Tajima DGML by pulse embroidery software by pulse edition X is the latest advance in embroidery creation technology transported to you by Tajima by pulse microsystems. This document outlines the major changes in this version from Tajima DGML by Pulse version 9 series. The document of Tajima DGML Embroidery Software should be used in mixture with your printed manual. Tajima DGML is compatible with other Embroidery Software’s.
Features of Tajima Pluse:
Tajima Pulse Edition X has several exciting new features considered to growth your productivity and allow you bigger flexibility when editing your designs. Some features may only apply to specific levels of the software. Below is a brief list of some of these exciting changes.
Tajima pulse can make stitch and Outline editing in a single window of tajima pulse
Introduction of the PXF unified file format feature in tajima software.
Outline Processor for tajima pulse
Customize your design based on stitch count and other stitch properties by tajima pulse.
Individual settings for machine formats for tajima pulse
Open and merge machine format files directly shown in tajima software
Enhanced stitch to outline processing by tajima pulse
Save Outlines as version 9.x POF files
User Interface of Tajima Dgml by Pulse:
If you are an existing DG/ML Tajima Dgml by Pulse user, you will announcement that most of the tools in the workspace look similar to what you are used to in version 9. The biggest alteration is the elimination of the Stitch Window. Changing of both outlines and stitches can now be done in the same window.
Tajima Stitch
The user interface of the now unified Outline/Stitch window needed to be updated to accomplish both Stitch and Outline editing. Also, we have some additional features and improvements.
The Tajima DG/ML by Pulse design workspace includes the toolbars, menus, ribbon, and the design window containing the design you are editing. You can change the look and functionality of your design workspace by changing these settings You can hide or move a toolbar if it is blocking your view of the workspace and cluttering the screen. You can move the toolbars anywhere on the screen. If you drag a toolbar to the edge of the design workspace, it attaches to the sides, top, or bottom edge of the workspace. You can arrange the toolbars in an order that is comfortable for you. You can also leave toolbars floating on your workspace. To see the name of each tool on the various toolbars, simply move
your pointer over the tools. A small Tool Tip box pops up and displays the tool name. To show or hide the toolbar:
Choose the toolbar you want to show or hide from the Toolbars menu of tajima by pulse . A check mark indicates that the toolbar is visible on your screen.
To move the toolbars, drag the floating toolbar by its title bar or drag by the gray area around the buttons.
Screen Calibration with Tajima By Pulse Software:
The function of tajima by pulse now has the ability to adjust for dissimilar monitor sizes and resolves. This consents you to accurately represent the size of your design objects based on your monitor. In order for Tajima by plus DG/ML embroidery software by Pulse to calculate the correct display size, you need to provide information about your monitor. You will then see the following dialog box with a ruler, measure the height and width of the picture of the fish in the dialog.
Stitch by Embroidery Software
Enter the values in the fields below the picture. Click OK when finished. The information you entered will be used to calculate the proper scaling. The size of the objects of tajima embroidery software on the screen will be displayed in actual size when the icon is selected while working on a design.
Calibrating your Screens for Accurate Measurements. Tajima DG/ML by Pulse allows you to calibrate your monitor to display design dimensions accurately. When you use the Back to 1:1 tool, a tool used to display designs in their original size, the ruler measurements will be accurate and match the number of centimeters or inches that the design measures. To calibrate your screen:
Choose Tools—Configuration—Calibrate Screen…
To calibrate the screen, place a ruler against your monitor and measure the dimensions of the image shown in the dialog.
In the Height box, enter your height dimensions for the image shown.
In the Width box, enter your width dimensions for the image shown.
Click OK
3D View Designs of Tajima Pulse :
3D View designs by juju is now a drawing mode rather than a toggle. The four drawing modes that are now available are: Slow, Medium, Fast and 3D. You can no longer draw segments or stitches slowly in 3D. The Tool Cabinet provides a different way to organize Tajima DG/ML by Pulse’s tools. The tools on the toolbars are placed in categorized drawers in the Tool Cabinet. The Tool Cabinet allows you to quickly locate tools and organize them in drawers where you can add the tools that you use most often.
