KR101458882B1 - Manufacturing apparatus of using Grape by-product and Propolis Extract - Google Patents

Abstract

The present invention discloses an apparatus for preparing a feed additive for livestock and fish using grape by-products and propolis extract.
According to the present invention, grape seeds, peel and grape clusters, which are by-products of grape, are aged for a long time and then collected in a hot-air dryer and dried with hot air. Dried grains of grape seeds, peel and grape clusters having a moisture content of 10% were obtained. Further, truishic acid was added to the dried material to be coarsely pulverized. To the grape by-products mixed with the coarsely pulverized tartaric acid, By controlling the rotation speed of the extract powder as a mixing wing member, the optimum mixing condition was achieved for each raw material. Also, the mixed raw material can be dried at a low temperature by maintaining a high degree of vacuum in a vacuum dryer, And a rotary blade member rotating at a high speed in a pulverizer for vacuum drying the mixed raw material, It was be blow not sustained as in the lower moving storage containers, and also capable of producing a high-quality powder can prevent the deformation of the mixed raw material by heat during fine grinding as the high heat generated by the rotating blade member cooled.

Description

[0001] The present invention relates to an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract,

The present invention relates to an apparatus for preparing a feed additive for livestock and fish using grape by-products and propolis extract, and more particularly to a grape seed, a peel, Dried with vacuum drying to lower the water content, and mixed with tritic acid and propolis extract powder to improve palatability and functionality.

Generally, a considerable amount of various agricultural products are commercially sold as commercial processed foods, and a large amount of by-products remain during the manufacturing process, and active research has been conducted on the problem of eco-friendly treatment thereof. Among them, feed and feed Various studies have also been conducted on the preparation of additives. For example, various development technologies for feed additives using grape by-products having no adverse effects on livestock have been reported 1) Korean Patent Registration No. 10-0872617 (2008.12.01) discloses a method for producing grape- 2) Korean Unexamined Patent Application Publication No. 10-2002-0011865 (2002.02.09) discloses a grape by-product feed additive prepared by fermenting grape by-products with a non-reducing agent, The literature feed additives do not solve the problem of short shelf life.

3) Korea Patent Registration No. 10-0872617 discloses a feed additive for enhancing the efficiency of grape by-products. 4) Korea Registered Patent Registration No. 10-1162955 discloses a method of adding cobalt (Co) radioactive By irradiating the gamma rays emitted from the isotope, the antioxidant activity of the polyphenol compound of the grape by-product feed additive is increased, so that long-term preservation is possible and the storage stability of the feed is improved.

However, the feed additive using the grape by-products manufactured in the same manner as the above-mentioned prior arts can not provide a separate device for manufacturing the grape by-products, and the grape seeds, (Shells) and grape clusters) were dried and then pulverized to produce quality feeds and mass production.

SUMMARY OF THE INVENTION The present invention has been made in order to solve such conventional problems, and it is an object of the present invention to provide a method and apparatus for collecting grape seed, peel and grape clusters, Dried grape by-products are mixed with tartaric acid and coarsely pulverized. Then, the coarsely pulverized product and the propolis extract powder are mixed, vacuum dried, and pulverized by pulverizing the vacuum-dried mixed raw material to improve the taste and functionality And a device for producing a feed additive for livestock and fish using a grape by-product and a propolis extract.

Another object of the present invention is to provide a powder having excellent quality since the high heat generated from the rotary blade member is cooled to prevent deformation of the mixed raw material due to heat during the pulverization.

In order to accomplish the above object, the present invention provides a hot air dryer for collecting grape by-products separated from grape seeds, crusts and grape clusters, and then lowering the water content; A coarse grinder for coarse grinding of dried grape by-products with tartaric acid; A mixer for uniformly mixing the grape by-products containing crude tartaric acid and the propolis extract powder; A vacuum dryer for vacuum drying the mixed raw material; An apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract comprising a pulverizer for pulverizing and grinding a vacuum-dried mixed raw material, wherein the hot air dryer comprises a caster, An outer panel comprising an outer panel having a closed door and a rectangular shape and an inner panel having a space formed at upper, left and right sides of the outer panel by keeping an interval from the inside of the outer panel; A pair of guide rails fastened and fixed with a gap between the bottom surface of the outer panel of the outer truck and both side inner panels and formed with guide grooves having enlarged portions on both sides of the front panel; An inner truck having a plurality of moving rollers coupled to the guide rail movably forward and rearward and having a plurality of vertically corresponding support rods; A collecting shelf which is seated on the receiving piece of the inner car and in which grape seed, peel, grapevine branch and tartaric acid (tartaric acid), which are grape by-products, are collected; And a hot air supply device and a moisture discharge device provided on the outer car to discharge hot air and hot air containing hot air into the outer car.

A mixer according to a preferred embodiment of the present invention includes an outer case having a feed opening door into which a grape by-product and a propolis extract powder mixed with crude tartaric acid are introduced, A feedstock through which grape by-products and tartaric acid mixed with tartaric acid are injected into the outer case upper region; A mixed wing member for uniformly mixing the grape by-products mixed with tartaric acid and the propolis extract powder, which is horizontally passed through the raw material passing-through outer case, And a raw material discharge chute provided in the front area of the outer case so as to communicate with the raw material supply passage and slant downwardly to discharge the raw material mixture to the outside by rotation of the mixing wing member.

The pulverizer according to a preferred embodiment of the present invention includes a vertical housing vertically mounted on an upper portion of a worktable provided with a caster at a lower portion thereof and having a sealing cover openable and closable at the front thereof to seal the inside thereof; A horizontal supply pipe connected to an inlet hopper for supplying a vacuum-dried mixed raw material in an upper portion thereof, horizontally mounted on an upper portion of the vertical housing and supplied with a vacuum-dried mixed raw material; Conveying means for uniformly conveying the vacuum-dried mixed raw materials provided in the horizontal and vertical horizontal supply pipes to the inside of the horizontal horizontal supply pipe; A vertical supply duct for vertically protruding and fixing to the front surface of the sealed cover to supply a vacuum-dried mixed raw material into the vertical housing; A fine grinding means provided on the inner surface of the vertical housing and on the rear surface of the closed cover for pulverizing the vacuum-dried mixed raw material into fine powder; And a moving storage container which is movably positioned below the work table of the lower region of the pulverizing means and receives supply of non-pulverized feed.

