KR100952587B1 - Feed mixing machine for farming - Google Patents

Abstract

PURPOSE: A mixing apparatus for animal powder feed is provided to supply the animal powder feed after mixing the feed with water in real time, and to improve convenience for transferring the animal powder feed with a separated transfer unit. CONSTITUTION: A mixing apparatus for animal powder feed comprises the following: a protective housing(10) combined to a transfer unit; a mixing container(20) mixing the animal powder feed with water, and installed inside the protective housing; a temperature sensor measuring temperature of the mixing container; a discharge line(24) discharging the powder feed mixed with water to the outside; a heating unit heating the water flows in the mixing container; a reference deck(40) with a protrusion part(41) protruded to the exterior of the mixing container; a driving unit controlled by a power supply(54); a first and a second covers with an auxiliary open/shut device(61); a mixing unit mixing the powder feed and water; and a fixing unit installed on the both ends of the reference deck to fix the reference deck on the mixing container.

Description

Livestock powder feed mixing device {FEED MIXING MACHINE FOR FARMING}

The present invention relates to a livestock powder mixing apparatus for feeding livestock by mixing the powdered feed in water heated in real time in livestock farms and livestock farms.

In general, there are two ways to develop bovine calves (Korean cattle, dairy cows, beef cattle, etc.), either by feeding them directly from the mother or by artificial feeding of humans by supplying substitute milk or milk (liquid feed) to the calves. Except for special cases, such as refusal to die or due to childbirth, the rearing of calves has been used freely by the mothers. This method of mammalian cows affects the growth of calves according to the amount and quality of milk produced by the mothers, and breeding cows such as calf mortality caused by diarrhea due to poor quality, overeating and inhalation of contaminated breast. It is bringing huge economic losses. In order to make up for the shortcomings, it is possible to raise the calf upbringing rate by preventing the occurrence of diseases such as uniform calf production and diarrhea by sanitizing adequate amounts of substitute oil or milk to the calf. However, if a person directly maternity requires a lot of labor, there is a problem that excessive labor costs.

In general, dairy cows that breed milk or other dairy products, especially cows that breed or use cows, have been researched and developed to ensure that dairy cows have more milk than the calf needs for a long time. It is an artificial mammalian method in which a person directly mammals.

In general, the method of artificial breastfeeding is 2kg per day 2kg 4kg mammals in general, and 1.5kg per day 3-4 times a day based on 10% of the body weight is also performed.

In recent years, an unlimited mammal has been attempted to freely give birth to a mother in terms of the calf's welfare, but it is known that there is no difference in calf weight up to 200 days from the general mammalian method, which is limited to 10% of body weight.

By the way, in the case of artificial mammals in which a human is directly mammaled in such a mammalian method, the substitute oil mixing operation (heating and mixing of the substitute oil) of all livestock feeding the substitute oil was dependent on manual labor (manpower). After mixing the substitute oil and water in a separate place, it is inconvenient to feed it to the livestock, and the labor efficiency is not only reduced, but also much time is required for the mixing time. This is necessary and there is a problem of excessive labor costs.

For this reason, it is convenient to transport the livestock that needs to be fed, and there is a need for the development of a mixing device for feeding a livestock by mixing a substitute oil in the field.

The present invention has been made to solve the above problems, and an object of the present invention is to feed the livestock feed to livestock in livestock farms, mixed with water heated in real time in the field to feed the livestock and At the same time, to provide a livestock powdered feed mixing device is provided with a separate transport means for convenient transportation and transport of the device.

Other objects and advantages of the invention will be described below and will be appreciated by the embodiments of the invention. Furthermore, the objects and advantages of the present invention can be realized by means and combinations indicated in the claims.