Show and hide the Tool Cabinet —-Choose Tool Bars—Tool Cabinet.
Open a drawer —- Click the drawer.
Use a tool — Click the tool.
Enlarge the tool — Right-click and choose Large
View the tool name — Right-click and choose Show
Add a new drawer — Right click on the drawer and choose Add Folder from the menu.
Remove a drawer —Right-click on the drawer and choose Remove Folder from the menu.
Rename a drawer — Right-click on the drawer and choose Rename Folder from the menu.
Add commands or tools — See “Customizing the Tool Cabinet”.
Reset drawers or folders — See “Resetting the Tool Cabinet folders”
You can add tools and commands to existing drawers or to any custom drawers that you create.
To customize the Tool Cabinet:
Open the drawer where you want to add another tool.
Right-click the opened drawer.
Choose Add Commands from the menu.You see the Add Commands dialog.
In the Category list, select the category to which the tool belongs.
Under Commands, select the tool you want to add to the open drawer.
Click the arrow.The tool moves to the Add Commands box.
Click OK. The selected tool is added to the open drawer
Icon Buttons for Tajima DGML by Pulse:
A new set of icon buttons of tajima dgml by pulse has been added. These icons of tajima dgml by pulse permit you to quickly access the functions, New, Open, Save, Und o, Redo, Cut, Copy, Paste, Clear, Print and Help.
More Icon button is given below-
Segment Filter: Hides outline segments by thread numbers or by stitch types. You can create custom filters.
Show Commands: Shows symbols at the locations on the design where the embroidery
machine performs commands, such as stop, trim, and changeover.
Show Dots: Shows the stitch penetrations represented by a black dot.
Show Beads: Shows start, stop, and angle line beads.
Show Stitches: Shows the stitches of segments in the design window (default setting).
Show Grid: Shows a background grid to help you align anchor points or measure a design.
Change Background Color: Displays a color palette that allows you to change the background
color of the window.
Very Slow Drawing: Very slowly redraws the design in the sewing order.
Slow Drawing: Slowly redraws the design in the sewing order.
Normal Drawing: Quickly redraws the design in the sewing order.
Show 3-D Stitches: Use to provide a realistic view of your design and give a better idea of how
stitches will look. Jump to previous group: Use to move to the previous color change.
Rewind: Use to move backward in your design (by segments or stitches)
Selection Tool of Tajima Embroidery Software :
Handles now have 8 control points of tajima embroidery software . Clicking on the corners and dragging will now re-size the segment proportionally. In earlier versions of tajima embroidery software clicking on the corners would deform the shape of the segment. When the select tool is active, and the show points button is “on”, the system will display only the anchor points of the segment.
Design by Tajima Pulse
The direction of tajima embroidery software points of each anchor will be displayed only when the anchor is selected. This will allow for greater clarity of designs for tajima dgml by pulse particularly on complicated designs with many outline points. To edit outline and direction points, you should use the Node Select tool of tajima software . In the Node Select mode, all the points and direction points are displayed for easy editing of points and direction lines of tajima software. It is available in their site.
Welcome to Wilcom 2006 that have wilcom embroidery studio, wilcom es designer 2006, wilcom es and other modules. The Wilcom ES products are located at the top of the embroidery design market. The new release contains main developments in the design and plan of the Graphical User Interface (GUI) which offer big productivity profits. Wilcom Embroidery Studio e1.5 Modules are latest version stitch software of this group. For installing the embroidery software first wilcom download from internet. If you face any problem than please contact at Email: [email protected], Cell: +88 01 79 52 53 54
Requirments of Wilcom 2006 Install:
Os for WinXP Pro SP2, Windown 2000. Ram 2Gb, Processor Pentium 4, Motherboard – Any brand.
How to Install Wilcom 2006:
First click setup to Wilcom 2006 Install
Then click next
Then click I accept the terms of licence agreement
Wilcom 2006 Install
Then selct an option for user to
Then click next
Then select the product you wants to install. The products are Wilcom Es designer, Wilcom designer workflow, Adobe acrobat reader, internet
Then click next
Then click type of setup you wants for wilcom 2006. E.g. Typical, Compact and Custom. You can change installation folder in this step
Then click next
Then click next and your can change the installation folder in this stage
Then click Install. While you will click install it will take some times to complite the installation process. It will show a progress bar.
