CN213708254U - System for preparing granular fuel by mixing waste pit mud and vinasse of Maotai-flavor liquor - Google Patents

Abstract

The utility model provides a system for preparing granular fuel by mixing the waste pit mud and the vinasse of Maotai-flavor liquor, which dries the waste vinasse of Maotai-flavor liquor to ensure that the water content is 5% -10%; crushing the waste pit mud of the sauce fragrant wine; mixing the dried vinasse and the crushed pit mud, wherein the weight percentage of the vinasse to the pit mud is as follows: 50-60% of vinasse and 40-50% of pit mud; molding the mixed vinasse and pit mud by using a pressure molding machine; finally, cooling and bagging the formed granular fuel. The biomass granular fuel is prepared from the wastes generated in the Maotai-flavor liquor brewing engineering, so that the problems of difficult treatment, environmental pollution and the like of the waste pit mud and vinasse of Maotai-flavor liquor are solved, and the resource utilization of the pit mud and the vinasse is realized. Belongs to the field of recycling and developing of brewing wastes.

Description

System for preparing granular fuel by mixing waste pit mud and vinasse of Maotai-flavor liquor

Technical Field

The utility model relates to a system for preparation pellet fuel is mixed to sauce fragrant wine abandonment cellar for storing things mud and lees belongs to and makes technical field.

Background

In the production process of Maotai-flavor liquor represented by Guizhou Maotai liquor, an anaerobic fermentation process is cellar fermentation in the process, and fermented grains are required to be completely sealed in a cellar. The pit mud is clay for sealing the pit, namely, the fermented grains are sealed on the surface layer in the pit through anaerobic fermentation, the pit mud is purple red mud within several kilometers of a square circle in the Maotai town, and the purple red mud has the characteristics of strong adhesion, good sealing performance and the like. The production practice of the Maotai-flavor liquor shows that the pit sealing mud not only plays a role in sealing the pit, but also has a close relation with the quality of the fermented grains on the upper layer, and the microbial population quantity plays an important role in the quality of the fermented grains on the upper layer. The pit mud is used as a carrier of microorganisms, plays an important role, is called as brewing microbial gold, and is an indispensable thing in the process of brewing Maotai-flavor liquor. However, the used waste pit mud has the defects of more microorganisms, large odor, more impurities, difficulty in treatment, large waste amount and the like, most wineries simply dehydrate the waste pit mud and transport the dewatered waste pit mud to a landfill site for landfill treatment, and the environmental pollution is large. Therefore, research on reasonable harmless and recycling treatment of the waste pit mud is urgent.

The vinasse is solid waste generated in the process of producing the white spirit, 6-10 t of vinasse can be generated every time 1t of the white spirit is produced, and the vinasse is the largest byproduct of the white spirit manufacturing industry, wherein the Maotai-flavor white spirit accounts for more than 90% of Guizhou spirit products and is one of important post industries of Guizhou province, and nearly 100 million tons of Maotai-flavor white spirit vinasse in 2020 of the whole province are estimated. However, the vinasse has the defects of large yield, complex components, high water content, high acidity, easiness in mildewing, easiness in rotting, difficulty in storage and the like, so that the active resource utilization of the vinasse can reduce the problems of resource waste and environmental pollution caused by stacking the vinasse, change waste into valuable and have higher economic, environmental-friendly and social benefits. At present, the comprehensive utilization approaches of the vinasse comprise feed production, vinegar brewing, glycerol preparation, edible fungus cultivation, energy methane production, succinic acid preparation, fertilizer preparation, sugar activated carbon preparation and the like, but most of the approaches are limited in the experimental research stage and are not popularized and used in a large scale. Therefore, how to comprehensively utilize the vinasse more reasonably and suitable for popularization is still to be further researched.

SUMMERY OF THE UTILITY MODEL

To the above problem, the utility model provides a system that maotai-flavor wine abandonment cellar for storing things mud and lees mix preparation pellet fuel to make into living beings pellet fuel with produced discarded object in the maotai-flavor type white spirit brewing engineering, with the difficult shaping alone of solving abandonment lees, but the easy shaping problem of difficult burning of cellar for storing things mud.