The present invention is a means for solving the above problems, the interior is empty, the protective housing is coupled to the transport means; It is built in the protective housing, so that the powdered powder and water is mixed, the inner bottom is inclined downward toward the center, the center is a mixed passage through which the discharge hole is formed; An outlet line having one end connected to the outlet port and the other end protruding out of the protective housing to discharge the powdered feed mixed with water to the outside; A heating means installed on an inner bottom of the mixing cylinder, the temperature being controlled by a temperature adjusting device installed in the protective housing, for heating water flowing into the mixing cylinder; A reference table mounted horizontally on an upper end of the mixing cylinder, the projections of which both sides of the opening protruding outward from the mixing cylinder; A driving means fixed to the upper portion of the reference stage, the main shaft of which is vertically positioned inside the mixing cylinder, and controlled to be turned on / off by a power supply unit installed on the reference stage; Hinge coupled to both sides of the reference base, so as to open and close the upper end of the mixing cylinder, the first connecting pipe is installed to communicate with the water supply hose, or the auxiliary opening and closing so that the inside of the mixing cylinder is installed 2 covers; Mixing means installed on the main shaft to mix powdered feed and water filled in the mixing barrel; And a plurality of fixing means installed at both ends of the reference table to fix the reference table to the mixing cylinder.

In addition, the mixing means is fixed to the main shaft, the reference frame which is rotated with the main shaft; A plurality of centrifugal vanes installed upright on the reference frame and inclined at a predetermined angle α to the left or the right; A plurality of centripetal blades horizontally installed on the reference frame and inclined at an angle β above or below; A reference shaft coupled to the main shaft by loose fitting at an upper portion of the reference frame, the reference shaft being slightly rotated by the rotational force of the main shaft; A plurality of stirring rods spaced apart at equal intervals in the longitudinal direction from the outer periphery of the reference axis to protrude floating matter and agglomerated powdered feed; A screw member formed on the reference shaft to fix the reference shaft to the main shaft so that the reference shaft rotates with the main shaft; . ≪ / RTI >

In addition, the fixing means is supported on the upper surface of the projecting portion, and the support piece capable of moving a predetermined length in the longitudinal direction of the reference table; Located at the bottom of the support piece, the fixing piece is formed in the 'c'-shaped cross-section so that the upper end of the mixing barrel is bent outward to correspond to the finish formed; A rotating member which is screwed with the support piece, one end of which penetrates to be fixed to an upper portion of the fixing piece, and moves the fixing piece up and down; . ≪ / RTI >

In addition, the livestock powder feed mixing device is to have a handle formed on each of the outer periphery of the protective housing, the side of the first, second cover, both ends of the reference table, when the first, second cover is opened, the first , Each handle formed on the two covers, corresponding to the latch formed to protrude on the outer peripheral surface of the drive means, characterized in that spans so as to be removable.

As we have seen above,

The present invention has the effect of forming the entire device made of a material that does not occur rust to meet the same level of cleanliness and hygiene conditions as a food machine.

In addition, the present invention has the effect of maximizing the mixing efficiency, including shortening the mixing time by using the mixing means of the vortex type mixing system using both centrifugal and centripetal to mix powdered feed (substitute oil) and water.

In addition, the present invention is such that the mixing passage in which the powdered feed and water are mixed, the mixing means and the reference base on which the cover is formed to be detachable from each other, and provided with a separate transfer means, thereby ensuring the ease of movement and handling have.

Before describing the various embodiments of the present invention in detail, it will be appreciated that the application is not limited to the details of construction and arrangement of components described in the following detailed description or illustrated in the drawings. The invention can be implemented and carried out in other embodiments and can be carried out in various ways. It should also be noted that the device or element orientation (e.g., "front," "back," "up," "down," "top," "bottom, Expressions and predicates used herein for terms such as "left," " right, "" lateral, " and the like are used merely to simplify the description of the present invention, Or that the element has to have a particular orientation.

The present invention has the following features to achieve the above object.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the present specification and claims should not be construed as being limited to the common or dictionary meanings, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

Hereinafter, with reference to Figures 1 to 8 will be described in detail the livestock powdered feed mixing apparatus according to a preferred embodiment of the present invention.

As shown, the livestock powder mixing apparatus according to the present invention is used in livestock farms and livestock sites, the protective housing 10, the mixing barrel 20, the discharge line 24, the heating means 30, Reference table 40, the driving means 50, the first, second cover (60a, 60b), mixing means 70, and fixing means (80).

