CN211482911U

CN211482911U - Feed processing production line

Info

Publication number: CN211482911U
Application number: CN201821230037.3U
Authority: CN
Inventors: 范勇成; 范继业
Original assignee: Guyuan Botai Agriculture Technology Co ltd
Current assignee: Guyuan Botai Agriculture Technology Co ltd
Priority date: 2018-08-01
Filing date: 2018-08-01
Publication date: 2020-09-15
Anticipated expiration: 2028-08-01

Abstract

The utility model belongs to the technical field of the feed processing technique and specifically relates to a feed processing production line. Throw the feed bin including smashing the dog-house and not smashing the dog-house, smash the dog-house and do not smash the dog-house top and all install the dust collector, smash and be equipped with lifting machine I between dog-house and the rubbing crusher in proper order, preclean the sieve, treat the entry of smashing the storehouse, be equipped with lifting machine III between rubbing crusher and the granulator in proper order, rotary distributor I, a plurality of raw materials and store the storehouse, weigh storehouse, lifting machine IV, treat to mix the storehouse, mix machine, lifting machine V, winch machine, treat the pelletization storehouse, treat the exit linkage that mixes the storehouse and mix the entry of machine, it adds the storehouse to mix the material connection, it is connected with the smallclothes, winch machine exit is equipped with powder finished product storehouse. The utility model provides high production efficiency improves the operational environment in workshop.

Description

Feed processing production line

Technical Field

The utility model belongs to the technical field of the feed processing technique and specifically relates to a feed processing production line.

Background

In the feed production flow, different raw materials are firstly respectively ground into powder, then the powder is proportioned according to the formula of the feed, and uniformly mixed, and then granulated.

At present, dust in a workshop is more in feed processing, the working environment of the workshop is seriously influenced, and the adverse effect is caused on the health of workers. As shown in patent 201620958134.9, in the production process of pellet feed, the design of the process equipment is not reasonable, which limits the production efficiency.

Disclosure of Invention

In order to solve the problem, the utility model provides a feed processing production line that production efficiency is high reduces the dust in the production process.

In order to achieve the purpose, the utility model adopts the following technical proposal:

a feed processing production line comprises a feeding bin, a pulverizer, a granulator, a cooling dryer and a screening machine which are sequentially arranged, wherein the inlet of the screening machine is connected with the outlet of the cooling dryer through a scraper conveyer, the feed processing production line is characterized in that the feeding bin comprises a crushing feeding port and a non-crushing feeding port, dust collectors are respectively arranged above the crushing feeding port and the non-crushing feeding port, a lifting machine I, a primary cleaning sieve and a bin to be crushed are sequentially arranged between the crushing feeding port and the pulverizer, the outlet of the primary cleaning sieve is connected with the inlet of the bin to be crushed, a lifting machine III, a rotary distributor I, a plurality of raw material storage bins, a weighing bin, a lifting machine IV, a bin to be mixed, a mixer, a lifting machine V, a twisting wheel machine and a bin to be granulated are sequentially arranged between the pulverizer and the granulator, the outlet of the bin to be mixed is connected with the inlet of the mixer, a powder finished product bin is arranged at the outlet of the reel machine, a bin opening to be granulated, which can enable the mixture to fall into the bin to be granulated, is arranged below the reel in the reel machine, an inserting plate is arranged at the bin opening to be granulated in a matching manner, the outlet of the granulator is connected with the inlet of the cooling dryer, a lifting machine VI is arranged between the cooling dryer and the screening machine, and the outlet of the screening machine is connected with a granule finished product bin;

not smashing the dog-house and weighing and being equipped with lifting machine II between the storehouse in proper order, rotary distributor II does not smash the material and stores the storehouse, does not smash the material and stores the export in storehouse and raw materials and all connect the entry in storehouse of weighing.

