Monday, December 7, 2020

USHA 8801 Industrial Sewing Machine - VS SewingMachine

 USHA 8801 Industrial Sewing Machine - VS SewingMachine

The Usha 8801E (Single Needle Lockstitch Medium Duty Direct Drive Machine) is a hot favourite among users of high speed industrial machines. The 550 watts motor powers the machine enabling it to stitch at speeds as high as 5500 spm (stitches per minute) while also making it durable. While its Up/down needle position feature facilitates corner stitching, pocket attaching, as well as collar stitching, the soft start speed feature avoids thread breakage while starting the stitching

The developed measurement system is based on a Singer 882 overedge machine configured to produce the three-thread stitch type 504. Several sensors measuring the relevant process parameters have been applied to the machine. The sensors’ signals are conditioned by custom-developed hardware and are then connected to a data acquisition board plugged to the PC. A software package developed in LabView acquires, stores, displays and analyses the signals . The test rig measures sewing process variables related to three different sub-functions of the machine: Needle penetration, fabric feeding and thread interlacing or stitch formation. The pick-up of needle penetration forces is achieved by a commercial piezoelectric sensor


 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

To assess the fabric feeding behavior, a piezoelectric sensor was applied to the presser-foot bar. This sensor measures the dynamic forces on the presser-foot bar and the spring. Additionally, an LVDT has been incorporated to indicate vertical displacement of the presser-foot

Stitch formation is described by the thread pulling forces and thread consumptions. Fig. 3 shows the set-up of the sensors. Thread forces are sensed by semiconductor strain gages applied to the base of a metallic beam. To measure thread consumption, digital encoders have been equipped with wheels where the sewing threads are wound. The pulses produced by the passing thread are then counted during seam formation

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Sunday, December 6, 2020

HSW Single Head 12 Needle Embroidery Machine - VS SewingMachine

 HSW Single Head 12 Needle Embroidery Machine - VS SewingMachine

  • SUITABLE FOR FLAT (BLOUSE, CHUDITAR, BURKHAS AND SAREES) , CAP AND FINISHED GARMENTS.
  • 10″BIG TOUCH SCREEN WITH PHOTO EMBROIDERY FUNCTION , SHOWING REAL TIME STITCHING
  • SPECIALLY DESIGN SOFTWARE OF HSW TOUCH PROGRAM.
  • CONVERT PICTURE INTO EMBROIDERY.
  • FULL SCREEN PRE-VIEW DESIGN FUNCTION SUPPORT
  • AUTOMATIC THREAD CUT AFTER FINISH DESIGNS.
  • AUTOMATIC COLOR CHANGE
  • COMPLETE BLOUSE DESIGNS ACCUMULATED IN SINGLE FRAME.
  • MAXIMUM 1200 STITCHES PER MINUTE.
  • POSSIBLE TO DO CORDING, BEADING, SEQUENCES AND BORING(CUT WORK) WORKS.
  • 220° ANGLE ROTATION FOR CAP EMBROIDERY
  • SERVO TYPE POWER SAVING MOTOR PRINCIPLE FOR LOW POWER CONSUMPTION
  • 1 YEAR WARRANTY FOR ELECTRICAL COMPONENTS.
  • 2 YEARS WARRANTY FOR MECHANICAL PARTS
  • 1 YEAR DOORSTEP SERVICE WARRANTY.
  • EMBROIDERY DESIGNS AVAILABLE AT ANDROID APP FOR OUR HSW CUSTOMERS.
  • FREE INSTALLATION AND DEMO PROVIDED

 


 Sewing Machines are arranged dependent on their usefulness, and they have likewise been ordered relying upon their highlights like sewing, knitting and weaving.

VS Sewing Machine, Sewing Machine showroom in Chennai offers you with the Top selling brands along with all its Sewing Machines models in the Industry. You can get  the recommendations over here with the industry experts. Also we serves you best Pre-Selling as well as the Post Selling Services.

Today, there are many sewing machine enterprises in China, but their design styles are generally imitating Japanese sewing machine, especially the products manufactured in Juki corporation and Brother corporation in Japan. Though sewing machines through independent innovation have been developed in China, their market share and consumers’ recognition are still very low. After interviewing different sewing machine enterprises, researchers found out that the major reasons were because these two Japanese sewing machine corporations have greater marketing popularity with much mature design. For the sake of profit, some enterprises had no alternative to imitate other style, therefore these enterprises were in a dilemma
 
 
 

jack sewing machine price in chennai - VS SewingMachine

 jack sewing machine price in chennai - VS SewingMachine

VS Sewing Machine, Jack Sewing Machine Price in Chennai offers you with the Top selling brands along with all its Sewing Machines models in the Industry. You can get  the recommendations over here with the industry experts. Also we serves you best Pre-Selling as well as the Post Selling Services.