Then click install finisih.
Now restart the computer
Now install services pact 2
Now click Wilcom es ServicePack2 for installation
Now click run
Then click Next
Then click install
Now it will install service pact 2 for wilcom software. It will take some miniutes and it will show the progress bar during installation period.
Finally click Finish to install wilcom embroidery studio software and restart the computer
Run wilcom 2006 software and enjoy
Wilcom download is possible only for authorized distributor. Or anybody can download from the official site of Wilcom directly. Wilcom 2006 crack is strictly prohibited from wilcom official site.
The plotter machine is easy to operate, works stably and gives high cost performance. It has the most advanced paper-feeding and-retracting function, and is very suitable for large-format engineering line maps, material layout maps, petroleum well-logs, geological survey maps, land-planning maps, etc. Plotter Machine is the favorite of the professionals and will enable you to enjoy high-quality plots. INKJET provides efficient output for low manpower and production cost and therefore enhances your competitiveness.
2. Specification of Vinyl Plotter :
Specifications Name
Specifications Value
Product Category
CAD
Machine Category
Plotter
Product Name
Vinyl plotter / Vinyl cutter plotter
Product Model
Inkjet 183
Product Class
New
Origin
Made in China
Brand/ Manufacturer
Iechotech
Agent in Bangladesh
No/Yes
Power
AC220V（50hz-60hz）, 135 W
Temperature
10℃-30℃
Certification
SGS/Others
Production Capacity
NA
Max. feed width
188 cm
Effective print width
183 cm
No. of nozzles
2（HP51645A）
Max. plotting speed
65 ㎡/h
Hardware interface
LPT
File format
HPGL/2
LCD
Chinese /English
Max. paper-winding weight
50 kg
Max. paper-collecting length
45 M
Max. plotting area
1200 ㎡（one ink cartridge. Area will be recalculated after adding ink）
Suitable paper
35g – 65g
Description
Find the oblong packing box for the vinyl plotter head, unpack the box and lift out the head stably by two people together at least
3. Plotter Machine Installation:
Put the head on a stable table or level ground for assembly. Unpack the box for bracket accessories which contains screws and installation tools. You will know how to use the tools very soon.
Note that there will be two truckles on each support leg. Connect the two support legs with the black tie rod.There are two M5 thread holes at each end of the black tie rod. Align the M5 inner hexagon screws with the threads and use the M5 inner hexagon wrench provided inside the box to tighten the screws.
After installing the base of plotter machine, lift the plotter head stably by at least two people together to put on the bracket horizontally. Lift the left side of the head up to align and insert the 8-core cable underneath.
There will be eight M6 inner hexagon screws in the box for fixing the plotter machine head. Align the thread holes in the head and bracket, insert the inner hexagon screws and tighten them with the inner hexagon wrench.
Inkjet Plotter Installation
1—balance bar guide rail slot
2—support leg foot
3—support leg of plotter machine
4—place to connect to the support leg
4.Plotter Components / Printer Parts:
The main plotter components include the plotter head, left support-leg with truckles, right support-leg with truckles, black foot tie rod, balance rod,paper-collecting
Plotter Components
The parts of a plotter is given below with diagram.
Plotter Parts
5. Function of the Paper Feed Roller:
During plotting, the feed roller supplies rolled paper continuously for print. It supports, lets out and takes in paper.
5.1. Installation Of The Feed Roller:
The paper feed roller is a smooth ￠38mm aluminum alloy round rod. The rod end with a shaped hole should be put to the side with the motor. The rod end with a shaped hole should be put to the other side. Two black plastic plate-like collar clamps will be provided to be used for fixing paper rolls.
Feed Roller
The right black plastic collar clamp should be put on the aluminum alloy roller with its outside edge about 5.5 cm to the roller end with a ⊙ tapered hole and firmly fixed with a M5 inner hexagon screw.
The left black plastic collar clamp should be put onto a position depending on the width of the paper roll. After putting on the paper roll in the paper-feeding direction as shown in Figure 11, push it fast to the right side before fixing it with a M5 inner hexagon screw. Please see Figure 9 for fixing the left-hand side.
