elastically contacting the inner surface of the discharge tube. In addition, the discharge port 23 is also provided with the first elastic body 30 so that the feed can be cleanly separated without adsorbing it, which is very hygienic. The first and second elastic bodies 30 and 45 are preferably coil springs and include an elastic bar, a hard synthetic resin, and an elastic material that are restored while elastically contacting the discharge port or the inner surface of the discharge tube.

According to the present invention, the first mixing means 32 is arranged such that the discharge tube 42 is located at the central recessed portion 16 of the feed holder 14 and the first mixer 34 is provided at the recessed portion 16 . In other words, the feed through the discharge tube 42 and the water through the central shaft 20 are introduced into the recessed portion 16, mixed with the first mixer 34, and flowed to the slope of the protruded portion. To this end, the first mixer 34 has a center rod 36 inserted into the lower end water passage of the center shaft, and a plurality of rotary vanes are radially provided around the lower end of the center rod 36. A cover (44) coupled to the lower end of the discharge tube (42) covers the concave portion (16) and prevents the feed water mixed with the water while being spaced apart from the upper surface of the concave portion by a predetermined distance, To flow naturally along the protrusion.

The discharge tube 42 is fitted to the inside of the discharge port and is vertically supported by a pedestal 19a attached to the support frame 17 and a third elastic body 46 and a protective tube 48 are coupled to the outside do. The protective tube 48 is supported on a pedestal and an upper end of the retaining ring 49 is fitted to the stopper 24 of the discharge port to support the hopper and a ring groove 43 is formed at the intermediate portion and the lower portion to fix the elastic body and the tube. . Thus, the discharge tube 42 is vertically operable since the stopper of the intermediate portion is stuck on the pedestal in a state in which the discharge tube 42 is downwardly pressed by the third elastic body 46. That is, the discharge tube exposed under the protection tube is lifted to expose the recessed portion 16 and the first mixer 34, so that it can be cleanly cleaned, and maintenance and the like are easy.

The water supply means 60 supplies drinking water for making the liquid feed and warms the water supplied through the water pipe 72 with the hot water generating means 70 to supply it to the water supply pipe 62.

According to the present invention, the water supply means (60) comprises hot water generating means (70) for supplying hot water to the water supply pipe (62); A valve for supplying or blocking a water supply through the hot water generating means (70); And a swivel connector (58) for connecting the water supply pipe (62) to the central shaft (20). That is, the water supply pipe 62 is connected through the swivel connector 58 coupled to the upper end of the central shaft, and hot water is supplied to the water supply pipe from the hot water generating means 70. The hot water generating means 70 is provided with a heating means such as an electric heater in the water tank to generate hot water in a short period of time and adjust the temperature by the front temperature regulator 71. The hot water generated by the hot water generating means 70 is supplied to the water supply pipe through the connection pipe 76 and the connection pipe 76 is provided with the on-off valve 64 and the control valve 63 for controlling the water supply amount. The connection pipe (76) is provided with an auxiliary tank (74) for storing hot water and an air valve (78) for extracting air in the pipe body.

The on-off valve 64 is preferably a solenoid valve, such as a solenoid valve, which opens and closes the water supply, and is electrically connected to the controller and automatically opened and closed. In addition, the control valve (63) adjusts the water supply amount to properly control the mixing ratio of feed and water, and prevents the water from being suddenly poured by the water pressure when the open / close valve is opened.

5 and 6, a second mixing means 100 for evenly mixing feed and water is provided between the hopper and the feed support, A sufficient amount of the mixed feed is fed to the feed support.