For solving the problem, plan to adopt such system that maotai fragrant wine abandonment cellar for storing things mud and lees mix preparation pellet fuel, including the lees desiccator that sets gradually, dry lees quantitative conveyor, mix the mixer, the granulation machine, granule conveyer and granule baling press, lees after the lees desiccator drying are carried to mixing the mixer through dry lees quantitative conveyor in, still including cellar for storing things mud rubbing crusher, smash cellar for storing things mud quantitative conveyor and total accuse platform, the kibbling cellar for storing things mud of cellar for storing things mud rubbing crusher also carries to mixing the mixer through smashing cellar for storing things mud quantitative conveyor, the material after mixing the mixer makes the granule through the granulation machine after carrying to granule baling press through the granule conveyer and then ejection of compact, lees desiccator, dry lees quantitative conveyor, cellar for storing things mud rubbing crusher, smash cellar for storing things mud quantitative conveyor, mix the mixer, the granulator, the granule conveyer, The control end of the particle packer is arranged on the general control table so as to be operated in a general way.

In the foregoing system, lees desiccator includes desiccator feed inlet, exhaust chamber, observation room, first drying chamber, second drying chamber and desiccator frame, desiccator feed inlet, exhaust chamber, observation room, first drying chamber and second drying chamber all are fixed in the desiccator frame in proper order along length direction, and the bottom in desiccator feed inlet, exhaust chamber, observation room, first drying chamber and the second drying chamber sets gradually the desiccator conveyer belt, and the desiccator conveyer belt is drawn forth to the feed end of dry lees ration conveyer by the discharge end of second drying chamber, exhaust chamber, observation chamber, first drying chamber and second drying chamber communicate in proper order, has seted up the air exit on the exhaust chamber, has seted up the observation window on the observation chamber to whether pile up on observing the desiccator conveyer belt, be provided with first drying chamber heater and second drying chamber heater in first drying chamber and the second drying chamber respectively and be the inside heating of drying chamber, exhaust fans are arranged in the first drying chamber and the second drying chamber and are respectively driven by a first drying chamber motor and a second drying chamber motor;

in the vinasse drying machine, the discharge end of the second drying chamber is of an open structure, the discharge end is provided with a lifting vinasse discharging adjusting door, the feed end of the exhaust chamber is also of an open structure, the feed end is provided with a lifting vinasse feeding adjusting door, the opening and closing sizes of the vinasse discharging adjusting door and the vinasse feeding adjusting door can be adjusted as required, and the vinasse discharging adjusting door and the vinasse feeding adjusting door can be flexibly used according to the drying yield;

in the system, the dried vinasse quantitative conveyor comprises a vinasse quantitative conveyor hopper, a vinasse quantitative conveyor partition conveyer belt, a vinasse quantitative conveyor motor and a vinasse quantitative conveyor rack, the vinasse quantitative conveyor hopper is supported and fixed on the lower side of the discharge end of the dryer conveyer belt through the vinasse quantitative conveyor rack, the lower feed end of the vinasse quantitative conveyor partition conveyer belt is arranged at the bottom in the vinasse quantitative conveyor hopper, the upper discharge end of the vinasse quantitative conveyor partition conveyer belt extends to the feed end of the mixing stirrer, and the vinasse quantitative conveyor partition conveyer belt is driven by the vinasse quantitative conveyor motor;

in the system, the pit mud pulverizer comprises a pulverizer hopper and a pulverizer spiral feeding system, the pulverizer hopper is supported and fixed through a pulverizer frame, the feeding end of the lower part of the pulverizer spiral feeding system is arranged below the bottom of the pulverizer hopper and communicated with the bottom of the pulverizer hopper, a pulverizer rotor is arranged at the lower part in the pulverizer hopper in a transverse rotating mode, an output shaft of a pulverizer motor is in transmission connection with the pulverizer rotor through a pulverizer rotating shaft so as to drive the pulverizer rotor to rotate, claw type blades are arranged on the pulverizer rotor and are of a double-shaft structure (two pulverizer rotors arranged in parallel), gear transmission is realized between double shafts through a transmission gear, and pit mud is pulverized in a fixed blade arranged in a matched cavity;

in the system, a crusher ladder is further arranged on one side of the crusher frame so as to facilitate feeding and observation of crushing conditions, equipment maintenance and the like in a crusher hopper;

in the system, the pulverizer spiral feeding system comprises a pulverizer spiral conveying motor, a pulverizer spiral conveying shell and a pulverizer spiral conveying blade, wherein the pulverizer spiral conveying shell is of a cylinder structure which is obliquely arranged, the pulverizer spiral conveying blade is of a rotating shaft structure which is provided with the spiral conveying blade and is axially arranged in the pulverizer spiral conveying shell along the pulverizer spiral conveying shell, the pulverizer spiral conveying motor is fixed at the upper end of the pulverizer spiral conveying shell and is in transmission connection with the rotating shaft of the pulverizer spiral conveying blade, a pulverizer spiral conveying discharge hole is formed in the lower side of the upper part of the pulverizer spiral conveying shell, a pulverizer spiral conveying hopper is arranged at the lower part of the pulverizer spiral conveying shell, and the upper side of the pulverizer spiral conveying hopper is communicated with the bottom of the pulverizer hopper;

