KR20120052474A - The auto-feeding device and auto-feeding control system - Google Patents

Abstract

PURPOSE: An auto-feeding device for domestic animals, and a management system thereof are provided to use a weight sensor for accurately measure the weight of a hopper and fodder. CONSTITUTION: An auto-feeding device for domestic animals includes a fodder discharging unit(20), a protection cover(38), a measuring unit(38), an automatic water supplying unit(60), remaining amount detecting sensors(68a, 68b), and a sub-controller(70). A central axis of the fodder discharging unit rotates by an upper drive motor. The fodder discharging unit includes a screw and a scraper. The protection cover in a cylindrical shape is for partially inserting the lower side of a hopper, and is installed by a partition wall fixed to a fodder supporting board. The measuring unit measure the weight of the hopper. The automatic water supplying unit supplies drinking water to the fodder supporting board. The remaining amount detecting sensors are attached to the protection cover, and are inserted into a fodder supplier. The sub-controller is connected to a weight sensors, the drive motor, en electric valve, and the remaining amount detecting sensors for controlling.

Description

Live Wet Feeder and Auto Wet Feeder Management System for Livestock Production {The auto-feeding device and auto-feeding control system}

The present invention relates to an automatic wet feeder and automatic wet feeder management system for livestock, and more specifically, to automatically control the amount of feed and drinking water discharged from the hopper of the feeder, and the state of the feeder from a remote location. The present invention relates to a livestock wet wet feeder and a livestock wet wet feeder management system that can accurately grasp the remaining amount and consumption of feed and monitor and manage the feeder automatically.

In general, the wet feeder for livestock such as pigs and cows in the barn is fed to the feed base at the bottom of the hopper, and the drinking water is fed to the feed through a predetermined water supply line, so that the livestock is ingested in a moist wet feed state. Properly provided.

Conventional techniques related to such a wet feeding apparatus are known in the patent application below in addition to the domestic patent No. 10-0668237, which was previously proposed by the same applicant as the applicant of the present invention. Will be omitted.

By the way, in order to manage the wet feeder according to the prior art as described above there was an inconvenience to check all the payers in the livestock periodically and check the status. For example, the inconvenience of having to keep track of the remaining amount of feed in the hopper periodically, and the lower outlet of the hopper was blocked frequently feed is not fed to the food support. As a result, livestock impacts the feeder, which damages and destroys it, shortening its lifespan, and conversely, the feeder is excessively discharged and the feed is overflowed or contaminated. there was. In particular, the loss of feed and drinking water increased so much that the economic burden was increased, and the feed intake was not smooth, which acted as a major factor to inhibit the growth and development.

1.Domestic Registration No.:10-0668237 (2007.01.08.) 2.Domestic registration utility model No. 20-0443101 (2008.12.31.) 3.Domestic registration utility model No. 20-0394500 (2005.08.25.) 4.Domestic Registration No.:10-0668237 (2007.01.08.)

The purpose of the present invention is that the weight sensor can accurately measure the weight of the hopper and the feed, to determine the remaining amount, consumption, and replenishment of the feed, as well as the remaining amount of the wet feed contained in the feed support The present invention provides an automatic wet feeder for livestock, which detects and automatically supplies feed and drinking water to the feed tray by means of feed discharge and automatic feeding means.

In addition, another object of the present invention is the information (data) collected in the sub-controller of each pay machine is transmitted to the main controller of the remote location to accurately grasp the state of each pay machine that is installed in the barn at a long distance and conveniently To maintain it.

The present invention, in the livestock automatic wet feeder having a feed support in the lower portion of the hopper containing the feed, the central shaft upright in the inner center of the hopper is rotated by the upper drive motor and the lower portion of the hopper and the scraper at the bottom Feed discharge means is provided; A lower portion of the hopper is partially inserted into and close, and a cylindrical protective cover fixedly installed by a partition fixed to the feed tray; Weighing means for measuring the weight of a hopper including feed by means of an integral weight sensor attached to any one of the hoppers; An automatic water supply means provided on one side of the hopper and supplying drinking water to the feed support through a water supply pipe having an electromagnetic valve; A residual amount sensor for inputting the feeder while being attached to the protective cover to detect the residual amount of feed and drinking water; The weight sensing sensor or the drive motor, the solenoid valve, the residual amount sensor is connected and proposes an automatic wet feeder for livestock, characterized in that composed of a sub-controller to control the operation.