The protective housing 10 is a tube body having an upper opening and having a circular cross section, and a plurality of handles H are protruded on an outer circumference thereof to allow the mixing cylinder 20 to be described later. Since the mixing cylinder 20 supplies water to the first mixing cylinder 20 and then heats it by the heating means 30, the mixing cylinder 20 itself may be hot. It serves as a protective device for preventing a disaster such as burns by the user's contact with the mixing cylinder 20, and to facilitate the transfer.

In addition, the lower surface of the protective housing 10 is provided with a conveying means 12, the conveying means 12 is a support frame 13 for fixing the protective housing 10 on the top and the support frame It consists of a feed roller 14 at the bottom of (13).

(In addition, the inner circumference of the protective housing 10 is a plurality of protruding to the outer circumference of the mixing cylinder 20 on the inner circumference of the protective housing 10 so that the front surface and the outer circumference of the mixing cylinder 20 is not in contact By forming the projections 11 of the separate, through the projections 11, to be shaken so as not to shake the mixing cylinder 20, the heat of the heated mixing cylinder 20 is transferred to the outside of the protective housing 10 to the maximum. You can prevent this from happening.)

The mixing cylinder 20 is to be installed in the protective housing 10, in order to be installed in the cylindrical protective housing 10, the upper portion is opened in the same shape as the protective housing 10 and has a cylindrical cross section (Of course, by the user, it is obvious that the shape of the mixing cylinder 20 and the protective housing 10 can be variously changed.)

The mixing cylinder 20 has a form in which the bottom inner bottom is inclined downward toward the center, and the outlet 21 is perforated in the center of the bottom inner bottom to mix with water in the mixing cylinder 20. Allow the prepared powder (substitute oil) to be discharged.

In addition, the inner periphery of the mixing cylinder 20 to form a gauge unit (Gauge Unit) 22 in the longitudinal direction of the mixing cylinder 20, the inside of the mixing cylinder 20 through the gauge unit 22 Make sure that the capacity of the convection mixed with water is (In the present invention, the maximum capacity of the mixing barrel 20 is 80L, and the effective capacity is 70L, so that the feed and water of up to 30 animals can be mixed.)

The discharge line 24 is in communication with the mixing cylinder 20 which is built in the protective housing 10 to form a perforated outlet 21 in the center, one end is connected to the outlet 21, the other end is By protruding toward the mixing device side (the opposite side of the control valve 15) of the invention, it is possible to discharge the powdered feed mixed with water in the mixing cylinder 20 to the outside. In addition, the discharge line 24 is provided with a control valve (V), it is possible to control the amount of powdered feed mixed with water discharged to the discharge line 24 or to control the discharge and blocking of powdered feed Make sure

In addition, the other end of the discharge line 24 is provided with a separate control valve (V) to adjust the amount of powdered feed mixed with water discharged through the discharge line 24 or discharge the powdered feed mixed with water / Block it. Thereafter, the powdered feed mixed with water discharged through the discharge line 24 may be supplied to the livestock in a feeding bottle.

The heating means 30 is formed in a circular shape on the inner bottom of the mixing cylinder 20 (depending on the embodiment of the user may be formed in various forms other than the circular.) The heating means 30 is At the first use of the livestock powder feed mixing device according to the present invention, it is supplied first to the mixing container 20, and used to preheat the water to be mixed with the powder feed. (The heating means 30 is a heater. Etc. may be used, and in the present invention, TP316 sheath heater product having excellent durability was used.)

In addition, the heating means 30 is electrically connected to the temperature control device 31 is installed on the outer periphery of the protective housing 10 can be adjusted in temperature, the temperature control device 31 is an external power supply device It will be obvious that the power is supplied through, the mixture is electrically connected to the temperature sensor 15 is installed so that one end is inserted into the mixing cylinder 20, the mixture of water and powdered feed measured through the temperature sensor 15 Receiving the temperature value of, the temperature of the heating means 30 to increase or decrease so that the temperature of the powdered feed mixture mixed with water is the temperature specified by the user. To this end, the temperature controller 31 controls the temperature of the heating water short acting indication lamp 32, the ON / OFF lever 33, and the heating means 30, and adjusts the temperature from the outside. It is provided with a temperature control and temperature display 34 to identify. (In the present invention, the capacity of the temperature regulating device 31 was allowed to be heated up to 4KW, up to 100 ° C., but this may also be changed by the user's embodiment.)

