Products

The straw pretreatment δ≈≤system undertakes 70% of the ra←γλ∑w material processing tasks in the tot↕∞•£al mixed ration. Dueλ✘↔ to the small volume, large volume, man¶"y types of fibrous raw mate★Ω✘↔rials, complex impurities, and easy g✘‌σ"eneration of dust, the superc©'ritical value of dust concentra∏₽tion has the characteristics of thδ§e danger of electrostatic Ωβexplosion, etc. , is t✔±€he bottleneck for the realization ↕ of intelligent operation in the central kitch✘&σλen of the pasture. In the co‌α¥st of ruminant forage, the cost control ‍±γδof fiber raw materials is an importan♥ε↑↔t element of competition among ruminant bree★×₽₹ding enterprises.

The whole system is divided into rope unwindi✔₩≈$ng section - bundling section - cleaning↓≈≠ section - dust removal section - (crushing≥≈>‍ section)

(1) Unpacking machine: The unpack∏✔• ing machine realizes the separation of the fore 'skin and the straw bale ¥Ω♥∑through continuous actions such as cutting thσ₩λe foreskin - hooking th¥☆e foreskin - collecting the fores♦α§kin.

(2) Bale breaking section: baling straw (sma‍♣↕ll square bales, large sβ↑≈ quare bales, secondary​γ¶ pressure square bales, garden bales),£↕>  first put the straw bales on the plate chain ¥↑ conveyor platform through the grass grabber, andδ☆∞© pass the No. 1 plate The chain conveyor 1 ‌'is frequency-converted and conveyed to the unr₽✔oping mechanism, and the tie rope and nylo★≥n net rope are cut o© ‌ut, and the rope is collected through the bypa¥×ss.

The bundled straw with the rope cut of✘→"☆f enters the baler b✘∑↕♦reaker. The baler breaks the straw to a parti×'β≥cle size of 30-40 mm, and is sent to the next se$>♥Ωction by the No. 2 plate chai§δn conveyor. The circuit design adγ ↑≈opts a frequency conversion motor.

Screening and cleaning section: The ‍ straw segment is transported to thδ‌€φe screening and clean§γ ing section through the ₩↑♠plate chain conveyor. There are mainl>$✔λy straw cleaning screens, fa&φ≠ns, pulse dust collectors, air​✘ locks, No. 3 plate chain conveyors, permanent $×♥magnet self-unloading type dust coll↑&‍∑ectors Iron and other equipment.

(3) After the brokenγ© straw segment is broken, the iron-containin∑™π§g material is first removed by a permanent magnetα∑  self-unloading iron remover,£↔‌ and high-strength rare earth NdFeB is used to‌↕€♣ form a strong magnetic core, which hasφ™< a strong magnetic fiλ eld and a high magnetic fielγ↔d gradient, and the conveyor be™©δ≠lt conveys The material and iron removal can real₩¥±§ize continuous iron absorption and aban‍®¶donment. The belt has automatic deviation correcεΩtion function, reliable opera‍↕tion and simple mainten>★€☆ance. Its internal ma↕$≤δgnetic circuit adopts a perfect magnetic p £ ole structure to ensure tha₩♥t the whole machine can operate<↕' without failure for a long ti♣σme in harsh environmeΩ₽↓nts. Explosion-proof type, Magnetic φ'±₩plate strength 150MT, cleaning ‍δ£₩0.1-30 kg of ferromagnetic mate₽↓"§rial,

The No. 3 plate chain conveyor sends the ≠&  straw segments into the straw cleaniπΩ​♠ng screen. There are 4 different screen mesh w✘↔±orking surfaces in the cleaning←& screen. The materials entering the t¶‍$rommel screen follow different trajector₹∞¶♥ies through different specific grα★"☆avity, and cannot pass through the scr✔∑∏®een due to different÷>≈• external dimensions. The corresponding outlet ca✔≥n clean up the dust and fine gravel in the st¥€raw. Auxiliary dust removal equipment sys∑∏× tem can handle the dust generated during≠☆ the screening process. Fans, pulse dus←≤ε¥t collectors and air closers form an effe&‍§ctive dust removal air network.

(4) Dust removal system: the top of the No. 1≠ ∞ chain conveyor is connected to the centralize★®d dust removal air net by installing γ ↕a sealing leather curtain.

The number plate chain convey€₽or is fully sealed, the air outlet on the∞₩ sealing cover is connected to the ≠≤≥dust removal air net every 2 meters, and 4 d®"•ust removal ports are set o♠©n the cleaning screen to coσ ∑πnnect with the centra✔$'lized dust removal air€↔✔ network. The centralized dust r$ emoval system adopts the fan-discharger-dust coll'¥∑ector. -The combination÷≈∞♠ of chimneys can achieve no dust in th ✔e workshop, and the 15-meter-high spira≤δγl galvanized pipe of the dust↕¶-removing chimney, the motor has ₹©×explosion-proof function,®γβ™ and the alarm function of fire danger÷↑÷ is set, so that the in☆€₹door dust concentration is lower  ×>‍than 10mg/m3, and the outdoor dust concentratio∏★★n is lower than 150mg/ m3.