In addition, according to the present invention, the weighing means, at least one or more weight sensors are attached to the outer surface of the cone portion of the hopper at regular intervals, the lower end of the weight sensor is in contact with the pedestal is attached to the protective cover at equal intervals It is characterized in that the load is configured to act.

In addition, according to the present invention, the metering means, the compression sensor is coupled to the upper end of the central axis fixed to the central portion of the feed support, so that the upper sensing portion of the compression sensor is in contact with the inner surface of the cap attached to the upper support Characterized in that configured.

In addition, according to the present invention, the metering means, the upper end of the central shaft which is fixed to the central portion of the feed support is inserted into the inner side of the cap attached to the upper support, the bending bar attached to the upper end of the central axis of the cap 'c' It is characterized in that it is configured to support the tension detection sensor is connected to the upper portion of the cap through one side guide groove.

In addition, the present invention, the guide bar attached to the cone portion of the hopper vertically and the escape prevention pin provided on any one side of the protective cover is in sliding contact along the lifting guide groove up and down, so as to prevent the separation of the hopper. Characterized in that the lifting guide is configured.

In addition, according to the present invention, the feed discharging means includes a rotary tube having at least one screw and fitted to a central shaft standing upright in the central portion of the feed support; It is characterized in that the drive motor is fixed to the upper support of the hopper and the rotary tube connected to the gear by a gear or the like for power transmission means for transmitting rotational power.

In addition, the present invention, the lower cover is coupled to the inside of the protective cover and the sliding contact while the outlet is penetrated; A scraper for moving the feed held in the feed support portion to the feed supply portion through the discharge port, while being inserted into the lower end of the central shaft or the rotary tube in the axial direction, and attached to the end of the scraper to the bottom of the lower cover. The second scraper is configured to remove the adsorbate while being in elastic contact.

In addition, the sub-controller of the present invention, the auxiliary processing unit for processing the data transmitted from the weight sensor and the remaining amount sensor and controls the operation of the drive motor and the solenoid valve; A display showing data processed by the auxiliary processor; Characterized in that it comprises an operation unit for operating the auxiliary processing unit.

In addition, the present invention, the sub-controller 70 is connected to the communication, the central processing unit 82 for processing the collected information; A storage unit 83 for storing data processed by the central processing unit 82; A monitor (84) for visually displaying the information processed by the central processing unit (82); It is characterized in that it is composed of a main controller 80 of a remote place that is composed of a casting operation unit 86 for operating the central processing unit 82.

According to the present invention, the weight sensor accurately detects the weight of the hopper and the feed, and the remaining amount sensor can quickly detect the remaining amount of the wet feed contained in the feed support, as well as the feed discharge means and the automatic water supply means. And it can automatically supply drinking water, it is effective to promote the growth and development of the livestock by maintaining a clean and clean feed state of the livestock suitable for livestock.

In addition, the present invention is provided with a release preventing pin and a lifting guide pin in the hopper to prevent the hopper from being separated, and to prevent the hopper from shaking, so that the weight can be accurately measured.

In addition, the present invention, while the scraper of the feed discharge means is in sliding contact with the feed support and the lower cover to smoothly discharge the feed so that the livestock can be sufficiently ingested so as not to harden the feed on the bottom cover and feed on the lower cover It removes the adsorbents such as foreign substances so that the feed is always fresh and prevents hardening or contamination after being left for a long time.

The present invention accurately grasps the state information of each of the plurality of feeders provided in the livestock house by the automatic wet feeder and automatic wet feeder management system for livestock including feed discharge means, automatic water supply means, remaining amount sensor, sub-controller and the like. Of course, it provides the feed and drinking water automatically at the appropriate time, and can always supply the feed and drinking water in a fresh state, eliminate the loss of feed, promote the growth and development of livestock and maintain the pleasant condition. to provide. In addition, it is possible to improve the management efficiency of the house, reduce labor and manpower, build automation of the house management system, and provide a very economic effect.

