CN209797809U - Environment-friendly straw biomass production device - Google Patents

Abstract

The utility model relates to an environment-friendly straw living beings apparatus for producing, including the primary transportation device that sets gradually, a reducing mechanism, a crushing storage silo and dust remover, drying device, dust collector after the stoving, assembly line stirring mixing arrangement and fertilizer automatic packaging machine, wherein, be provided with the primary crushing conveyer who is used for transporting the material between a crushing storage silo and dust remover and the drying device, be provided with the stoving conveyer who is used for transporting the material between dust collector and the assembly line stirring mixing arrangement after the stoving, be provided with the fertilizer conveyor who is used for transporting the material between assembly line stirring mixing arrangement and the packaging machine. The utility model discloses following beneficial effect has: 1. the finished product can be continuously produced while raw materials are added, no interval time exists, and the production efficiency is high. 2. Each link generating dust is provided with a dust remover, so that the dust removing effect is good, and the dust removing device is suitable for the modern environmental protection requirement. 3. The formula and the proportion of the product can be accurately controlled to ensure the performance of the product.

Description

Environment-friendly straw biomass production device

Technical Field

The utility model relates to an environment-friendly straw biomass production device belongs to fertilizer production technical field.

Background

Crop straws and various byproducts generated after processing can be produced, and currently, the large-scale treatment of straws can be divided into two cases. Firstly, the fertilizer is directly crushed and returned to the field, and the effect is common. Secondly, the pulverized particles are prepared into particles as fuel which is directly combusted, so that the value of the fuel is reduced, and the problem of emission pollution still exists. In addition, the pig raising wastewater mainly comprises urine, residual excrement, feed residues, pigsty washing water and the like. The pig raising wastewater generally has the characteristics of intermittent discharge, high organic matter concentration and nitrogen and phosphorus content, low carbon-nitrogen ratio, high suspended matter concentration and the like, and is difficult to treat. If discharged into the environment without treatment, it can cause serious harm to natural water bodies and aquatic organisms.

SUMMERY OF THE UTILITY MODEL

According to the not enough among the above prior art, the utility model discloses the technical problem who solves is: the utility model provides an environment-friendly straw living beings apparatus for producing has solved the problem that the straw is forbidden to burn and has solved pig farm pig manure water environmental protection problem again, provides multi-functional compound fertilizer simultaneously for crops.

Environment-friendly straw living beings apparatus for producing, including a conveyer that sets gradually, a reducing mechanism, a crushing storage silo and dust remover, drying device, the back dust collector of drying, assembly line stirring mixing arrangement and fertilizer automatic packaging machine, wherein, be provided with a crushing conveyer who is used for transporting the material between a crushing storage silo and dust remover and the drying device, be provided with the stoving conveyer who is used for transporting the material between dust collector and the assembly line stirring mixing arrangement after the stoving, be provided with the fertilizer conveyor who is used for transporting the material between assembly line stirring mixing arrangement and the packaging machine.

Preferably, a conveyer includes raw materials feeding belt feeder, the feed end of raw materials feeding belt feeder is provided with raw materials feeding belt feeder import and prevents dust loss dust excluding hood, raw materials feeding belt feeder's top cover is equipped with the belt feeder and prevents dust loss dust excluding hood, still including installing raw materials cyclone and the raw materials sack cleaner in raw materials feeding belt feeder one side, raw materials cyclone's dirty air inlet passes through pipeline and raw materials feeding belt feeder import and prevents dust loss dust excluding hood intercommunication, be provided with first star type tripper on raw materials cyclone's the dust exhaust mouth, raw materials cyclone's clean air outlet and the dirty air inlet intercommunication of raw materials sack cleaner, be provided with second star type tripper on the dust exhaust mouth of raw materials sack cleaner, first star type tripper and second star type tripper all are linked together with the inner chamber of preventing dust loss dust excluding hood.

Preferably, primary crushing device includes that the rubbing crusher prevents dust ease dust excluding hood and rubbing crusher, and the discharge end of raw materials material loading belt feeder is connected to the feed inlet of rubbing crusher, and the top cover of rubbing crusher is equipped with the rubbing crusher and prevents dust ease dust excluding hood, and the rubbing crusher prevents that dust ease dust excluding hood is linked together through the dusty air intlet of pipeline with raw materials cyclone, has connect rubbing crusher pipeline on the discharge gate of rubbing crusher.

