1. Core Industry Pain Points hauv Frozen Dumpling Production

1.1 Tsis ruaj khov khov zoo

Traditional freezing systems feem ntau raug kev txom nyem los ntawm:

Kev qeeb dhau los ntawm thaj chaw ua dej khov nab kuab (-1℃txog -5 degree)

Kev faib tawm tsis sib xws ntawm cov khaubncaws sab saud thiab qis

Loj variation nyob rau hauv filling thiab mov paj freezing ceev

Kev puas tsuaj ntawm tes siab ua rau kev ntxhib los mos degradation tom qab ua noj

Cov xwm txheej no ncaj qha ua rau:

Cov tawv nqaij tawg tom qab thawing

Poob elasticity nyob rau hauv filling

Cov khoom zoo li tsis sib xws

High rejection tus nqi nyob rau hauv export lag luam

1.2 Tsawg ntim efficiency

Frozen dumpling ntau lawm yog txwv tsis pub los ntawm lub peev xwm khov, tab sis los ntawm kev tuav hauv qab:

Phau ntawv hnyav yuam kev

Slow sorting thiab ntim cycles

Kev ua haujlwm siab

Cov pob khoom hnyav tsis sib xws cuam tshuam rau kev ua raws li cov khw muag khoom

1.3 Kev siv hluav taws xob ntau thiab qhov chaw tsis muaj zog

Cov kab khov nab kuab feem ntau xav tau:

Loj hauv pem teb

Kev siv hluav taws xob tsis tu ncua siab

Tsis zoo thermal rwb thaiv tsev efficiency

Tsawg adaptability rau ntau lawm expansion

2. CBFI Kev daws: Muab ob npaug rau kauv ceev khov System

2.1 Core freezing kev ua tau zoo

CBFI muab ob npaug rau kauv lub freezer siv ib tug nruam ntsug kauv qauv ua ke nrog siab - ceev yuam cua ncig.

Cov yam ntxwv tseem ceeb ntawm kev ua haujlwm:

Qhov kub thiab txias: qis rau -35 degree

Txoj kev nrawm dhau los ntawm thaj chaw dej khov nab kuab: tswj tsis pub dhau feeb

Dumpling khov lub sij hawm: kwv yees li . 18 feeb (nyob ntawm qhov loj thiab ntim)

Cov txiaj ntsig tseem ceeb:

Cov khoom lag luam dhau los ntawm qhov tseem ceeb ntawm cov dej khov siv lead ua theem, txo cov cell tawg thiab tswj kev zoo nkauj tom qab thawing.

2.2 Dynamic "peb-dimensional freezing field"

Tsis zoo li cov kab ke zoo li qub, CBFI siv lub tshuab hluav taws xob dynamic + kauv txav qauv:

Muab ob npaug rau kauv conveyor lem nyob rau hauv staggered 8-zoo layout

Kev sib hloov ntawm cov khoom tsis tu ncua thiab raug tshem tawm

12-kev taw qhia huab cua faib system tsim cov cua txias txias

Qhov ntsuas kub sib txawv tswj nyob rau hauv ± 2 degree

Qhov tshwm sim:

Txias uniformity txog li 98%

Muaj zog sib xws ntawm khob noom cookie thiab filling freezing ceev

Txo cov khoom deformation thaum khov

2.3 Ntim efficiency integration system

CBFI integrates freezing nrog ntse downstream tuav:

Multi-sensor ua ke lub cev hnyav

AI pom kev tshuaj xyuas kom zoo ib yam

Automated rejection ntawm deformed los yog tawg dumplings

Siab - cov kab ntim ceev (txog 120 pob / min)

Kev txhim kho:

Qhov hnyav: ± 0.5g

Ntim efficiency: 3 × siab tshaj phau ntawv kab

Kev txo nqi zog: ~ 40%

2.4 Zog-txuag thiab cia txias optimization

CBFI system integrates rwb thaiv tsev thiab lub zog rov qab technologies:

High- ntom polyurethane rwb thaiv tsev panels (thermal conductivity: 0.021 W/m·K)

Txo cov rwb thaiv tsev tuab los ntawm ~ 30% thaum txhim kho kev ua haujlwm

Theem -hloov lub zog cia rau kev sib npaug

Txias lub zog rov ua haujlwm rau qhov siab tshaj - ua haujlwm hloov

Cov txiaj ntsig:

Kev siv hluav taws xob txo qis los ntawm ~ 35%

Qhov kub thiab txias nyob rau hauv cia: ± 0.5 degree

Txhim kho system stability thaum lub sij hawm ntau lawm cycles

3. Vim li cas Ob Chav Kauv Freezing Hloov Cov Khoom Zoo

3.1 Tshem tawm thermal imbalance

Cov txheej txheem ib txwm tsim cov cheeb tsam tsis sib xws:

Cov khaubncaws sab sauv khov sai dua cov khaubncaws sab nraud povtseg

Filling thiab mov paj solidify ntawm qhov sib txawv ceev

CBFI kev daws teeb meem kom synchronized khov los ntawm:

Kev sib hloov ntawm cov khoom tsis tu ncua

Ntau-kev taw qhia airflow raug

Tswj lub sijhawm nyob hauv thaj chaw khov

3.2 Zam kev puas tsuaj rau cov dej khov

Qhov tseem ceeb tshaj plaws zoo tshaj plaws nyob rau hauv dumplings yog ice crystal loj.

CBFI ua tiav:

Kev khov nrawm nrawm ntawm thaj chaw tseem ceeb (-1℃txog -5 degree)

Tsim cov micro- nplai dej khov

Txo cell phab ntsa rupture

Cov txiaj ntsig tom qab thawing:

Zoo dua elasticity

Txo cov kua txiv poob

Txhim kho qhov ncauj zoo sib xws

3.3 Qhov chaw- ua haujlwm tau zoo tas li

Muab piv rau cov kab ke kab ke ib txwm muaj:

Kauv qauv txo hneev taw heev

Vertical layout txhim kho qhov ntom ntom

Modular expansion tau yam tsis tas yuav rov tsim lub Hoobkas

4. Muaj nuj nqis nce qib

CBFI ob chav kauv khov qhov system ua tau ntau dua li txhim kho kev khov ceev - nws restructures ntau lawm logic:

Los ntawm batch ua → nruam ntws ntau lawm

Los ntawm phau ntawv tswj → cov ntaub ntawv - tsav automation

Los ntawm tsis ruaj tsis khov zoo → standardized tso zis

Los ntawm cov tshuab cais tawm → integrated ntau lawm ecosystem

5. Daim ntawv thov Scenarios

Lub system yog dav siv nyob rau hauv:

Frozen dumpling factories

Central chav ua noj

Export- taw qhia cov zaub mov khov

Loj -scale catering supply chains

Khw muag khoom noj khoom haus khov

Xaus

CBFI muab ob npaug rau kauv lub freezer tshuab yog qhov tseem ceeb ntawm kev hloov ntawm "kev kho mob khaub thuas" mus rau "paj thermal engineering".

Los ntawm kev tswj cov airflow dynamics, freezing curves, thiab ntau lawm flow integration, nws converts khov dumpling ntau lawm los ntawm ib tug variability -tsav txheej txheem mus rau hauv ib tug ruaj khov, ntsuas kev lag luam system- txhim kho ob qho tib si khoom sib xws thiab kev lag luam kev sib tw.

Cim npe nrov: CBFI Ob Chav Kauv Lub Freezer Technology rau Frozen Dumplings, Tuam Tshoj, chaw tsim tshuaj paus, hoobkas, nqe, yuav