1 is an internal cross-sectional view showing an automatic wet feeder for livestock according to a preferred embodiment of the present invention.
Figure 2 is an enlarged cross-sectional view showing the measuring means of the hopper according to the present invention.
Figure 3 is an exploded perspective view of the scraper provided in the lower outlet of the hopper according to the present invention.
Figure 4 is an internal cross-sectional view showing an automatic wet feeder for livestock according to a second embodiment of the present invention.
Figure 5 is an exploded perspective view showing a scraper of the wet feeder according to the second embodiment of the present invention.
Figure 6 is a front view showing in cross section the metering means of the wet feeder according to a third embodiment of the present invention.
Figure 7 is an exploded perspective view showing the configuration of the metering means according to the third embodiment of the present invention.
Figure 8 is a schematic diagram showing a system for automatic wet feeder management system for livestock according to the present invention.

Livestock automatic wet feeder of the present invention will be described in more detail with reference to the accompanying drawings. According to the drawings, the present invention, in the livestock automatic wet feeder equipped with a feed support 16 in the lower portion of the hopper 10 containing the feed, the central axis (upright) to the inner center of the hopper 10 ( 22 is rotated by the upper drive motor 21 and the feed discharge means 20 is provided with a screw 24 and a scraper 30 at the bottom; A lower portion of the hopper 10 is partially inserted into and is close to the cylindrical protective cover 38 fixedly installed by the partition 39 fixed to the feed support 16; Weighing means (40) for attaching to any one of the hoppers (10) to measure the weight of the hopper containing the feed by the integral weight sensor (42); An automatic water supply means (60) provided on one side of the hopper (10) for supplying drinking water to the feed support through a water supply pipe (62) provided with a solenoid valve (63); A remaining amount detecting sensor (68a, 68b) attached to the feed cover (17) while attached to the protective cover (38) to detect the remaining amount of feed and drinking water; The weight sensing sensor 42 or the drive motor 21, the solenoid valve 63, the remaining amount sensor 68a, 68b is connected to the sub-controller 70 for controlling the operation, characterized in that the automatic wet type Suggest payroll

The above is described in detail.

The present invention is a feed hopper 10, a feed support 16 for providing a feed, a feed discharge means 20, a metering means 40, automatic water supply means 60, the feed support The remaining amount sensor 68a, 68b of the feed contained in the feed, and a sub-controller 70 for controlling the operation of the device and the like.

The hopper 10 has a discharge port 14 is formed at the lower end of the cone portion 12 is narrowed toward the bottom, the discharge port is inserted into the upper inside of the protective cover 38 and the upper end is close to the cone portion 12 And it is composed of a cylindrical portion that is partially inserted into the feed receiving portion 18 into the lower inside. The protective cover 38 is supported by a partition 39 is coupled to the reinforcement ring 48 attached to the outer surface is supported at a constant height, the partition 39 is radially attached and the lower end protruding formed at the edge of the feed tray Secure it to the rim.

A lower cover 19 is provided horizontally between the protective cover 38 and the discharge port 14 so as to prevent the feed or foreign matter from jumping upward, and the lower cover 19 is fitted to the inner surface of the protective cover to be fixed. And the lower outlet 14 of the hopper is in sliding contact along the outer surface of the outlet.

The feed discharge means 20 is the central shaft 22 of the center of the hopper is rotated by the drive motor 12 at the same time the screw 24 provided at the bottom to mix the feed smoothly discharged through the lower outlet, the upper and It is rotatably supported by the lower supports 28, 29.

The weighing means 40 is configured to attach the weight sensor 42 to any one of the hopper 10 is integrally configured to measure the weight of the hopper containing the feed by the weight sensor, In the measuring means 40 according to the present invention, at least one or more weight sensors 42 are attached to the outer surface of the cone portion 12 of the hopper 10 at regular intervals, and the lower end of the weight sensors 42. The sensing unit is characterized in that the load is applied to contact the pedestal 46 is attached to the protective cover 38 at equal intervals. In other words, at least one or more weight sensors 42 are attached to the fixing base 43 on the outer surface of the cone part 12 of the hopper 10 and installed downward at regular intervals. As the pedestal 46 is installed in the reinforcement ring 48 of the protective cover 38 at the same interval as that, the load of the hopper is actuated while the lower sensing port of the weight sensor 42 contacts the upper surface of the pedestal. will be. The weight sensor 42 is most preferably arranged at equal intervals on the three horizontal lines.