The reference table 40 forms a square tube shape and is mounted horizontally on the upper portion of the mixing cylinder 20, so that the reference table 40 is mounted on the mixing cylinder 20 so that the length of the reference table 40 is a mixing cylinder ( It is to be relatively larger than the diameter of 20, so that the protrusions 41 at both ends protrude outwardly of the mixing cylinder 20. In other words, a portion of the upper surface of the mixing cylinder 20 is to be covered by the reference table 40, and the first and second covers 60a and 60b to be described below are installed on both sides of the reference table 40. Through the remaining portion of the mixing cylinder 20 to be opened and closed.

The first and second covers 60a and 60b are hingedly coupled to lower ends of both sides of the reference table 40, respectively, and the first and second covers 60a and 60b may be lifted based on the hinge portion. Make sure That is, the mixing cylinder 20 is partially covered by the upper side opened by the reference stage 40, the upper opening through the first and second covers 60a and 60b installed on both sides of the reference stage 40. The rest of the side is hidden.

However, the first and second covers 60a and 60b are hinged to open and close the upper portion of the mixing cylinder 20. In addition, the first cover (60a) is formed with a connecting pipe 62 in communication with the external water supply hose (WH), one end of the connecting pipe 62 is the upper surface of the first cover (60a) By passing through the water supply hose (WH) through the connecting pipe 62 in the state that the first cover (60a) is closed on the upper surface of the mixing cylinder 20 to be filled in the mixing cylinder 20 To help. Of course, the connection pipe 62 may be provided with a control valve (V) that can block or introduce the supplied water.

In addition, the second cover (60b) to the inside of the mixing cylinder 20 so that the user can check the inside without lifting the second cover (60b) or the first cover (60a) directly, the second cover (60b) Auxiliary opening and closing hole 61 provided with a cover is formed separately. (Of course, the connecting pipe 62 may be formed in the second cover 60b, and the auxiliary opening and closing 61 may be formed in the first cover 60a.)

In addition, a handle (H) is formed at each end of the first and second covers (60a, 60b) hinged to the reference table 40, the opening and closing of the first and second covers (60a, 60b) is easy. Do it.

The driving means 50 is installed vertically on the upper portion of the reference table 40, so that the main shaft 51 protruding at one end of the driving means 50 is vertically positioned inside the mixing cylinder 20. (A motor is used as the driving means 50.)

The driving means 50 is installed on the reference table 40 and is electrically connected to the power supply unit 54 provided with an on / off device and is rotated by receiving power. Accordingly, the power supply device 54 may include a controller (not shown) for controlling the rotation speed and the rotation direction of the main shaft 51 of the driving means 50.

In addition, the drive means 50 may be provided with a drive means protection housing 52 for protecting the drive means 50 by the user's selection, the drive means protection housing 52 also the reference table 40 It will have to be fixed. In addition, when the outer circumferential surface of the driving means protective housing 52, that is, the first and second covers 60a and 60b is opened and lifted up, the handles H of the first and second covers 60a and 60b and The clasp 53 is formed to protrude in parallel with the ground in the corresponding portion, so that the opened first and second covers 60a and 60b span and are fixed to the respective clasps 53. To this end, the clasp 53 is formed with a protruding jaw 53 ', so that the handle H caught by the clasp 53 can be fixed by the protruding jaw 53', but the clasp 53 ) By pressing the user to the lower end and removing the handle (H) from the projection jaw (53 '), so that the first, second cover (60a, 60b) to close the top of the mixing cylinder 20 do.

The mixing means 70 is installed on the main shaft 51 vertically disposed into the mixing cylinder 20, and is used for mixing and mixing the powdered feed with water in the mixing cylinder 20.