in the system, the smashed pit mud quantitative conveyor comprises a pit mud quantitative conveyor hopper, a pit mud quantitative conveyor partition conveyer belt, a pit mud quantitative conveyor motor and a pit mud quantitative conveyor frame, wherein the pit mud quantitative conveyor hopper is supported and fixed on the lower side of the discharge end of the spiral feeding system of the smashing machine through the pit mud quantitative conveyor frame;

in the system, the mixing stirrer comprises a stirring chamber, the stirring chamber is supported and fixed by a stirrer frame, one side of the stirring chamber is provided with a stirrer step, a stirring mechanism is arranged in the stirring chamber and driven to rotate by a stirrer motor, the stirring mechanism comprises a stirring shaft arranged transversely, stirring spiral blades are arranged on the stirring shaft along the axial direction, the stirring blades are also distributed and fixed on the stirring shaft at equal intervals along the axial direction, the lower part of a feeding end (the tail end of the stirring shaft in the feeding direction of the stirring spiral blades) of the stirring shaft is communicated with a stirrer spiral conveying hopper, the stirrer spiral conveying shell is of a cylinder structure which is arranged obliquely, the feeding end at the lower part of the stirrer spiral conveying shell is communicated with the bottom of the stirrer spiral conveying hopper, a conveying shaft is arranged in the stirrer spiral conveying shell along the axial direction in a rotating manner, and stirring, carry the upper end of axle to be provided with mixer auger delivery motor, and mixer auger delivery motor's output shaft is connected with carrying the transmission of axle, and mixer auger delivery discharge gate has still been seted up to the downside on mixer auger delivery casing upper portion.

The development and utilization degree of renewable resources in China is very low. With the development of economy, energy consumption is on a continuous rising trend, high-quality energy is insufficient in supply, and the energy utilization efficiency is low. The waste pit mud and vinasse of the sauce fragrant wine contain microorganisms and organic matters, and the production of biomass energy by using the waste pit mud and the vinasse has good development prospect. The utility model discloses utilize sauce fragrant wine abandonment cellar for storing things mud and lees to mix preparation biomass fuel granule, it is difficult to have solved abandonment cellar for storing things mud and lees on the one hand, the polluted environment scheduling problem, it can kill microorganism and bacterium in cellar for storing things mud and the lees to mix preparation biomass pellet fuel burning, reduce the transportation and handle the cost, eliminate odor pollution etc. the biomass pellet fuel who makes can be used for evaporating the heat supply of wine link or be used for power plant's electricity generation etc. the lime-ash after the burning can be used to make fertilizer or building material etc. really realize "changing waste into valuables" of abandonment lees and cellar for storing things mud. On the other hand, the abandoned vinasse is not easy to form independently, the pit mud is easy to form but not easy to burn, the biomass fuel particles prepared by mixing the two materials solve the problem that the two materials are not easy to treat independently, and the prepared biomass fuel has the advantages of high compactness, high heat value and the like. Meanwhile, the waste vinasse and pit mud are wastes generated in the Maotai-flavor liquor brewing engineering, the waste time and the waste position are consistent, and the biomass fuel particles prepared by mixing the waste vinasse and the pit mud can be conveniently recycled.

Drawings

Fig. 1 is a schematic diagram of the system of the present invention;

FIG. 2 is a schematic diagram of another perspective of the system of FIG. 1;

FIG. 3 is a schematic view of the construction of a distiller's grains dryer;

FIG. 4 is a front view of the vinasse dryer;

FIG. 5 is a schematic view of the construction of a quantitative conveyor for dried distillers grains;

FIG. 6 is a schematic structural view of a pit mud crusher;

FIG. 7 is a front view of the pit mud crusher of FIG. 6;

FIG. 8 is a schematic view of the pit mud crusher shown in FIG. 6 from another side;

FIG. 9 is a schematic structural view of a screw conveying part of the pit mud crusher;

FIG. 10 is a schematic structural view of a crushed pit mud quantitative conveyor;

FIG. 11 is a schematic perspective view of a mixing blender;

FIG. 12 is a schematic view of the mixer-blender of FIG. 11 from another perspective;

FIG. 13 is a front view of the mixing blender of FIG. 11;

FIG. 14 is a schematic view of the stirring mechanism within the mixing blender;

FIG. 15 is a front view of the granulation machine;

FIG. 16 is a perspective view of the granulation machine;

FIG. 17 is a schematic view of the structure of the pellet conveyor;

FIG. 18 is a schematic view of the construction of the pellet baler;

fig. 19 is a schematic structural view of the console.