6. Paper Roller:
The paper-collecting roller has a movable stay bar inlaid internally for manual adjustment to change the diameter.
6.1. Installation of the Paper Roller:
Align the end with a tapered hole with the tapered pushing core on the left-hand side of the plotter head and push the roller hard to the left to press the core spring. Then, put the end with a opening into the terminator at the right side of the plotter head. When turning the handwheel on the roller hard inwards, the stay bar will go up to enlarge the diameter. When turning the handwheel on the roller hard outwards, the stay bar will be pulled back.
7. Steps to Load Paper:
When loading paper, operators should face the plotter, lift up the feed roller with the paper roll on it jointly to align it with the U-shaped slot on the right support leg and push it hard to the right into the place. Then, put the left end of the roller into the U-shaped slot on the left leg.
When loading the paper-collecting roller onto the U-shaped slot on the plotter head, the roller end with a shape should be toward the right side of the plotter head and the roller end with a taper should be toward the left side of the plotter head. First push it hard to the left into place and then put the right side of the roller onto the U-shaped slot on the right leg.
Unpack the paper roll on the feed roller and lift the hold-down wheel. Push paper gently from the back of the plotter to the front. Pull tight and align the paper with the collecting roller. Cut the paper with a paper knife along the slot on the collecting roller. Tape the center of the paper first with adhesive tape and then tape several positions on both sides depending on the paper width. Turn the handwheel to lift the stay bar. Put down the hold-down wheel.
A 3-core power cable and a print signal cable (25 wires) will be delivered with the plotter. Plug the power cable into a power socket and connect the print signal cable (25 wires) to the parallel port (LPT) of the computer. Now, the plotter is ready to start.
Before starting the plotter, check to make sure the above-mentioned steps have been correctly followed. Turn on the power to the plotter. In a short moment, the LCD will display normal initialization. Now, you can print the required plots through the computer.
When taking off the roll of printed plot, first turn the handwheel to close the stay bar tightly and then turn clockwise to unload the plot paper.
8. Guidelines for Paper Used:
Don’t use damp, damaged, curled, wrinkled paper. Don’t use paper with cutouts, perforations, a bent edge or embossments. Use 35-65g flat plot paper. The weight of a roll of paper should be ≤50kg.
9. Ink Cartridges of Cad Plotter :
INKJET cad plotter use model HP51645a ink cartridges which can be purchased from dealers or special HP consumables shops. There are a lot of fakes on the market. Make sure to purchase the real certified cartridges, otherwise it will affect the print quality and lower the plotter life.The ink inside the cartridge will be consumed continuously during plotting. When the ink is low, the ink-empty indicator on the cartridge will change from green to black gradually until totally black indicating the ink is exhausted and the cartridge should be replaced.
9.1. Cad Plotter Ink Cartridge Installation:
When replacing the cartridge, the best way is to turn off the power first.
Ink Cartridges
Before printing a long plot, it’s better to check the ink level in the cartridge of cad plotter to avoid replacing the cartridge midway. Install or replace the cartridge following the steps in the order shown in above figure.
To study the technology of 2.5G of Teletalk network and migrating it into 3G technology according to UMTS WCDMA method with coexisting of current GSM network by obtaining sufficient coverage over the entire service area to ensure that high quality voice service and high bandwidth of data service will be offered to the subscribers.BSS and NSS part the system has been migrated in 3rd Generation. Please contact me for the full thesis- +88 01 79 52 53 54
Migration from 2.5G towards WCDMA UNTS :
Migration from 2.5G towards wcdma umts would be based on the following steps:
Migration path from Global System for Mobile /GPRS to wcdma umts network
Migration of Global System for Mobile network architecture into 3rd Generation network architecture.
Migration of Global System for Mobile Technology into wcdma umts technology
Migration of Global System for Mobile Radio Access network into 3G Radio Access network.
Migration of Global System for Mobile signaling system into WCDMA signaling systems
Migration of Global System for Mobile network planning into 3rd Generation network planning.