The mixing means 70 is composed of a reference frame (71), centrifugal blade (72), centripetal blade (73), reference shaft (74), stirring rod (75), screw member (76),

The reference frame 71 has a first piece 71a horizontal to the ground and a second piece 71b bent at both ends of the first piece 71a and extending upright. The center of the first piece (71a) is fixed to the main shaft 51, so that the reference frame 71 is rotated with the main shaft 51 in the mixing cylinder (20). The centrifugal blade 72 is vertically installed at the bottom of the first piece 71a, and is inclined at a predetermined angle α to the left or the right, and is rotated by the reference shaft 51 by the rotation of the main shaft 51. 71) when rotating together, the water and powdered feed in the mixing cylinder 20 is to rotate and mix using a centrifugal force (遠 心). The centripetal blade 73 is installed at the ends of the plurality of second pieces 71b to be horizontal to the ground. At the time of installation, the centripetal blade 73 is inclined upward and downward by a predetermined angle β. When rotating together with the reference frame 71 by the rotation of the main shaft 51, the water and powdered feed in the mixing cylinder 20 is moved up or down by centripetal force and mixed It is to make it possible.

The reference shaft 74 is loosely fitted to the outer periphery of the main shaft 51 on the upper side of the reference frame 71. Even if the reference shaft 74 is loosely fitted to the main shaft 51, When the main shaft 51 is rotated, the reference shaft 74 hits the main shaft 51 to rotate slowly. The outer periphery of the reference shaft 74 to form a plurality of stirring rods 75 which are spaced at equal intervals toward the longitudinal direction of the reference shaft 74 and protrudes outwards (the stirring rod 75 is According to the embodiment of the user can be installed in a variety of ways, in one embodiment the stirring rod 75 is attached to the left and right each at equal intervals on the outer periphery of the reference shaft 74, the plurality of The stirring rod 74 is alternately attached to the left and right in a zigzag form. Thus, the stirring rod rotated by the reference shaft 74 that is loosely inserted even when the user inserts his hand into the mixing cylinder 20. (75) This prevents safety problems such as hand hits.

Of course, the reference shaft 74 is formed with a screw member 76, one end of which penetrates into the reference shaft 74, the screw member 76 is made of a screw coupling with the reference shaft 74, the screw member The reference shaft 74 can be firmly fixed to the main shaft 51 via the screw member 76 by tightening the 76. Through this, the stirring bar 75 is rotated with the main shaft 51, it will be natural that the rotational speed is faster than when the mutual loosely fixed.

The fixing means 80 is to be able to fix the reference table 40 provided with the above-described first and second covers 60a and 60b and the driving means 50 to the mixing cylinder 20.

As described above, the mixing cylinder 20 is capable of being separated from the reference table 40, which is provided with a driving means 50 on the reference table 40, and a mixing means (such as on the driving means 50). Since 70) is installed, it can be concluded that the mixing vessel 20 and the mixing apparatus for mixing the water and the powdered feed in the mixing vessel 20 are separated from each other.

The fixing means 80 is installed on the reference table 40, of the reference table 40 that is placed on the upper surface of the mixing cylinder 20, the reference table 40 protruding to the outside of the mixing cylinder 20 It is installed at both ends of the. In the present invention, both ends of the reference table 40 is called a protrusion 41.

Openings 42 are formed in the protrusions 41 to open up and down, and the fixing means 80 is installed in the protrusions 41. In detail, the upper surface of the protrusions 41 is described. And a support piece 81 which is horizontal to the ground and is movable in the longitudinal direction of the reference table 40 in the opening 42, that is, the lower end of the support piece 81, that is, of the opening 42. Is located at the bottom side, the finishing portion 23 formed on the outer periphery of the upper end of the mixing cylinder 20 (the mixing cylinder 20 has an upper portion is opened, the open upper end is bent to the outside by rounding A fixing piece 82 having a cross-sectional shape of a 'c' shape so that the user can be fitted correspondingly so as not to be injured even when the user comes into contact with the upper end of the mixing cylinder 20; Fixing piece 82 after one end penetrates support piece 81 at the upper side of 81 It comprises a fixed rotation coupling member 83 to be on the surface.

Of course, the support piece 81 and the rotating member 83 penetrating the support piece 81 have a form in which the penetrating portion is screwed together, and the handle 84 formed at the other end of the rotating member 83. When rotating), the fixing piece 82 fixedly coupled to one end of the rotating member 83 is moved up and down in accordance with the rotation direction, and the rotating member 83 or the support piece 81 is opened by the opening ( 42) it can be moved left and right in the longitudinal direction of the reference table (40).