Detailed Description

To further clarify the objects, technical solutions and advantages of the present invention, a more particular description of the invention will be rendered by reference to the appended drawings, which are illustrated in the appended drawings.

Examples

Referring to fig. 1 to 19, the present embodiment provides a method for preparing a pellet fuel by mixing the waste pit mud of the maotai-flavor liquor and the distiller's grains, which specifically comprises the following steps:

1) drying the waste vinasse (with the water content of 80-100%) of the sauce-flavor wine to ensure that the water content of the waste vinasse is 5-10%;

2) crushing the waste pit mud (blocky and with the water content of about 20-30%) of the sauce-flavor wine;

3) mixing the dried vinasse and the crushed pit mud, wherein the weight percentage of the vinasse to the pit mud is as follows: 50-60% of vinasse and 40-50% of pit mud;

4) molding the mixed vinasse and pit mud by a pressure molding machine;

5) and cooling and bagging the formed granular fuel.

This embodiment still provides a system that maotai fragrant wine abandonment cellar mud and lees mix preparation pellet fuel, including lees desiccator 1 that sets gradually, dry lees quantitative conveyor 2, mix mixer 5, granulation machine 6, granule conveyer 7 and granule baling press 8, lees after lees desiccator 1 is dried are carried to mixing mixer 5 in through dry lees quantitative conveyor 2, still including cellar mud rubbing crusher 3, smash cellar mud quantitative conveyor 4 and total control platform 9, the kibbling cellar mud of cellar mud rubbing crusher 3 also carries to mixing mixer 5 in smashing cellar mud quantitative conveyor 4, the material after mixing mixer 5 mixes carries to granule baling press 8 packing back ejection of compact after making the granule through granulation machine 6, lees desiccator 1, dry lees quantitative conveyor 2, cellar mud rubbing crusher 3, smash cellar mud quantitative conveyor 4, mixing mixer 5, The control ends of the granulator 6, the granule conveyor 7 and the granule packer 8 are all arranged on a general control console 9 so as to be controlled in a general way.

Lees desiccator 1 includes desiccator feed inlet 101, exhaust chamber 102, observation room 103, first drying chamber 104, second drying chamber 105 and desiccator frame 107, desiccator feed inlet 101, exhaust chamber 102, observation room 103, first drying chamber 104 and second drying chamber 105 all are fixed in proper order on desiccator frame 107 along length direction, and desiccator feed inlet 101, exhaust chamber 102, observation room 103, the bottom in first drying chamber 104 and the second drying chamber 105 sets gradually desiccator conveyer belt 106, and desiccator conveyer belt 106 is drawn forth to the feed end of dry lees ration conveyer 2 by the discharge end of second drying chamber 105, exhaust chamber 102, observation room 103, first drying chamber 104 and second drying chamber 105 are sealed the intercommunication in proper order, have seted up exhaust outlet 113 on the exhaust chamber 102, have seted up the observation window on the observation room 103 to whether the lees pile up on observation desiccator conveyer belt 106, a first drying chamber heater 112 and a second drying chamber heater 110 are respectively arranged in the first drying chamber 104 and the second drying chamber 105 to heat the inner part of the drying chambers, the discharge end of the second drying chamber 105 is of an open structure, and the discharging end is provided with a lifting vinasse discharging adjusting door 108, the feeding end of the exhaust chamber 102 is also of an open structure, the feed end is provided with a lifting vinasse feeding adjusting door 114, the opening and closing sizes of the vinasse discharging adjusting door 108 and the vinasse feeding adjusting door 114 can be adjusted according to the requirement, the vinasse drying machine 1 can be flexibly used according to the drying yield, and has the advantages of continuous drying and conveying, controllable drying yield and speed (the drying yield can be controlled by adjusting the rotating speed of a conveyor belt 106 of the drying machine, the height of a vinasse feeding adjusting door 114 and the height of a vinasse discharging adjusting door 108; the drying speed can be adjusted by adjusting the power of a first drying chamber heater 112 and a second drying chamber heater 110), and the like;

the dried vinasse quantitative conveyor 2 comprises a vinasse quantitative conveyor hopper 201, a vinasse quantitative conveyor partition plate conveyor belt 202, a vinasse quantitative conveyor motor 203 and a vinasse quantitative conveyor rack 204, the vinasse quantitative conveyor hopper 201 is supported and fixed on the lower side of the discharge end of the dryer conveyor belt 106 through the vinasse quantitative conveyor rack 204, the lower feed end of the vinasse quantitative conveyor partition plate conveyor belt 202 is arranged at the bottom in the vinasse quantitative conveyor hopper 201, the upper discharge end of the vinasse quantitative conveyor partition plate conveyor belt 202 extends to the feed end of the mixing stirrer 5, and the vinasse quantitative conveyor partition plate conveyor belt 202 is driven by the vinasse quantitative conveyor motor 203;

when the distiller's grains drying machine works, dried distiller's grains are conveyed into a distiller's grain quantitative conveyor hopper 201 by the distiller's grain drying machine 1, and the dried distiller's grains are conveyed into the mixing stirrer 5 by a distiller's grain quantitative conveyor clapboard conveying belt 202.