According to the apparatus for producing feed additives for livestock and fish using the grape by-products of the present invention, grape seeds, peel and grape clusters, which are grape by-products, are aged for a long time and then collected in a hot air dryer, Dried grape seeds, crusts and grape clusters with a moisture content of 10% were obtained by discharging the hot air containing moisture generated during drying. In addition, tartaric acid was added to the dried material to coarsely crush, By adjusting the rotation speed of the propolis extract powder as a mixed wing member in the grape by-products mixed with the crude crushed tartaric acid, the optimal mixing condition was achieved for each raw material, and the mixed raw material was maintained in a vacuum dryer at a high temperature It is possible to obtain a vacuum dried material having a moisture content of 5%, and furthermore, the vacuum-dried mixed raw material can be rapidly pulverized As a rotating blade member, the milled raw material of 100 to 120 mesh is supported by the rotating moving blade member without being blown into the lower moving storage container. Further, since the high temperature generated in the rotating blade member is cooled, It is possible to prevent the deformation of the raw material and to produce the powder with high quality.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram illustrating a process for preparing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention. FIG.
FIG. 2 is a front view of a hot air dryer of a device for preparing feed additive for livestock and fish using grape by-products and propolis extract according to the present invention. FIG.
FIG. 3 and FIG. 4 are plan and side views of a hot air dryer of an apparatus for producing feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
FIG. 5 is a cross-sectional view of a hot air dryer of an apparatus for producing feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
Figs. 6 and 7 are cross-sectional views taken along line AA and BB in Fig. 5; Fig.
8 is an enlarged view of the portion "A" in Fig. 5; Fig.
FIG. 9A and FIG. 9B are diagrams showing operation states of a hot air supply device for a hot air dryer in an apparatus for producing feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
FIGS. 10A and 10B are diagrams showing an operation state of an apparatus for manufacturing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
11 is a view showing the operation state of the coarse pulverizer of the apparatus for producing feed additives for livestock and fish using the grape by-product and the propolis extract according to the present invention.
FIG. 12 is a front view of a mixer of an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
13 is a side view of a mixer of an apparatus for producing feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
FIG. 14 is a plan view of a mixed wing member of a mixer in an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention. FIG.
Figs. 15A and 15B are enlarged schematic diagrams of "B" in Fig. 12 and "C" in Fig.
Fig. 16 is an enlarged constructional view of the "D" portion of 15a and shows the operation state configuration of the shutoff cover closing and maintaining member of the mixer.
FIGS. 17 and 18 are diagrams for a vacuum dryer of an apparatus for producing feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
19 is a perspective view of a pulverizer of an apparatus for producing feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
20 and 21 are a front view and a plan view of a fine grinder of an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
FIG. 22 is an enlarged configuration view of the "E" portion of FIG. 19;
23 is a schematic view of the main part of a pulverization means of a pulverizer in an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
24 is an enlarged configuration view for the portion "G" in Fig.
FIG. 25 is a diagram showing a state in which a rotating member of a fine pulverization means is installed in an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention.
FIG. 26 is a view showing a net member of a pulverization means in an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention. FIG.
FIG. 27 is a schematic view of a fixed blade and a rotating blade of the pulverizing means in an apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention. FIG.
Figs. 28A and 28B are enlarged constructional views of the portion "F" in Fig. 20, and show operation states of the moving storage container retention latch. Fig.
Fig. 29 is a cross-sectional view taken along the line CC of Fig. 20, and shows the operation state of the fine pulverizer. Fig.
FIG. 30 is an enlarged schematic view of the "H" portion of FIG. 29, showing the configuration of the cooling device for the fine pulverizer.

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

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing an entire apparatus for producing a feed additive for livestock and fish using a grape by-product and a propolis extract according to the present invention. FIG.

As shown in the figure, the apparatus for producing feed additive for livestock and fish using the grape by-product and the propolis extract according to the present invention is characterized in that grape seeds, crusts and grape clusters, A hot air dryer 10 for collecting grape byproducts aged at ~ 5 ° C. for 2 to 4 months and then supplying hot air at 45 to 60 ° C. and drying moisture to a moisture content of 10% A coarse pulverizer 50 for blending tartaric acid into grape seeds, crusts and grape clusters of grape by-products dried in the hot-air dryer 10 and then coarsely crushing them; A mixer (60) for uniformly mixing the grape by-products firstly pulverized and containing tartaric acid and propolis extract powder; A vacuum dryer (110) for vacuum drying a mixed raw material in which a grape by-product containing tartaric acid and a propolis extract powder are evenly mixed to a water content of 5%; And a pulverizer 120 for pulverizing 100-120 mesh by receiving the vacuum-dried mixed raw material.

As shown in FIGS. 2 to 8, the hot air dryer 10 includes a caster 1 movably disposed at a lower portion thereof, and a closed door 3 having a transparent window 2 at the front thereof And an outer panel 14 composed of an inner panel 13 formed with spaces 11 at upper, left, and right portions thereof while maintaining an interval from the inside of the outer panel 12, Wow; A pair of guide rails 15 which are fastened and fixed to the bottom surface of the outer panel 12 of the outer truck 14 while maintaining a gap from the both inner panels 13 and formed with guide grooves 15a; An inner truck 16 having a plurality of moving rollers 16a movably coupled to the guide rail 15 in a forward and a backward direction and having a plurality of vertical support members 16b corresponding to the inner side; A collecting shelf 17 which is seated on the receiving piece 16b of the internal carriage 16 and in which grape seeds, crusts and grapevines are grabbed; And a hot air supply device 30 for supplying hot air and discharging hot air including moisture to the inside of the outer car 14.

At this time, a controller 18 is provided at one side of the outer truck 16 to supply hot air into the outer truck 16 and automatically control the discharge of water contained in hot air.

An extension 15a-1 is formed on both sides of the guide groove 15a of the guide rail 15 so as to facilitate the movement of the moving roller 16a. That is, when the inner truck 16 is pulled out or pulled out of the outer truck 14, the moving roller 16a can be easily moved through the extending portion 15a-1, It becomes easy to do.

At this time, a blocking member 20 is provided at the bottom of the outer panel 12 in the front area of the inner truck 16 to block the inner truck 16 from being drawn out of the outer truck 14.

The blocking member 20 includes a blocking bracket 21 which is fastened and fixed to the front bottom of the inner panel 12 of the outer truck 14 and has a fitting hole 21a at an upper portion thereof; A blocking piece 23 protruded forward from the lower portion of the inner truck 16 and having a horizontal through-hole 23a corresponding to the fitting through-hole 21a; And a locking pin 25 inserted into the horizontal through hole 23a of the blocking piece 23 and the fitting hole 21a of the blocking bracket 21 to block the movement of the inner bogie 16.

The hot air supply and water discharge device 30 includes an intake motor 31 and an exhaust motor 32 vertically mounted on the outer panel 12 of the external truck 14; Is rotatably mounted to the lower portion of the intake motor 31 and the exhaust motor 32 and passes through the outer panel 12 to be connected to the space portion 11 in the upper region between the inner panel 13 and the outer panel 12 An intake ventilation fan 33 and an exhaust ventilation fan 34 which are positioned; A heater 35 mounted in the space 11 of the upper region between the inner panel 13 of the outer truck 14 and the outer panel 12 to generate heat of 45 to 65 ° C; The heat of the heater 35 is converted into hot air by the wind generated by the rotating force of the intake ventilating fan 33 and is supplied into the inner truck 16, And a plurality of hot air supply holes and a water discharge hole 36 for discharging moisture contained in the hot air supplied to the inside through the rotation of the exhaust ventilation fan 34 to the outside.