Accordingly, the second mixing means 100 of the present invention is provided at the upper portion of the feed supporter 14, and contains feed fed from the upper discharge tube 42 and water supplied through the central shaft 20. A second basket 102 having an outlet 103 at the center; A second mixer (120) sandwiched between the central axis (20) and the feed and water in the second basket (102); An opening / closing port 110 for blocking or opening the outlet 103 at a lower portion of the second mixer 120; A rotary actuator 112 coupled to the central shaft 20 at the upper portion of the second mixer 120 and rotating together with the rotary shaft 112 and a rotary actuator 112 fitted in the central shaft 20, A door 114 for opening / closing the door 110 to block the outlet 103; And a fourth elastic body 116 that is inserted into the center shaft 20 and returns the opening / closing port 110 to the original position and separates the opening / closing port 110 from the outlet port 103.

In other words, the second basket 102 formed at the center of the second basket 102 is fixed to the pedestal while the lower end of the second basket 102 is inserted into the feed support and the outlet 103 is connected to the pedestal And a second mixer 120 is provided inside the second basket. The second mixer 120 has a plurality of radial openings 114 formed in the upper and lower portions of the second mixer 120. The upper and lower rails 114 are connected to upper rotation actuators 112). The opening / closing port 110 provided at the lower portion of the second mixer is coupled to the lower portion of the elevation opening 114 to open or close the outlet 103.

That is, the rotary actuating unit 112 and the elevating opening 114 are pressed down by pressing the elevating opening 114 while the rotary actuating unit 112 is rotated while the contact surface is in contact with the oblique inclined surface 115, . At this time, the rotary stirrer mixes the feed and water while the second mixer keeps rotating while the end is engaged with the middle part of the inclined surface. At this time, the center basket is rotated in the second basket, the feed of the upper basket 22 is inserted, and at the same time, the drinking water flows in through the hole 20b in the central axis and mixed evenly. In addition, the friction reducing member 122 provided between the opening / closing port 110 and the second mixer 120 minimizes the rotational friction between the second mixer and the opening / closing port, thereby smoothly rotating. The friction reducing member 122 is made of a synthetic resin, a seal, a packing, a washer, or the like, and is preferably made of Teflon (PTFF).

When the rotation is stopped after the outlet has been sufficiently mixed with the outlet being blocked as described above, the opening and closing port is opened by the fourth elastic body 116 coupled to the lower end of the center shaft to return to the original position, And put into the feed support. The fourth elastic body 116 closely contacts the upper surface of the snap ring 117 coupled to the lower portion of the center shaft and closely fits the opening / closing port.

In addition, the second discharge tube 104 has a fifth elastic body 105 on its inner side to separate feed residue and smooth feed discharge.

The third mixing means 100a of the liquid-type feed mixer according to the third embodiment of the present invention will now be described with reference to FIGS. 7 and 8. FIG.

The third mixing means 100a according to the third embodiment of the present invention includes a second basket 102 having a second mixer 120 between the basket 22 and the feed support, The discharge port 103 is opened or blocked by the lower door 110. A door 110 is provided below the lower end portion 103a of the discharge port and a door 114 coupled to the opening and closing port is inserted in the center shaft and the opening and closing port is coupled to the lower end of the center shaft, Lt; / RTI >

That is, the upper projection of the rotary actuating member is engaged with the lower inclined surface 115 of the hatch opening while being engaged with the opening and closing port 110 to push up the opening and closing port 110 to close the lower end portion 103a, Mix the feed and water in the basket. After the mixing of feed and water is completed, when the central axis stops, the opening / closing port is returned to the lowered position, the outlet is opened, the liquid feed is discharged downward and fed to the feed support.

The present invention relates to a feeder for feeding a feed in the hopper 12 downward, a hopper 12 having a feed outlet 13 at the bottom of the hopper, a feed support 14 provided below the hopper, 1. A liquid feed mixer comprising a means (21) for feeding liquid water, a water supply means (60) for supplying drinking water and a controller (90) for controlling the operation of the apparatus, characterized in that the hopper (12) A support frame (17) installed at the edge to support the frame And a remaining amount detecting means for detecting the remaining amount of the wet feed contained in the feed support (14).

The remaining amount sensing means senses the liquid feed in a wet state and signals the controller. The sensing rod is vertically installed on both side support frames (17) of the feed support (14), and the sensor at the lower end is fed into the feed support And senses this signal to the controller.