Further, treat to smash the storehouse including treating to smash storehouse I and treating to smash storehouse II, treat to smash storehouse II for the reserve storehouse of the great raw materials of quantity, the volume of treating to smash storehouse II is greater than and treats to smash storehouse I, the precleaner below is equipped with the collection pipeline, the collection pipeline bottom is provided with the de-ironing separator, the collection pipeline passes through pneumatic three-way solenoid valve and connects treat to smash storehouse I, treat to smash storehouse II.

Further, the dust collector is a pulse bag type dust collector.

Further, the minimum particle size of the raw materials sieved out by the primary cleaning sieve is 2 cm.

And furthermore, scraper conveyors for feeding materials to the elevator III, the elevator IV, the elevator V and the elevator VI are arranged below the crusher, the weighing bin, the mixing machine and the cooling dryer respectively.

Has the advantages that: due to the arrangement of the bin I to be crushed and the bin II to be crushed, the storage capacity of raw materials with large consumption is larger, material breakage is avoided, and the production efficiency is improved; dust collectors are arranged above the crushing material opening and the non-crushing material opening, dust raised during feeding is absorbed, and dust doped in raw materials is reduced, so that dust in the production process of the subsequent process is reduced, and the working environment of a workshop is favorably improved.

Drawings

Fig. 1 is a schematic structural diagram of a feed processing production line.

Crushing dog-house 1, lifting machine I2, the scalping screen 3, treat crushing storehouse 4, rubbing crusher 5, lifting machine III 6, rotary distributor I7, storehouse 8 is stored to the raw materials, do not smash dog-house 9, lifting machine II 10, rotary distributor II 11, do not smash material and store storehouse 12, storehouse 13 weighs, lifting machine IV 14, the small powder adds storehouse 15, treat and mix storehouse 16, mix machine 17, lifting machine V18, hank wheel machine 19, treat pelletization storehouse 20, powder finished product storehouse 21, granulator 22, cooling dryer 23, lifting machine VI 24, screening machine 25.

Detailed Description

The following describes the present invention in further detail with reference to the attached drawings.

Example 1

Fig. 1 shows a feed processing production line, including the batch charging bin that sets gradually, rubbing crusher 5, granulator 22, cooling dryer 23, screening machine import and cooling dryer export link to each other through the scraper conveyor, batch charging bin is including smashing dog-house 1 and not smashing dog-house 9, does not smash dog-house 9 and throws pulverous additive, if: stone powder, calcium hydrogen, etc. are put into a crushing feed port 1, and raw materials required to be crushed are as follows: fiber, vinasse, corn particles and the like, wherein pulse type bag type dust collectors are arranged above the two feeding ports, and the purpose is to absorb dust raised during feeding. Smash and be equipped with lifting machine I2 in proper order between dog-house 1 and the rubbing crusher 5, just clear sieve 3, treat and smash storehouse 4, the entry of storehouse 4 is treated to the exit linkage of just clear sieve 3, be equipped with lifting machine III 6, rotary distributor I7, a plurality of raw materials storage storehouse 8 between rubbing crusher 5 and the granulator 22 in proper order, storehouse 13, lifting machine IV 14 weigh, treat mixing storehouse 16, mix machine 17, lifting machine V18, hank wheel machine 19, treat the storehouse 20 of pelletization, treat the exit linkage of mixing storehouse 16 and mix the entry of machine 17, mix machine 17 and be connected with the smallclothes and add storehouse 15, hank wheel machine 19 exit is equipped with powder finished product storehouse 21, the below of hank wheel in the hank wheel machine 19 is equipped with can make the mixture fall the picture peg of treating the storehouse 20 of pelletization from treating the storehouse 20 mouth of pelletization, and the cooperation of can pegging graft of hank wheel machine casing 19, the shell that specifically is the below of capstan is equipped with and to make the mixture fall to the storehouse 20 that pelletizes of treating of storehouse 20 mouthful, treats that the cooperation in storehouse 20 mouthful department of pelletization is equipped with the picture peg after the picture peg is inserted, the powder material can reach the end export to get into powder finished product storehouse 21, when taking out the picture peg, the powder material falls to the storehouse 20 of pelletization of treating from the storehouse 20 mouth of pelletization of treating, the export of granulator 22 and the entry linkage of cooling and drying machine 23, be equipped with lifting machine VI 24 between cooling and drying machine 23 and the screening machine, the exit linkage of screening machine has granule finished product storehouse.