At this time, the present invention, the guide bar 44 vertically attached to the cone portion 12 of the hopper 10 and the escape prevention pin 47 provided on any one side of the protective cover 38 is the lifting guide groove 45 According to the sliding contact up / down, characterized in that the lifting guide means configured to prevent the separation of the hopper 10 is provided. That is, the base 46 is vertically attached to the cone portion 12, the guide bar 44, the elliptical elevating guide groove 45 is formed in the longitudinal direction, and is bent vertically bent on the outside of the guide bar 46 As the anti-separation pin 47 coupled to the lifting guide groove 45 on the other side in the horizontal direction, when the lifting operation by the weight change of the hopper, the guide bar is prevented by the sliding contact along the release prevention pin Of course, to prevent shaking and smooth operation. The weight sensor is preferably wrapped in the opening and closing cover 49 so as not to be exposed to the outside.

In addition, the present invention, the lower cover 19 is coupled to the inside of the protective cover 38 and the sliding contact while the outlet 14 is penetrated; While moving in the axial direction at the lower end of the central axis 22 or the rotary tube 36, the feed is waiting for the feed receiving unit 18 through the discharge port 14 to the feeder 17 The scraper 30 and the second scraper 31 attached to the end of the scraper 30 to remove the adsorbate while elastically contacting the bottom surface of the lower cover 19 is characterized in that the configuration.

That is, referring to FIG. 3, the curved scraper 30 is attached to the boss 32 having the shaft hole 33 vertically, and the second scraper 31 having elastic force is coupled to the other end. The boss and the central axis are assembled in a spline manner. One side surface of the central shaft 23 and one side of the shaft hole 33 are fitted in a plane, and the scraper 30 is axially rotated while being seated on the feed support while slidingly contacted with the hopper in the axial direction. The second scraper 31 is preferably composed of a metal plate, synthetic resin, synthetic rubber, etc. having excellent elastic restoring force, and is easy to replace by assembling fasteners such as bolts / nuts to the scraper 30.

Wherein the feed support unit 18 is projected to the central portion of the feed support, the upper surface is formed flat and the outer circumference is inclined to the feed supply unit 17, the scraper 30 is on the upper portion of the feed support It naturally rotates and rotates the shaft while pushing down the feed through the feeder to the feeder, and at the same time, it removes the adsorbents such as the food clod or foreign matter attached to the lower cover to facilitate the discharge of the feed.

The automatic water supply means 60 is a water supply pipe 62 provided on one side of the hopper is fixed to the partition and the guide 66 is provided on the side of the hopper, the water supply pipe is coupled to the upper end and the water supply 65 is connected The solenoid valve 63 provided provides a limited amount of drinking water. And the distribution pipe 64 attached to the lower end of the water supply pipe is fixed to the lower end of the partition 39 in a ring shape to supply the drinking water through the hole at the outer edge of the feeder (17).

The remaining amount detection sensors (68a, 68b) is attached to the lower portion of the protective cover 38 and the sensing portion at the bottom is placed at a predetermined interval so as to be located near the bottom and the upper portion of the feeder 17, the feed and drinking water are mixed Detect the amount of wet feed remaining. More specifically, since the wet feed is not detected when the first residual amount sensor 68a is in an off state, the scraper 30 is rotated by the driving motor 21 and accumulated in the feed support. The feed will be replenished with the feeder. At this time, by opening the solenoid valve 63 of the automatic water supply means 60 is also supplied with drinking water to provide a wet in a state suitable for livestock. After the wet feed is simultaneously detected (On) by the second remaining amount sensor 68b and the first remaining amount sensor 68a, the feed motor is sufficiently supplied, so that the driving motor is stopped and the solenoid valve is blocked.