Preferably, once smash storage silo and dust remover and include the storage silo, one side of storage silo is provided with rubbing crusher cyclone and rubbing crusher sack cleaner, rubbing crusher cyclone's dusty air inlet passes through rubbing crusher pipeline and rubbing crusher's discharge gate intercommunication, be provided with star type tripper A on rubbing crusher cyclone's the dust exhaust mouth, rubbing crusher cyclone's clean air outlet and rubbing crusher sack cleaner's dusty air inlet intercommunication, be provided with star type tripper B on the dust exhaust mouth of rubbing crusher sack cleaner, star type tripper A and star type tripper B all are linked together with the inner chamber of storage silo, the interior bottom of storage silo is provided with feed bin screw conveyer.

Preferably, the primary crushing and transporting device comprises a drying furnace feeding screw machine and a star-shaped discharger C, the discharging end of the bin screw conveyor is connected to the feeding hole of the drying furnace feeding screw machine, and the star-shaped discharger C is arranged on the discharging hole of the drying furnace feeding screw machine; drying device includes the drying furnace, one side or both sides of the furnace body of drying furnace are equipped with the granule combustor that is used for the heat supply, and star type tripper C is connected to the feed inlet of drying furnace.

Preferably, the discharging pipe buffer pipeline of the vertical setting of dust collector after drying, the cooling pipeline of vertical setting, drying-machine cyclone and spray column, be provided with the drying-machine discharging pipe on the discharge gate of drying-machine, the drying-machine is linked together through the bottom of drying-machine discharging pipe with discharging pipe buffer pipeline, discharging pipe buffer pipeline is linked together through the top of pipeline with the cooling pipeline, the bottom of cooling pipeline is through pipeline and drying-machine cyclone's dirty air inlet intercommunication, be provided with star type tripper D on the dust exhaust mouth of drying-machine cyclone, install the dust remover fan on the clean air outlet of rubbing crusher cyclone, the gas outlet of dust remover fan is connected to the spray column.

Preferably, the drying and transporting device is a stirrer feeding screw, the star discharger D is connected to a feeding hole of the stirrer feeding screw, a star discharger E is arranged on a discharging hole of the stirrer feeding screw, and the star discharger E is connected to the assembly line stirring and mixing device.

Preferably, assembly line stirring mixing arrangement includes the assembly line mixer, and star type tripper E is connected to the feed inlet of assembly line mixer, one side of assembly line mixer is provided with fungus fluid reservoir, liquid manure homogenizer, stone powder storehouse and chemical fertilizer storehouse, installs fungus liquid dosing pump on the discharging pipe of fungus fluid reservoir, installs liquid manure dosing pump on the discharging pipe of liquid manure homogenizer, installs mountain flour dosing screw on the discharge gate of stone powder storehouse, installs chemical fertilizer dosing screw on the discharge gate of chemical fertilizer storehouse, and the discharge gate of fungus liquid dosing pump, liquid manure dosing pump, mountain flour dosing screw and chemical fertilizer dosing screw all is linked together with the charge door of assembly line mixer.

Preferably, the fertilizer conveying device is a fertilizer screw machine, a discharge port of the production line type stirrer is connected to a feed port of the fertilizer screw machine, and a discharge port of the fertilizer screw machine is connected to a feed port of the automatic fertilizer packaging machine.

Preferably, fertilizer automatic packaging machine is including packing the storage silo, and the discharge gate of fertilizer screw machine is connected to the feed inlet of packing the storage silo, connects the packagine machine behind the packing storage silo, connects the packing belt feeder behind the packagine machine, once sets up the capper of packing belt feeder.

