Machine details of washing machine
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A washing machine consists of a barrel that rotates quickly in water to remove dirt from clothes using detergents. There are several types of washing machines including front loading, side loading, top loading, and stone washing machines. Front loading machines have a large glass door and controls for settings like temperature and wash cycles. Side loading machines are suited for larger laundries. Top loading machines load from above and function as a washer, rinser, and drier. Stone washing creates faded effects. Key parts include water valves, pumps, tubs, agitators, motors, timers, and drain pipes.
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The document provides an overview of washing machines, including their history, components, processes, and tips. It discusses how washing machines have evolved from manual washing on rocks to modern machines with microchips and smartphone controls. The key components of a washing machine are described, such as the inner and outer tubs, plumbing, drive mechanism, and pump. The washing process involves filling, agitating, draining, rinsing, and spinning cycles. Tips are provided on pre-treating stains, choosing the right water temperature, and avoiding detergent residue. Common problems like not spinning or draining and solutions are also summarized.
Washingmachine
A washing machine is an appliance designed to wash laundry using water. There are two main types - top loading and front loading. Top loading machines are cheaper but less efficient, while front loading machines require less water and energy but have a higher initial cost. Washing machines come in different sizes depending on laundry capacity and different materials and colors. The washing process involves filling with water, agitation to wash clothes, rinsing, and high speed spinning to extract water. Popular brands include AEG, Ariston, Beko, Bosch, LG, Siemens, Samsung, and Whirlpool.
History of washing machine
A washing machine is a machine used to wash laundry such as clothes and sheets. Early washing machines included the scrub board invented in 1797 and the rotary washing machine patented by Hamilton Smith in 1858, as most households lacked running water. The first washing machine designed for convenient home use was built in 1874 by William Blackstone, while modern washers now use computer controlled systems to automatically adjust wash cycles for load size.
Washing machine
A washing machine is a machine that uses water to wash laundry such as clothes. Early washing machines reduced the manual labor of washing by providing an open basin or sealed container to agitate clothes. Later, wringer/mangle machines were developed to further reduce labor by squeezing water out of clothes. Modern washing machines combine washing and extracting into a single machine and can also merge washing and drying. Top-loading and front-loading washing machines are common designs today.
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This document summarizes the key features and specifications of washing machines. It discusses the two main types - top loading and front loading machines. Top loading machines are generally cheaper but use more water, while front loading machines save water and energy but are more expensive. The document also covers dimensions, materials, colors, durability features like ceramic heaters and diamond drums, pricing for different capacities, and warranty periods and claims processes.
The washing machine
1. The washing machine was invented in the late 17th century to ease the burden of manual laundry. Early models were hand-powered but mechanical innovations led to electric washing machines being advertised in 1904.
2. Washing machines provided advantages over manual laundry by saving time and effort, but also had the disadvantage of using water, electricity and other resources.
3. Different types of washing machines were developed over time, from simple wooden tubs to machines with agitators, then centrifugal spin cycles and modern controls.
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RF dryers offer faster drying times for textiles compared to conventional dryers. They use radio frequency waves to heat and evaporate water from wet textiles. RF dryers can dry a variety of materials like yarn, fabric, leather and increase production speeds by up to 135% while reducing energy consumption. They provide benefits like uniform drying, less risk of overdrying or uneven shrinkage, and improved color fixation. The document then discusses the technology behind RF heating and various RF dryer models for different textile materials.
Fibers impurities presents in textile fibers & Properties
Cellulose fibers like cotton, jute, and flax contain high amounts of cellulose, ranging from 65-95%. They have good tensile strength and density but poor elasticity. Most cellulose fibers can be dyed, bleached, and are resistant to mildew and insects. Protein fibers like wool and silk contain keratin or fibroin. They have excellent tensile strength and density but are affected by sunlight, heat, and mildew. Regenerated fibers like viscose and synthetic fibers like polyester and nylon have properties between natural and synthetic fibers. They can be dyed and have good resistance to solvents and insects.
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The document provides an overview of washing machines, including their history, components, processes, and tips. It discusses how washing machines have evolved from manual washing on rocks to modern machines with microchips and smartphone controls. The key components of a washing machine are described, such as the inner and outer tubs, plumbing, drive mechanism, and pump. The washing process involves filling, agitating, draining, rinsing, and spinning cycles. Tips are provided on pre-treating stains, choosing the right water temperature, and avoiding detergent residue. Common problems like not spinning or draining and solutions are also summarized.