And an elevator II 10, a rotary distributor II 11, a non-crushed material storage bin 12, and an outlet of the non-crushed material storage bin 12 and an outlet of the raw material storage bin 8 are connected with an inlet of the weighing bin 13 in sequence between the non-crushed feeding port 9 and the weighing bin 13.

Preferably, scraper conveyors respectively feeding the hoister III 6, the hoister IV 14, the hoister V18 and the hoister VI 24 are arranged below the crusher 5, the weighing bin 13, the mixer 17 and the cooling dryer 23. Treat to smash storehouse 4 including treating to smash storehouse I and treating to smash storehouse II, treat to smash storehouse II for the reserve storehouse of the great raw materials of quantity, treat that the volume of smashing storehouse II is greater than and treat to smash storehouse I, 3 below of precleaning sieve are equipped with the collection pipeline, the collection pipeline bottom is provided with the de-ironing separator, the collection pipeline passes through pneumatic three way solenoid valve and connects treat to smash storehouse I, treat to smash storehouse II. The dust collector is a pulse bag type dust collector. The minimum particle size of the raw materials sieved by the primary cleaning sieve 3 is 2 cm.

Example 2

Some of the embodiments are not described in the present embodiment as the above embodiments.

In this embodiment, the material fed from the non-crushing feeding port 9 is lifted to the high rotary distributor ii 11 by the elevator ii 10, and the central control room computer controls the rotary distributor ii 11 to distribute different materials to the corresponding non-crushing material storage bin 12 or the additive storage bin. Smash the material that dog-house 1 was thrown down and promote to the precleaner 3 of eminence by lifting machine I2, by the precleaner 3 preliminary vibration screening, will not conform to crushing raw materials, the screening that the particle diameter is greater than or equal to 2cm promptly comes out, through the pipeline discharge precleaner 3 on next door, gets into pipeline below sack, and the manual work is handled. Accord with crushing raw materials and then fall into the below pipeline through the sieve piece gap, pipeline below installation de-ironing separator, the raw materials through the de-ironing separator is collected the back by pneumatic three way solenoid valve, like TBDQ series pneumatic three way valve, distribute to and wait to smash storehouse I, it is normal storehouse to wait to smash storehouse I, it is the great raw materials storage storehouse of quantity to wait to smash storehouse II, the raw materials is smashed by feeder (can be in well accuse room control feed speed) feeding rubbing crusher 5 afterwards, the powdered raw materials after smashing is scraped to lifting machine III 6 by 5 bottom scraper conveyor of rubbing crusher and is carried into top rotary distributor I7, by central control room computer control rotary distributor, distribute different material to corresponding raw materials storage storehouse 8.

After a feed formula is input into a computer of a central control room, the computer controls a raw material storage bin 8 or an additive storage bin to discharge materials according to a proportion, all the raw materials are discharged to a weighing bin 13 at the bottom of the storage bin, weighed and concentrated, then scraped to a lifter IV 14 by a bottom scraper conveyor, lifted to a to-be-mixed bin 16 by the lifter IV 14 and waiting for mixing. A small material adding bin 15 is communicated beside the materials to be mixed, the small materials are poured manually, namely, the raw materials are poured into the mixing machine 17, and the small materials are added after 14 seconds. After the raw materials and the small materials are mixed for 20 seconds, if the soybean oil is needed to be added, the soybean oil is manually added into an oil storage tank in advance, and the oil is sprayed into the mixer 17 by an oil spraying pump according to the dosage to be mixed together. If no soybean oil is added, the mixture is directly mixed, and the mixing time is 100 seconds. And opening a feed opening of a mixer 17 for discharging for 25 seconds after the mixed feed is mixed, pushing the discharged feed to a lifter V18 by a scraper conveyer at the bottom of the mixer 17, lifting the discharged feed to a winch 19 by the lifter, and pushing the discharged feed to a No. 1 finished product bin by the scraper conveyer. An insert plate is arranged below the winch wheel in the winch wheel 19, the insert plate can enable the mixed material to fall into a bin 20 to be granulated, if granulated feed is produced, the insert plate is drawn out, the mixed material cannot reach the end of the winch wheel 19, but falls into the bin 20 to be granulated midway, and residual iron is removed through an iron remover when the mixed material falls into the bin 20 to be granulated. And (3) feeding the materials in the granulating bin 20 into a granulator 22 through a lower feeder to prepare granules, dropping the granules into a lower cooling dryer 23 after the granules are prepared, cooling the granules for about 30 minutes, opening the bottom inserting plate, collecting the granules, and lifting the granules to a screening machine through a lifting machine VI 24, wherein the screening machine in the embodiment is a vibrating screen, and the powder screened by the vibrating screen enters the bin to be mixed 16 through a pipeline at the bottom of the screen and is mixed with the subsequent materials again. The screened particles are distributed to No. 3 and No. 4 particle finished product bins through a tee joint at the end of the vibrating screen.