Compared with the prior art, the utility model discloses following beneficial effect has:

1. Environment-friendly straw living beings apparatus for producing, the finished product can continuously produce the finished product when adding raw and other materials, no interval time, production efficiency is high. 2. Environment-friendly straw living beings apparatus for producing, each link of producing dirt all has the dust remover, and dust removal effect is good, adapts to modern environmental protection requirement. 3. Environment-friendly straw living beings apparatus for producing, with constant delivery pump and ration spiral can accurate control product formulation ratio guarantee the performance of product in the stirring of batching.

drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the technical solutions in the prior art will be briefly described below. Throughout the drawings, like elements or portions are generally identified by like reference numerals. In the drawings, elements or portions are not necessarily drawn to scale.

FIG. 1 is a front view of an embodiment of the present invention;

FIG. 2 is a top view of an embodiment of the present invention;

In the figure: 1. raw material feeding belt conveyor inlet dust-escape-preventing dust hood 2, raw material feeding belt conveyor 2.1, belt conveyor dust-escape-preventing dust hood 3, raw material cyclone 4, raw material bag-type dust collector 5, pulverizer dust-escape-preventing dust hood 6, pulverizer 7, pulverizer conveying pipeline 8, pulverizer cyclone 9, star discharger A10, pulverizer bag-type dust collector 11, star discharger B12, storage bin 12.1, bin screw conveyor 13, dryer feeding screw 14, star discharger C15, drying furnace 16, particle burner 17, discharge pipe buffer pipeline 17.1, cooling pipeline 18, dryer cyclone dust collector 18.1, dust collector fan 19, star discharger D20, spray tower 21, mixer feeding screw 22, star discharger E23, and spray tower E23, A production line type stirrer 24, a bacteria liquid quantitative feeding pump 24.1, a bacteria liquid tank 25, a liquid dung homogenizer 26, a liquid dung quantitative feeding pump 27, a stone powder bin 28, a stone powder quantitative adding screw machine 29, a chemical fertilizer bin 30, a chemical fertilizer quantitative feeding screw machine 31, a fertilizer screw machine 32, a packaging storage bin 33, a packaging machine 34, a packaging belt conveyor 35 and a sealing machine.

Detailed Description

The invention will be further described with reference to the accompanying drawings:

The present invention is further illustrated by the following specific examples, which are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included within the scope of the present invention.

examples

As shown in fig. 1 and 2, the environment-friendly straw biomass production device comprises a primary transportation device, a primary crushing storage bin, a dust remover, a drying device, a dried dust removing device, an assembly line stirring and mixing device and an automatic fertilizer packaging machine which are sequentially arranged, wherein the primary crushing transportation device for transferring materials is arranged between the primary crushing storage bin, the dust remover and the drying device, the drying transportation device for transferring materials is arranged between the dried dust removing device and the assembly line stirring and mixing device, and the fertilizer conveying device for transferring materials is arranged between the assembly line stirring and mixing device and the packaging machine.