In addition, the sub-controller 70 controls the operation of the device, is attached to the upper end of the hopper, the weight sensor 42 or the drive motor 21, the solenoid valve 63, the remaining amount sensor ( 68a and 68b, a timer 75 processes data received from the device in the auxiliary processor 72 electrically / electronically connected and controls the operation of the device. Specifically, when the weight sensor 42 detects the weight of the feed, and the remaining amount sensor (68a, 68b) detects the remaining amount of the feed or drinking water in the feed support and transmits to the auxiliary processor 72, the drive motor ( 21) is operated to discharge the feed of the hopper and is configured to control the solenoid valve 63 to supply drinking water. Along with this, the feed time of the feed or drinking water may be set automatically by a separate timer 75, and may be automatically supplied periodically, or the user may supply the food arbitrarily with a manual switch (not shown). Then it will be visually signaled by a warning light or a speaker.

On the other hand, the automatic wet feeder for livestock according to the present invention is automatically supplied by dividing the feed and drinking water 10 times based on the day (1 day), feed once: feed water 1: 3 weight ratio (feed 1kg: water) 3 liters) is preferably supplied together, and depending on the growth and development status of the livestock, although there are some differences, the average daily food supply of 140 ~ 160kg. At this time, if the wet feed of the feed stand is detected (On) in the remaining amount sensor 68b at the set time at which the food is to be fed, there is no need to supply the feed and water supply, and then the wet feed is reduced by the livestock, thereby reducing the first feed. When the remaining amount sensor 68a is turned off (Off), it is enough to supply the first unsupply food.

Second Embodiment

According to the second embodiment of the present invention with reference to FIGS. 4 and 5, the feed metering means 40a is provided at one location in the inner center of the hopper, and accurately measures the weight at the center of the hopper. It is possible to reduce the cost of the sensor, the compression sensor 42a for detecting the compression force due to the vertical load of the hopper is most preferred.

To this end, the metering means 40a of the present invention, the compression sensor 42a is coupled to the upper end of the central shaft 22 is fixed to the central portion of the feed support 16, the compression sensor 42a The upper sensing unit is characterized in that it is configured to contact the inner surface of the cap 50 is attached to the upper support (28). In other words, the central shaft 22 is fixed upright in the center of the feed tray, the compression sensor 42a is attached to the upper end of the central shaft, the cap 50 is the upper support 28 is radial As the upper portion of the central shaft is inserted into the cap while being integrally fixed to the center of the hopper, the upper sensing portion of the compression detecting sensor 42a contacts the inner surface, and the load of the hopper presses the sensing portion.

According to the present invention, the feed discharging means 20a includes: a rotating tubular body 36 fitted to a central shaft 22 standing upright at the central portion of the feed support 16 and having at least one screw 24; The drive motor 21 and the rotary tube 36 fixed to the upper support 28 of the hopper 10 is connected to the gears (26, 27), etc., characterized in that it is composed of a power transmission means for transmitting rotational power It is done.

That is, the drive motor 21 is fixed to the lower end of the upper support, the rotating tubular body 36 having a screw to the outside of the central axis is fitted and rotatably supported by the support (28,29). The interlocking gear 26 coupled to the upper portion of the rotary tube 36 is engaged with the drive gear 27 of the motor shaft to transmit rotational power, and a protruding jaw 37 is formed at the boss 32 at the lower end thereof. As it is fitted into the incision groove 34, the central shaft is fixed to the rotating tube to the screw, the scraper is to be rotated.

Third Embodiment

6 and 7, the weighing means 40b is configured to detect the weight of a hopper with a tension sensor 42b.

To this end, the metering means 40b of the present invention, the upper end of the central shaft 22 which is fixed to the central portion of the feed support 16 is inserted into the cap 50 is attached to the upper support 28. The tension bar 42b is connected to the upper portion of the cap 50 through a guide groove 52 of one side of the cap 50, the bending bar 54 attached to the upper end of the central axis. And configured to support. In other words, the bending bar 54 attached to one side of the upper end of the central axis 22 is formed with a letter 'c', the upper arm (Arm) of the bending bar is fixed at a predetermined distance from the cap, the Attached to one side of the tension sensor 42b, for example, the arm of the bending bar, and connected to the cap of the other side is configured to load vertically. In other words, the cap coupled to the upper support by the load of the hopper pulls down the tension detection sensor to act as a tensile force.