Shows the system organization of theproposed software. It includes six processing modules,three base modules, five property modules, and onemonitoring module. The information can beinterchanged between different modules. The followingwill lay the details on the each sub-module in theprocessing module.

Sewing Machines are arranged dependent on their usefulness, and they have likewise been ordered relying upon their highlights like sewing, knitting and weaving. 


 

Grid processing module: the grid  is created by the grid processing module.The proper grid density needed to be set carefully dueto its influence on the quality of the sewing path. Imageprocessing module: it is used to import the picture andplaced under the layer of the grid mesh. The adjustmentof the picture can be done by using mouse to enlarge orshrink the picture. Auto-detecting line breaking module:during the process of the sewing path, the software willindex each stitch point sequentially, draw each segment between adjacent stitch points and warn the designer bychanging the color of the segment when the sewingpath extending out of the boundary of the prescribedboundary box, . Modifyingmodule: the function of themodifying module. It provides the functions of addition,deletion, and movement of each stitch point. And, itincludes the function of the mirror of the part of thedesigning sewing path. Stitch data transforming module:after the user finishing the designing process, thismodule will convert each stitch point into its ownabsolutely coordinate system that will provide thesewing coordinate for the embroidery machine. Figure5 shows one example of the coordinate file. Computersimulating module: it provides the repetition functionon the design sewing path. Figure 6 shows therepetition of the designing sewing path. 

The software with the user graphic interface hasbeen developed for the sewing path design in theembroidery industry. This new version of software isan advanced version of the last one and isincorporated many advanced new functions. The mainpurpose of the software is to create an easy andpainless environment for the designer to create theirown artistic sewing pattern with suitable sewing path.The resulting sawing path will be automaticallytransformed into a file with the absolutely or relativelycoordinate value of each stitch point on the sewingpath. The coordinate file will feed into the embroiderymachine for the recreation of the design pattern on thesurface of the product.Commercial graphic software does not provide thesuitable function to transform each stitch point intotheir respective coordinate values. This drawback isresulted in the transformation process to be done byhand and by means of measuring each stitch point bydesignerone point by one point. Most of thedesigned sewing pattern will involve more thanhundreds of stitch points. It is a tedious and error-prone process for the designer and will deprive most ofthe design time away from the designer. This softwarewill provide an immediately help for the designer to dothe painful work of the process of the coordinatetransformation. This will leave the designer to focusonly on the artistic pattern design. 

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Friday, December 4, 2020

sewing machine dealers in chennai - VS SewingMachine

sewing machine dealers in chennai - VS SewingMachine

Under the circumstances of encouraging independent intellectual property, nearly all the enterprises were working hard to create new design for their products by means of industrial design, unfortunately, most of them only considered a product's market and appearance and made the business product identity very confusing. The solution was to introduce product identity (PI). This research put forward introducing product identity design in the enterprises, analyzed sewing machine enterprise's features, accomplished designing a type of sewing machine product identity system in Xi'an Typical Industry Co., Ltd. This case illustrated that the introduction of product identity design was both correct and feasible.
 
On the one hand, in China, the PI research conducted by national scholars generally remained at the level of the primary theoretical construction and still needed the further study, accordingly the research achievement application was less. According to the documentary material, the primary progress had been made in PIS concept, theoretical foundation, integral construction and evaluation system.However, very little had done on product identity design andsystematical strategy research. 
 

 
 
 On the other hand, foreign scholars’ research on the construction of business product identity was much more mature, such as reference , Form Design of Product Image Using Grey Relational Analysis and Neural Network Models [J], it provided mobile phone product identity with formal elements. And reference , Expressing the Expected Product Images in Product Design of Micro-electronic Products[J], its research achievement application had produced a remarkable effect and become some enterprises’ key strategy
 
According to the statements in reference , there were three major construction ways of product identity: PI construction based on brand image, PI construction of different enterprises’ variety and PI unification within the enterprise. The first mainly emphasized brand image construction must concentrate on product identity demanded by the customers, not simply stresses considered visual identity as the enterprise’s core. Meanwhile, when enterprises planed their product brand identity, they must create uniform product visual identity on the basis of business brand image 
 
The second mainly aimed at guiding consumers to different preferences and establishing their own product identity by designing their distinguished characteristics such as shapes, colors, tactile sensation and interface
 
 
 
 

 

second hand sewing machine in chennai - VS SewingMachine

second hand sewing machine in chennai - VS SewingMachine

VS Sewing Machine, second hand sewing machine in chennai offers you with the Top selling brands along with all its Sewing Machines models in the Industry. You can get  the recommendations over here with the industry experts. Also we serves you best Pre-Selling as well as the Post Selling Services.