And opening a bin door at the bottom of the finished product bin, enabling the finished product to fall into the bottom electronic scale, automatically discharging after the finished product is weighed by the electronic scale, manually receiving and sealing the material at a discharge opening, and transporting away by a belt conveyor.

Claims

1. A feed processing production line comprises a feeding bin, a pulverizer, a granulator, a cooling dryer and a screening machine which are sequentially arranged, wherein the inlet of the screening machine is connected with the outlet of the cooling dryer through a scraper conveyer, the feed processing production line is characterized in that the feeding bin comprises a crushing feeding port and a non-crushing feeding port, dust collectors are respectively arranged above the crushing feeding port and the non-crushing feeding port, a lifting machine I, a primary cleaning screen and a bin to be crushed are sequentially arranged between the crushing feeding port and the pulverizer, the outlet of the primary cleaning screen is connected with the inlet of the bin to be crushed, a lifting machine III, a rotary distributor I, a plurality of raw material storage bins, a weighing bin, a lifting machine IV (14), a bin to be mixed, a mixer, a lifting machine V, a winch machine and a bin to be granulated are sequentially arranged between the pulverizer and the granulator, the outlet of the bin to be mixed is connected with the inlet of the mixer, the, a powder finished product bin is arranged at the outlet of the reel machine, a bin opening to be granulated, which can enable the mixture to fall into the bin to be granulated, is arranged below the reel in the reel machine, an inserting plate is arranged at the bin opening to be granulated in a matching manner, the outlet of the granulator is connected with the inlet of the cooling dryer, a lifting machine VI is arranged between the cooling dryer and the screening machine, and the outlet of the screening machine is connected with a granule finished product bin; not smashing the dog-house and weighing and being equipped with lifting machine II between the storehouse in proper order, rotary distributor II does not smash the material and stores the storehouse, does not smash the material and stores the export in storehouse and raw materials and all connect the entry in storehouse of weighing.

2. The feed processing production line of claim 1, wherein the to-be-crushed bin comprises a to-be-crushed bin I and a to-be-crushed bin II, the to-be-crushed bin II is a standby bin for raw materials with a large using amount, the volume of the to-be-crushed bin II is larger than that of the to-be-crushed bin I, a collecting pipeline is arranged below the primary cleaning sieve, an iron remover is arranged at the bottom of the collecting pipeline, and the collecting pipeline is connected with the to-be-crushed bin I and the to-be-crushed bin II through a pneumatic three-way electromagnetic valve.

3. The feed processing line of claim 1, wherein the dust collector is a pulse bag type dust collector.

4. The feed processing line of claim 1, wherein the minimum particle size of the material screened by the scalping screen is 2 cm.

5. The feed processing production line of claim 1, wherein scraper conveyors for feeding the elevator III, the elevator IV (14), the elevator V and the elevator VI are arranged below the crusher, the weighing bin, the mixer and the cooling dryer respectively.