The drying vinasse quantitative conveyor 2 adopts a clapboard conveyor belt to be suitable for conveying and lifting the drying vinasse, the conveying is uniform, and the conveying amount is controllable (by adjusting the rotating speed of a vinasse quantitative conveyor motor 203);

the pit mud pulverizer 3 comprises a pulverizer hopper 303 and a pulverizer spiral feeding system, the pulverizer hopper 303 is supported and fixed through a pulverizer frame 307, a feeding end at the lower part of the pulverizer spiral feeding system is arranged below the bottom of the pulverizer hopper 303 and communicated with the bottom of the pulverizer hopper 303, a pulverizer rotor 302 is arranged at the lower part in the pulverizer hopper 303 along the transverse rotation direction, an output shaft of a pulverizer motor 310 is in transmission connection with the pulverizer rotor 302 through a pulverizer rotating shaft 309 so as to drive the pulverizer rotor 302 to rotate, a claw-type blade is arranged on the pulverizer rotor 302 and has a double-shaft structure (two pulverizer rotors 302 arranged in parallel), gear transmission is realized between double shafts through a transmission gear 312, and pit mud pulverization is completed in a fixed blade arranged in a cavity; a crusher step 301 is further arranged on one side of the crusher frame 307, so that the charging and the observation of the crushing condition, the equipment maintenance and the like in the crusher hopper 303 are facilitated;

the pulverizer spiral feeding system comprises a pulverizer spiral conveying motor 304, a pulverizer spiral conveying shell 306 and a pulverizer spiral conveying blade 311, wherein the pulverizer spiral conveying shell 306 is of a cylinder structure which is obliquely arranged, the pulverizer spiral conveying blade 311 is of a rotating shaft structure which is provided with spiral conveying blades and is axially arranged in the pulverizer spiral conveying shell 306 along the pulverizer spiral conveying shell 306, the pulverizer spiral conveying motor 304 is fixed at the upper end of the pulverizer spiral conveying shell 306 and is in transmission connection with the rotating shaft of the pulverizer spiral conveying blade 311, a pulverizer spiral conveying discharge port 305 is formed in the lower side of the upper part of the pulverizer spiral conveying shell 306, and a feed inlet communicated with the bottom of the pulverizer hopper 303 is formed in the upper side of the lower part of the pulverizer spiral conveying shell 306;

during operation, put into rubbing crusher hopper 303 with abandonment cellar for storing things mud (cubic, moisture content is about 20% -30%), smash cubic cellar for storing things mud into powdered under the effect of rubbing crusher rotor 302, the cellar for storing things mud after smashing falls into rubbing crusher auger delivery hopper 308 in, then will smash under the effect of rubbing crusher auger delivery blade 311 and carry in smashing cellar for storing things mud quantitative conveyor 4.

This cellar for storing things mud rubbing crusher 3 adopts the broken principle of shear type, is provided with claw angle formula blade on the rubbing crusher rotor 302, and is the biax structure, accomplishes the smashing of cellar for storing things mud in the stationary blade that sets up in the cooperation cavity to have advantages such as rotor speed is low, the noise is little, the energy consumption is low, work is steady. The smashed pit mud is conveyed by adopting a spiral conveying structure, and the smashing device has the advantages of simple structure, small size, difficulty in material blocking or material blockage, uniform conveying and the like.

The crushed pit mud quantitative conveyor 4 comprises a pit mud quantitative conveyor hopper 401, a pit mud quantitative conveyor partition conveyer belt 402, a pit mud quantitative conveyor motor 403 and a pit mud quantitative conveyor frame 404, wherein the pit mud quantitative conveyor hopper 401 is supported and fixed on the lower side of the discharge end of a crusher spiral feeding system through the pit mud quantitative conveyor frame 404, the lower feed end of the pit mud quantitative conveyor partition conveyer belt 402 is arranged at the bottom in the pit mud quantitative conveyor hopper 401, the upper discharge end of the pit mud quantitative conveyor partition conveyer belt 402 extends to the feed end of the mixing stirrer 5, and the pit mud quantitative conveyor partition conveyer belt 402 passes through the pit mud quantitative conveyor motor 403;

in the during operation, the cellar for storing things mud after smashing is carried by rubbing crusher auger delivery discharge gate 305 in cellar for storing things mud quantitative conveyor hopper 401, will smash the cellar for storing things mud through cellar for storing things mud quantitative conveyor baffle conveyer belt 402 and carry in mixing stirrer 5.