At this time, by the intake ventilating fan 33 and the exhaust ventilating fan 34 which are mounted on both sides of the outer panel 12 of the outer truck 14 and rotate by the rotational force of the intake motor 31 and the exhaust motor 32 And an intake and exhaust means (40) in which outside air is sucked into the inside and hot air containing moisture inside is discharged to the outside.

The intake and exhaust means 40 includes an intake case 41 and an exhaust case 42 mounted on both sides of the outer panel 12; An intake control knob 43 and an exhaust control knob 44 rotatably provided on the front surfaces of the intake case 41 and the exhaust case 42; And is connected to the space portion 11 of the upper panel 12 and the upper region of the inner panel 13 and is connected to the outside of the outside panel 12 in the rear region of the intake case 41 and the exhaust case 42, An air intake port 45 and an air exhaust port 46 through which hot air inside is drawn and exhausted; And a damper member 47 connected between the intake and exhaust adjustment knobs 43 and 44 and the intake and exhaust ports 45 and 46 to selectively open and shut off the intake and exhaust ports 45 and 46.

The damper member 47 includes a horizontal rotation lever connected horizontally and rotatably between the intake and exhaust adjustment knobs 43 and 44, the intake and exhaust cases 41 and 42 and the intake and exhaust ports 45 and 46, (48); And a damper 49 connected to the rear end of the horizontal rotation lever 48 for selectively opening and closing the intake port 45 and the inside of the exhaust port 46.

As shown in FIG. 11, the coarse grinder 50 includes a case 52 having a caster 51 at a lower portion thereof; A supply hopper 53 provided on the case 52 and supplied with hot-air-dried grape by-products and tartaric acid; First and second crushing rollers 54 and 55 rotatably supported in opposite directions inside the case 52 of the lower region of the feed hopper 53 to crush grape by-products; And a discharge guide 56 provided in the case 10 under the first and second crushing rollers 54 and 55 for discharging grape by-products mixed with the crude tartaric acid.

As shown in FIGS. 12 to 16, the mixer 60 is provided with a raw material inlet door 61 through which grape by-products mixed with tarsified tartaric acid and propolis extract powder are introduced, An outer case 62 provided with a caster 62a; A raw material feed cylinder 64 provided in the upper region of the outer case 62 to feed grape by-products and tartaric acid mixed with tartaric acid and propolis extract powder; A mixed wing member 70 for horizontally penetrating the raw material feed bottle 64 and the outer case 62 and rotatably supported by the rotating means 80 to uniformly mix the grape byproduct mixed with the tartaric acid and the propolis extract powder, Wow; The grape by-product and the propolis extract powder, which are connected to the raw material charging cylinder (64) and slant downwardly in the front area of the outer case (62) and mixed with tartaric acid by rotation of the mixing wing member (70) And a raw material discharge chute 66 for discharging.

The mixing wing member 70 includes a horizontal rotation shaft 72 horizontally rotatably installed in the raw material charging cylinder 64 and the outer case 62; And a mixing blade 74 for spirally extending and fixing the mixing shaft 73 to the outer circumference of the horizontal rotary shaft 72 by a connection boss 73 to mix the mixing raw materials evenly.

The rotating means 80 includes an upper sprocket 81 rotatably disposed at one end of the horizontal rotary shaft 72; A lower sprocket 84 rotatably disposed outside the lower portion of the outer case 62 in correspondence with the upper sprocket 81 and vertically connected by a chain 83; And a drive motor 86 which is axially supported by a lower sprocket 84 and a pair of motor shafts 85 and which is mounted in an inner lower region of the outer case 62. At this time, the upper sprocket 81, the lower sprocket 84, and the chain 83 are concealed by the chain cover 88 from the outside.

A raw material discharge shutoff device 90 is provided between the raw material discharge chute 66 and the upper area of the front surface of the outer case 62 to shut off the raw materials discharged to the outside through the raw material discharge chute 66.

 The raw material discharge interrupting device (90) includes a shutoff cover (92) rotatably provided at an upper region of the raw material discharge chute (66) by a hinge member (91) A shutoff member 94 provided between the upper portion of the shutoff cover 92 and the upper portion of the front surface of the outer case 62 to shut off the raw material discharge chute 66 and rotate the shutoff cover 92 in an angle- ).

The blocking member 94 includes a fixing bracket 95 protruding from the top of the blocking cover 92; An air cylinder 96 mounted on an upper portion of the outer case 62; And an upper portion of the air cylinder 96 is connected to the rod 98 in such a manner that the upper region thereof is stretchable and retractable and the lower end thereof is mounted to the fixing bracket 95.

At this time, a blocking cover closing and holding member 100 for manually closing the blocking cover 92 is provided on the blocking cover 92 on one side of the fixing bracket 95.

The blocking cover closing and holding member 100 is fixed to the blocking cover 92 at one side of the fixing bracket 95 and has a protruding and retreating hole 101 formed at the tip thereof; A rotation lock lever 103 rotatably connected to the rotation fixing bracket 102 so as to be rotatable and having an end portion projecting outward through the projecting and retreating hole 101; And a lock stopper 105 in which a lock hole 104 fastened and fixed to the material discharge chute 66 is formed so that the tip of the rotation of the rotation lock lever 103 through the projecting and dropping hole 101 is caught.

At this time, a control unit 107 is provided at one side of the outer case 62 to control the operation of the rotation unit 80 and the shutoff member 94 of the raw material discharge /

17 and 18, the vacuum dryer 110 is provided with a caster 111 so as to be movable in a lower portion thereof, a closing door 112 is provided at the front thereof so as to be openable and closable, A vacuum chamber 113; A plurality of fixed support pieces 114 fixed at equal intervals on the inner wall of the vacuum chamber 113; A collecting shelf 115 which is seated on the fixed support piece 114 and collects the mixed raw materials mixed therein; And a vacuum generating pump 116 connected to the vacuum chamber 115 to maintain the inside of the vacuum chamber 113 in a vacuum state to maintain the water content up to 5%.

At this time, a control device 117 for automatically controlling the vacuum and the operation of the vacuum chamber 113 is provided on the upper side of the vacuum chamber 113.

19 to 22, the pulverizer 120 includes a worktable 122 having a castor 121 movably below the worktable 122; A vertical housing 124 vertically mounted on an upper portion of one side of the work table 122 and having a sealing cover 123 opened and closed by opening and closing means 130 to seal the inside thereof; A horizontal supply pipe 126 communicating with an inlet hopper 125 for supplying a vacuum-dried mixed raw material, a horizontal supply pipe 126 mounted horizontally above the vertical housing 124 to supply vacuum-dried grape by-products; Conveying means 140 for uniformly conveying the mixed raw materials supplied to the inside of the horizontal supply pipe 126 and the rear horizontal region of the horizontal supply pipe 126 into the vertical housing 124; A vertical supply duct 127 for vertically protruding and fixing to the front surface of the hermetic cover 123 to supply the mixed material into the vertical housing 124; A fine grinding means 150 provided in the vertical housing 124 and on the rear surface of the sealing cover 123 for crushing the mixed raw material into fine powder; And a moving storage container (190) movably positioned below the work table (122) in the lower region of the fine pulverizing means (150) to receive a feed of the fine particles.