Washingmachine
A washing machine is an appliance designed to wash laundry using water. There are two main types - top loading and front loading. Top loading machines are cheaper but less efficient, while front loading machines require less water and energy but have a higher initial cost. Washing machines come in different sizes depending on laundry capacity and different materials and colors. The washing process involves filling with water, agitation to wash clothes, rinsing, and high speed spinning to extract water. Popular brands include AEG, Ariston, Beko, Bosch, LG, Siemens, Samsung, and Whirlpool.
History of washing machine
A washing machine is a machine used to wash laundry such as clothes and sheets. Early washing machines included the scrub board invented in 1797 and the rotary washing machine patented by Hamilton Smith in 1858, as most households lacked running water. The first washing machine designed for convenient home use was built in 1874 by William Blackstone, while modern washers now use computer controlled systems to automatically adjust wash cycles for load size.
Washing machine
A washing machine is a machine that uses water to wash laundry such as clothes. Early washing machines reduced the manual labor of washing by providing an open basin or sealed container to agitate clothes. Later, wringer/mangle machines were developed to further reduce labor by squeezing water out of clothes. Modern washing machines combine washing and extracting into a single machine and can also merge washing and drying. Top-loading and front-loading washing machines are common designs today.
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This document summarizes the key features and specifications of washing machines. It discusses the two main types - top loading and front loading machines. Top loading machines are generally cheaper but use more water, while front loading machines save water and energy but are more expensive. The document also covers dimensions, materials, colors, durability features like ceramic heaters and diamond drums, pricing for different capacities, and warranty periods and claims processes.
The washing machine
1. The washing machine was invented in the late 17th century to ease the burden of manual laundry. Early models were hand-powered but mechanical innovations led to electric washing machines being advertised in 1904.
2. Washing machines provided advantages over manual laundry by saving time and effort, but also had the disadvantage of using water, electricity and other resources.
3. Different types of washing machines were developed over time, from simple wooden tubs to machines with agitators, then centrifugal spin cycles and modern controls.
RF Dryer
RF dryers offer faster drying times for textiles compared to conventional dryers. They use radio frequency waves to heat and evaporate water from wet textiles. RF dryers can dry a variety of materials like yarn, fabric, leather and increase production speeds by up to 135% while reducing energy consumption. They provide benefits like uniform drying, less risk of overdrying or uneven shrinkage, and improved color fixation. The document then discusses the technology behind RF heating and various RF dryer models for different textile materials.
Fibers impurities presents in textile fibers & Properties
Cellulose fibers like cotton, jute, and flax contain high amounts of cellulose, ranging from 65-95%. They have good tensile strength and density but poor elasticity. Most cellulose fibers can be dyed, bleached, and are resistant to mildew and insects. Protein fibers like wool and silk contain keratin or fibroin. They have excellent tensile strength and density but are affected by sunlight, heat, and mildew. Regenerated fibers like viscose and synthetic fibers like polyester and nylon have properties between natural and synthetic fibers. They can be dyed and have good resistance to solvents and insects.
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This document discusses the stone wash process for denim jeans. It describes how stone wash uses large stones to roughen fabric, creating irregular fading effects. It explains that the degree of fading depends on factors like garment to stone ratio, washing time, and stone size. The procedure involves loading stones and garments into a washing machine, desizing with enzymes, tumbling for 30-90 minutes, then removing stones and drying the garments. Problems with stone wash include potential damage to machines, increased labor, and back staining of garments.
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Denim washing is a finishing process that adds value and creates special appearances. There are chemical and mechanical washing methods. Chemical methods include enzyme washing, acid washing, and bleaching which use chemicals like enzymes and acids to break down indigo dye for color effects. Mechanical methods like stone washing use abrasive materials like pumice stones to create worn effects. Other techniques are sand blasting, whiskering, and laser treatments. Process parameters like chemical concentration, stone quantity, and treatment time affect the results. Washing adds value but also has costs for chemicals, machinery, and labor.
