KR20120061274A - Food manugacture method and the system that use food trash - Google Patents

Abstract

PURPOSE: Producing method and system for feed using food waste are provided to completely remove foreign materials from the food waste before molding into a formulated feed product. CONSTITUTION: A producing system for feed using food waste comprises the following: a vehicle(100) collecting the food waste, and inserting into an inlet hopper(110); a first sorter(120) receiving the food waste from the inlet hopper; a second sorter(130) removing metallic foreign materials from the food waste; a crusher(140) crushing the remaining foreign materials; a grinder(150) crushing the food waste into micro-particles; a mixer(160) mixing the micro-particles with an additive(165); a molding machine(170) molding the mixture into a feed product; a first drier(180) hot-air drying the feed product for evaporating waste water; a far infrared ray sterilizer(190) sterilizing the dried feed product; a second drier(200) drying the sterilized feed product using cold air; a product grinder(210) transferring the feed product or micro-pulverizing the feed product; a product storage warehouse(220) for storing the feed product; and a product packaging machine(230).

Description

Food manugacture method and the system that use food trash}

The present invention relates to a method for producing feed and a system for producing the feed using food waste, and more particularly, to remove foreign substances contained in food waste discharged from homes and restaurants, pulverized into fine particles and mixing additives to food waste. The present invention relates to a method and a system for preparing a feed using food waste, which is manufactured as a feed product of granules without discharge of filthy water, which is produced as a food feed of high quality with high productivity.

Generally, food waste generated after cooking food at home or restaurant is mixed and discharged, and the food waste thus discharged is transferred to a food waste treatment plant by a collection vehicle and dried and disposed of.

The landfill food waste as described above has a problem in that it is difficult for the residents to live by polluting the soil according to the decay time and generating a bad smell around the landfill.

In order to solve this problem, conventionally, food waste is manufactured as feed or fertilizer of livestock or pets to prevent environmental pollution.

Patent No. 0915450 has been disclosed as a feed system for food waste as a patent for reusing the conventional food waste as described above.

The above-mentioned conventional case is briefly described, food wastes carried in the sorting grinder, dehydrator and fermenter are efficiently subjected to sorting, dehydration and fermentation drying process to produce high quality fermented feed, especially food waste in the dehydration process. Sterilization of the high concentration of sludge dewatering liquid separated from the production of nutrient rich pig feed liquid (porridge), food waste to provide feed for livestock.

However, although the feed system of the conventional food waste is to provide a fermented feed and a liquid feed through a dehydration process, the dehydrated fermented feed has a problem that it is difficult to mold in a specific form, and the feed to feed the livestock only with food waste There is a problem that the nutrients of the livestock or pets are not evenly supplied, and liquid feed is sterilized, but if it is stored in a long-term storage, the management cost increases, rather than the waste disposal cost and long-term storage The liquid feed is made of a liquid is a problem that is difficult to process the decay proceeds quickly.

The present invention has been made to solve the above problems, to ensure the safety and health of livestock and pets ingesting feed products by completely removing foreign substances contained in food waste, and also to shape the food waste through the molding machine It is made into food products, food waste and livestock and pets can enjoy it, and also feed the health benefits, and food waste to completely evaporate and dry the waste water from food waste It is to provide a manufacturing method and a system thereof.

The present invention is configured as follows to achieve the above object. In other words,

A first step in which the vehicle collects food waste and pours it into an input hopper and discharges the proper amount; A second step of transferring the first sorter configured to sort foreign matter contained in the food waste discharged from the feeding hopper and to break it into small particles; A third step of transferring to the second lane separator configured to remove the metal material contained in the food waste that has passed through the first lane separator; A fourth step of conveying to the crusher configured to crush the foreign matter which has not yet been processed into the food waste that has passed through the second separator; A fifth step of feeding the food waste that has passed through the crusher into a pulverizer configured to crush it into fine particles; A sixth step of adding the food waste and additives ground into fine particles through the grinder to be mixed with the mixer; A seventh step of sintering the food waste mixed with the additives through the mixer to the feed product through a molding machine; An eighth step of transferring the waste water of the feed product manufactured through the forming machine to a first dryer for hot air drying; A ninth step of transferring to the infrared sterilizer to sterilize the feed product dried in the first dryer; A tenth step of transferring the sterilized feed product through the infrared sterilizer to a second dryer to re-dry the cold food; An eleventh step of passing the finished feed product through the second drier to a next step or transferring it to a product grinder for pulverizing particulate matter; A twelfth step of storing and storing the molded feed product or pulverized particulate feed having passed through the product grinder in a product storage unit; And a thirteenth step of packaging the product feeder at the time of shipment of the stored and stored feed product.