In the embodiment, the primary transportation device comprises a raw material feeding belt conveyor 2, a raw material feeding belt conveyor inlet dust-loss-prevention dust hood 1 is arranged at the feed end of the raw material feeding belt conveyor 2, a belt conveyor dust-loss-prevention dust hood 2.1 is arranged above the raw material feeding belt conveyor 2 in a covering manner, the primary transportation device further comprises a raw material cyclone 3 and a raw material bag-type dust remover 4 which are arranged on one side of the raw material feeding belt conveyor 2, a dust-containing air inlet of the raw material cyclone 3 is communicated with the raw material feeding belt conveyor inlet dust-loss-prevention dust hood 1 through a pipeline, a first star-type discharger is arranged on a dust discharge port of the raw material cyclone 3, a clean air outlet of the raw material cyclone 3 is communicated with a dust-containing air inlet of the raw material bag-type dust remover 4, a second star-type discharger is arranged on a dust discharge port of the raw material bag-type dust remover 4, and the first star-type discharger and the second star-type discharger are both communicated with an inner cavity of the dust-loss-, the collected straws are put on a raw material feeding belt conveyor 2, dust is generated in the operation of the step, the straws are collected by a dust-loss prevention dust hood 2.1, a raw material cyclone dust collector 3 and a raw material bag dust collector 4 and then returned to the raw material feeding belt conveyor 2, the raw material feeding belt conveyor 2 has the function of conveying the straws into a crusher 6, wherein the raw material feeding belt conveyor 2, the raw material cyclone dust collector 3 and the raw material bag dust collector 4 are all known technologies and are processing machines which are publicly sold in batch production, the improvement of the structures of the raw material feeding belt conveyor 2, the raw material cyclone dust collector 3 and the raw material bag dust collector 4 does not exist in the embodiment, the existing raw material feeding belt conveyor 2, the raw material cyclone dust collector 3 and the raw material bag dust collector 4 are adopted, a complete technical scheme can be formed, and the technical problem is solved, brings beneficial effects; the primary crushing device comprises a crusher dust loss prevention dust hood 5 and a crusher 6, the discharge end of a raw material feeding belt conveyor 2 is connected to the feed inlet of the crusher 6, the crusher dust loss prevention dust hood 5 is arranged above the crusher 6 in a covering mode, the crusher dust loss prevention dust hood 5 is communicated with a dust-containing air inlet of a raw material cyclone dust collector 3 through a pipeline, a crusher conveying pipeline 7 is connected to the discharge port of the crusher 6, dust is generated by the crusher 6, the dust is collected and reduced through the crusher dust loss prevention dust hood 5, the raw material cyclone dust collector 3 and a raw material bag-type dust collector 4 and then returned to the raw material feeding belt conveyor 2, the crusher 6 is used for crushing straws, the granularity of the crushed straws is 2-5mm, wherein the crusher 6 is a well-known technology and is a processing machine which is publicly sold in batch production, and the improvement of the structure of the crusher 6 does not exist in the improvement of the prior art, adopt current rubbing crusher 6, can both constitute complete technical scheme, solve technical problem, bring beneficial effect. The shredder 6 has been disclosed in a number of patents, for example CN201720698379.7 discloses a corn stover shredder that prevents jamming and is easy to move. In this embodiment, the crusher 6 may be the above-mentioned corn stalk crusher which prevents clogging and is easy to move, and may be replaced directly; the primary crushing storage bin and dust remover comprises a storage bin 12, a crusher cyclone dust remover 8 and a crusher cloth bag dust remover 10 are arranged on one side of the storage bin 12, a dust-containing air inlet of the crusher cyclone dust remover 8 is communicated with a discharge hole of a crusher 6 through a crusher conveying pipeline 7, a star-shaped discharger A9 is arranged on a dust discharge port of the crusher cyclone dust remover 8, a clean air outlet of the crusher cyclone dust remover 8 is communicated with the dust-containing air inlet of the crusher cloth bag dust remover 10, a star-shaped discharger B11 is arranged on the dust discharge port of the crusher cloth bag dust remover 10, the star-shaped discharger A9 and the star-shaped discharger B11 are both communicated with an inner cavity of the storage bin 12, a bin screw conveyor 12.1 is arranged at the inner bottom of the storage bin 12, after the straw enters the crusher 6, the crusher cyclone dust generated during the collection of the large-sized straw and the removal crushing is sent into the storage bin 12, the storage bin 12 has the function of temporarily storing materials, the bin screw conveyor 12.1 is used for transferring the materials in the storage bin 12 to the dryer feeding screw conveyor 13, after the straw capacity in the storage bin 12 exceeds the height of the bin screw conveyor 12.1, the materials are transmitted to the Siemens PLC through the rotation-resistant sensor, the Siemens PLC controls the bin screw conveyor 12.1 and the dryer feeding screw conveyor 13 to rotate at a constant speed, and at the moment, the materials are quantitatively conveyed to the dryer 15, wherein the pulverizer cyclone dust collector 8, the star-shaped discharger I9, the pulverizer cloth bag dust collector 10 and the star-shaped discharger II 11 are all known technologies and are processing machines which are produced and sold in a batch mode, and the improvement of the structures of the pulverizer cyclone dust collector 8, the star-shaped discharger I9, the pulverizer cloth bag dust collector 10 and the star-shaped discharger II 11 does not exist in the improvement of the prior art, and the conventional pulverizer cyclone dust collector 8, the cyclone dust collector II and the conventional discharger II are adopted, The first star-shaped discharger 9, the bag-type dust collector 10 of the pulverizer and the second star-shaped discharger 11 can form a complete technical scheme, so that the technical problem is solved, and the beneficial effects are brought; the primary crushing and conveying device comprises a drying furnace feeding screw machine 13 and a star-shaped discharger C14, the discharging end of the bin screw conveyor 12.1 is connected to the feeding hole of the drying furnace feeding screw machine 13, and the star-shaped discharger C14 is arranged on the discharging hole of