This smash cellar for storing things mud quantitative conveyor 4 adopts the baffle conveyer belt to be suitable for kibbling transport to promote, carries evenly, and the delivery capacity is controllable (through adjusting cellar for storing things mud quantitative conveyor motor 403 rotational speed).

The mixing stirrer 5 comprises a stirring chamber 503, the stirring chamber 503 is supported and fixed through a stirrer frame 507, one side of the stirring chamber 503 is provided with a stirrer step 508, a stirring mechanism 502 is arranged in the stirring chamber 503, the stirring mechanism 502 is driven to rotate through a stirrer motor 501, the stirring mechanism 502 comprises a stirring shaft 50203 arranged along the transverse direction, a stirring helical blade 50202 is arranged on the stirring shaft 50203 along the axial direction, stirring blades 50201 are further distributed and fixed on the stirring shaft 50203 along the axial direction at equal intervals, the lower part of a feeding end of the stirring shaft 50203 (the tail end of the stirring shaft 50203 in the feeding direction of the stirring helical blade 50202) is communicated with a stirrer helical conveying hopper 510, the stirrer helical conveying housing 506 is of an inclined cylindrical structure, the feeding end of the lower part of the stirrer helical conveying housing 506 is communicated with the bottom of the stirrer helical conveying hopper 510, a conveying shaft is arranged in the stirrer helical, the conveying shaft is provided with a stirrer spiral conveying blade 509 along the axial direction, the upper end of the conveying shaft is provided with a stirrer spiral conveying motor 504, the output shaft of the stirrer spiral conveying motor 504 is in transmission connection with the conveying shaft, and the lower side of the upper part of the stirrer spiral conveying shell 506 is also provided with a stirrer spiral conveying discharge hole 505.

During operation, dry lees quantitative conveyor 2 and crushing cellar mud quantitative conveyor 4 carry the teeter chamber 503 according to dry lees and crushing cellar mud according to lees 50-60%, 48-58% proportion of cellar mud in the dry lees carries dry lees and crushing cellar mud under the effect of rabbling mechanism 502 carry out the intensive mixing, wherein stirring vane 50201 has better stirring effect, and stirring helical blade 50202 plays stirring and transport effect, carries lees cellar mud after mixing to teeter chamber 503's opposite side and falls into in mixer auger delivery hopper 510, then will mix lees cellar mud and carry in granulator 6 under mixer auger delivery blade 509's effect.

This mix 5 can once only accomplish dry lees and smash the mixture, carry, promote of cellar for storing things mud, and have simple structure, take up an area of for a short time, advantages such as job stabilization. The stirring blade 50201 and the stirring helical blade 50202 structure arranged on the stirring mechanism 502 have good stirring and conveying effects.

The granulator 6 comprises a granulator feeding hole 601, a granulator discharging hole 602, a granulator motor 603, a granulator electric cabinet 604, a granulator base 605, a granulator spindle 606, a feeding scraper 607, a pressing roller 608, a flat die 609, a discharging tray 610, a granulator transmission gear box 611 and a granulator outer shell 612;

when the granulator is in operation, the mixed vinasse cellar mud enters the feeding hole 601 of the granulator through the spiral conveying discharge hole 505 of the stirrer and uniformly falls into the granulating chamber under the action of the conveying scraper 607, the mixed vinasse cellar mud is pressed into granules under the action of the press roller 608 and the flat die 609, the granulator motor 603 is connected with the input end of the granulator transmission gear box 611 through a coupler, and the output end of the granulator transmission gear box 611 is connected with the granulator main shaft 606 and finally drives the press roller 608 to work;

the particle conveyor 7 comprises a particle conveyor feed port 701, a particle conveyor motor 702, a particle conveyor frame 703 and a particle conveyor belt 704;

when the granulator is in operation, the prepared granules enter the granule conveyor 7 through the granule conveyor feed inlet 701 through the granule conveyor discharge outlet 602, the granule partition conveyor is arranged in an inclined structure, the conveyor belt is a partition type conveyor belt, is suitable for continuous and uniform conveying of the granules, plays a role in lifting the height, and is powered by the granule conveyor motor 702;