According to the present invention, the remaining amount sensing means includes a first sensing sensor 80a provided in the state of being close to the inner bottom surface of the feed support 14 and sensing a low level L1 of the wet feed, And a second sensing sensor 80b provided above the first sensor 80a for sensing the high level L2 of the wet feed. That is, the first sensing sensor 80a senses a low level (L1) state in which the feed is empty while being close to the bottom surface of the feed support, and the second sensing sensor 80b senses a high level (L2) The state of the liquid feed can be accurately managed. Therefore, the sensor of the lower sensor of the sensing rod is electrically connected to the controller through the connection terminal, so that the liquid feed acts as an electric conductor to switch the sensing signal.

According to the present invention, the first and second sensing sensors 80a and 80b are surrounded by an insulating material so as to prevent a short circuit and are supported so as to be adjustable in height by fasteners 86 attached to the support frame 17 . That is, the first and second sensing sensors 80a and 80b are entirely covered with the insulating material 82 except for the lower sensor part and the upper connection terminal, thereby preventing leakage and malfunction. The fixing frame 86 is supported by the fixing frame 86 and the base 88 to be stably supported. The fixing frame 86 can adjust the height of the detecting sensor according to the fixing and fixing of the fixing screw 87. Further, the fixing member 86 is provided with an insulating material on the contact surface with the inner sensor to prevent electric leakage again, and has excellent impact resistance. The insulating material is preferably an insulating rubber or an insulating tape. And the sensing sensor is electrically wired to the controller through the top connector 84 and the support frame and is safely prevented from shorting.

In addition, the controller 90 includes a timer 92 and a relay for setting the operation time of the feed supply means and the water supply means, so that the feed and drinking water are supplied or stopped at the set time. At this time, the remaining amount sensing means senses the remaining amount of the feed, and when the second sensing sensor senses the feed and is in the high level (L2) state, the supply is stopped. The controller 90 includes a power switch, an automatic and manual changeover switch, a motor position for manually feeding the feed by operating the drive motor, a hot water switch for operating the hot water generating means, A valve switch, and the like. The timer 92 automatically sets a feed time or a water supply time, and a separate switch is provided for separately feeding the feed or water manually.

Example: The relay is off when the liquid feed in the dietary support is high level (L2). When the feed is decreased, the second sensor 80b is firstly exposed and the feed is emptied. As the first sensor 80a is exposed, the relay is turned on, and at the same time, Resume. At this time, the timer (24-hour timer) feeds or stops the feed and drinking water at the desired time.

As described above, since the feed and drinking water remaining in the feed support are largely consumed by the livestock, the feed and the drinking water are supplied, so that the feed is completely consumed and the loss of feed and water can be prevented.

10: liquid feed 12: hopper 13: feed outlet 14: feed holder
15: projecting portion 16: recessed portion 17: support frame 18: upper frame
19, 19a, 88: pedestal 20: central shaft 20a: water passage 20b: hole
21: Feeding means 22: Basket 23, 103: Outlet 24:
25: guide member 26: feed discharging bar 27: tube member 28: scraper
29: key 29a: key groove 30: first elastic body 32: first mixing means
34: first mixer 36: center rod 42: discharge tube 44: cover
45: second elastic member 46: third elastic member 48: protective tube member 50: driving means
52: drive motor 54: drive gear 55: driven gear 56:
58: Swivel connector 60: Water supply means 62: Water supply pipe 63: Valve
64: opening / closing valve 70: hot water generating means 72: water pipe 74: storage tank
76: connector 78: air valve 80a: first sensing sensor 80b: second sensing sensor
82: insulator 84: connection 86: fastener 87: fastening screw
90: controller 92: timer 100: second mixing means 100a: third mixing means
102: second basket 103a: lower end portion 104: second discharge tube body 105: fifth elastic body
110: opening and closing port 112: rotating operation unit 114: elevation opening 115: inclined surface
116: fourth elastic body 120: second mixer 122: friction reducing member
L1: low water level L2: high water level