the drying furnace feeding screw machine 13; the drying device comprises a drying furnace 15, wherein a particle burner 16 for supplying heat is arranged on one side or two sides of a furnace body of the drying furnace 15, a star-shaped discharger C14 is connected to a feed inlet of the drying furnace 15, the drying furnace 15 continuously dries straws by utilizing heat generated by the particle burner 16, the drying furnace 15 is internally provided with blades in a rotating mode, the straws are dried and the straws are pushed to a discharge port to move, so that quantitative flowing of materials can be guaranteed, wherein the drying furnace 15 and the particle burner 16 are well-known technologies and are processing machines which are publicly sold in batch production, the improvement of the structures of the drying furnace 15 and the particle burner 16 does not exist in the improvement of the prior art, the existing drying furnace 15 and the particle burner 16 are adopted, complete technical schemes can be formed, technical problems are solved, and beneficial effects are brought. The drying oven 15 is disclosed in many patents, for example, CN201420059733.8 discloses an integrated biomass fuel pellet forming machine. In this embodiment, the drying oven 15 may be a drying oven of the above biomass fuel integrated particle forming machine, and may be replaced directly; the dust removal device after drying comprises a discharge pipe buffer pipeline 17, a cooling pipeline 17.1, a dryer cyclone dust collector 18 and a spray tower 20, wherein the discharge hole of the dryer 15 is provided with a dryer discharge pipe, the dryer 15 is communicated with the bottom of the discharge pipe buffer pipeline 17 through the dryer discharge pipe, the discharge pipe buffer pipeline 17 is communicated with the top of the cooling pipeline 17.1 through a pipeline, the bottom of the cooling pipeline 17.1 is communicated with a dust-containing air inlet of the dryer cyclone dust collector 18 through a pipeline, a dust discharging port of the dryer cyclone dust collector 18 is provided with a star-shaped discharger D19, a dust collector fan 18.1 is arranged on a clean air outlet of the pulverizer cyclone dust collector 8, an air outlet of the dust collector fan 18.1 is connected to the spray tower 20, the discharge pipe buffer pipeline 17 has the function of blocking heavy objects such as ironware and stones at the bottom of the discharge pipe buffer pipeline 17 by gravity, the straws are fed into a dryer cyclone dust collector 18 through a dryer discharge pipe, large-particle straws are recycled and fed into the dryer cyclone dust collector 18, dust and water vapor generated by the dryer cyclone dust collector 18 are discharged into the air after being dedusted by a spray tower 20, and a dust collector fan 18.1 provides advancing power for the straws, wherein the dryer cyclone dust collector 18, the spray tower 20 and the dust collector fan 18.1 are known technologies and are processing machines which are publicly sold in batch production, and the improvement of the structures of the dryer cyclone dust collector 18, the spray tower 20 and the dust collector fan 18.1 does not exist in the improvement of the prior art, and the complete technical scheme can be formed by adopting the existing dryer cyclone dust collector 18, the spray tower 20 and the dust collector fan 18.1, the technical problem is solved, and the beneficial effects are brought; the drying and conveying device is a stirrer feeding screw machine 21, a star-shaped discharger D19 is connected to a feeding hole of the stirrer feeding screw machine 21, a star-shaped discharger E22 is arranged on a discharging hole of the stirrer feeding screw machine 21, and a star-shaped discharger E22 is connected to the assembly line stirring and mixing device; the assembly line stirring and mixing device comprises an assembly line type stirrer 23, a star-shaped discharger E22 is connected to a feed inlet of the assembly line type stirrer 23, one side of the assembly line type stirrer 23 is provided with a bacteria liquid tank 24.1, a liquid manure homogenizer 25, a stone powder bin 27 and a fertilizer bin 29, a bacteria liquid quantitative feeding pump 24 is installed on a discharge pipe of the bacteria liquid tank 24.1, a liquid manure quantitative feeding pump 26 is installed on a discharge pipe of the liquid manure homogenizer 25, a stone powder quantitative adding screw machine 28 is installed on a discharge port of the stone powder bin 27, a fertilizer quantitative feeding screw machine 30 is installed on a discharge port of the fertilizer bin 29, discharge ports of the bacteria liquid quantitative feeding pump 24, the liquid manure quantitative feeding pump 26, the stone powder quantitative adding screw machine 28 and the fertilizer quantitative feeding screw machine 30 are all communicated with a feed inlet of the assembly line type stirrer 23, dried straws enter the assembly line type stirrer 23, and the assembly line type stirrer 23 discharges materials through, the accuracy of adding straws into the stirrer is further guaranteed by controlling the rotating speed of the five 22 star-shaped discharger through the Siemens PLC, and the straws, the bacterial liquid and the ingredients are continuously stirred together to form a finished product bulk fertilizer, wherein the assembly line type stirrer 23 is a known technology and is a processing machine for batch production and public sale. The inline mixer 23 is disclosed in a number of patents, for example, CN201621151142.9 discloses a horizontal mixer. In this embodiment, the horizontal agitator may be used as the line agitator 23, and may be replaced directly; the fertilizer conveying device is a fertilizer screw machine 31, a discharge hole of the assembly line type stirrer 23 is connected to a feed hole of the fertilizer screw machine 31, and a discharge hole of the fertilizer screw machine 31 is connected to a feed hole of the automatic fertilizer packaging machine; the fertilizer automatic packaging machine comprises a packaging storage bin 32, wherein a discharge hole of a fertilizer screw machine 31 is connected to a feed inlet of the packaging storage bin 32, a packaging machine 33 is connected behind the packaging storage bin 32, a packaging belt conveyor 34 is connected behind the packaging machine 33, and a sealing machine 35 is arranged at one time of the packaging belt conveyor 34. The automatic fertilizer packaging machine is disclosed in a plurality of patents, for example, the patent document CN201720606635.5 discloses a packaging machine for finished fertilizer. In this embodiment, the automatic fertilizer packaging machine can adopt the above-mentioned packaging machine for fertilizer finished products, and can directly replace.