Livestock automatic wet feeder of the present invention configured as described above can be conveniently managed and supervised remotely by the following livestock automatic wet feeder management system.

According to the present invention with reference to FIG. 7, the sub-controller 70 processes data transmitted from the weight sensor 42 and the remaining amount sensor 68a, 68b, and drives the motor 21 and the electronics. An auxiliary processor 72 for controlling the operation of the valve 63; A display 74 showing data processed by the auxiliary processor 72; Characterized in that it consists of an operation unit 76 for operating the auxiliary processing unit (72).

That is, the sub-controller 70 is provided in each of the payper 1, is fixed to the support attached to the upper side of the hopper 10. The remaining amount of the feed is detected by the weight value measured by the weight sensor 42 in the sub-controller 70, and the remaining amount of the wet feed added to the feed stand by the remaining amount sensor (68a, 68b). In addition, based on the information (data) collected as described above to control the operation of the feed discharge means 20 and the automatic water supply means 60, that is, the drive motor 21 and the solenoid valve 63, the main controller of the remote To 80.

The sub-controller 70 may include a display 74 that visually shows processed data, an operation unit 76 such as a keyboard and a keypad for manual operation, and an auxiliary storage unit 73 that temporarily stores collected information. And, a speaker 77 for visually and audibly signaling that the state of the feeder, for example, the amount of feed of the hopper or feed supply is insufficient, and a warning light 78 is provided, and includes a power supply unit 79 for a stable power supply And a communication unit 75 for transmitting information (data) or receiving a control signal.

Next, the present invention is connected to the sub-controller 70 and the central processing unit 82 for processing the collected information; A storage unit 83 for storing data processed by the central processing unit 82; A monitor (84) for visually displaying the information processed by the central processing unit (82); It provides an automatic wet feeder management system for livestock, characterized in that consisting of the main controller 80 of the remote place is composed of a casting operation unit 86 for the operation.

The present invention can be integrated management of the state of each payroller (1) distributed in the livestock house by the automatic wet feeder management system for animal husbandry. To this end, the main controller 80 includes a central processing unit 82 for processing data collected from the sub-controller, and a storage unit 83 for storing software and a management program programmed by the software to efficiently manage the payroll machine. And a monitor 84 for visually displaying the processed information (data), a casting unit 86 such as a keyboard operated by the user for operation of the main controller and the device, and a control signal and data to and from the sub-controller. And a communication unit 85, an acoustic speaker 88, and the like.

As such, through the automatic wet feeder management system for livestock of the present invention, the payroller can be easily managed and supervised by the main controller 80 using the Internet, a network, a wired / wireless communication network at a remote place such as a barn management room, an office, or a home. The main controller includes a computer, a mobile phone, a portable terminal, and the like.

1: Feeding 10: Hopper 14: Outlet
16: Feed stand 18: Feed stand 20: Feed discharge means
21: drive motor 22: center axis 24: screw
26: interlocking gear 27: drive gear 30: scraper
31: second scraper 32: boss 33: shaft hole
34: cutting groove 36: rotary tube 38: protective cover
39: partition 40, 40a, 40b: weighing means 42: weight sensor
42a: Compression sensor 42b: Tension sensor 43: Fixture
44: Information bar 45: Lift guide home 46: Support
47: release pin 50: cap 52: guide groove
54: bending portion 60: automatic water supply means 62: water supply pipe
63: solenoid valve 64: distribution pipe 68a, 68b: remaining amount sensor
70: sub controller 72: secondary processing unit 73: secondary storage unit
74: display 76: control unit 76a: timer
77,88: Speaker 78: Warning light 79: Power supply
80: main controller 82: central processing unit 83: storage unit
84: monitor 86: main control unit

Claims (9)