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Chemical spinning is the process of converting a fiber-forming substance into a viscous fluid that is extruded through spinneret holes and then solidified. The most widely used chemical spinning method is melt spinning, which is used for polymers that can be melted safely. A spinneret must have corrosion-resistant holes of controlled dimensions to produce uniform fibers and withstand high pressures. Melt spinning is the fastest chemical spinning method. Dry spinning fibers often have deformed cross-sectional shapes due to uneven solidification from the exterior to interior layers. Solvent recovery is essential for dry spinning to minimize environmental and economic costs. Wet spinning poses the highest pollution risks of the three methods discussed.
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Jet dyeing machines are used to dye fabric in rope form, primarily polyester using disperse dyes. The fabric moves continuously in a loop through the machine, similar to winch dyeing. Jet dyeing machines aim to minimize drawbacks of earlier machines like winch and beam dyeing. Dyeing time is short, production is high, and water and dye liquor consumption is low compared to other machines. The jet of dye liquor creates turbulence to aid dye penetration while gently handling the fabric. Main parts include a dyeing tank, winch roller, nozzle, and heat exchanger. The dyeing process involves placing fabric in a closed tubular system and using a jet of dye liquor to transport the fabric through while
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This document compares and contrasts different types of soft flow dyeing machines, including their conventional and innovative aspects. It discusses the Fong's jet dyeing machine, Then-Airflow AFA machine, and Thies jet dyeing machine. Key details provided include their capacities from 50-3000kg per batch, liquor ratios from 1:3 to 1:5, maximum working temperatures of 140°C, and special features like rinsing systems, fabric transport mechanisms, and plaiting systems. The conclusion states that innovation is ongoing and more new ideas are still needed in this field.
Reference books of textile technologies weaving
The document discusses sectional warping, which involves winding warp threads onto a dresser or drum in parallel sections. The number of sections depends on the creel capacity. Each section contains the same number of threads, with the last section sometimes containing fewer threads. The width of each section is calculated based on the total number of sections and the reed width. A warping machine contains a creel, dresser, trolley, and warping carriage. The carriage guides the threads onto the dresser using a comb, metering roller, and levelling roller to ensure even tension and winding of the sections.
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This document provides information about various finishing machines used after fabric production. It describes the slitting machine, which opens tubular fabric into open width. It also describes the squeezing machine, which extracts water from dyed fabric. Finally, it outlines the stenter machine, dryer machine, and hot air circulation systems, which apply heat to dry fabrics and set chemicals. The main purpose of these machines is to finish fabrics by opening, squeezing, drying, and setting them for further processing or end use.
fabric length,width & thickness_8.6.2020.pptx
Fabric dimensional properties include length, width, and thickness. Length is measured end to end along the selvedge using a table, scale, or trumeter machine. Width is measured perpendicular to the length between the selvedges, taking multiple measurements and calculating the mean. Thickness is measured using devices like the Reynolds tester that apply a known pressure between parallel plates and measure the distance between them. Proper sampling, conditioning, and multiple measurements are important to obtain accurate fabric dimensions.
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Modern looms still weave by repeating in sequence the operations of shedding, picking, and beating. In weaving technology, modern looms means shuttle less loom. Air jet and Rapier both are performed automatically with high production and commonly used in Bangladesh.
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This document discusses important parameters for water quality used in textile wet processing. It outlines the major water consuming processes in textile industry such as bleaching, dyeing, and printing. The desirable water quality parameters for textile wet processing are listed, including pH between 6.5-7.5, TDS of 300 ppm or less, total hardness of 30 ppm or less. Using hard or unsuitable water can cause defects like shade variation and damage textiles due to precipitation of dyes or metal ions.
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Garments Stone wash
This document discusses the stone wash process for denim jeans. It describes how stone wash uses large stones to roughen fabric, creating irregular fading effects. It explains that the degree of fading depends on factors like garment to stone ratio, washing time, and stone size. The procedure involves loading stones and garments into a washing machine, desizing with enzymes, tumbling for 30-90 minutes, then removing stones and drying the garments. Problems with stone wash include potential damage to machines, increased labor, and back staining of garments.
use of steaming in textile processing machinery
The document discusses different types of steamers used in textile processing. It begins by introducing steaming and its importance in textile pretreatment, dyeing, finishing and printing processes. It then describes two main types of steamers - continuous and discontinuous. Under continuous steamers it lists different machine designs like festoon, tower, and rainbow types. For discontinuous it lists cottage and vacuum high pressure types. The document then provides details on specific steamer models and their features, including BEN-BLEACH, REACTA, GOLLER COMPLEXA, and BEN-COLOUR steamers. It discusses continuous pad-dry-pad steam processes and includes technical specifications and photos of various steamer machines.