(5) Set up a number of fiber raw material weigh™β∏<ing bins, each with a volume σ✘←©of 35 cubic meters, weight r™✘eduction, and box material: 㧣Q345. Box material thickness Bottom plate t↔¶↓₩hickness ≥ 4mm Side plate thickness ≥ 3mmβ¶σ 

Power: 15Kw/piece, box body 16Mn materi∑≈δ≥al, scraper chain conveyor mechanism≥∞∑ heavy-duty conveyor chai•<n. Set up multiple silag®♣e bins, the volume is 50∏™☆×m3, the box material is 304 stainles↑₹♠©s steel, the external Q235 material frame✔→‌∞, power: 30Kw/piece, the thickn©•≤ess of the 304 stainless steel anti-corrosio±≈n material of the box₹εφ body is ≥ 2.5mm, the thickness of ↓÷the stainless steel an↑> ti-corrosion auger blade> 4mm, the ←×Ω stirring The number of dragons∑β is ≥2, and the scraper chain conv∑✔♦eyor mechanism is heavy-dut✘≈♣≤y conveyor chain.

After pretreatment, the cle©≠≈an segment enters the we∞β☆ighing bin, and after being ac≈ ​curately weighed, it enter∏™ε☆s the TMR machine through the transfer  "belt conveyor.

Enter the TMR machine through the trans‌↕fer belt conveyor.

The straw pretreatment system undertakes 70↓¥% of the raw material processing tasαπ ks in the total mixed ration. Due to the small★↓≈★ volume, large volume, many types of fibrous★ γ∑ raw materials, complex im♠←purities, and easy gen→∞eration of dust, the supe↔ε♣★rcritical value of du< ¥st concentration has the characteristics of t↕♥he danger of electrostatic explosion, etc. ,☆♠♥ is the bottleneck for the realizatio∑♠n of intelligent operation in the ∞♦βcentral kitchen of the pasture. In the cos₽' t of ruminant forage, ™ the cost control of fiber raw materials✔​♣ is an important element of competition a✘​≥‍mong ruminant breeding ¶​↓♣enterprises.

The whole system is divide‍≈¥"d into rope unwinding section - bundling sectδ☆ion - cleaning section - dust removal secti→✔on - (crushing section)

(1) Unpacking machine: The unpackin¥®g machine realizes the separatΩ>ion of the foreskin and the straw bale&α through continuous actions such as cu‌¶±‍tting the foreskin - h≤Ω  ooking the foreskin - collecting the foreski↕♣♣n.

(2) Bale breaking section₽≤×☆: baling straw (small square bales, large squar→γ£e bales, secondary pressure square bales$€¥, garden bales), first put ×ε£the straw bales on the plate chain conveyor♦'↓ platform through the‌☆ grass grabber, and pass the No. 1 p©≤&©late The chain conveyor 1 is€£ frequency-converted and co↓€≤σnveyed to the unroping me★÷• chanism, and the tie rope and nylonδ₩ net rope are cut out, and the±λ✘ rope is collected through the bypass.

The bundled straw with the  ÷←§rope cut off enters the baler"§ breaker. The baler brea≥÷ks the straw to a partic≠ le size of 30-40 mm, and is sent t•φo the next section by the No. 2 plate chai₹✘εn conveyor. The circuit design adopts ✘↓≥≠a frequency conversion motor.

Screening and cleaning section: The str§> >aw segment is transported to the scre₽<>₽ening and cleaning section through the ​™plate chain conveyor. There are mainly straw cl$βeaning screens, fans, pulse dust collec☆σ'tors, air locks, No. 3 plate chain conveyα≈¶ors, permanent magnet self-unloadi←™σng type dust collectors I±&ron and other equipment.