The vertical housing 124 is mounted so as to protrude above the work table 122 and is opened and exposed by a sealing cover 123 and a space 124a is formed therein.

At this time, the vertical supply duct 127 is tightly fixed to the front surface of the hermetically sealed cover 123 so as to protrude perpendicularly, thereby blocking the material introduction hole 123a formed in the central region of the hermetic cover 123, The grape by-products can be seen with the naked eye. An insertion hole 127b through which the horizontal supply pipe 126 is inserted is formed in the upper part of the rear surface, and a cover 127c is provided on the upper part so as to be openable and closable .

The opening and closing means 130 includes a hinge member 132 provided on one side of the vertical housing 124 and on the front surface of the hermetic cover 123 for opening and closing the hermetic cover 123; A plurality of horizontal fixing pieces 134 fixed to the front surface of the hermetic cover 123 such that the inner side thereof protrudes horizontally and formed with latching grooves 133 on the outer side; And is rotatably provided on the outer periphery of the vertical housing 124 and is caught by the latching groove 133 of the horizontal fixing piece 134. The rotation locking bolt 136 for maintaining the closing of the closing cover 123 by self- ).

The conveying means 140 includes a gear box 141 connected to the rear surface of the horizontal supply pipe 126, A drive motor 142 mounted on one side of the gear box 141; A first bevel gear 143 axially installed in the drive motor 142 and rotatably housed in the gear box 141; A second bevel gear 144 meshing with the first bevel gear 143 and rotatably housed in the gear box 141; And a conveying screw 146 inserted into the horizontal supply pipe 126 and provided with a conveying blade 146a and rotatably connected to the second bevel gear 144. [

The fine pulverizing means 150 includes a plurality of inner fixed blades 151 protruding from the rear surface of the sealing cover 123 at equal intervals on the outer periphery of the material introduction hole 123a; An outer fixed blade 152 protruding from the rear surface of the sealing cover 123 at an outer periphery and spaced apart from the inner fixed blade 151; An inner rotary blade 161 and an outer rotary blade 162 are protruded so as to be positioned inward and outward of the inner fixed blade 151 and the outer fixed blade 152 and a plurality of outer rotary blades 163 are formed at the edge, A rotary blade member 160 rotatably supported at a high speed by a rotary member 170 in a space 124a of the vertical housing 124; And a circular net member 180 detachably fastened to the inner peripheral edge of the vertical housing 124 so as to be positioned close to the outer rotary blade 163 of the rotary blade member 160.

The rotary member 170 includes a rotary shaft 172 rotatably housed in a central region of the rotary blade member 160; A rear pulley 174 axially extended behind the rotary shaft 172; A high-speed drive motor 176 mounted on the other side of the worktable 122 and rotating at a high speed; And a motor pulley 178 rotatably provided on the motor shaft 175 of the high-speed drive motor 176 and connected by a rear pulley 174 and a belt 177.

The net member 180 includes a pair of circular rims 182 detachably coupled to the inner periphery of the vertical housing 124 and fixed by a connection boss 181; A net body 184 provided between the circular rims 182 and made of 100 to 120 mesh so that the finely pulverized raw material can be discharged downward; And a plurality of net knobs 186 protruding from the inner peripheral edge of the net 184 in close proximity to the outer rotary blade 162 to crush the grape by-products into fine particles.

The moving storage container 190 includes a body 193 having a moving wheel 191 at a lower portion thereof, a knob 192 at the front thereof, a top portion thereof opened to store powdered mixed raw materials, And a rectangular rubber packing 195 attached to the upper surface of the rim 194 on the upper side of the body 193 to prevent the powdered mixed raw material discharged downward from being blown out. Flow is prevented by the storage container retention latch 200.

The moving storage container retention latch 200 includes a vertical fixture 202 mounted on the front and rear sides of the work table 122 and having a rotation assembly groove 201 formed therein; A rotation lever 204 rotatably coupled to a lower portion of the rotation assembly groove 201 of the vertical fixture 202 by a rotation pin 203; And an adjusting hole 205 which is fastened to the lower portion of the pivoting lever 204 so as to be horizontally adjustable in height and which is in close contact with the fitting groove 194a formed at the lower portion of the rim 194 of the moving storage container 190, A bolt 206; A handle pivot lever 208 rotatably coupled to the upper portion of the vertical fixed body 202 by a pivot pin 207; The pivoting lever 209 is connected to the pivoting lever 204 and the pivoting lever 208 to rotate in the same direction as the pivoting lever 208 and the pivoting lever 208 is rotated in the reverse direction And a connection rotation link 211 formed with a locking protrusion 210 for preventing rotation.

A stopper 202a is provided on one side of the vertical fixture 202 to limit the rotation of the pull lever 208 in the clockwise direction.

At this time, a horizontal blocking plate 220 is mounted horizontally on a lower side of one side of the work table 122, a rubber packing 194 of the moving storage container 190 is closely attached to a lower side of the horizontal blocking plate 220, And a guide member 222 for guiding both ends of the upper part of the moving storage container 190 is disposed on the left and right and rear sides of the vertical shutoff plate 220. The vertical shutoff plate 220 is connected to the vertical housing 124, (230) is provided to discharge the fine powder downward.

30, a cooling device 250 for cooling the high temperature generated in the rotary blade member 160 is provided in the lower part of the other side of the work table 122 and the rotary blade member 160 area.

The cooling device 250 includes a circular plate 252 whose front surface is closely located on the rear surface of the rotary blade member 160 and is fastened and fixed inside the vertical housing 124; A water jacket 254 provided at the outer periphery of the rear surface of the circular plate 252 to supply and discharge the cooling water; And a cooler 257 provided at a lower portion of the other side of the worktable 122 for cooling water to supply and discharge the cooling water through the supply hose 255 and the discharge hose 256 into the water jacket 254.

Hereinafter, the operation of the apparatus for preparing a feed additive for livestock and fish using the grape by-products of the present invention will be described.

As shown in FIG. 1, the grape seeds, crusts and grape clusters, which are grape by-products generated in the process of processing grape juice, are separated by each site and aged at 3-5 ° C for 2-4 months, The agglomerated grape byproducts are collected in a plurality of collecting shelves 17 and the collecting racks 17 are sequentially placed on the receiving pieces 16b of the inside rack 16 and stored, (14).

2 to 5, a closed door 3, which can be opened and closed, is opened on the front surface of the outer panel 12 of the outer truck 14 constituting the hot air dryer 10, The moving roller 16a of the inner truck 16 is aligned with the extended portion 15a-1 of the front surface of the guide rail 15 fastened and fixed to the bottom surface of the outer panel 12 of the outer truck 14, The moving roller 16a of the inner truck 16 moves along the extended portion 15a-1 of the guide rail 15 and the guide groove 15a when the truck 16 is pushed rearward, .