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Denim washing is a finishing process that adds value and creates special appearances. There are chemical and mechanical washing methods. Chemical methods include enzyme washing, acid washing, and bleaching which use chemicals like enzymes and acids to break down indigo dye for color effects. Mechanical methods like stone washing use abrasive materials like pumice stones to create worn effects. Other techniques are sand blasting, whiskering, and laser treatments. Process parameters like chemical concentration, stone quantity, and treatment time affect the results. Washing adds value but also has costs for chemicals, machinery, and labor.
Recent development of winding machine
Recent developments in winding machines include:
- Individual touch panel control systems for preset yarn lengths with compensated length adjustment for accuracy.
- Automatic bobbin magazine devices with non-bobbin detectors and auto-stop systems to shutdown when bobbins stop.
- Electronic magnetic tension devices control tension throughout winding to improve package quality.
- USTER CLASSIMAT and QUANTUM machines offer advanced sensors to detect all types of defects, including fine neps and thick/thin places, as well as distinguish materials and set smart limits.
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Dry cleaning uses solvents instead of water to clean fabrics and is the only safe method for cleaning many garment types. It is effective on oils and grease and can extend the life of clothing. However, some fabrics like wool and silk must be dry cleaned carefully to avoid shrinkage or color loss. Dry cleaners also offer stain removal and pressing services to best preserve garments.
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mercerization
Mercerization is a chemical treatment process that uses a caustic soda or ammonia solution to swell and modify cotton fibers. It was invented by John Mercer in 1844 and increases the luster, strength, and dye affinity of cotton fabrics or yarns. The process involves impregnating the cotton with the solution under tension, then drying it while maintained under tension. This causes changes at the molecular level that alter the fiber morphology and properties. Ammonia mercerization provides improved strength, luster, and dyeability compared to untreated cotton but requires an ammonia recovery system due to its hazardous nature. Key factors that affect the quality of mercerization include temperature, tension applied, and treatment duration.
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This document discusses singeing and biopolishing processes. Singeing involves burning off protruding fibers to smooth the fabric surface and increase luster. There are plate, roller, and gas singeing methods, with gas singeing maintaining uniform temperature. Biopolishing uses enzymes to remove fibers at milder temperatures than singeing. Both processes improve fabric quality by reducing fuzziness. The document provides details on the equipment and parameters used for gas singeing of fabrics and yarns, as well as causes of defects and conditions for optimal biopolishing.
chemical spinning
Chemical spinning is the process of converting a fiber-forming substance into a viscous fluid that is extruded through spinneret holes and then solidified. The most widely used chemical spinning method is melt spinning, which is used for polymers that can be melted safely. A spinneret must have corrosion-resistant holes of controlled dimensions to produce uniform fibers and withstand high pressures. Melt spinning is the fastest chemical spinning method. Dry spinning fibers often have deformed cross-sectional shapes due to uneven solidification from the exterior to interior layers. Solvent recovery is essential for dry spinning to minimize environmental and economic costs. Wet spinning poses the highest pollution risks of the three methods discussed.
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Jet dyeing machines are used to dye fabric in rope form, primarily polyester using disperse dyes. The fabric moves continuously in a loop through the machine, similar to winch dyeing. Jet dyeing machines aim to minimize drawbacks of earlier machines like winch and beam dyeing. Dyeing time is short, production is high, and water and dye liquor consumption is low compared to other machines. The jet of dye liquor creates turbulence to aid dye penetration while gently handling the fabric. Main parts include a dyeing tank, winch roller, nozzle, and heat exchanger. The dyeing process involves placing fabric in a closed tubular system and using a jet of dye liquor to transport the fabric through while
Soft flow dyeing machine.
This document compares and contrasts different types of soft flow dyeing machines, including their conventional and innovative aspects. It discusses the Fong's jet dyeing machine, Then-Airflow AFA machine, and Thies jet dyeing machine. Key details provided include their capacities from 50-3000kg per batch, liquor ratios from 1:3 to 1:5, maximum working temperatures of 140°C, and special features like rinsing systems, fabric transport mechanisms, and plaiting systems. The conclusion states that innovation is ongoing and more new ideas are still needed in this field.