(3) After the broken straw segment is±γ$ broken, the iron-containing material is first re≠¥moved by a permanent magnet self-unloa÷ δεding iron remover, and high$♣-strength rare earth NdFeB is used t✔• o form a strong magnetic core, whichπ≥÷ has a strong magnetic≈• field and a high magnetic field gradient, and™♥ the conveyor belt convey®÷★s The material and iron remova <₩φl can realize continuous iron ™ε÷absorption and abandonment. The beပ lt has automatic deviation correction functionα<, reliable operation and si×‍€mple maintenance. Its internal magneti‍φπc circuit adopts a perfect magnetic pole struδ≤cture to ensure that the who≤<le machine can operate without failure for a lon✘♣g time in harsh environments↕®. Explosion-proof type, Magneticλ&→♠ plate strength 150MT, cleaning 0.1-30 kg ®€εγof ferromagnetic materα‌ial,

The No. 3 plate chain conveyor sends the straw se₩< gments into the straw↕✔ cleaning screen. There ar§‍‍e 4 different screen mesh workin  Ωg surfaces in the cleaning screen.•★€✔ The materials entering the trom​ε♠δmel screen follow different trajec↔$₩tories through different spe γcific gravity, and cannot pass throughγγ the screen due to differeσ"€§nt external dimensions. The corresponding outφπlet can clean up the dust and finα'§εe gravel in the straw.★♠×" Auxiliary dust removal equipment sy♣<‌stem can handle the dust®Ω≤± generated during the scr§∏eening process. Fans, pulse dust collectors an↑'γ↑d air closers form an effective dust remova≤↕l air network.

(4) Dust removal system: the top of the No. 1 ch↓β₽ain conveyor is connected to the centralized¶  dust removal air net by i‌φnstalling a sealing leather curtain.

The number plate cha♠♠¥≥in conveyor is fully sealed, the air outlet on th  e sealing cover is connected to the dust removal Ωβair net every 2 meters, and 4 du₩×€©st removal ports are set o÷™®n the cleaning screen to connect with ♠♠£λthe centralized dust removal air netwo¥β★φrk. The centralized dust rem¶ oval system adopts the fan-discharger-dust coll±δector. -The combination ∑γ×σof chimneys can achieve no dust in the γ≤≈​workshop, and the 15-meter-high spiral galvaβ↓>"nized pipe of the dust-removing chimney, the¥≠≈ motor has explosion-proof function, and the alar★™‍m function of fire danger​ >₹ is set, so that the indoor dust concentration is$ ≈∞ lower than 10mg/m3, and>σ  the outdoor dust concentration is lowe××r than 150mg/ m3.

(5) Set up a number of fi×<₩↓ber raw material weighing bins, e ∞↕ach with a volume of 35 cubic m✔​​ eters, weight reduction, and box>¥φ∑ material: Q345. Box materiaα±l thickness Bottom plate thickness ≥ ✘✔↔φ4mm Side plate thickness ≥ 3mm

Power: 15Kw/piece, box body 16Mn materiπ&♦al, scraper chain conveyor meγ♥chanism heavy-duty conveyor chain. Set up multipε✔•∑le silage bins, the volume is 50m3, the box mate→←₩rial is 304 stainless st$•γeel, the external Q235 material frame, pδλower: 30Kw/piece, the thickne<≥® ss of the 304 stainless steel anti-corrosion  ±≤material of the box body is ≥ 2.5mm, the Ω→₽thickness of the stainless steel an​®φ÷ti-corrosion auger blade>×≥; 4mm, the stirring The numbe↑‍r of dragons is ≥2, and th≠♠e scraper chain conveyor mechanism is hφ eavy-duty conveyor chain.

After pretreatment, the clean segment enters the≤  © weighing bin, and after being accura≤↕εtely weighed, it enters the♠↓♣Ω TMR machine through the transfer©∏★ε belt conveyor.

Enter the TMR machine through the transfer belt ₩€conveyor.

The straw pretreatment system undertake↑←s 70% of the raw material proce ←ssing tasks in the tota☆✘↕l mixed ration. Due to the ↔₽∞small volume, large volume, many types of★​ fibrous raw materials, complex i♦&‍mpurities, and easy generation of dust≠©, the supercritical value of dust concen↔≥tration has the characteristics of th ×Ωe danger of electrostatic explosion, etc. , is☆∏ε the bottleneck for the realiza×δ tion of intelligent operation in the central k÷π✔₹itchen of the pasture. In the cost of rumin←£ant forage, the cost control of fiber raw≠↑‍ materials is an important &α☆$element of competition amo✔​ng ruminant breeding enterpri✔φses.

The whole system is divided into rope Ω★←€unwinding section - bundliλ§ng section - cleaning section - dust remova∏'™l section - (crushing secti‌‌on)

(1) Unpacking machine: The unpackingγσ✘ machine realizes the separation of the←≥∞ foreskin and the str•♥δ★aw bale through continuous actions such as <♠&cutting the foreskin - hooking the ∑§foreskin - collecting the foreskin.

(2) Bale breaking section: baling strawδ& (small square bales, large∑‌ square bales, second'<ary pressure square ↔↑δ bales, garden bales), •→$ first put the straw bales on the ‍¥≤plate chain conveyor •↕platform through the grass grabber, and pass th→Ωe No. 1 plate The chain conveyor 1 <¥is frequency-converted and conveyed to the unr≤σε∞oping mechanism, and ₹εthe tie rope and nylon net rope are cut out, and ‍λ<the rope is collected through the bypass.∞γδ

The bundled straw with the<©★€ rope cut off enters th"ε ♣e baler breaker. The b‌απaler breaks the straw to a part♣ '§icle size of 30-40 mm, and α₩is sent to the next sec★$♥∞tion by the No. 2 plate chai®✘n conveyor. The circuit design a±±™ dopts a frequency conversion motor.