The production line of the straw biomass of the specific embodiment comprises the following steps: 1. the collected straws (generally in a bundling state) are put into the raw material feeding belt conveyor 2, dust can be generated during the operation, and the collected straws are collected by the belt conveyor dust-escape-preventing dust hood 2.1, the raw material cyclone dust collector 3 and the raw material bag-type dust collector 4 and then returned to the raw material feeding belt conveyor 2. 2. After entering the crusher 6, the straws pass through the crusher cyclone dust collector 8 to collect large-particle straws and remove dust generated during crushing, and then the straws enter the storage bin 12. 3. After the straw capacity in the storage bin 12 exceeds the height of the bin screw conveyor 12.1, the straw capacity is transmitted to the Siemens PLC through the rotation resistance type sensor, the Siemens PLC controls the bin screw conveyor 12.1 and the dryer feeding screw conveyor 13 to rotate at a constant speed, and at the moment, materials can be quantitatively conveyed to the drying furnace 15. As long as the loading requirement is met manually, the storage bin screw conveyor 12.1 in the storage bin 12 can supply materials to the drying furnace 15 quantitatively and continuously. 4. The drying oven 15 utilizes the heat that the granule combustor 16 produced to continuously dry the straw, and the inside straw that will dry while drying to the discharge gate promotion straw motion for the blade rotary type of drying oven 15 is inside, can guarantee the ration of material and flow like this. 5. The straw gets into drying-machine cyclone 18 through the drying-machine discharging pipe, and the large granule straw is retrieved and is got into drying-machine cyclone 18, and dust and steam that drying-machine cyclone 18 produced are discharged to the air after through spray column 20 dust removal, and dust remover fan 18.1 provides the power of marcing for the material. 6. The dried straws enter a production line type stirrer 23, the production line type stirrer 23 discharges materials through a fertilizer screw machine 31, the accuracy of adding the straws into the stirrer is further ensured by controlling the rotating speed of five 22 of a star-shaped discharger through a Siemens PLC, and the straws, the bacteria liquid and the ingredients are continuously stirred together to form the finished product bulk fertilizer. 7. The bacterial liquid and the ingredients are quantitatively added into the production line type stirrer 23 at the rotating speed through a PLC controlled bacterial liquid quantitative feeding pump 24, a liquid dung quantitative feeding pump 26, a stone powder quantitative adding screw machine 28 and a fertilizer quantitative feeding screw machine 30 to ensure the accuracy of the formula and the ratio of the product. 8. And (4) putting the bulk finished fertilizer into an automatic fertilizer packaging machine for bagging. The production line is characterized in that collected waste straw is subjected to crushing, sterilization, drying and other processes, and then is mixed with waste pig manure water of a pig raising factory and special bacteria liquid matched with the waste straw and fermented into a living bacterial colony, and the bacterial colony can effectively solve the problem of soil hardening and automatically absorb nitrogen in air to supplement the nitrogen to crops. The production line solves the problem that the straws are not burnt, solves the problem of pig manure water environmental protection in a pig farm and provides multifunctional compound fertilizer for crops.