In addition, an input hopper for injecting the collected food waste; A first separator for removing foreign matters and crushing into small particles of food waste discharged from the input hopper; A second separator for removing metal material having a relatively small size while passing the food waste passing through the first separator; A crusher for crushing the foreign matter that has not been processed by the food waste that has passed through the second separator; A food grinder passing through the crusher to be pulverized into fine particles;

A mixer for mixing and crushing additives to the food waste pulverized into fine particles through the crusher; A molding machine for sintering the food waste mixed through the mixer into granular feed products; A primary dryer for drying moisture by using hot air in the feed product manufactured by the molding machine; An infrared sterilizer for removing harmful bacteria of the feed product dried through the first dryer; A second dryer for drying the feed product from which bacteria are removed through the infrared sterilizer with cold air; A product pulverizer through which the secondary dryer passes through the feed product or pulverized into particulate feed; A product reservoir for storing the particulate feed passed from the product grinder to the feed product or ground into fine particles; It includes; and a product packaging machine for packaging the feed product stored in the product storage.

As described above, according to the present invention, a relatively large spoon, chopsticks, rice bowl, bones, iron, vinyl, etc. may be selected through the first separator, and the metallic separator may be relatively small through the second separator. It is effective to completely remove the harmful foreign substances of food waste by removing the.

In addition, by mixing the additives consisting of food waste and dry grass, feed and corn, there is an effect to help the growth by providing feed for birds such as livestock and pets or chickens that consume feed products.

In addition, the molding machine can manufacture a feed product in the shape or shape desired by the buyer, thereby increasing the sales rate.

In addition, it does not generate waste water contained in food waste, and it is completely evaporated and dried by hot and cold winds through the first and second dryers, so that a feed product can be manufactured without a separate dehydration device, thereby increasing production speed and reducing manufacturing costs. It has the effect that it can prevent environmental pollution.

1 is a schematic view showing a manufacturing system according to the present invention
2A is an enlarged cross-sectional view of the first lane separator and the second lane separator according to the present invention.
Figure 2b is a perspective view of the first lane discriminator according to the present invention
Figure 3 is a cross-sectional view showing another embodiment of a second separator according to the present invention
Figure 4a is a front view showing a crusher according to the present invention
Figure 4b is a perspective view showing the crushing roller of the crusher according to the present invention
Figure 5a is an enlarged cross-sectional view of the grinder according to the present invention
Figure 5b is an exploded perspective view showing a grinder according to the present invention
6 is an enlarged cross-sectional view of a mixer according to the present invention.
Figure 7a is an enlarged perspective view of a molding machine according to the present invention
Figure 7b is a perspective view showing an extract of the drum of the molding machine according to the present invention
8 is an enlarged cross-sectional view of the first dryer according to the present invention.
9 is an enlarged cross-sectional view of a second dryer and an infrared ray killer according to the present invention.

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

The present invention as shown in Figure 1 is largely accommodated food waste transported by the vehicle 100 and the input hopper 110 to discharge a predetermined amount; A first separator 120 for removing and crushing foreign matter contained in the food waste transferred from the feeding hopper 110; A second separator 130 for removing the small metallic material contained in the food waste that has passed through the first separator 120; A shredder 140 for re-crushing foreign matter that has not been shredded in the food waste that has passed through the second separator 130; A grinder 150 for crushing food waste into fine particles via a crusher 140; A mixer 160 for mixing food waste and additives that have passed through the grinder 150; A molding machine 170 for sintering the food waste mixed with the additives passed through the mixer 160 to the feed product; A first dryer 180 for passing the molding machine 170 to dry the feed product with hot air; An infrared sterilizer 190 for removing germs of the feed product passing through the first dryer 180; A second dryer 200 for drying the feed product passed through the infrared sterilizer 190 with cold air; Product storage 220 for storing and storing the feed product passed through the feed product passed through the second dryer 200 or pulverized into fine particles to produce the feed product and the product mill (210) Wow; And a product packaging machine 230 for packaging the product when selling the feed product, wherein the food waste and feed product are transferred through the conveying conveyor 240.