Screening and cleaning section: The ₩λstraw segment is transported to th★§✔e screening and cleaning section through th™↑εe plate chain conveyor. There are mainly straw c☆♦leaning screens, fans, pulse dust collectors, air÷  locks, No. 3 plate chain convey£ π₩ors, permanent magnet self-unloadi≤©ng type dust collectors Iron and other equipmα§‌ent.

(3) After the broken straw segment is b♦•©roken, the iron-containing material is fir&÷™≠st removed by a permanent magnet self-unlק'oading iron remover, and→← high-strength rare earth NdFeB ≥≤is used to form a strong magnetic core, ‍×‍which has a strong magnλ✘etic field and a high magneti€¶‍c field gradient, and th'£γe conveyor belt conveys The material andγγ"♠ iron removal can realize continuous iron a₩≤αbsorption and abandonment.®≠≈ The belt has automatic deviation ‍β£correction function, φ ®σreliable operation and simple maintenance. Its §♥≥"internal magnetic circuit adopts a p←☆✘ erfect magnetic pole structure to eγ↔​nsure that the whole mach& ine can operate without failure for a lo↕•λ↑ng time in harsh environments.  ★≥Explosion-proof type, Magnetic plate strength 15Ω≈0MT, cleaning 0.1-30 kg of •¶εferromagnetic material,

The No. 3 plate chain conveyor sends the straw∏​ε segments into the straw c₹₽↓leaning screen. There ← are 4 different screenλγ₽ mesh working surfaces in£< the cleaning screen. The mate₹↑rials entering the trommelβ&♠ screen follow different tλ ©☆rajectories through δ​σdifferent specific gravity,Ω≤← and cannot pass through the scrδ×γ∏een due to different ∞ ♦external dimensions. The corres₩♣αponding outlet can clean up the dust an✔↔d fine gravel in the straw. Auxil£✔β♦iary dust removal equipment syste≥λ★₽m can handle the dust generated during the scrσ↑eening process. Fans, pulse dust collectors and  ↓✔air closers form an effectivΩ♠→e dust removal air network.

(4) Dust removal system: the t™←op of the No. 1 chain conveyφ¶≈₽or is connected to the centralized dust remova䧮♦l air net by installing a sealing leather ∑≤curtain.

The number plate chain conveyor is fuδ'lly sealed, the air outlet on the sealing cover λ•is connected to the dust re♠©•moval air net every 2 ₽ →meters, and 4 dust removal ports ✔$are set on the cleaning scφ×reen to connect with the centralize‌★≤£d dust removal air netwε♥ork. The centralized dust remov€δ"al system adopts the fan-discharger-dust collecto✘♠r. -The combination of chimneys can ach>÷∑ieve no dust in the workshop, and th™≈↕​e 15-meter-high spiral  ≈β>galvanized pipe of the dust-removing chimney, &∑♦the motor has explosion-proof function, and th↔>e alarm function of fire danger is set, ↕♥so that the indoor dust concentration is lower €™than 10mg/m3, and the out×‌β€door dust concentration is lower than 150mg/←← m3.

(5) Set up a number of fiber raw material weig​φ><hing bins, each with a✘£↓↕ volume of 35 cubic meters, weight reduct≤✘₽×ion, and box material: Q345. Box mat ε∑>erial thickness Bottom plate thicknessγ¶ ≥ 4mm Side plate€₩ thickness ≥ 3mm

Power: 15Kw/piece, box body 16Mn material, s£₽÷↑craper chain conveyor mechanism heavy-duty conve¶±δ∞yor chain. Set up multipl≈ ×₩e silage bins, the volume is 50m3, the box mσ‌aterial is 304 stainles  s steel, the external Q235 material frame,★✘ power: 30Kw/piece, the thickness of the  ₹304 stainless steel anti-corrosion material of ¶÷♠πthe box body is ≥ 2.5mm, the thick>¥π≈ness of the stainless steel anti ♣∑-corrosion auger blade> 4mm, the stirrin€≠≤g The number of dragons is ≥2, and th  e scraper chain conveyor mechanism is heavy-du★​γαty conveyor chain.

After pretreatment, the clean segment enters≤>♦× the weighing bin, a✔​εnd after being accurately weiλ >♠ghed, it enters the TMR machi≥☆✘₹ne through the transfer belt​α☆★ conveyor.

Enter the TMR machine through the transfer © ←belt conveyor.