The basic principles, main features and advantages of the present invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are given by way of illustration of the principles of the present invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims (10)

1. the utility model provides an environment-friendly straw living beings apparatus for producing which characterized in that: including the conveyer that sets gradually, a reducing mechanism, a crushing storage silo and dust remover, drying device, dust collector after the stoving, assembly line stirring mixing arrangement and fertilizer automatic packaging machine, wherein, be provided with the crushing conveyer who is used for transporting the material between a crushing storage silo and dust remover and the drying device, be provided with the stoving conveyer who is used for transporting the material between dust collector after the stoving and the assembly line stirring mixing arrangement, be provided with the fertilizer conveyor who is used for transporting the material between assembly line stirring mixing arrangement and the packagine machine.

2. The environment-friendly straw biomass production device according to claim 1, wherein: the primary transportation device comprises a raw material feeding belt conveyor (2), a raw material feeding belt conveyor inlet dust-loss-prevention dust hood (1) is arranged at the feed end of the raw material feeding belt conveyor (2), a belt conveyor dust-loss-prevention dust hood (2.1) is arranged above the raw material feeding belt conveyor (2) in a covering manner, the primary transportation device further comprises a raw material cyclone dust collector (3) and a raw material bag dust collector (4) which are arranged on one side of the raw material feeding belt conveyor (2), a dust-containing air inlet of the raw material cyclone dust collector (3) is communicated with the raw material feeding belt conveyor inlet dust-loss-prevention dust hood (1) through a pipeline, a first material star-shaped discharger is arranged on a dust discharge port of the raw material cyclone dust collector (3), a clean air outlet of the raw material cyclone dust collector (3) is communicated with the dust-containing air inlet of the raw material bag dust collector (4), a second star-shaped discharger is arranged on a dust discharge port of the raw material bag dust collector (4), first star type tripper and second star type tripper are all linked together with the inner chamber of belt feeder dust loss dust excluding hood (2.1).

3. The environment-friendly straw biomass production device according to claim 2, wherein: one-time smashing device comprises a smashing machine dust loss prevention dust hood (5) and a smashing machine (6), the discharging end of a raw material feeding belt machine (2) is connected to the feeding hole of the smashing machine (6), the upper cover of the smashing machine (6) is provided with the smashing machine dust loss prevention dust hood (5), the smashing machine dust loss prevention dust hood (5) is communicated with a dust-containing air inlet of a raw material cyclone dust collector (3) through a pipeline, and a smashing machine conveying pipeline (7) is connected to a discharging hole of the smashing machine (6).

4. The environment-friendly straw biomass production device according to claim 3, wherein: the primary crushing storage bin and the dust remover comprise a storage bin (12), one side of the storage bin (12) is provided with a crusher cyclone dust collector (8) and a crusher cloth bag dust collector (10), a dust-containing air inlet of the crusher cyclone dust collector (8) is communicated with a discharge port of a crusher (6) through a crusher conveying pipeline (7), a star-shaped discharger A (9) is arranged on a dust discharge port of the crusher cyclone dust collector (8), a clean air outlet of the crusher cyclone dust collector (8) is communicated with a dust-containing air inlet of the crusher cloth bag dust collector (10), a star-shaped discharger B (11) is arranged on a dust discharge port of the crusher cloth bag dust collector (10), the star-shaped discharger A (9) and the star-shaped discharger B (11) are both communicated with an inner cavity of the storage bin (12), and a bin spiral conveyor (12.1) is arranged at the bottom of the storage bin (12).

