Vrae

Ontfouting van Enkel omsendbrief brei masjien

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Triangle of sinker adjustment

  1. The concave position of sinker should be vertical to raising needle. A 0.5mm gas exits between concave position and needle.
  2. Dial-gauge is absorbed inside syringe. Gauge outfit points to the highest point of sinker.
  3. Loosen screw on triangle. Push the screw forward or backward which drive triangle forward or backward indirectly. Use dial-gauge to inspect the position of triangle. Then lock the screw.
  4. Make syringe rotate. Inspect the position of every triangle.

Sequence of triangle adjustment

  1. The sequence of triangle needs to be adjusted when changing yarn or knitting structure.
  2. Loosen all of the feet on upper case and connecting screws (six grains in total).
  3. Adjust upper case along with the rotating direction of machine, called as decelerating sequence adjustment. Conversely, it is called growing sequence adjustment.
  4. Adjust two adjusting screws on the feet of upper case.
  5. Lock connecting screws.
  6. Eccentric positioning wheel cannot be loosened during operation.

Triangle of needles adjustment

  1. Uniform tension improves the quality of textile. Resetting the position of needles can acquire uniform tension.
  2. Use tensioner to measure tension on every yarn.
  3. Use hexagon spanner to turn calibrator on triangle
  4. Inspect and adjust the tension on every yarn.

Gram weight adjustment

  1. Use hexagon spanner to turn adjusting gear inside indicating ring so that triangle can rise or fall with lifting ring to adjust density of textile.

Struktuur van Omsendbrief inslag brei masjien

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Structure of circular weft knitting machine consists of frame, yarn mechanism, transmission gear, lubricating eliminating mechanism, electric control system, spooler and other accessories.

Frame
Frame of circular weft knitting machine consists of three feet and a round (or square) table. Three feet are fixed by gin. There three crutches on the table. Crutches have yarn holder. A safe door exits in the gap between three feet for steady and safety.

Characteristics:
Feet adopt build-in structure
All of electrical wiring and instruments are put inside the feet
Safe door is reliable
When safe door is opened, machine will stop operating automatically. Warning is also shown on operation panel in case of accident.

Yarn mechanism
Yarn mechanism contains yarn holder, storage device, feeding nozzle, feeding wheel, coil bracket, ens.
Yarn holder
Yarn holder is used to lay yarn. It is classified into umbrella yarn holder and landing yarn hold. Umbrella has small cover. But it cannot connect to spare yarn. It is suitable for limited space. Landing yarn holder has triangle yarn holder and wall yarn holder. Triangle yarn holder is convenient for utilizing. Wall yarn holder can be arranged beautifully. But it has large cover.

Storage device
Storage device is used to store yarn.

Feeding nozzle
Feeding nozzle is used to transmit yarn to needle directly. It has different shapes, including single feeding nozzle and double feeding nozzle.

Feeding wheel
Feeding wheel is used to regulate the number of yarn.

Requirements for yarn mechanism
Yarn mechanism should guarantee uniformity and continuity of tension in yarn. Ensure uniformity for the sizes and shape of coil in textile so that can produce beautiful textile.
Yarn mechanism should ensure reasonable tension in case of defects on the surface of textile.
Hook should be smooth without burrs in case of yarn broken.

Knitting mechanism
Knitting mechanism is the core of circular weft knitting machine, consisting of syringe, needle, triangle, triangulum, sinker (only exiting in single omsendbrief brei masjien), ens.

Syringe
Syringe is used to put needle.

2. Triangle
Triangle is used to control reciprocating motion of needles and sinker inside syringe

Sinker
Sinker only exists in enkele omsendbrief brei masjien, cooperating with needles.

Naald
Needle is discriminated based on the height of bell. Needle makes tarn into textile.

Triangulum
Triangulum is utilized to put triangle

Requirements for knitting mechanism
Needle track should be smooth without burrs
Knob used to regulate pressing depth on triangulum should be flexible enough.
Ensure the height of withdrawing and the depth of pressing to meet the requirements of techniques.

Spooler
Spooler is used to drag textile from knitting and wind textile in roll form. Spooler consists of spreading frame, transmission arm, regulate gear box.

Transmission mechanism
Transmission mechanism is continuously variable transmitting motor controlled by frequency transformer. The motor uses cone belt or synchronous belt to drive gears on capstan shaft. It drives syringe to knit.