As shown in FIGS. 2A and 2B, the first separator 120 is provided with a housing 121 having a cylindrical shape so as to sort and crush foreign matters of food waste. The upper side of the housing 121 is provided with an inlet 122 through which food waste transported through the inlet hopper 110 is introduced.

In addition, the lid 124 is hinged 123 is coupled to the upper portion of the housing 121 is rotated and opened, the handle 124a is installed on the outer surface of the lid, the magnet 125 is mounted on the inner surface of the metallic material It is provided so that it may stick and remove by this magnetic force.

In addition, the interior of the housing 121 has a transport space is formed, one side of the lower side discharge port 126 which is discharged from the foreign material such as a relatively large scale, chopsticks, chopsticks, and vinyl that can not be removed from the magnet 125 In the lower part of the housing 126, a hole 127 is provided to discharge only the crushed food waste, and a rotating shaft 128 is installed inside the housing 121 to rotate by the power of the motor M1. In addition, it is preferable that the rotary shaft 128 is provided with a plurality of crushing blades 129 twisted to transfer the food waste to the outlet 126 and to crush the food waste at the same time.

As for said hole, about 20 mm is preferable.

In addition, the second separator 130 is installed to remove a relatively small fine metal material contained in the food waste, and has an electromagnet 131 at a predetermined distance from the transport conveyor 240 on which the food waste is placed. ), It is desirable to separate the metal material from food waste.

Alternatively, as shown in FIG. 3, the second lane separator 130 divides the conveying conveyor 240 into two sides, and based on one side center at a position close to the direction in which the food waste is transferred to the divided space. The other side is provided with a discharge unit 133 is rotated by the operation of the motor or cylinder in the downward direction based on the center of one side, by operating a motor or cylinder by sensing the metal at a certain distance to the discharge unit 133 and the upper portion The metal detector 132 is installed to rotate the other side of the discharge part 133 so that the metal material falls to the lower part of the discharge part 133, and completely removes harmful substances by selecting the first and second foreign substances from the food waste. It can be removed.

And the shredder 140, as shown in the accompanying drawings 4a and 4b, constitutes an inlet 141 into which the food waste shredded into small particles with the foreign material selected on the top, a pair of shredding rollers on the inner lower side ( 142) is provided to completely crush small foreign substances, such as chicken bones that have not been shredded by food waste and food waste, so as not to harm livestock or pets that consume feed, and the shredding roller 142 is a motor (M2). The gear 144 meshes with the rotational force of the rotator to be engaged and rotates. A plurality of crushing protrusions 143 are formed on the outer circumference of the crushing roller 142 so as to crush small foreign matters. Is formed intermittently in the form of a sawtooth foreign matter is not slid in the shredding roller 142, the frictional force is increased and the foreign matter is broken.

And the pulverizer 150 is provided with the food waste, as shown in Figure 5a and 5b attached to the food waste pulverized into small particles while passing through the first separator 120 and the crusher 140 as fine particles The grinder 150 is composed of an outer cylinder 154 and a drum 156.

The outer cylinder 154 is provided with an inlet 152, which is provided with a transfer screw 151 for driving the food waste to one side by forcibly transporting the food waste in one side, the lower portion is a hole for discharging the crushed food waste The formed discharge part 153 is provided, and the protrusion 155 is formed in the inner circumference with a spiral guided from the upper portion to the lower portion.

The drum 156 is installed inside the outer cylinder, connected to the motor (M4) to rotate in the outer cylinder 154, the outer circumference of the drum 156 a plurality of grinding protrusions 157 in the forward and reverse directions It is formed to intersect, the protrusion 155 of the outer cylinder 154 and the grinding protrusion 157 of the drum 156 is rubbed with each other to crush the food waste of the small particles into fine particles.

In addition, the food waste introduced into the grinder 150 is discharged by being guided downward by the protrusion 155 formed by rotating and spiraling the drum 156 from the top to the bottom, and further, a discharge part at the bottom of the drum 156. It is preferable that the scraper 158 is installed to collect the food waste scattered in the hole.