5. The environment-friendly straw biomass production device according to claim 4, wherein: the primary crushing and conveying device comprises a drying furnace feeding screw machine (13) and a star-shaped discharger C (14), wherein the discharging end of the bin screw conveyor (12.1) is connected to the feeding hole of the drying furnace feeding screw machine (13), and the star-shaped discharger C (14) is arranged on the discharging hole of the drying furnace feeding screw machine (13); the drying device comprises a drying furnace (15), one side or two sides of a furnace body of the drying furnace (15) are provided with particle burners (16) for supplying heat, and a star-shaped discharger C (14) is connected to a feeding hole of the drying furnace (15).

6. The environment-friendly straw biomass production device according to claim 5, wherein: a discharge pipe buffer pipeline (17) vertically arranged in the dried dust removing device, a cooling pipeline (17.1) vertically arranged, a dryer cyclone dust remover (18) and a spray tower (20), the discharging hole of the drying furnace (15) is provided with a drying machine discharging pipe, the drying furnace (15) is communicated with the bottom of a discharging pipe buffer pipeline (17) through the drying machine discharging pipe, the discharging pipe buffer pipeline (17) is communicated with the top of a cooling pipeline (17.1) through a pipeline, the bottom of the cooling pipeline (17.1) is communicated with a dust-containing air inlet of a drying machine cyclone dust collector (18) through a pipeline, a star-shaped discharger D (19) is arranged on a dust discharging hole of the drying machine cyclone dust collector (18), a dust collector fan (18.1) is installed on a clean air outlet of a pulverizer cyclone dust collector (8), and an air outlet of the dust collector fan (18.1) is connected to a spray tower (20).

7. The environment-friendly straw biomass production device according to claim 6, wherein: drying and transporting device is mixer material loading screw (21), and star type tripper D (19) is connected to the feed inlet of mixer material loading screw (21), is provided with star type tripper E (22) on the discharge gate of mixer material loading screw (21), and star type tripper E (22) is connected to assembly line stirring mixing arrangement.

8. The environment-friendly straw biomass production device according to claim 7, wherein: the assembly line stirring and mixing device comprises an assembly line type stirrer (23), a star-shaped discharger E (22) is connected to a feed inlet of the assembly line type stirrer (23), one side of pipelined mixer (23) is provided with fungus liquid jar (24.1), liquid manure isotropic symmetry (25), mountain flour storehouse (27) and fertilizer storehouse (29), install fungus liquid dosing pump (24) on the discharging pipe of fungus liquid jar (24.1), install liquid manure dosing pump (26) on the discharging pipe of liquid manure isotropic symmetry (25), it adds screw machine (28) to install the mountain flour ration on the discharge gate in mountain flour storehouse (27), install fertilizer dosing screw machine (30) on the discharge gate in fertilizer storehouse (29), fungus liquid dosing pump (24), liquid manure dosing pump (26), the discharge gate of mountain flour ration interpolation screw machine (28) and fertilizer dosing screw machine (30) all is linked together with the charge door of pipelined mixer (23).

9. the environment-friendly straw biomass production device according to claim 8, wherein: the fertilizer conveying device is a fertilizer screw machine (31), a discharge hole of the assembly line type stirrer (23) is connected to a feed hole of the fertilizer screw machine (31), and a discharge hole of the fertilizer screw machine (31) is connected to a feed hole of the automatic fertilizer packaging machine.

10. The environment-friendly straw biomass production device according to claim 9, wherein: fertilizer automatic packaging machine is including packing storage silo (32), and the discharge gate of fertilizer screw machine (31) is connected to the feed inlet of packing storage silo (32), connects packagine machine (33) behind packing storage silo (32), connects packing belt feeder (34) behind packagine machine (33), once sets up capper (35) of packing belt feeder (34).