Products

(1) Centralized control system:

The daily production of 200 tons of totaγγ✘l mixed ration is operated on the touch scree>φ→₩n and computer in the centr•‌₽αal control room, and β±÷the site is unattended. Automatic control↔'♦γ is generally composed of analog scree♠Ω♦n control cabinet, strong electric cabinet, fiel↑₽•d control equipment and computer inα♣φ¶telligent control terminal.

Analog screen control cabinet (CCP): photo ofλ'☆< analog screen, photo of electric ca±¥binet, analog screen cont✘"σ✔rol, circuit breaker, cont₹↕∞actor, products of Schneider↓↓&≥; inverter, product of Danfoss; rela<≠↑∞y, product of Weidmüller;  ↔α sensor use Keli or Tuoliduo; com↑∞←puter monitors use Philips; P≤®↔σLC uses Siemens or Mitsubishi, and×÷♣ the main electrical components use §₽☆≈Schneider products, grid bridges,

(2) Intelligent feeding managem✔∞¶ent system:

1 Overview:

The system can also develop a communic∞β♠ation protocol port accordinγ₹¥γg to the internal management syste✘<∞m of the enterprise, connect with the enterpris'£e management system, realize"  the functions of data access, query, print₽​™βing, data sharing of production tasks in a♠✔"¶dvance, hierarchical management and different p≤•"φermission setting functions. The s↕±'©ystem adopts the precise feedi♠₹' ng management system and centralized control sys←$tem of DIGI-STAR in the United States. This syst✘↓em is currently widely used in the fix∏♣∞≥ed feeding stations of large-scale pastures i↑©↔★n China; the software and harσ​∑dware of this system are of re€★​εliable quality, high quality anδ★δ∑d stable performance, which are the cu≤‍₩ rrent A first-line brand selected by large dβ✘omestic farms.

This scheme adopts a functi Ωβonal modular design schem≥≠€γe, which is an intelligent control sy∑γstem based on PLC and SCADS (S ​λ→uperviory Control And < Data Acquisition/Data Ac☆ ♦quisition and Monitor×$'±ing), and realizes t↔≥✘₹he seamless connection of in✔‌ternal information of the ranc↓✘♠<h. The functional modules are div★¶ided into: TMR Tracker pr↓∞ecise feeding software module, which€≈‍✘ realizes feeding formul≈‌€♦a preparation, feeding and receivin★ σ"g data sending and receiλ★​‌ving, and report proc₩¥essing; The feeding and roughage π ® processing module of the system can realize the >ε♣♥precise addition of vari ¥∑ous roughages according to the requirements of tα ↔he formula; the data transmiss"εion module can realize the automatic data ↕<±transmission and processingλ₽← of the ration producγ₽εtion system and the concentrate system, and perfo>®rm data docking with thir​↔★γd-party software and otα¶γher functions.

2. Design scheme of cen≠¥€ tralized control andα≠₹ feeding management sys$> tem in detail:

As the core of the entire feeding station system÷$, the centralized co>≈♥λntrol system performs centraβλ↑lized data processing and task assignmen☆λt. The roughage addition pr±γompt, the automatic contr₩α£™ol system for the conα✘÷centrated feed, and the precise feeding ma‍ ®✔nagement system are integrated by£÷β♦ the industrial control system and operated on thδ×∏₹e same control platform. Th♦≤≠‍e control flow is as follows:

(1) Production of TMR rations: TMR Tra↕₹cker precision feeding software is responsible f∏×or the production of formul↕₩as, and sends formulas from different sectio☆λ 'ns to different control systα₽♦ems through the network or wirelessly,× ×★ and collects and generates inform÷♦ation about self-made rations. Various ↕ε÷data reports, including daily fe™≥ed production accuracy, feed spreader oper""λ∑ation accuracy, feed intake, δ±dry matter intake, raw mat✘ •'erial consumption and other reports, and♥§∞ can be output according to requirements.

(2) Concentrate production and addition: Th₩•e concentrate PLC control sys&εtem collects the concentrate formula da¥•ta of the precision feeding system TMR ∞→Tracker feeding management software, an™ββd realizes direct data transmission. It is t•γransported to the correspondαε☆ing position and automaticall♦♥✘φy controls the addition process of the  ©•concentrate.

(3) Addition of roughage conveyor: the roug÷βhage formula data of the precision f≤"φ€eeding system TMR Tr>♥♣ acker feeding management softwareβ$, the feeding system↕£•↕ processes the data of each roug♥"₹<hage formula and displays it on the <"β<large screen of each mixer truck, promptin•α©g the forklift driver Add to the corresponding TM¶♠☆✘R preparation machine according t £o the order of addition and weight.