In future it can migrate to 4g
3g Migration
What is UMTS :
UMTS means Universal Mobile Telecommunications System. 3G technology Teletalk Cellular Mobile system has been design where both Global System for Mobile BTS & UMTS Node B, GSM BSC & UMTS RNC, GSM Network Switching Subsystem (NSS) & UMTS Network Switching System (NSS) will use the same platform. UMTS means network switching system will design for both circuit switched domain for speech, video telephony, real-time data transfer as well as packet switched domain for non real-time data transfer.
UMTS Mobile Network
Service of Migrated 3G Technology :
Migrated 3G technology system of Teletalk will provide following services-
Video on Demand based on 3g speed
Game on Demand
Video Telephony based on 3g speed
Multimedia Applications based on 3g speed
Tele-shopping
Electronic newspaper with image and sounds
Tele-Banking financial services based on 3g speed
Database information services
Email based on 3g speed
Voice based on 3g speed
Data rate = 384kbit/s for Macro cell
Teletalk Network
Contents
Chapter- 1 : Migration Path
1.1. Teletalk GSM ……..7
1.2. Teletalk migration of GSM UMTS…………………7
1.3. Advantage of WCDMA over 2.5G …….……8
1.4. Obstacles of WCDMA service for Teletalk .…………9
1.5. 3G Service for Teletalk Network ……………9
Chapter- 2 : Network Architecture
2.1. Existing GSM/GPRS Architecture …………10
2.2. Mapping GSM/GPRS Architecture Into UMTS………11
2.3. Teletalk Base Station Subsystem …………13
2.4. Mapping Base Station Sub System into 3rd Generation… 15
2.5. Teletalk Network Switching Subsystem ………..18
2.6. Mapping Network Switching Subsystem into WCDMA.. ….20
multicolor screen print machine is printing techniques in which multicolor ink is applied directly to the surface to be printed on garments. Screen prints unit with pneumatic controller can be assembled with an adjustable vacuum sucking to effectively improve the positioning precision for screen printing process. This multicolor screen printing machine have 1-8 color rotating high speed printers. Screen prints can print various patterns with printing techniques at the high speed and print fabrics, bands, paper bands, and elastic ribbon.
Types of Color Screen Print Machine:
Multicolor screen print machine
Single color fabric screen print machine
1 color fabric screen print machine
2 color printing screen print machine
4 color screen printing press
5 color fabric screen print machine
6 color fabric screen print machine
8 color fabric screen print machine
1 Color Fabric Screen Print Machine:
The standard printing area of 1 color is 600x400mm. The frame size of this machine is 600x400mm. This is very speedy machine. Dimension of the machine is small may be 1850x950x1350 mm.
2 Color Printing Machine:
It supports two colors. It has pneumatic integration and electric automatic control equipped with high precision controller. Generally reliable and stable. Adjustable vacuum air for pneumatic controller unit. It save manpower and time. It is easy to operate. It save energy. The drying system employs the hot air circulation.
Multicolor Screen Printing Process Requirements:
Must be suitable for the material/ product/ treatment
Must follow the artwork
Must be correctly positioned, according to instructions
Must be properly graded
Must have the correct hand feel, according to instructions
Must withstand the products wash and wear
Specifications of Multicolor Screen Print Machine:
The servo motor is used for textile printing with high precision can make the machine run stably and safely.
Feature of Multicolor Screen Printing :
Multicolor Screen Print Machine
Screen printing process is equipped with full servo system to pull bands: with the photoelectric chasing it can print for the 2nd time, disabling the defects that the bands are incorrectly pulled to their position because that the general pneumatic motor has inadequate pressure
The control circuit system for screen printing process is Japanese PLC, making it very simple, reliable and stable in control the electric circuit.
AIRTAC cylinder and servo motor control are adopted respectively for the textile printing move and table move.
The fixed position of textile printing route and mesh printing plate can be adjusted to print areas with different printing techniques.
Infrared ray drying ink which is adopted for the drying system for textile printing
The Screen Prints System employs the hot air circulation.
All type of screen print machine works with custom ink. The custom ink prices may be vary.
Rahamat Ullah Joy B.sc in Textile Engineering Daffodil International University Reporter at apparelbangladesh24.com, Moderator at Textile Blog