In the figure, reference numeral '159' denotes an intake hole for releasing internal negative pressure due to the crushing operation of food waste put in the grinder, and '159F' is a flange for fixing.

The mixer 160 has a transport space therein that is mixed with additives 165 to allow nutrients, livestock and pets to ingest the food waste and feed crushed into fine particles without objection, as shown in FIG. 6. The housing 161 is provided.

One side of the upper surface of the housing 161 is provided with an inlet 162 for feeding food waste and additives.

In addition, the lower portion of the housing 161 is a closed closed state, the discharge port 161A is formed to discharge the food waste mixed in the side.

In addition, the housing 161 is provided with a rotating shaft 163 that rotates with the power of the motor M5, and the rotating shaft 163 includes a stirring blade 164 for stirring and crushing food waste and additives 165. Will be.

Here, the additive 165 mixed with the food waste is preferably mixed with dry grass, feed, and corn so that livestock and pets can be ingested without a sense of objection, and the mixed weight% of the food waste is 40 to 60 weight. Additive 165 consisting of%, dry grass, feed and corn is preferably mixed at 60 to 40% by weight.

The additive is preferably added after the primary shredding using the shredder 140 as shown in Figures 4a and 4b before the mixer 160.

7A and 7B, the molding machine 170 is provided with an inlet 171 at one side to accommodate the food waste mixed with the additive 165, and a pair of forming rollers 172 at the lower side thereof. It is provided. The forming rollers 172 are rotated together by meshing rotation of the gears 174 connected to the motor M6 by installing the gears 174 on each, and the food waste on the outer circumferential surface of each of the forming rollers 172. Press to form a plurality of molds 173 intaglio formed to be sintered into granules of the desired shape and shape to form food waste into the feed product, the feed product thus formed is to fall to the bottom of the molding machine 170.

The first dryer 180 to which the feed product dropped from the molding machine 170 to the bottom is seated is installed on the transfer means 181, such as a chain, as shown in FIG. It is composed of a mesh belt 182 that is formed in a mesh form and the feed product is seated is transported to dry the waste water by a hot air fan. Since the plurality of mesh belts 182 are vertically installed, the feed products are desirably dried by hot air several times while being zigzag-feeded by the mesh belt 182, and the plurality of mesh belts 182 installed at least are provided. The seven stages are more effective for wastewater treatment.

The infrared sterilizer 190 is installed to eradicate harmful bacteria contained in the hot air dried feed product through the first dryer 180, so that the feed product can be stored for a long time.

As shown in FIG. 9, the second dryer 200 is mounted on a conveying means 201 such as a chain, and is formed in a net shape by a cold air blower while transporting a feed product in which harmful bacteria have been settled. It is composed of a mesh belt 202 to be dried. The plurality of mesh belts 202 are installed vertically so that the feed product is zigzag-transmitted by the mesh belt 202 to cool down the heat several times and remove the remaining waste water. Composing the mesh belt 202 to be at least three stages is the most preferable configuration to obtain the effect of cold air drying.

The secondary cold air-dried feed product is a product molded in granular form, and the product is easily ingested by animals such as pigs and dogs, and is difficult to be consumed by birds such as chickens. It is desirable to re-crush the granular feed product so that birds such as chickens can eat more finely.

Therefore, in the present invention, when the producer produces the granule-type feed through the product grinder 210, the secondary wind-dried feed product is passed through the product storage 220, which is the next process, to allow algae to be ingested. In order to crush the transported feed product to the crusher 140 to move to the product storage it is desirable to reduce the production cost of the producer and to allow the consumer to choose one of the two.

The feed product passed through the product grinder 210 and the more finely crushed feed through the crusher 140 were stored in the product storage unit 220 that maintains the appropriate temperature and humidity, and when the product is shipped the feed product product packaging machine 230 ) To be packaged and shipped as a product.

The production method of the feed product obtained through the feed production system using the food waste constituted as described above is as follows.