In this state, the blocking member 20 provided at the bottom of the outer panel 12 in the front area of the inner truck 16 blocks the inner truck 16 from being drawn out of the outer truck 14. That is, the horizontal through-hole 23a of the blocking piece 23 fixed to the front of the inner truck 16 and the fitting through-hole 21a of the blocking bracket 21 fastened and fixed to the front bottom of the outer panel 12 When the lock pin 25 is inserted through the through hole, the flow of the internal bogie 16 is prevented, and the drawing out of the external bogie 14 is blocked.

Next, the closed door 3, which is openably and closably provided on the front surface of the outer panel 12, is closed to seal the inside of the outer car 14, and then the control device 18 provided on one side of the outer car 16 The hot air supply and the water discharge device 30 are operated to automatically control the supply of hot air and the discharge of hot air including moisture to the inside of the outer truck 16.

A state in which hot air is supplied to the inside of the outer truck 16 constituting the hot air dryer 10 as shown in FIGS. 9A and 9B will be described. First, intake control of the front surface of the intake case 41, which constitutes the intake means 40, When the knob 43 is rotated to the open position, the horizontal rotation lever 48 of the damper member 47 connected between the intake control knob 43 and the intake port 45 is rotated, So that outside air is introduced through the intake port 45. [

At the same time, the intake fan 31 is operated by the operation of the intake motor 31 constituting the hot air supply and discharge device 30, The heat (45 to 60 ° C) generated in the heater 35 mounted in the space portion 11 in the upper region between the outer panel 12 and the outer panel 12 is converted into hot air and passes through the inner wall of the inner panel 13 The grape by-products collected on the collecting shelf 17 of the inner truck 16 are dried as they are supplied to the inner truck 16 through the plurality of hot air supply holes 36.

When the grape by-products are dried and moisture is generated by the hot air thus supplied, the exhaust ventilation fan 34 is operated by the operation of the exhaust motor 32 constituting the hot air supply and exhaust device 30 and the exhaust ventilation fan 34 The hot wind containing the moisture is discharged to the outside through the exhaust means 40 through the plurality of water discharge holes 36 vertically penetrating the both inner walls of the inner panel 13 as a suction force generated in the collecting shelf 17 ) Are dried to a moisture content of 10%.

At this time, the exhaust means 40 is kept open to discharge hot air containing moisture. That is, the exhaust control knob 44 on the front face of the exhaust case 42 is rotated to the open position to rotate the horizontal rotation lever 48 of the damper member 47 connected between the exhaust control knob 44 and the exhaust port 46 The damper 49 is opened from the exhaust port 46 and hot air containing moisture is discharged to the outside through the exhaust port 46 (see FIGS. 10A and 10B)

Next, as shown in FIG. 11, the grape by-products dried in the hot air dryer 1 are fed into the supply hopper 53 on the upper part of the case 52 constituting the coarse grinder 50, Lt; RTI ID = 0.0 > acid < / RTI > to improve the digestibility of the protein.

When the first and second crushing rollers 54 and 55 are rotated in opposite directions in the case 52, the dried grape by-products and the tartaric acid are mixed with the first and second crushing rollers 54 and 54, And the coarse pulverized material is discharged through the discharge guide 56 to the outside so that the pulverized material is separately stored.

Thus, the coarsely pulverized raw material mixed with the tartaric acid is fed into the mixer 60 and mixed with the propolis extract powder. At this time, propolis extract powder is a known substance having effects such as antibacterial, anti-inflammatory, antioxidant, antiviral, immunity, analgesic and narcotic action.

As shown in FIGS. 13 and 14, the operation of the mixer 60 can be roughly described as follows. That is, as shown in FIGS. 13 and 14, the raw material- The extract powder is introduced into the raw material charging cylinder 64 and then the mixing wing member 70 rotatably and horizontally passing through the raw material charging cylinder 64 and the outer casing 62 is rotated by the rotating means 80 .

The rotary shaft 80 rotates at a low speed by the horizontal rotary shaft 72 which is horizontally rotatably installed in the raw material charging cylinder 64 and the outer case 62 constituting the mixing wing member 70, The mixture of the crude powder and the propolis extract powder mixed with tartaric acid by the mixing blades 74 which are spirally extended and fixed by the connection boss 73 at the outer periphery of the horizontal rotary shaft 72 is evenly mixed to become the mixture material, The fuel is discharged to the outside through a raw material discharge chute 66 which is communicated with the raw material charging cylinder 64 and inclined to the front area of the external casing 62.

At this time, a raw material discharge shutoff device 90 is provided between the raw material discharge chute 66 and the upper area of the front surface of the external case 62 to block the raw material discharged to the outside through the raw material discharge chute 66.

15A, when the air cylinder 96 of the blocking member 94 constituting the raw material discharge interrupting device 90 is operated, the upper region of the air cylinder 96 is extended And a rod 98 whose lower end is fitted to the projecting bracket 97 is extended upward.

The blocking cover 92 is pivoted upward about the hinge member 91 to be separated from the upper part of the raw material discharge chute 66 and the mixed raw material is discharged downward from the raw material charging cylinder 64.

On the other hand, when the air cylinder 96 of the blocking member 94 constituting the raw material discharge interrupter 90 is reversely operated as shown in FIG. 15B, the rod 98 extends downward from the air cylinder 96. Then, the shutoff cover 92 is pivoted downward about the hinge member 91 to be brought into close contact with the upper portion of the raw material discharge chute 66, and the discharge of the raw material mixture from the raw material supply cylinder 64 is blocked.

In this state, the user operates the shutoff cover closing and holding member 100 provided on the shutoff cover 92 to manually close the shutoff cover 92.

That is, as shown in FIG. 16, when the rotation lock lever 103 pivotally connected to the rotation lock bracket 102 fastened to the shutoff cover 92 constituting the shutoff cover closing and holding member 100 is rotated upward, The lock stopper 105 which is pivoted about the pivotal locking bracket 102 and rotates upward about the pivot lock lever 103 and the end portion protrudes and retracts outward through the pivot hole 101 and is fixed to the material discharge chute 66, So that the blocking cover 92 is prevented from coming off.

In this way, the mixed raw material mixed in the mixer 60 is supplied and dried in a vacuum state in the vacuum chamber 113 constituting the sealed vacuum dryer 110.

17 and 18, the mixed raw materials are collected on a plurality of collecting shelves 115 and sequentially placed on the fixed support pieces 114 of the inner wall of the vacuum chamber 113. Then, the sealed door 112 ) To close the inside completely.

Next, the control device 117 provided on the upper side of the vacuum chamber 113 is operated to operate the vacuum generating pump 116 connected to the vacuum chamber 115 to maintain the inside of the vacuum chamber 113 in a vacuum state Thereby drying the mixed raw material. At this time, in the vacuum dryer 110, the vacuum dried material is dried at 40 DEG C for 6 hours to obtain a vacuum dried material having a water content of 5%.

As described above, the vacuum dried material vacuum dried in the vacuum dryer 110 is supplied to the pulverizer 120 and pulverized into fine powder.