Lubricating eliminating mechanism
Large numbers of flyings and dust may cause occlusion or damage to machine during knitting. Lubricating eliminating mechanism is used to eliminate dust and dredge oil way.

Electrical control system
Control panel of electrical control system is made up with microcomputer and highly integrated control circuit.
Frequency transformer is key components of motor. It can control output frequency to change the rotation rate of motor.

Accessories
When needle is broken, prober will send signal to control system. Then machine will stop after 0.5 seconds.

Wat is omsendbrief brei masjien?

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Omsendbrief brei masjien ook genoem as omsendbrief inslag brei masjien is wyd gebruik word in tekstielbedryf. Omsendbrief brei masjien ontwikkel teen 'n hoë spoed vir sy voordele van baie sirkel nommers, hoë rotasie koers, hoë hoeveelheid, hoë gehalte, minder prosedures. In die algemeen, omsendbrief brei masjien geklassifiseer kan word in 'n enkele kant omsendbrief brei masjien en dubbel kant omsendbrief brei.

Enkele kant omsendbrief brei masjien het 'n spuit.

algemene enkele kant omsendbrief brei masjien
Algemene enkele kant omsendbrief brei masjien het baie sirkel nommers, hoë rotasie spoed en 'n hoë hoeveelheid. Algemene enkele kant omsendbrief brei masjien het enkele naald spoor, dubbel naald spoor, driedubbele naald spoor, vier naald spore en ses naald spore. Enkele kant omsendbrief brei masjien met vier naald spore is meestal gebruik in tekstielbedryf.

enkele kant Terry masjien
Enkele kant Terry masjien, ook genoem as 'n enkele kant sinker paal masjien, het enkele naald spoor, dubbel naald spoor en vier naald spore. Enkele kant Terry masjien word geklassifiseer in positiewe sak Terry masjien (gare word gedek deur Terry gare) en negatiewe sak Terry masjien (gare is in die teenoorgestelde van tekstiel).

Drie draad inslag brei masjien
Drie draad inslag brei masjien ook genoem as brei masjien of fluweel masjien, het enkele naald spoor, dubbel naald spoor en vier naald spore. Drie draad inslag brei masjien word gebruik om irritatie flannelette of nie irritatie flannelette produseer.

Jacquard enkele kant omsendbrief brei masjien
Jacquard enkele kant omsendbrief brei masjien is geklassifiseer in klein jacquard en groot jacquard.

klein jacquard
Klein jacquard genoem as meganiese jacquard. Dit is gerieflik terwyl hulle laag rantsoen koers en hoeveelheid. Klein jacquard word gebruik om gebreide klein jacquard stof.

groot jacquard
Groot jacquard het 'n rekenaar. Die rekenaar gaan haal die program binne diskette wat na 'n rekenaar het ingevoeg. Dan groot jacquard kan gebreide gebaseer op die program. Groot jacquard word gebruik om gebreide groot gebreide materiaal en dit kan ook die kleure van die draad verander.

Groot jacquard verminder ontwerp siklus van produkte aansienlik, spaar kus en hoogs verbetering van die gehalte.

1.Double kant omsendbrief brei masjien
Double kant omsendbrief brei masjien het twee vertikale spuite.
ribbes
Ribbes is spesiale tipes. Dit het (1+1) naald spoor, (2+2) naald spoor en (4+4) naald spoor. Dit gebreide nuwe soort stof deur die gebruik van permutasies van driehoek en brei naald en gare kombinasie van.

2. Algemene dubbel kant omsendbrief brei masjien
Algemene dubbel kant omsendbrief brei masjien ook genoem as grendeling masjien, is 'n soort van 'n multi-funksie masjien. Net soos as ribbes, algemene dubbel kant omsendbrief brei masjien het ook (1+1) naald spoor, (2+2) naald spoor, (2+4) naald spoor en (4+4) naald spoor. Omsendbrief brei masjien met (2+4) naald spoor is die mees algemeen gebruik word.

3. Jacquard dubbel kant omsendbrief brei masjien
Jacquard dubbel kant omsendbrief brei masjien kan ook geklassifiseer word in klein jacquard en groot jacquard.

Types of Damaged Needle

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Needle is one of key components in brei masjien, having closed relationships with quality of products. During operation, resistance and abrasion damage needle, forming defects on surface of cloth. Damaged needles must be replaced immediately.