Claims (11)

A hopper 12 having a feed outlet 13 and a feed outlet 13 at the bottom thereof, a feed support 14 provided below the hopper, a feed supply means for feeding the feed to the feed support, And a controller (90) for controlling the operation of the feeding device and the device,
A support frame 17 installed at the edge for fixing the hopper 12 and the feed support 14;
A feeder unit 14 for feeding the feeder 14 to the feeder 14 through a discharge tube 42 connected to the feeder outlet 13 in accordance with the rotation of the central shaft 20 in the hopper 12, (21);
The lower end of the central shaft 20 connected to the upper end of the water pipe 72 is inserted into the feed support 14 and the drinking water is supplied to the lower feed support 14 through the inner water supply passage of the central shaft 20, A water supply means (60) provided with a swivel connector (58) for connecting a water supply pipe (62) to the upper end of the central shaft (20);
First and second mixing means (32,100) provided below the discharge tube (42) for mixing the feed and water;
And a remaining amount detecting means for detecting the remaining amount of the internal wet feed of the feed support (14).
The feeding device according to claim 1,
A center shaft 20 rotatably installed at an inner center of the hopper 12;
A basket 22 coupled to a lower end of the feed outlet 13 to receive feed and a discharge tube 42 connected to a lower end of the feed outlet;
A guide (25) sandwiched between the central shaft (20) and dispersing the feed to the edge of the basket (22);
A feed discharge bar 26 provided between the guide port 25 and the basket 22 and rotating together with the central axis 20 to discharge the feed at the edge of the basket 22 into the central passage;
And driving means (50) provided on the upper frame (18) for rotating the central shaft (20).
The driving device according to claim 2,
A drive motor 52 attached to the upper frame 18 to generate a rotational force;
Power transmission means for transmitting and rotating the rotational force of the drive motor (52) to the center shaft (20);
(56) for rotatably supporting the central shaft (20). ≪ RTI ID = 0.0 > 31. < / RTI >
The method of claim 3,
Wherein the power transmission means comprises a speed reducer consisting of a worm and a worm wheel.
2. The apparatus of claim 1, wherein the first mixing means (32)
Wherein the discharge tube body is located at the central incision part of the feed support and the first mixer is installed at the incision part.
The method according to claim 1,
And a second elastic body (45) for preventing the adsorption of feed on the inside of the discharge tube (42).
The water treatment system according to claim 1, wherein the water supply means (60)
Hot water generating means (70) for supplying hot water to the water supply pipe (62);
And a valve for supplying or blocking hot water by the hot water generating means (70).
The apparatus of claim 1, wherein the second mixing means (100)
A second basket 102 provided at an upper portion of the feed pedestal 14 and having a discharge port 103 at the center by containing feed fed from the upper discharge tube 42 and water supplied through the central axis 20, ;
A second mixer (120) sandwiched between the central axis (20) and the feed and water in the second basket (102);
An opening / closing port 110 for blocking or opening the outlet 103 at a lower portion of the second mixer 120;
A rotary actuator 112 coupled to the central shaft 20 at the upper portion of the second mixer 120 and rotating together with the rotary shaft 112 and a rotary actuator 112 fitted in the central shaft 20, A door 114 for opening / closing the door 110 to block the outlet 103;
And a fourth elastic body (116) for returning the opening / closing port (110) to the original position and being separated from the outlet (103) while being inserted into the center shaft (20).
delete The apparatus according to claim 1,
A first sensing sensor 80a provided in the state of being close to the inner bottom surface of the feed support 14 and sensing a low level L1 of the wet feed, And a second detection sensor (80b) for detecting the second liquid (L2).
11. The method of claim 10,
The first and second sensing sensors 80a and 80b are surrounded by an insulating material to prevent a short circuit and are supported so as to be adjustable in height by fixtures 86 attached to the support frame 17. [ Supply device.

Images