In the livestock automatic wet feeder equipped with a feed support 16 in the lower part of the hopper 10 for feeding,
The central shaft 22, which is upright in the inner center of the hopper 10 is rotated by the upper drive motor 21, the lower portion of the feed discharge means 20 is provided with a screw 24 and a scraper 30 at the bottom and;
A lower portion of the hopper 10 is partially inserted into and is close to the cylindrical protective cover 38 fixedly installed by the partition 39 fixed to the feed support 16;
Weighing means (40) for attaching to any one of the hoppers (10) to measure the weight of the hopper containing the feed by the integral weight sensor (42);
An automatic water supply means (60) provided on one side of the hopper (10) for supplying drinking water to the feed support through a water supply pipe (62) provided with a solenoid valve (63);
A remaining amount detecting sensor (68a, 68b) attached to the feed cover (17) while attached to the protective cover (38) to detect the remaining amount of feed and drinking water;
The weight sensing sensor 42 or the drive motor 21, the solenoid valve 63, the remaining amount sensor 68a, 68b is connected to the sub-controller 70 for controlling the operation, characterized in that the automatic wet type Payroller.
The method of claim 1 wherein the metering means 40,
At least one weight sensor 42 is attached to the outer surface of the cone portion 12 of the hopper 10 at regular intervals, and the lower end of the weight sensor 42 is attached to the protective cover 38 at equal intervals. Livestock automatic wet feeder, characterized in that the load is configured to act in contact with the support (46).
The method of claim 1 wherein the metering means (40a),
Compression sensor 42a is coupled to the upper end of the central shaft 22 is fixed to the central portion of the feed support 16, the upper sensing portion of the compression sensor 42a cap is attached to the upper support 28 Livestock automatic wet feeder, characterized in that configured to contact the inner surface of (50).
The method of claim 1 wherein the metering means (40b),
The upper end of the central shaft 22 fixed to the central portion of the feed support 16 is inserted into the cap 50 attached to the upper support 28, the bent attached to the upper end of the central axis '' Live barley automatic wet feeder, characterized in that the bar (54) is configured to support the tension sensor (42b) is connected to the upper portion of the cap 50 through one side guide groove (52) of the cap (50).
The method according to any one of claims 1 to 4,
A guide bar 44 vertically attached to the cone portion 12 of the hopper 10 and a release preventing pin 47 provided on any one side of the protective cover 38 are provided along the lifting guide groove 45. As the sliding contact down, live wet feeder for livestock, characterized in that the lifting guide means configured to prevent the separation of the hopper 10 is provided.
The method of claim 1 wherein the feed discharge means (20a),
A rotary tube 36 fitted to a central shaft 22 standing upright at the central portion of the feed tray 16 and having at least one screw 24;
The drive motor 21 and the rotary tube 36 fixed to the upper support 28 of the hopper 10 is connected to the gears (26, 27), etc., characterized in that it is composed of a power transmission means for transmitting rotational power Livestock wet feeder.
The method according to claim 1 or 6,
A lower cover 19 coupled to the protective cover 38 and slidingly contacting the outlet 14 through;
While moving in the axial direction at the lower end of the central axis 22 or the rotary tube 36, the feed is waiting for the feed receiving unit 18 through the discharge port 14 to the feeder 17 Scraper 30,
Attached to the end of the scraper 30, the second wet scraper (31) for removing the adsorbate while elastically contacting the bottom surface of the lower cover (19) characterized in that the automatic wet feeder for livestock.
The method of claim 1, wherein the subcontroller 70,
An auxiliary processor 72 for processing data transmitted from the weight sensor 42 and the remaining amount sensor 68a, 68b and controlling the operation of the drive motor 21 and the solenoid valve 63;
A display 74 showing data processed by the auxiliary processor 72;
Automatic wet feeder for livestock, characterized in that consisting of an operation unit 76 for operating the auxiliary processing unit (72).
The method of claim 1,
A central processing unit (82) communicatively connected to the sub-controller (70) and processing the collected information;
A storage unit 83 for storing data processed by the central processing unit 82;
A monitor (84) for visually displaying the information processed by the central processing unit (82);
Livestock automatic wet feeder management system, characterized in that consisting of the main controller 80 of the remote area is composed of a casting operation unit 86 for the operation.

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