the particle packer 8 comprises a packer feeding port 801, a bagging mechanism 802, a packer electric cabinet 803, a sewing mechanism 804 and a packer conveying belt 805;

when the automatic bagging machine works, particles enter a feeding hole 801 of the particle packer from the tail end of the particle conveyor 7, bagging of the particles is completed by the bagging mechanism 802, after bagging is completed, the movement of the conveying belt is controlled by the electric cabinet 803 of the packer, and a particle bag which is bagged is conveyed to the sewing mechanism 804 to complete bag sealing;

the master control station 9 comprises a display 901, an operating button 902, a mouse 903, a master control station box 904 and a keyboard 905, wherein the operating button 902 and the mouse 903 are used as control peripherals of the master control station box 904, electric control components and devices of all parts in the system are respectively connected with the master control station box 904 in the master control station 9, and the electric control components and devices of all parts in the system can be controlled by controlling the master control station 9;

during operation, the operation buttons 902 can be controlled to control the start, stop and working efficiency of the whole system and each part of the system, the display 901 can display the working efficiency of each part in real time, and the mouse 903 and the keyboard 905 can be used for adjusting the working efficiency of the whole system and each part of the system.

The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims (8)

1. System that preparation pellet fuel was mixed to sauce fragrant wine abandonment cellar for storing things mud and lees, its characterized in that: including lees desiccator (1) that set gradually, dry lees quantitative conveyor (2), mix mixer (5), granulation machine (6), granule conveyer (7) and granule baling press (8), lees after lees desiccator (1) drying are carried to mixing mixer (5) in through dry lees quantitative conveyor (2), still including cellar for storing things mud rubbing crusher (3), smash cellar for storing things mud quantitative conveyor (4) and total control platform (9), the cellar for storing things mud that cellar for storing things mud rubbing crusher (3) kibbling is also carried to mixing mixer (5) in smashing cellar for storing things mud quantitative conveyor (4), the material after mixing mixer (5) makes the granule through granulation machine (6) is carried to granule baling press (8) back ejection of compact through granule conveyer (7), lees desiccator (1), dry lees quantitative conveyor (2), cellar for storing things mud rubbing crusher (3), The control ends of the crushing pit mud quantitative conveyor (4), the mixing stirrer (5), the granulator (6), the particle conveyor (7) and the particle packer (8) are all arranged on the master control table (9).

2. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse according to claim 1, wherein the particle fuel comprises: the vinasse drying machine (1) comprises a drying machine feeding hole (101), an exhaust chamber (102), an observation chamber (103), a first drying chamber (104), a second drying chamber (105) and a drying machine frame (107), wherein the drying machine feeding hole (101), the exhaust chamber (102), the observation chamber (103), the first drying chamber (104) and the second drying chamber (105) are sequentially fixed on the drying machine frame (107) along the length direction, a drying machine conveying belt (106) is sequentially arranged at the bottom in the drying machine feeding hole (101), the exhaust chamber (102), the observation chamber (103), the first drying chamber (104) and the second drying chamber (105), the drying machine conveying belt (106) is led out from the discharge end of the second drying chamber (105) to the feeding end of the drying quantitative conveyor (2), the exhaust chamber (102), the observation chamber (103), the first drying chamber (104) and the second drying chamber (105) are sequentially communicated, the exhaust chamber (102) is provided with an exhaust outlet (113), the observation chamber (103) is provided with an observation window, a first drying chamber heater (112) and a second drying chamber heater (110) are respectively arranged in the first drying chamber (104) and the second drying chamber (105) and are used for heating the inside of the drying chamber, exhaust fans are arranged in the first drying chamber (104) and the second drying chamber (105) and are respectively driven by a first drying chamber motor (111) and a second drying chamber motor (109).

3. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse as claimed in claim 2, wherein: the discharge end of the second drying chamber (105) is of an open structure, the discharge end is provided with a lifting vinasse discharging adjusting door (108), the feed end of the exhaust chamber (102) is also of an open structure, and the feed end is provided with a lifting vinasse feeding adjusting door (114).

4. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse according to claim 1, wherein the particle fuel comprises: drying lees quantitative conveyor (2) are including lees quantitative conveyor hopper (201), lees quantitative conveyor baffle conveyer belt (202), lees quantitative conveyor motor (203) and lees quantitative conveyor frame (204), lees quantitative conveyor hopper (201) support through lees quantitative conveyor frame (204) and are fixed in the downside of drier conveyer belt (106) discharge end, the lower part feed end of lees quantitative conveyor baffle conveyer belt (202) sets up the bottom in lees quantitative conveyor hopper (201), the upper portion discharge end of lees quantitative conveyor baffle conveyer belt (202) extends to the feed end of mixing mixer (5), lees quantitative conveyor baffle conveyer belt (202) are through lees quantitative conveyor motor (203) drive.

5. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse according to claim 1, wherein the particle fuel comprises: cellar for storing things mud rubbing crusher (3) including rubbing crusher hopper (303) and rubbing crusher spiral feeding system, rubbing crusher hopper (303) are supported fixedly through rubbing crusher frame (307), the feed end of rubbing crusher spiral feeding system lower part sets up in the below of rubbing crusher hopper (303) bottom and communicates with the bottom of rubbing crusher hopper (303), lower part in rubbing crusher hopper (303) is provided with rubbing crusher rotor (302) along horizontal rotation, the output shaft of rubbing crusher motor (310) passes through rubbing crusher pivot (309) and is connected with rubbing crusher rotor (302) transmission, rotate with drive rubbing crusher rotor (302), be provided with claw formula blade on rubbing crusher rotor (302), and be the biax structure, realize gear drive through drive gear (312) between the biax.

6. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse as claimed in claim 5, wherein: the pulverizer screw feeding system comprises a pulverizer screw conveying motor (304), pulverizer spiral conveying shell (306) and pulverizer spiral conveying blade (311), pulverizer spiral conveying shell (306) is the tube structure that the slant set up, pulverizer spiral conveying blade (311) is for setting up the pivot structure that has spiral conveying blade in pulverizer spiral conveying shell (306) along pulverizer spiral conveying shell (306) axial, pulverizer spiral conveying motor (304) are fixed in the upper end of pulverizer spiral conveying shell (306) and are connected with the pivot transmission of pulverizer spiral conveying blade (311), pulverizer spiral conveying discharge gate (305) has been seted up to the downside on pulverizer spiral conveying shell (306) upper portion, pulverizer spiral conveying shell (306) lower part is provided with pulverizer spiral conveying hopper (308), the upside of pulverizer spiral conveying hopper (308) is linked together with the bottom of pulverizer hopper (303).

7. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse according to claim 1, wherein the particle fuel comprises: smash cellar for storing things mud quantitative conveyor (4) including cellar for storing things mud quantitative conveyor hopper (401), cellar for storing things mud quantitative conveyor baffle conveyer belt (402), cellar for storing things mud quantitative conveyor motor (403), cellar for storing things mud quantitative conveyor frame (404), cellar for storing things mud quantitative conveyor hopper (401) support through cellar for storing things mud quantitative conveyor frame (404) and are fixed in the downside of rubbing crusher spiral feeding system discharge end, the lower part feed end of cellar for storing things mud quantitative conveyor baffle conveyer belt (402) sets up the bottom in cellar for storing things mud quantitative conveyor hopper (401), the upper portion discharge end of cellar for storing things mud quantitative conveyor baffle conveyer belt (402) extends the feed end of mixing mixer (5), cellar for storing things mud quantitative conveyor baffle conveyer belt (402) is through the drive of cellar for storing things mud quantitative conveyor motor (403).

8. The system for preparing the granular fuel by mixing the waste pit mud of the sauce-flavor wine and the vinasse according to claim 1, wherein the particle fuel comprises: the mixing stirrer (5) comprises a stirring chamber (503), the stirring chamber (503) is supported and fixed through a stirrer frame (507), a stirrer step (508) is arranged on one side of the stirring chamber (503), a stirring mechanism (502) is arranged in the stirring chamber (503), the stirring mechanism (502) is driven to rotate through a stirrer motor (501), the stirring mechanism (502) comprises a stirring shaft (50203) which is transversely arranged, stirring spiral blades (50202) are axially arranged on the stirring shaft (50203), stirring blades (50201) are also distributed and fixed on the stirring shaft (50203) at equal intervals along the axial direction, a stirrer spiral conveying hopper (510) is communicated with the lower part of the material conveying end of the stirring shaft (50203), the stirrer spiral conveying housing (506) is of an obliquely arranged cylindrical structure, and the lower material feeding end of the stirrer spiral conveying housing (506) is communicated with the bottom of the stirrer spiral conveying hopper (510), a conveying shaft is arranged in the stirrer spiral conveying shell (506) in a rotating mode along the axial direction, stirrer spiral conveying blades (509) are arranged on the conveying shaft along the axial direction, a stirrer spiral conveying motor (504) is arranged at the upper end of the conveying shaft, an output shaft of the stirrer spiral conveying motor (504) is in transmission connection with the conveying shaft, and a stirrer spiral conveying discharge hole (505) is further formed in the lower side of the upper portion of the stirrer spiral conveying shell (506).

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