Before replacing, recognizing type of damaged needle is the first. Find out damaged according to the reasons causing defects.
Loose pin needle: Larch pin of loose pin needle loosens, causing floricome.
Open needle: Open needle is also called as stiff tongue needle. Oil contamination exists in track. Needle latch cannot be closed
Torque needle: Needle latch or the tip of the tongue is broken.
Punch needle: Needle head lifts up upward slightly.
Excelsior needle: Needle head bend downward.
Broken needle: Needle latch, pin hook, needle bell is broken.
Damaged hook: Hook on needle head is drawn back. Needle latch cannot be closed.

Omsendbrief brei masjien Onderhoud Vrae

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For its high price, omsendbrief brei masjien needs maintenance during daily operation to ensure its service life and improve quality.

For new omsendbrief brei masjien, the following aspects should be examined:
Examine the whole machine based on related technical documents provided by manufacturers. Check the machine whether is completed or not, including creel, yarn storage device, automatic stop arrangement, gear protective cover, polyurethane preparation, testing instruments, electrical appliances, ens.
Check accessories based on contract and attachment paper, including triangle, sinker, needle and other accessories.
Testing Run. Circular knitting machine needs to operate for at least one day after being installed and debugged. Check the style of cloth surface. During operation, check the triangle vibrating or not, yarn breakage and prober being flexible or not.

Working environment
Circular knitting machine may produce many flyings during knitting. Vir daardie, good ventilation should be kept in workshop. In winter, workshop has low temperature. Circular knitting machine has resistance. In summer, high temperature has great influence on frequency converter. So the temperature and relative humidity should be controlled between 28-30℃ and 65-75%. 28-30℃ is the best working temperature for circular knitting machine. When relative humidity is low, yarn may harden, causing stitch leakage on surface of fabrics and damaging needle. When relative humidity is high, needle and other accessories may rust.
Daily maintenance
Cotton fluff on creel must be eliminated and keep cleaning on machine no matter in day shift, middle shift or night shift.
Check yarn storage device in case of occlusion caused by cotton during succession.
Check automatic stop arrangement and gear protective cover frequently. Repair or replace it immediately when it is abnormal
Check grail and oil way is unblocked or not during succession or patrol inspection.

Weekly maintenance
Clean speed disk and eliminate the cottons storing up inside disc.
Inspect tension of belt on actuator and transmission.
Inspect operation of tractive and spooler.

Monthly maintenance
Remove triangle and clean the cottons on track or inside needle tray.
Inspect the wind direction of dust extraction fan and clean the dust on fan.
Clean cottons on all of accessories. Inspect the characteristics of accessories including automatic stop arrangement and safety inspection system.

Half a year maintenance
Clean the needle and sinker thoroughly. Inspect needle and sinker. Replace if it is damaged.
Check the oil way. Clean fueling injection device.
Clean and inspect transmitting yarn device.
Clean and inspect electrical system.

Die verskil tussen Omsendbrief inslag brei masjien en Omsendbrief Weefmachinebouw

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Omsendbrief inslag brei masjien verskil van omsendbrief weef masjien voltooi. Omsendbrief inslag brei masjien is brei masjien. Omsendbrief weef masjien behoort aan weef masjien. Elektroniese patrone omsendbrief inslag brei masjien motief met die leiding van die rekenaar. Garings is gebreide te lap breedte. So is dit ook genoem as inslag brei masjien. Die lap is gebreide in silinder vorm. Vir daardie, afterfinish behoeftes spleet. Die materiaal kan enkelspleet of dubbelspleet wees.

Vier shuttles omsendbrief weef masjien beteken omsendbrief weef masjien met vier shuttles. Die beweging van die pluk van verskil van reglynige beweging in die dra van masjien. Die pluk van omsendbrief weef masjien in 'n sirkel beweeg, wat deur warp en die maak van die warp te lap. Omsendbrief weef masjien het verskeie kategorieë en eenvoudige struktuur. Egter, die meer shuttles is, die meer ingewikkelde struktuur is.

Beide omsendbrief inslag brei masjien en omsendbrief weef masjien gebreide alle soorte materiaal, behalwe vir 'n paar spesiale garings, soos dik tou.

Omsendbrief inslag brei masjien is hoofsaaklik gebruik om te brei mode stof of dekoratiewe materiaal. Omsendbrief weef masjien word gebruik om te brei industriële materiale, soos cummerbund en mesh sakke.