1, a first step (1) of discharging the appropriate amount by pouring the food waste transported to the processing area by the vehicle 100 collects food waste into the input hopper 110; A second step (2) of transferring the foreign matter contained in the food waste discharged from the feeding hopper 110 to the first separator 120 configured to be broken into small particles; A third step (3) of transferring to the second separator 130 configured to remove the metal material contained in the food waste that has passed through the first separator 120; A fourth step (4) of transferring the foreign matter which has not been processed to the food waste that has passed through the second lane separator 130 to the crusher 140 configured to be crushed once again; A fifth step (5) of feeding the food waste that has passed through the shredder (140) into the grinder (150) configured to grind the food waste into fine particles; A sixth step (6) of adding the food waste and additives 165 ground into fine particles through the grinder 150 to the mixer 160 to be mixed; A seventh step (7) through which the food waste mixed with additives through the mixer 160 is sintered into a feed product through a molding machine 170; Eighth step (8) is transferred to the first dryer (180) for hot air drying so that the waste water of the feed product produced through the molding machine 170 to evaporate; A ninth step 9 which is transferred to the infrared sterilizer 190 to sterilize the feed product dried by the first dryer 180; A tenth step (10) of transferring the sterilized feed product through the infrared sterilizer (190) to a second dryer (200) to re-dry with cold wind; An eleventh step (11) which is passed through the second dryer (200) to a product grinder (210) for passing or pulverizing the finished feed product to the next step to feed the fine particles; A twelfth step (12) of storing and storing the molded feed product passed through the product crusher 210 or the crushed feed into the product storage 220; And a thirteenth step (13) of packaging the product stored at the time of shipment of the stored product feeder 230.

The first separator 120 selects foreign substances such as spoons, chopsticks, rice bowls, bones, and vinyl, which are relatively large, mixed with food waste, and in the second separator 130, metals having a relatively small size. The food is sorted from food waste, and broken down once again to prevent livestock or pets from being caught in the neck after ingestion by the shredder 140. It is to avoid.

In addition, through the molding machine 170, the feed product can be molded into the shape and shape desired by the consumer or the manufacturer to improve the product sales rate, and also to the food waste through the first and second dryers 180 and 190. Since the wastewater contained can be completely removed, there is no need to treat the wastewater separately, thereby increasing production rate and reducing manufacturing cost.

In addition, in order to obtain the feed required by the consumer, granular feed products are passed through and stored, and if a feed is desired, the feed products can be crushed to obtain them, thereby increasing productivity and production cost.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope allowed by the technical idea of the present invention.

Vehicle: 100 Input Hopper: 110
Primary separator: 120 Housing: 121
Slot: 122 Hinge: 123
Lid: 124 Magnet: 125
Outlet: 126 Hole: 127
Axis of rotation: 128 shredding blades: 129
2nd classifier: 130 Electromagnet: 131
Metal detector: 132 Outlet: 133
Crusher; 140 Inlet: 141
Crushing roller: 142 Crushing protrusion: 143
Gear: 144
Crusher: 150 Feed Screw: 151
Inputs: 152 Outputs: 153
External body: 154 Projection: 155
Drum: 156 Grinding protrusions: 157
Scraper: 158
Mixer: 160 Housing: 161
Inlet: 162 Outlet: 161A
Rotary shaft: 163 Stirring blade: 164
Additives: 165
Molding Machine: 170 Inlet: 171
Forming Roller: 172 Mold: 173
Gear: 174
1st dryer: 180
Means of transport: 181 Mesh belt: 182
Infrared Sterilizer: 190
2nd Dryer: 200
Means of transport: 201 Mesh belt: 202
Product grinder: 210 Product storage: 220
Packaging Machine: 230 Transfer Conveyor: 240

Claims (21)