19 to 22, the upper part of the horizontal supply pipe 126 mounted on the upper part of the vertical housing 124 mounted on the upper part of one side of the work table 122 constituting the pulverizer 120 The vacuum dried material is supplied into the horizontal supply pipe 126 horizontally mounted on the upper portion of the vertical housing 124 through the hopper 125 when the vacuum dried material is introduced into the input hopper 125.

In this state, when the driving motor 142 constituting the conveying means 140 provided in the horizontal supply pipe 126 and the rear region is operated, the driving motor 142 mounted on one side of the gear box 141 on the rear side of the horizontal supply pipe 126, The first bevel gear 143 is rotated by the rotational force of the drive motor 142 in the gear box 141 by the operation of the gear box 142 and engaged with the first bevel gear 143, The second bevel gear 144 rotatably housed in the first bevel gear 144 rotates.

As the feed screw 146 inserted into the horizontal feed pipe 126 and rotatably shaft-connected to the second bevel gear 144 is rotated, along the feed vane 146a of the feed screw 146, Is successively transferred to the front region of the horizontal supply pipe 126 and is introduced into the vertical supply duct 127 through the horizontal supply pipe 126 inserted through the insertion hole 127b in the upper portion of the vertical supply duct 127 (See Fig. 29)

At this time, the vacuum dried material introduced into the vertical supply duct 127 is supplied to the front surface of the vertical housing 124 by the opening and closing means 130, and a raw material charging hole 123a formed through the central region of the closed cover 123, And is supplied into the vertical housing 124 and the fine pulverizing means 150 provided on the rear side of the closed cover 123 to be pulverized as a fine powder.

25 and 27, the high-speed driving motor 176 constituting the rotary member 170 is rotated, and the rotary blade member 160 is rotated by the high- An inner rotary blade 161 constituting a rotary blade member 160 located close to the inner and outer sides of the inner fixed blade 151 and the outer fixed blade 152 on the rear surface of the sealed cover 123, (162) simultaneously rotate at a high speed.

An inner rotary blade 161 positioned close to the inner and outer sides of the inner fixed blade 151 and the outer fixed blade 152 on the rear surface of the closed cover 123 and a vacuum dried material passing through the outer rotary blade 162 Finely pulverized and finely pulverized in a second order by a net knife 186 constituting a net member 180 protruding adjacent to the outer rotating blade 162 to form a fine mesh 100 120 through the vertical discharge duct 230 and the horizontal blocking plate 220 through the space 124a of the vertical housing 124. The vertical shut-

At this time, the upper part of the body 193 is guided to the guide pieces 222 on the left and right sides of the horizontal blocking plate 220 horizontally mounted on the lower part of one side of the work table 122, A rectangular rubber packing 195 attached to the rim 194 on the upper part of the body 193 as well as being prevented from flowing by the moving storage container fixing latches 200 provided on the front and rear sides of the work table 122, Thereby preventing the fine particles from being blown.

As shown in the drawing, in order to separate the moving storage container 190 in which the vacuum dried material is finely pulverized and stored, the handle rotating lever 208 ) In the counterclockwise direction.

An upper portion of the vertical fixing body 202 is pivotally coupled to the upper portion of the vertical fixing body 202 by a pivot pin 207. A pivot lever 208 connected to the pivot link 211 by a pivot pin 209 is pivotally connected to the pivot pin 207 ) 209 in the counterclockwise direction.

The connection rotation link 211 connected to the rotation pin 209 is rotated counterclockwise between the rotation lever 204 and the knob rotation lever 208 so that the connection rotation link 211 and the rotation pin 209 rotate, And a pivotal lever 204 whose upper portion is rotatably coupled to the lower portion of the pivotal mounting groove 201 of the vertical fixed body 202 by means of a pivot pin 203 is pivoted about the pivot pins 209, The adjustment bolt 206 fastened to the lower portion of the pivotal lever 204 and the fitting hole 205 are rotated counterclockwise to be separated from the fitting groove 194a under the rim 194 .

At this time, the pivotal lever 204 is hooked on the latching jaw 210 formed on the link rotation link 211, so that rotation in the reverse direction is prevented (see Fig. 28B)

In this state, when the moving storage container 190 is pulled forward by holding the handle 192 on the front side, the moving storage container 190 is moved forward by the lower moving wheel 191, The rim 194 is guided by the guide pieces 222 on the left and right sides of the blocking plate 220 and moves forward to move the mixed raw materials pulverized by the fine powder stored in the moving storage container 190 into livestock and / It will be used as a feed additive for fish.

Meanwhile, if the mixed storage material 190 in the moving storage container 190 is taken out and then the moving storage container 190 is pushed back, the moving storage container 190 is moved backward by the lower moving wheel 191 And the rim 194 on the upper part of the body 193 is guided by the guide piece 222 and moves rearward.

Thereafter, the moving storage container 200 is fixed to the moving storage container 190 to prevent the moving storage container 190 from flowing. That is, the knob pivoting lever 208 is rotated clockwise. An upper portion of the vertical fixing body 202 is pivotally coupled to the upper portion of the vertical fixing body 202 by a pivot pin 207. A pivot lever 208 connected to the pivot link 211 by a pivot pin 209 is pivotally connected to the pivot pin 207 ) 209 in the clockwise direction.

The connection pivot link 211 connected to the pivot lever 204 by the pivot pin 209 rotates in the clockwise direction between the pivot lever 204 and the knob pivot lever 208 so that the connection pivot link 211 and the pivot pin 209 And a pivoting lever 204 whose upper portion is rotatably coupled to the lower portion of the pivoting mounting groove 201 of the vertical fixing body 202 as a pivot pin 203 is pivotally mounted on the pivot pins 209, The adjustment bolt 206 fastened to the lower portion of the pivotal lever 204 and the tightening bolt 206 tightened to the fitting groove 194a at the lower portion of the rim 194 as the fitting hole 205 is rotated in the clockwise direction, And the rubber packing 195 attached to the rim 194 is brought into close contact with the lower portion of the horizontal blocking plate 220 to block the blowing of the fine particles . (See Fig. 28A)

At this time, the knob pivoting lever 208 is hooked on the stopper 202a provided on one surface of the vertical fixed body 202, so that the rotation in the clockwise direction is restricted.

A cooling device 250 for cooling the high temperature generated in the rotary blade member 160 is provided in a lower portion of the other side of the work table 122 and a region of the rotary blade member 160.

30, the cooling water generated in the cooler 257 is supplied to the water jacket 254 on the rear surface of the circular plate 252 through the supply hose 255 to rotate at a high speed The cooling water with the increased water temperature is supplied to the cooler 256 through the discharge hose 256 and then cooled by the cooler 256 and returned to the water jacket 254 The inner rotary blade 161, the outer rotary blade 162 and the outer rotary blade 163 constituting the rotary blade member 160 are cooled to prevent the deformation of the mixed material due to heat during the milling process .