(1) Centralized control system:

The daily production of 200 tons o<♥↕f total mixed ration is operated on th↓✘₩e touch screen and computer in the centra©≤™∞l control room, and the site ♣♥"₩is unattended. Automatic control is ge→δσnerally composed of ana↓εlog screen control cabinet, strong electr≤≤©ic cabinet, field coεσ≥¥ntrol equipment and comput→±★★er intelligent control÷α♦ terminal.

Analog screen control cabinet (CC♣≠P): photo of analog screen, phε$∑ oto of electric cabinet, analog screen€∑&> control, circuit breaker, contacto<™×r, products of Schneider; inverter, produ✘☆ct of Danfoss; relay, pro★>↔•duct of Weidmülle★'קr; sensor use Keli or Tuoliduo; compΩ> uter monitors use Philips; PLC uses Siemens©→©¥ or Mitsubishi, and the main electrical compone✘&nts use Schneider products, grid bridges γ✘",

(2) Intelligent feeding Ω​management system:

1 Overview:

The system can also develop a commun±≠ication protocol port according to t♥♣•©he internal management syst λ‌®em of the enterprise, connect with &λthe enterprise managemenΩ↔¥t system, realize the functions of d♦¥ata access, query, printing, data sharing o♣✘f production tasks in advance, hierarchical man¥↓Ωagement and different permissi★"on setting functions. The system ad♦λ↕‍opts the precise feeding ma∑Ωnagement system and central★¶ized control system of DIGI-STAR§&σ♦ in the United States. This system is ☆‍>currently widely used in the♣× fixed feeding stations of large-scale Ω✔©pastures in China; the software and hardware o↔∞f this system are of reliable quality, high qβ$ $uality and stable performance, which are♦£♠✘ the current A first-line brand selected $☆÷by large domestic farmsαδ₩<.

This scheme adopts a functional modul ₩ πar design scheme, which is a©←n intelligent control sy​‌stem based on PLC and SCA←‍‌DS (Superviory Control And Data Acquisition/Da∑♠ta Acquisition and Monitoring♣↑ε), and realizes the seamlesπ÷ε₽s connection of internal information of t®‍he ranch. The functional modules are©→ divided into: TMR Tracker precise feeding  ‌software module, which realizes feeding♠  formula preparation, f©¶‌eeding and receiving★Ω‌¶ data sending and receiving, and r™πeport processing; The feeding and roughaΩ∑ge processing module of the system can realize$γ® the precise addition of various roughages εφ®according to the requiremen÷φts of the formula; t€£→™he data transmission module can realize  ₽ the automatic data t∞↔‌ransmission and processing of the π←ration production systπγ♦£em and the concentrate system, and perform dat™λa docking with third-party software anα↓>‍d other functions.

2. Design scheme of centralizeβ✔≤d control and feeding manage≈©•Ωment system in detail:

As the core of the entire feeding st ≈Ωation system, the centralized control syste>←m performs centralized data pro ±cessing and task assignmenπ $t. The roughage addition prompt, the automatic c₹σ¶ontrol system for the concentratγ∞ed feed, and the precise feeding ✘ > management system are i¶±≈ntegrated by the industrial control system anδ ✔♣d operated on the same control ±‌✔platform. The control ε flow is as follows:

(1) Production of TMR rations: TMR Tracke×λ₽™r precision feeding softwa®£≠"re is responsible for the ↓​production of formulas, and sen≠"δ™ds formulas from different sections to different&← control systems through the∞φ network or wirelessly, and collects and generate♠↕s information about self-made ratα↑©αions. Various data reports, including d§≤≠€aily feed production accurac↓→y, feed spreader operation accuracy, feed‌ ← intake, dry matter intake, raw mater​επσial consumption and other reports, and can be out​₹put according to requirements.≤σ

(2) Concentrate production and addition: Thγ↓εe concentrate PLC control system♦±α↔ collects the concentrate for←♠mula data of the precisiσδ©on feeding system TMR Tracker feeding managem×Ωent software, and realizes d↔←✔§irect data transmissionδ¥. It is transported to the corresponding posit♣φion and automatically controls the δ→¥∞addition process of theα₩¥ concentrate.

(3) Addition of roughage conveyor: the roughag£±♦e formula data of the precision feeding ✘₹system TMR Tracker feeding management software ®‍∏, the feeding system processes thλβ✔e data of each roughage f‍♥€ormula and displays it on ★δλ•the large screen of each mixδ er truck, prompting the forklift driv€£ ♥er Add to the correspo↓>≤nding TMR preparation machine accor♣↓ding to the order of addition and weight.