A first step (1) in which the vehicle (100) collects food waste and pours the food waste transferred to the treatment area into the input hopper (110) to discharge an appropriate amount;
A second step (2) of transferring the foreign matter contained in the food waste discharged from the feeding hopper 110 to the first separator 120 configured to be broken into small particles;
A third step (3) of transferring to the second separator 130 configured to remove the metal material contained in the food waste that has passed through the first separator 120;
A fourth step (4) of transferring the foreign matter which has not been processed to the food waste which has passed through the second separator 130 to the crusher 140 configured to be crushed once again;
A fifth step (5) of feeding the food waste that has passed through the shredder (140) into the grinder (150) configured to grind the food waste into fine particles;
A sixth step (6) of adding the food waste and additives 165 ground into fine particles through the grinder 150 to the mixer 160 to be mixed;
A seventh step (7) through which the food waste mixed with additives through the mixer 160 is sintered into a feed product through a molding machine 170;
Eighth step (8) is transferred to the first dryer (180) for hot air drying so that the waste water of the feed product produced through the molding machine 170 to evaporate;
A ninth step 9 which is transferred to the infrared sterilizer 190 to sterilize the feed product dried by the first dryer 180;
A tenth step (10) of transferring the sterilized feed product through the infrared sterilizer (190) to a second dryer (200) to re-dry with cold wind;
An eleventh step (11) which is passed through the second dryer (200) to a product grinder (210) for passing or crushing the finished feed product to a next step to feed the fine particles;
A twelfth step (12) of storing and storing the molded feed product passed through the product crusher 210 or the crushed feed into the product storage 220;
The thirteenth step (13) of packaging the product stored and stored in the product packaging machine 230 at the time of shipment of the stored food feed; manufacturing method using a food waste.
The method of claim 1.
The second step (2) of sorting and shredding the food waste is lumped through the shredding blade 129 installed inside the first lane sorter 120 when the food waste is fed into the first lane sorter 120. The food waste is broken up into dismantled small particles and discharged to the lower part, and the metal 125 contained in the food waste is removed by using the magnet 125. A relatively large spoon, chopsticks, rice bowl, and bone which cannot be removed from the magnet are removed. Feed production method using a food waste, characterized in that the discharge treatment to the one side of the first separator 120, and the foreign matter such as vinyl.
The method of claim 1,
The third step (3) in which the food waste is transported to the second lane separator 130 and sorted second is to install a electromagnet 131 or a metal detector 132 to remove a relatively small metallic material contained in the food waste being transported. Feed production method using a food waste, characterized in that to be removed by screening.
The method of claim 1,
The fourth step (4) of shredding the foreign matter that was not shredded in the food waste is shredded by a pair of shredding rollers (142) in the shredder.
The method of claim 1,
In the fifth step 5 of grinding the food waste into fine particles, the drum 156 is rotated by the rotational force of the motor supplied to the inside of the grinder 150 and the outer cylinder 154 fixed to the outside of the drum 156. The food waste is pulverized into fine particles by the frictional force by the protrusion 155 formed around the inner circumference of the outer cylinder 154 and the crushed protrusion 157 formed around the outer circumference of the drum 156. Garbage is a feed production method using a food waste, characterized in that discharged to the lower portion by the rotation of the drum (156). The method of claim 1,
In the sixth step 6 of mixing the food waste and the additive 165, when the food waste and the additive 165 are introduced into the mixer, the food waste and the additive 165 are mixed and crushed by the stirring blade 164 inside the mixer. Feed production method using food waste, characterized in that the discharge. The method according to claim 1 or 6,
The additive 165 is a feed production method using a food waste, characterized in that the input is in the state of the first crushed by the crusher 140 before the input to the mixer.
The method according to claim 1 or 6,
The additive 165 mixed with the food waste is dry grass, feed, and corn, characterized in that the food production method using the food waste.
The method of claim 1,
The seventh step (7) of sintering the food waste into the product is a food waste, characterized in that the food waste is sintered into a feed product while the food waste is pressed through a pair of forming rollers 172 in which a plurality of product shapes are engraved. Feed production method using.
The method of claim 1,
The eighth step (8) of the first drying is formed by a mesh belt 182 formed in the form of a net so as to apply heat to the feed product to remove and dry the waste water of the feed product during transportation, the mesh belt 182 is a plurality of vertically installed feed production method using food waste, characterized in that the hot air drying the feed product several times.
The method of claim 1,
The tenth step of the second drying step (10) is formed by a mesh belt 202 formed in the form of a mesh to apply cold air to the feed product to cool and dry the feed product during transportation to cool the heat and remove waste water at the same time And, the mesh belt 202 is a plurality of vertically installed feed production method using food waste, characterized in that the feed product is cold-air dried several times.