2: Transparent window 3: Sealed door
10: hot air dryer 11:
12: outer panel 13: inner panel
14: External carriage 15: Guide rail
15a: Guide groove 15a-1: Extension part
16: inner carriage 16a: moving roller
16b: pedestal piece 17: collecting shelf
20: blocking member 21: blocking bracket
21a: insertion hole 23:
23a: horizontal hole 25: locking pin
30: hot air supply and water discharge device 31,32: suction and exhaust motor
33, 34: suction, exhaust, ventilation fan 35: heater
36: hot air supply hole and water discharge hole 40: intake and exhaust means
41, 42: Suction / exhaust case 43, 44: Suction / exhaust control knob
45, 46: intake and exhaust ports 48: horizontal rotation lever
49: damper 47: damper member
50: coarse grinder 60: mixer
61: Material feeding door 62: outer case
64: feedstock feeder 66: feedstock discharge chute
70: mixing wing member 80: rotating means
90: raw material discharge interrupter 91: hinge member
92: Blocking cover 95: Fixing bracket
96: air cylinder 98: rod
94: shutoff member 100: shutoff cover closed holding member
101: Exhibition hall 102: Rotating fixed bracket
103: Rotation lock lever 104: Locking hole
105: lock stop 120: fine grinder
122: worktable 123: sealing cover
124: Vertical housing 125: Feed hopper
126: horizontal supply line 127: vertical supply duct
130: opening / closing means 140:
150: fine grinding means 151, 152: inner and outer fixed blade
160: rotating blade member 161, 162: inner and outer rotating blade 170: rotating member 180:
181: Connection Boss 182: Circular Border
184: Pendant 186: Pendant blade
190: moving storage container 193: body
195: Rubber packing 200: Moving storage container retention latch
201: rotation assembling groove 202: vertical fixing body
203, 207, and 209: Pivot pin 204:
205: fastener 206: adjustable bolt
208: Handle turning lever 201:
211: connection rotation link 250: cooling device
252: Circular plate 254: Water jacket
255: Supply Hose 256: Discharge Hose
257: Cooler

Claims (13)