(1) Centralized control system:

The daily production of 200 tons of tota&∏©l mixed ration is op< erated on the touch scr​  een and computer in the central control ♥↓γ'room, and the site is unattended. ≈εAutomatic control is generallγ☆y composed of analog screen control cabinet, stro∞‌ng electric cabinet, field control equipment anλ ‌d computer intellige ✘↕±nt control terminal.

Analog screen control cabinet (CCP): photo of∞γ₽ analog screen, photo of electric cabinet, analog✘≈☆ screen control, circu♠ ‍it breaker, contactor, products of Schneider; i§>nverter, product of Danf‌£→oss; relay, product of Weidm&uum↕♣γl;ller; sensor use Keli or Tuoliduλ↓o; computer monitors use Philips; PLC us★→&≈es Siemens or Mitsubishi, and the main electrical↔π♦ components use Schneider products‌", grid bridges,

(2) Intelligent feeding management system:

1 Overview:

The system can also develop a communicati‌ ∞on protocol port acco$♦‌≤rding to the internal maβ‍nagement system of the enterprise, connect with t‌£he enterprise management sys↑>tem, realize the functions of data≈£§  access, query, printin δ≥g, data sharing of production tas¥×ks in advance, hierarchical manα↕≤↕agement and different pπ​ ermission setting functionδ£s. The system adopts the precise feeding©←π€ management system anλ'✔↔d centralized control system÷​§ of DIGI-STAR in the United States. Th★≠←∏is system is currently w₹₩αidely used in the fixe>©✔Ωd feeding stations of₹∞∞™ large-scale pastures in China★←; the software and hardware of this syσ™stem are of reliable quality,"∏ high quality and stable p✔©©♣erformance, which are the c☆£∑urrent A first-line brand selected by large dλλomestic farms.

This scheme adopts a functiona✘∏"l modular design scheme, which is an int‍↕♦elligent control system based on PL∞‍£C and SCADS (Supervior×✔>♦y Control And Data Acquisition/Data Acquisition a₽$§ nd Monitoring), and realizes the seamless connect"∑φion of internal informatioεβ™n of the ranch. The functional mod≤​∏ules are divided into: TMR Trac×★ker precise feeding software module, which re♦≠♥alizes feeding formula preparation, fδ×£✔eeding and receiving data sending ☆≈and receiving, and report processing; ↑±↓The feeding and roughag≈↓e processing module of the system can realize th♠£λe precise addition of various r↑♣₽oughages according to the re♦§©quirements of the formula; the data transmission ≠♣₽φmodule can realize the automatic data t∏&ransmission and processing of the ratioδ↕πλn production system and the concentrate ¥≤system, and perform data docking with∞♥> third-party software and other functions.

2. Design scheme of centraΩ↑♣lized control and feeding management s∞×βystem in detail:

As the core of the entire π$feeding station system, t¥™×he centralized control system performs centr¶→∏₹alized data processing and task assignm≈€₹ent. The roughage addition prompt, →→§¥the automatic control system for the concentrate>×d feed, and the precise fe'§eding management system are integr≥ ated by the industrial control  φsystem and operated on the same contr​€ "ol platform. The control flow is as f✔>®€ollows:

(1) Production of TMR ration ¶φs: TMR Tracker precision feedin©&g software is responsible for the prod©≠©$uction of formulas, and®>• sends formulas from different sections↑¥ to different control systems through the ne✘≠twork or wirelessly, •™δand collects and gen←¥erates information ab★★δout self-made rations. Various data r∞ δeports, including daily feed production accuracy✔÷, feed spreader operation accuracy, feed intake§÷, dry matter intake, raw material consumption andφ¥β≈ other reports, and can be output according ×±to requirements.

(2) Concentrate production and✘βδ addition: The concentrate PLC™‍★ control system collects the concentrate π∑formula data of the precision   © feeding system TMR Tr∞ εacker feeding management software, φ₩©γand realizes direct data♠★$" transmission. It is transported to ©£the corresponding position and automatically con∑​∑<trols the addition process of the concentra∑←σte.

(3) Addition of roughage γ★↕conveyor: the roughage formula data of the preci↔γsion feeding system TMR Tracker feeding m¶∏anagement software, the feedin↓"✔↔g system processes the✘® data of each roughage formula and displa♣ ≈★ys it on the large screen of each ≠★λδmixer truck, prompting the forkl₽₹ift driver Add to the corresponding T±→ ↕MR preparation machine according ¶™$ to the order of addition and weight.