The software with the user graphic interface has been developed for the sewing path design in the embroidery industry. This new version of software is an advanced version of the last one and is incorporated many advanced new functions. The main purpose of the software is to create an easy and painless environment for the designer to create their own artistic sewing pattern with suitable sewing path. The resulting sawing path will be automatically transformed into a file with the absolutely or relatively coordinate value of each stitch point on the sewing path. The coordinate file will feed into the embroidery machine for the recreation of the design pattern on the surface of the product. Commercial graphic software does not provide the suitable function to transform each stitch point into their respective coordinate values. This drawback is resulted in the transformation process to be done by hand and by means of measuring each stitch point by designer - one point by one point. Most of the designed sewing pattern will involve more than hundreds of stitch points. It is a tedious and error-prone process for the designer and will deprive most of the design time away from the designer. This software will provide an immediately help for the designer to do the painful work of the process of the coordinate transformation. This will leave the designer to focus only on the artistic pattern design.
 

 
 
Under the circumstances of encouraging independent intellectual property, nearly all the enterprises were undergoing the independent innovation of the product development. With the help of industrial design, all the enterprises were reforming their original products or bringing forth new design. While in the process of developing various products, nowadays most of them just considered their market position and outward appearance but ignored the identity design of integral image of the product line, and made the product identity fragmented, thus customers found hard to associate product identity and corporation brand identity, eventually spoiling their designing concept of establishing unique brand connotation. Moreover, in most cases, the product identity design was going on in a way that had nothing to do with product brand connotation, and the designing direction was nothing but the refurbished version of the market behavior, which would bring the unpredictable hidden danger to the business development in the long run.  
 
Clothes are used to protect the human body fromextreme weather and other features of the environment.It is worn for safety, comfort, modesty and to reflectreligious, cultural and social meaning. As thetechnology advanced in the textile industry, the designmethods for broidery have been greatly changed.Traditionally, people sew the pattern one stitch by onstitch manually on their cloth. Nowadays, the newtechnology provides the automatic embroidery machinetransforms the textile product into small production,vast diversity, and high unit cost. Pattern of embroiderycan by designed digitally by the general commercialgraphical software [1-2], such as PhotoShop,CorelDraw. However, the sewing path, resulted fromthe design of pattern of embroidery, can not betransformed into the corresponding coordinate for eachstitch point. The transformation is solely relying onuser to pick up each stitch by hand and measuredmanually. This is a tedious task and error-proneprocess. This paper will propose and develop thesewing path software that will provide the coordinatetransform      to design sewingpath into the absolute coordinate for each stitch pointthat coordinate will be utilized by the computer-controlembroidery machine. The sewing path software willbase on Visual Basic that is powerful development toolfor the design of window-base graphic interface andprovide many useful API functions for the advancedapplications  

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Thursday, December 3, 2020

merritt sewing machine price list in chennai - VS SewingMachine

 merritt sewing machine price list in chennai - VS SewingMachine

Broidery CAD software has been widely used in the sewing pattern design by the broidery industry. All the Broidery CAD software is installed onto the computer of the swing machine company that offers the designing tool solely for the sewing pattern designer. The users of the swing machine are rejected by using the pattern design software due to no connection between the sewing machine and the computer loaded with the broidery CAD software. The swing machine users can not obtain the instant response from the broidery company. In this study, we propose an integrating real-time sewing path designing system that based on the concept of the cloud computing to allow different sewing machine users with different operating system to be able to connect to the company server to either retrieve the sewing path data or upload the new swing image or pattern by the Internet communication. The proposed system includes an application server that will perform the calculation function of converting the user desired sewing pattern into the sewing path and the stitch coordinates that can be fed into the sewing machine. The proposed system will change the conventional single-directional way of using the sewing pattern design process. By the cloud computing server, multiple users can share the sewing path data and modify the existing sewing path in the real-time manner. This provides a new way to solve the problem with no communication between designer and user and offer a creative way to enhance the functionality of the broidery machine.
 