A hot air dryer (10) for collecting grape by-products separated and aged by grape seeds, peels and grape clusters and lowering the water content; A coarse grinder (50) for coarsely pulverizing the dried grape by-products with tartaric acid; A mixer (60) for evenly mixing the grape by-product containing crude tartaric acid and the propolis extract powder; A vacuum dryer (110) for vacuum drying the mixed raw material; An apparatus for preparing a feed additive for livestock and fish using a grape by-product and a propolis extract, which comprises a pulverizer (120) for pulverizing and grinding a vacuum-dried mixed raw material,
The hot air dryer (10)
An outer panel 12 provided with a closed door 2 having a transparent window 2 on its front face so as to be openable and closable and an inner panel 12 having inner and upper and left and right portions of the outer panel 12, An outer truck 14 of panel 13;
A guide rail 15 formed on a bottom surface of the outer panel 12 and having a guide groove 15a formed on both sides of the front surface and having an extension 15a-1 while being spaced from both inner panels 13;
An inner truck 16 having a moving roller 16a movably coupled to the guide rail 15 forward and rearward and having a plurality of support pieces 16b corresponding to the inner side;
A collecting shelf 17 which is seated on the receiving piece 16b of the inner car 16 and in which an aged grape seed, a crust and a grapevine branch are collected;
And a hot air supply device (30) provided at an upper part of the outer car (14) for supplying hot air and discharging hot air including hot water into the outer car (14) An apparatus for the preparation of feed additive for livestock and fish using a polis extract. The method according to claim 1,
The inner truck 16 is prevented from being pulled out of the outer truck 14 at the bottom of the outer panel 12 of the outer truck 14 in the front area of the inner truck 16 and the lower front of the inner truck 16, And a blocking member (20)
The blocking member (20)
A blocking bracket 21 which is fastened and fixed to a front bottom of the outer panel 12 and has an upper insertion hole 21a;
A blocking piece 23 protruded forward from a lower portion of the inner truck 16 and having a horizontal through hole 23a corresponding to the fitting through hole 21a;
And a locking pin (25) inserted into the horizontal through hole (23a) of the blocking piece (23) and the fitting hole (21a) of the blocking bracket (21) to block movement of the inner car (16) An apparatus for preparing feed additive for livestock and fish using byproducts and propolis extracts. The apparatus according to claim 1, wherein the hot air supply and water discharge device (30)
An intake motor 31 and an exhaust motor 32 vertically mounted on the outer panel 12 of the outer truck 14;
And is rotatably mounted to the lower portion of the intake motor 31 and the exhaust motor 32 and passes through the outer panel 12 to cover the space portion 11 in the upper region between the inner panel 13 and the outer panel 12. [ An intake ventilation fan (33) and an exhaust ventilation fan (34) which are located in the intake passage;
A heater 35 installed in the space 11 of the upper region between the inner panel 13 of the outer truck 14 and the outer panel 12 to generate heat at 45 to 60 ° C;
The heat of the heater 35 is converted into hot air by the rotational force of the intake ventilating fan 33 and is supplied into the inner truck 16, A plurality of hot air supply holes and a water discharge hole 36 in which water contained in the hot air supply fan 36 is discharged to the outside by the rotational force of the exhaust ventilation fan 34;
External air is sucked through the hot air supply hole and the water discharge hole 36 by the intake ventilation fan 33 and the exhaust ventilation fan 34 while being mounted on both sides of the outer panel 12 of the outer truck 14 And an intake and exhaust means (40) for discharging hot air containing moisture to the outside. The apparatus for preparing feed additive for livestock and fish using the grape by-product and the propolis extract. 4. The apparatus according to claim 3, wherein the intake and exhaust means (40)
An intake case 41 and an exhaust case 42 mounted on both sides of the outer panel 12;
An intake control knob 43 and an exhaust control knob 44 rotatably provided on the front surface of the intake case 41 and the exhaust case 42;
And is disposed on both sides of the outer panel 12 in the rear region of the intake case 41 and the exhaust case 42 and communicates with the space portion 11 in the upper region of the outer panel 12 and the inner panel 13, An air inlet 45 and an air outlet 46 through which air is sucked and the hot air inside is exhausted;
A horizontal rotation lever 48 horizontally rotatably connected between the intake and exhaust adjustment knobs 43 and 44, the intake and exhaust cases 41 and 42 and the intake and exhaust ports 45 and 46, And a damper member (47) connected to the rear end of the rotary lever (48) and configured to selectively open and close the intake port (45) and the exhaust port (46) An apparatus for the preparation of feed additive for livestock and fish using a polis extract. 2. The apparatus of claim 1, wherein the mixer (60)
An outer case 62 provided with a raw material inlet door 61 into which a grape by-product and a propolis extract powder mixed with crude tartaric acid are injected;
A raw material feed cylinder 64 provided in the upper region of the outer case 62 to feed grape by-products and tartaric acid mixed with tartaric acid and propolis extract powder;
A mixing wing for uniformly mixing the grape by-products mixed with tartaric acid and the propolis extract powder, which is horizontally passed through the raw material charging cylinder (64) and the outer case (62) Member (70);
And a raw material discharge chute 66 which communicates with the raw material charging cylinder 64 and is inclined downwardly in a front area of the external case 62 to discharge the mixed raw material to the outside by rotation of the mixing wing member 70 An apparatus for preparing feed additive for livestock and fish using the grape byproduct and the propolis extract. 6. The apparatus according to claim 5, further comprising a raw material discharge shutoff device (90) between the raw material discharge chute (66) and an upper area of the front surface of the outer case (62) to shut off the mixed raw material discharged to the outside through the raw material discharge chute Respectively,
The raw material discharge interrupting device (90)
A blocking cover 92 provided at an upper area of the material discharge chute 66 so as to be rotatable as a hinge member 91;
A locking bracket 95 protruding from the upper portion of the blocking cover 92;
An air cylinder 96 having an upper end mounted on the upper portion of the outer case 62 and a rod 98 coupled to the upper portion of the air cylinder 96 so as to extend and retract, (94);
And a blocking cover closing and holding member 100 provided on the blocking cover 92 at one side of the fixing bracket 95 for manually maintaining the closing of the blocking cover 92. [ An apparatus for preparing feed additives for livestock and fish using extracts. 7. The apparatus of claim 6, wherein the shutoff cover closure retention member (100)
A rotation fixing bracket 102 fastened and fixed to a blocking cover 92 on one side of the fixing bracket 95 and having a protruding and retracting hole 101 formed at the tip thereof;
A pivotal locking lever 103 rotatably connected to the pivotal fixing bracket 102 and rotatably coupled with the end of the pivotal locking bracket 102 so as to protrude outward through the pivot hole 101;
And a lock stopper 105 formed with a lock hole 104 which is fastened and fixed to the material discharge chute 66 so that an end portion of the rotation lock lever 103 pivoted outwardly through the protruding / And a feed additive for livestock and fish using the propolis extract. The apparatus of claim 1, wherein the pulverizer (120)
A vertical housing 124 vertically installed at an upper portion of one side of the worktable 122 provided with a caster 121 at the bottom and having a sealing cover 123 opened and closed by opening and closing means 130 at the front thereof, ;
A horizontal supply pipe 126 communicating with a supply hopper 125 for supplying a vacuum-dried mixed raw material to the upper portion, a horizontal supply pipe 126 mounted horizontally above the vertical housing 124 to supply vacuum-dried mixed raw materials;
Conveying means 140 provided in the horizontal supply pipe 126 and the rear region for conveying the vacuum-dried mixed raw material in the horizontal supply pipe 126 into the vertical housing 124;
The vacuum dried mixed raw material which is vertically fastened and fixed to the front surface of the sealing cover 123 and is connected to the horizontal housing 124 and the horizontal supply pipe 126 to be conveyed to the conveying means 140 is passed through the vertical housing 124, A vertical supply duct 127 which is a passage for supplying the air into the inside;
A fine grinding means 150 disposed between the inside of the vertical housing 124 and the rear side of the sealing cover 123 for crushing the vacuum-dried mixed raw material into fine powder;
And a moving storage container (190) movably positioned below the work table (122) in a lower region of the pulverizing means (150) to receive the feed without flowing fine powder. The grape by - product and the livestock using the propolis extract Apparatus for manufacturing feed additive for fish. 9. The apparatus of claim 8, wherein the vertical supply duct (127)
And is vertically protruded and fixed to the front surface of the closed cover 123 to block the raw material input hole 123a formed in the central region of the closed cover 123,
A transparent window 127a is provided on the front surface so that the inside of the mixed raw material can be seen with the naked eye,
An insertion hole 127b through which the horizontal supply pipe 126 is inserted is formed through the upper part of the rear surface,
And a cover (127c) that can be opened and closed at an upper portion thereof. The apparatus for preparing a feed additive for livestock and fish using the grape by-product and the propolis extract. The apparatus according to claim 8, wherein the pulverizing means (150)
A plurality of inner fixed blades 151 protruding from the rear surface of the closed cover 123 at regular intervals on the outer periphery of the feed inlet 123a;
An outer fixed blade 152 protruding from the inner surface of the inner fixed blade 151 at a distance from the rear surface of the sealed cover 123;
An inner rotary blade 161 and an outer rotary blade 162 are protruded to be positioned inward and outward of the inner fixed blade 151 and the outer fixed blade 152 and a plurality of outer peripheral rotary blades 163 A rotary blade member 160 that is formed so as to be rotatable at a high speed by a rotary member 170 inside the space 124a of the vertical housing 124;
A circular rim 182 detachably coupled to an inner circumferential edge of the vertical housing 124 and fixed by a connection boss 181 and a circular rim 182 so as to allow the pulverized raw material to be discharged downward And a net knife 186 for crushing the vacuum-dried mixed raw material by fine powder, which is formed by protruding in close proximity to the outer circular knife 162 at the inner periphery of the net 184, And a net member (180). The apparatus for preparing a feed additive for livestock and fish using the grape by-product and the propolis extract. The method of claim 8, wherein the moving storage container (190)
A body 193 having a moving wheel 191 at a lower portion thereof and an upper portion thereof opened to store powdered grape byproducts;
And a rubber packing 195 attached to the rim 194 on the upper portion of the body 193 to prevent the fine pulverized raw material discharged downward from being blown out,
And is attached to the edge (194) by the moving latches (200) provided at the front and rear sides of the worktable (122). The grape by-product and the feed additive for livestock and fish using the propolis extract Manufacturing apparatus. 12. The apparatus of claim 11, wherein the moving storage container retention latch (200)
A vertical fixing body 202 mounted on front and rear sides of the worktable 122 and having a rotation assembly groove 201;
A rotation lever 204 rotatably coupled to a lower portion of the rotation assembly groove 201 of the vertical fixture 202 as a rotation pin 203;
And a tightening member 205 fastened to the lower portion of the pivoting lever 204 such that the height thereof is adjustable in height horizontally and tightly fitted to the fitting groove 194a formed at the bottom of the rim 194 of the moving storage container 190, A long bolt 206;
A handle pivot lever 208 rotatably coupled to the upper portion of the vertical fixed body 202 by a pivot pin 207;
The pivoting lever 209 is connected to the pivoting lever 204 and the pivoting lever 208 so as to rotate in the same direction as the pivoting lever 208 and the pivoting lever 208 is rotated in the reverse direction And a connection rotation link (211) formed with a locking protrusion (210) for preventing the rotation of the coupling member (210). The apparatus for manufacturing a feed additive for livestock and fish using the grape byproduct and the propolis extract. The cooling device according to claim 10, wherein a cooling device (250) is provided on the other side of the work table (122) and the rotating blade member (160) to cool the high heat generated from the rotary blade member (160)
The cooling device 250
A circular plate 252 whose front surface is closely located on the rear surface of the rotary blade member 160 and is fastened and fixed to the inside of the vertical housing 124;
A water jacket 254 provided at the outer periphery of the rear surface of the circular plate 252 to supply and discharge the cooling water;
And a cooler 257 disposed at a lower portion of the other side of the work table 122 for cooling water to supply and discharge the cooling water through the supply hose 255 and the discharge hose 256 into the water jacket 254 For the preparation of feed additives for livestock and fish using grape by - products and propolis extract.

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