Input hopper 110 for injecting the collected food waste;
A first separator (120) for removing foreign matters and crushing into small particles of the food waste discharged from the input hopper 110;
A second separator 130 for removing metal material having a relatively small size while passing the food waste that has passed through the first separator 120;
A crusher 140 for crushing foreign matter (relatively long and hard food waste such as chicken bone) that has not been processed in the food waste that has passed through the second separator 130;
A food grinder 150 passing through the shredder 140 to grind into fine particles;
A mixer 160 for mixing and crushing the additive 165 to the food waste pulverized into fine particles through the crusher 150;
A molding machine 170 for sintering the food waste mixed through the mixer 160 into a granular feed product;
A primary dryer 180 for drying moisture by using hot air in the feed product manufactured through the molding machine 170;
An infrared sterilizer 190 for removing harmful bacteria of the feed product dried through the first dryer 180;
A second dryer 200 for drying the feed product from which bacteria have been removed through the infrared sterilizer 190 with cold air;
A product pulverizer 210 for passing the feed product through the second dryer 200 or pulverizing it into particulate feed;
Product storage 220 for storing the particulate feed passed to the feed product in the product grinder 210 or pulverized into fine particles; And
Food packaging system using a food waste, characterized in that it comprises a; product packaging machine for packaging the feed product stored in the product storage 220.
13. The method of claim 12,
The first separator 120 is provided with an inlet 122 through which food waste is input, and an upper portion thereof is provided with a lid 124 that is rotated by a hinge 123 and is mounted on an inner surface of the lid 124. The magnet 125 is provided, the interior is provided with a transport space and the discharge port 126 is provided on the lower side of one side discharge, the housing 121 is formed with a hole 127 in the lower portion so that only the crushed food waste is discharged ), And the rotating shaft 128 is installed inside the housing 121, the crushing blade 129 is configured on the rotating shaft 128, the food production system using food waste.
13. The method of claim 12,
The second separator 130 is a feed manufacturing system using a food waste, characterized in that the electromagnet 131 is installed to remove the fine metal material contained in the food waste being transported.
13. The method of claim 12,
The second separator 130 divides the conveying conveyor 240 for transporting food to sort and remove the relatively small metal material contained in the food waste, and the upper part of the conveying conveyor 240 of the divided portion. The metal detector 132 is installed to detect the metal conveyor 132, and the lower conveyance conveyor 240 of the metal detector is provided with an outlet that rotates the other center to the lower side with respect to one center through the outlet 133 when metal is found in the food waste. Feed production system using food waste, characterized in that the metal can be discharged.
13. The method of claim 12,
The shredder 140 is provided with an inlet 141 through which food waste is put into the upper portion, and is formed by a pair of inner bottoms to rotate and interlock, and a shredded protrusion 143 to shred food waste on its outer circumferential surface. Feed production system using food waste, characterized in that consisting of a roller (142).
13. The method of claim 12,
The grinder 150 is provided with an inlet 152 provided with a transfer screw 151 for forcibly transporting food waste by using a motor on one side thereof, and an outlet 153 having an outlet hole provided therein. An outer cylinder 154 having a plurality of spirals 155 formed on the circumference thereof, and a plurality of crushed protrusions 157 formed inside the outer cylinder 154 and rotating, and a plurality of crushed protrusions 157 formed on the outer circumference of the spiral in a forward direction and a reverse direction Feed production system using food waste, characterized in that consisting of a drum (156) provided.
13. The method of claim 12,
The mixer 160 has an inlet 162 into which the food waste and additives pulverized into the upper portion of the housing 161 are inserted;
A transfer space formed inside the housing;
The outlet side (161A) for discharging the crushed food waste on the side of the housing;
The rotating shaft 163 is installed inside the housing 161, and the rotating shaft 163 has a stirring blade 164 for stirring and crushing the food waste and the additive 165, characterized in that the feed using food waste Manufacturing system.
13. The method of claim 12,
The molding machine 170 is provided with an inlet 171 on one side, rotated in a pair formed on the lower side, a plurality of molds 173 formed intaglio to sinter into granules by pressing the food waste on the outer peripheral surface, respectively Feed production system using food waste, characterized in that formed by forming roller 172 formed.
13. The method of claim 12,
The first dryer 180 is installed on the conveying means 181, and is formed in a mesh form consisting of a mesh belt 182 that is heat-dried by a hot air fan while transporting the feed product seated, the mesh belt ( 182) is a feed production system using food waste, characterized in that a plurality of installed vertically.
13. The method of claim 12,
The second dryer 200 is installed on the conveying means 201, is formed in the form of a mesh consisting of a mesh belt 202 that is cold-dried by a cold air while conveying the feed product seated, the mesh belt ( 202 is a feed production system using food waste, characterized in that a plurality installed vertically.

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