board with the grid covering on the surface of the board and record every stitch coordinate manually. The collection of each stitch coordinate forms the sewing path that can be input into the sewing machine. Nowadays, the implementation of the broidery CAD system provides a convenient way to develop the new sewing pattern. Designer selects the image figure and feeds into the system. Then, the system will convert the figure into the coordinate data automatically. This automatic conversion process greatly reduces the workload of the designing process and largely improves the accuracy of the coordinate data. The drawback of this system is less of communication between the CAD system and the user of the sewing machine due to the broidery CAD system installed solely on the designer’s computer. The user of the sewing machine can only select the sewing pattern provided by the pre-installed sewing path on the sewing machine. This one-way functionality of the sewing machine will be longer satisfying the ever-increasing desires from the users. This paper will propose a diverse way to the design process that utilize the concept of the cloud computation to setup a platform for the designing process to involve multi- users on the designing process. This will increase greatly on the quality and diversity of the sewing pattern.
 

 
 
Utilization of software provides a convenient way into our life and work. In the IT industry, the cloud computation provides a new way to process larger amount of data and provides much better services . The software-as-a-service (SaaS) shows the fundamental idea of the cloud computation that provides the usage of the software through the Internet. Supplier provides the service that is installed with the application software. The end-user requests the service on demand to the supplier’s server. Several examples of the service based on the cloud computation can be found from IBM, Google, Yohoo and Microsoft. The cloud computation change the conventional way of computer by not installing application software on the local computer that will reduce the hardware requirement of the local computer . This study will be based on the cloud computing to develop a real-time sewing path system. 
 

merritt sewing machine price in chennai - VS SewingMachine

merritt sewing machine price in chennai - VS SewingMachine

This paper focuses on the image processing part, includingthe image acquisition and model-based registration/adaptation.On the most abstract level, it can be separated into a hardwarepart, consisting of the construction of the camera basedinspection system, and a software part, consisting of the imageprocessing and model adaptation. Section II describes theinspection system and the image acquisition process. Imageprocessing techniques to automatically detect the thread aredescribed in Section III. A pipeline for the thread patternregistration and adaptation is proposed in Section IV. Thepresented inspection system does not only lay the foundationfor the automated computation of the CNC program, but canbe used as a standalone system for quality assurance

Automatic sewing machine has been broadly used in the household and industry. It provides a fast way to apply the pattern sewing on the cloth. Designer utilizes the computer software to create the new patter and convert it into the stitch coordinates to form the sewing path that can be read by the automatic sewing machine. This whole process results in the broidery CAD software system. In the conventional way of designing the sewing path, people place the pattern on a board with the grid covering on the surface of the board and record every stitch coordinate manually. The collection of each stitch coordinate forms the sewing path that can be input into the sewing machine. Nowadays, the implementation of the broidery CAD system provides a convenient way to develop the new sewing pattern . Designer selects the image figure and feeds into the system. Then, the system will convert the figure into the coordinate data automatically. This automatic conversion process greatly reduces the workload of the designing process and largely improves the accuracy of the coordinate data. The drawback of this system is less of communication between the CAD system and the user of the sewing machine due to the broidery CAD system installed solely on the designer’s computer. The user of the sewing machine can only select the sewing pattern provided by the pre-installed sewing path on the sewing machine. This one-way functionality of the sewing machine will be longer satisfying the ever-increasing desires from the users. This paper will propose a diverse way to the design process that utilize the concept of the cloud computation to setup a platform for the designing process to involve multi- users on the designing process. This will increase greatly on the quality and diversity of the sewing pattern.

 

According to the requirements of one industrial sewing machine (ISM) manufacture, a kind of digital servo system for ISM has been designed in this paper. First of all, SVPWM has been analyzed in driving Permanent Magnet Synchronous Machine (PMSM) carefully. Afterwards, a reliable method adopted for both speed and position measurement without photoelectric encoder has been presented. Then, considering about the speed regulating for the servo system, nonlinear PI control algorithm with the control strategy of single closed loop has been proposed. And meanwhile, a `Five Steps' algorithm for needle location of the system has been discussed in detail. At last, with both simulation and test results, the validity and veracity of the control strategies for motor driving, motor speed regulating and needle location of ISM can be proved effectively.