Reference books of textile technologies weaving
The document discusses sectional warping, which involves winding warp threads onto a dresser or drum in parallel sections. The number of sections depends on the creel capacity. Each section contains the same number of threads, with the last section sometimes containing fewer threads. The width of each section is calculated based on the total number of sections and the reed width. A warping machine contains a creel, dresser, trolley, and warping carriage. The carriage guides the threads onto the dresser using a comb, metering roller, and levelling roller to ensure even tension and winding of the sections.
Finihing machine
This document provides information about various finishing machines used after fabric production. It describes the slitting machine, which opens tubular fabric into open width. It also describes the squeezing machine, which extracts water from dyed fabric. Finally, it outlines the stenter machine, dryer machine, and hot air circulation systems, which apply heat to dry fabrics and set chemicals. The main purpose of these machines is to finish fabrics by opening, squeezing, drying, and setting them for further processing or end use.
fabric length,width & thickness_8.6.2020.pptx
Fabric dimensional properties include length, width, and thickness. Length is measured end to end along the selvedge using a table, scale, or trumeter machine. Width is measured perpendicular to the length between the selvedges, taking multiple measurements and calculating the mean. Thickness is measured using devices like the Reynolds tester that apply a known pressure between parallel plates and measure the distance between them. Proper sampling, conditioning, and multiple measurements are important to obtain accurate fabric dimensions.
Air jet and Rapier loom
Modern looms still weave by repeating in sequence the operations of shedding, picking, and beating. In weaving technology, modern looms means shuttle less loom. Air jet and Rapier both are performed automatically with high production and commonly used in Bangladesh.
Types of creel
The document discusses different types of creels used in textile engineering, including automatic creels, swivel frame creels, and retractable truck creels. The automatic creel threads multiple yarn ends simultaneously through tension devices and collectors before locating them on a threading truck. Swivel frame creels reduce the space needed compared to truck creels and allow yarn to be wound from one side while a new set of bobbins is loaded on the other side. Retractable truck creels use double-sided trucks that can be individually entered and removed, with wheel arrangements that allow 360-degree rotation to shorten lot changing times.
Different types of sewing machines
This document provides information about basic sewing machines used in the garments industry. It begins by defining a sewing machine as a machine that stitches fabric and other materials together using thread. It then discusses the basic features of sewing machines, including their speed, electronic controls, and programmable sewing sequences. The document outlines the two main types of sewing machines - manually operated and electrically operated industrial machines. It proceeds to describe several specific types of sewing machines, their key specifications, and common uses. Finally, it concludes with tips for properly maintaining sewing machines.
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This document discusses important parameters for water quality used in textile wet processing. It outlines the major water consuming processes in textile industry such as bleaching, dyeing, and printing. The desirable water quality parameters for textile wet processing are listed, including pH between 6.5-7.5, TDS of 300 ppm or less, total hardness of 30 ppm or less. Using hard or unsuitable water can cause defects like shade variation and damage textiles due to precipitation of dyes or metal ions.
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一.波士顿大学毕业证成绩单使馆认证教育部认证成绩单等！
二.真实使馆公证(即留学回国人员证明,不成功不收费)
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4毕业证成绩单电子版您确认信息无误之后安排制作成品；
5成品做好拍照或者视频给您确认；
6快递给客户（国内顺丰国外DHLUPS等快读邮寄）。
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- 6. FEATURES OF SIDE LOADING WASHING MACHINE • Has auto timed, auto reverse & auto digital temperature control • Protective device against single phasing, reverse phasing and motor overload • Front display of controls through pilot lamps, push buttons, water level indication etc. • ideal for larger laundries • Performs all Type of wash with soap, detergent, bleaching, acid, stone or any chemical wash including dying
- 7. FEATURES OF TOP LOADING WASHING MACHINE • In this washing machine the clothes are loaded from the top of the washing machine. • There is a cover at the top that helps loading and unloading of clothes and performs the function of the washer as well as the rinser and drier in the fully automatic washing machine.
- 8. FEATURES OF STONE WASHING • To create or produce irregular fading or old looking affect on garments. • To remove dust, oil spot, impurities from the garments. • For soft felling to wear the garments i.e; to improve softness. • To achieve the buyer washing standard.
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