In other words, the fixed piece 82 provided at both ends of the reference table 40 is moved to the left or right side so as to contact the mixing cylinder 20 through the support piece 81 or the rotating member 83, and then the fixed piece 82 is fixed. After the rotating member 83 is rotated and the fixing piece 82 is moved upwards or downwards so that the finishing portion 23 corresponds to the opened portion of the piece 82, the finishing portion 23 is rotated. Is fitted to the opened portion of the fixing piece 82, the rotary member 83 is further tightened so that the finishing portion 23 is hung on the lower end side of the fixing piece 82. The mixing cylinder 20 built into the protective housing 10 has an upper portion of the mixing housing 20 on the upper side of the protective housing 10 so that the finishing portion 23 may be fitted to correspond to the fixing means 80. It will have to be built to protrude to the outside.)

In addition, the components of the present invention described above are made of a material (stainless steel, etc.) that does not generate rust.

Hereinafter will be described the operation and principle of the preferred embodiment of the present invention having the configuration and structure as described above.

1. The livestock powder feed mixing device according to the present invention is transported to a place where feeding is necessary and to livestock using the transfer means 12.

2. After connecting the external water supply hose (WH) to the connecting pipe (62) formed in the first cover (60a) or the second cover (60b), the control valve (V) of the connecting pipe (62) is opened. By doing so, the mixing tank 20 is filled with water to a certain level.

3. Operate the temperature control device 31 to heat the water inside the mixing cylinder 20 through the heating means (30).

4. After opening the upper surface of the mixing cylinder 20 through the first cover 60a or the second cover 60b, the powdered feed is introduced into the mixing cylinder 20.

5. By operating the drive means 50, by rotating the mixing means 70, through the centrifugal blade 72 and the centrifugal blade 73, the powdered feed and water in the mixing cylinder 20 is mixed Through the stirring rod 75, the floating material floating on the upper end of the mixing cylinder 20 or the mixed powdered powder, etc. without being mixed to be crushed or released.

6. Through the discharge line 24, the powdered feed mixed with water in the mixing vessel 20 is put in a feeding bottle and then supplied to the livestock.

In addition, although the livestock powder feed mixing device of the present invention was used as a device for mixing the powdered feed with water as described above, it can be used for various mixing of liquid feed, such as non-powder, by the user's various choices Of course it will. In addition, the mixing device of the present invention can be used in various livestock farms and livestock farms such as chicken, pig, etc., not limited to the cattle, cows, beef cattle.

As mentioned above, although this invention was demonstrated by the limited embodiment and drawing, this invention is not limited by this, The person of ordinary skill in the art to which this invention belongs, Various modifications and changes may be made without departing from the scope of the appended claims.

1 is a front perspective view of one embodiment showing a feed mixer according to the present invention.

2 is a rear perspective view of FIG. 1;

Figure 3 is a combined perspective view of one embodiment showing the installation of the feed mixer according to the present invention.

Figure 4 is a front view of an embodiment showing the operation of the first, second cover in accordance with the present invention.

Figure 5 is a cross-sectional view of an embodiment showing the operation of the fixing means according to the present invention.

Figure 6 is an internal perspective view of one embodiment showing a feed mixer according to the present invention.

Figure 7 is a perspective view of one embodiment showing a mixing means according to the present invention.

Figure 8 is a cross-sectional plan view of one embodiment showing the rotation of the mixing rod according to the tightening degree of the screw means according to the invention.

<Indication of symbols for main parts of drawing>

10: Protective housing 11: Turning

12: conveying means 13: support frame

14: feed roller 15: temperature sensor

20: mixing vessel 21: outlet

22: gauge portion 23: finish portion

24: discharge line 30: heating means

31: temperature controller 32: heating means operation indicator lamp

33: on / off lever 34: temperature control and temperature display

40: reference base 41: protrusion

42: opening 50: driving means

51: main shaft 52: drive means protective housing

53: Clasp 53 ': Protruding Jaw

54: power supply 60a: first cover

60b: second cover 61: auxiliary opening and closing port

62: connector 70: mixing means

71: reference frame 71a: first part

71b: Part 2 72: Centrifugal Blades

73: centripetal wing 74: reference axis

75: stirring rod 76: screw member

80: fixing means 81: support piece

82: fixed piece 83: rotating member

84, H: handle

V: control valve WH: water supply hose

α, β: predetermined angle

Claims (4)

A protective housing 10 in which the inside is empty and the transfer means 12 is coupled to the bottom surface; The mixing housing 20 is installed in the protective housing 10 is mixed with the powdered feed and water, the inner bottom is inclined downward toward the center, the outlet 21 is formed in the center; A temperature sensor 15 for measuring a temperature inside the mixing cylinder 20; An outlet line 24 having one end connected to the outlet 21 and communicating with the other end, protruding out of the protective housing 10 to discharge the powdered feed mixed with water to the outside; Is installed on the inner bottom surface of the mixing cylinder 20, the temperature is controlled by a temperature control device 31 installed in the protective housing 10, heating means for heating the water flowing into the mixing cylinder 20 ( 30); A reference table 40 mounted horizontally on an upper end of the mixing cylinder 20, in which protrusions 41 on both sides of the opening protrude outward of the mixing cylinder 20; It is fixed to the upper portion of the reference table 40, the main shaft 51 of the inside is vertically positioned inside the mixing cylinder 20, the on / off by the power supply unit 54 installed in the reference table (40) ON / OFF) drive means 50 is controlled; Hinge coupled to both sides of the reference table 40, so as to open and close the upper end of the mixing cylinder 20, a connecting pipe 62 is provided in communication with the water supply hose, or the mixing cylinder 20 First and second cover (60a, 60b) and the auxiliary opening and closing hole 61 is installed to check the inside; Mixing means (70) installed on the main shaft (51) to mix powdered feed and water filled in the mixing vessel (20); Livestock powdered feed mixing device characterized in that consisting of; a plurality of fixing means (80) which are installed at both ends of the reference table 40 to fix the reference table 40 to the mixing cylinder (20). The method of claim 1, The mixing means 70 A reference frame (71) fixedly mounted to the main shaft (51) and rotating together with the main shaft (51); A plurality of centrifugal vanes 72 installed upright on the reference frame 71 and inclined at a predetermined angle α to the left or the right; A plurality of centripetal wings 73 installed horizontally on the reference frame 71 and inclined at an angle β above or below; A reference shaft 74 coupled to the main shaft 51 by a loose fit at an upper portion of the reference frame 71, the reference shaft 74 being slightly rotated by the rotational force of the main shaft 51; A plurality of stirring rods 75 which are spaced apart at equal intervals in the longitudinal direction from the outer circumference of the reference shaft 74 and protruding to release suspended matter and agglomerated powdered feed; A screw member (76) formed on the reference shaft (74) to fix the reference shaft (74) to the main shaft (51) so that the reference shaft (74) can be co-rotated with the main shaft (51); Livestock powdered feed mixing device, characterized in that consisting of. The method of claim 1, The fixing means 80 is A support piece (81) spanning the upper surface of the protruding portion (41) and movable in a lengthwise direction of the reference table (40); Located in the lower end of the support piece 81, the upper end of the mixing cylinder 20 is formed in the 'c' shaped cross section so as to correspond to the finish portion 23 formed by bending to the outside to be fitted 82; A rotating member (83) which is screwed with the support piece (81), one end penetrates to be fixed to the fixing piece (82), and moves the fixing piece (82) up and down; Livestock powdered feed mixing device, characterized in that consisting of. The method of claim 1, The livestock powder feed mixing device is The outer peripheral edge of the protective housing 10, the side of the first and second covers (60a, 60b), so that the handle (H) is formed on each of both ends of the reference table 40, When the first and second covers 60a and 60b are opened, each of the handles H formed on the first and second covers 60a and 60b may have a clasp protruding from the outer circumferential surface of the driving means 50. 53) livestock powder feed mixing device, characterized in that spanning so as to be removable.

Images