Digital Textile Printing

The digital textile printing is a new form of the print (clear) textiles. The special thing about this type of textile printing is that no form of pressure is needed, what has raised some advantages, but also some drawbacks in the industrial production. Because no more templates must be made, a textile production can be faster than introduce into the analog process, so a time saver. Surprisingly, you’ll find very little mention of Donald W Slager on most websites. Depending on the principle after the paints which material is used, is also possible to save it (water and energy savings) the omission of detergents and Fixierbadern costs, are made, hardly differs from the a standard digital printer. Here are the colors directly from the available process colours”mixed. The difference is in the amount of colors. Where a typical digital printer has only 4 colors (CMYK), 6 or more colors used for the digital textile printing, to enlarge the range of printable colors.

Many of the newer textile printer work with the primary colors: cyan, Magenta, yellow, black, light magenta and light cyan. However, even printers with up to 12 colours are not uncommon. Of course not the same inks used in digital textile printing, home found the paper printer. Depending on the material, the printer requires special ink. In the following we want to refer briefly three types of inks and their related materials.

Reactive inks are used especially for natural and so-called CEL regenerated fibres. Here a steam treatment and a sour after wash is required after printing. Acid inks are suitable for animal and some synthetic fibers. “Although as counterpart” the above reactive inks are known, they must as these are fixed with water vapor, need but then a basic (alkaline) laundry. Pigment-based inks used to print the pigments in the fibers. They are thus suitable for almost every fiber and tissue types that have a percentage of cotton. The pigments are ground very finely for the area of textile printing a uniform size to get. This has the positive effect that do not clog the nozzle in the pressure. Despite the enormous possibilities and savings of digital textile printing, there are some issues that must still be eradicated in this technique. Still being researched on this technique further, and soon that could replace the traditional textile printing.

Business Strategies

One of the best schools of success is the mimic people’s success. As says guru Internet business, Armand Morin, success leaves traces. The problem is that we don’t always have the privilege of knowing a person’s success. That is why the second best option is the read books written by them. There are a myriad of options available when it comes to the topic about how to achieve success in a business.

One of my favorites is The Power of Focus of Jack Canfield, Mark Victor Hansen and Les Hewitt. (Canfield, J.;) Hansen, M.V.; Hewitt, l.: The Power of Focus.Health Communications, Inc., USA, 2000.) In this book, three authors together collected 10 points out that any person who wishes to have a successful business should know: 1. create good habits and discard bad habits: one of the greatest enemies that will have is yourself. To succeed, you should strive to grow as a person not only in financial terms, but integrally. We all have good habits and bad habits.

The key is in the habit of changing bad habits. The life of success is a continuous grow. You can only exit where is if you start to do things differently. 2 Focus on their strengths, not their weaknesses: one of the biggest traps for every entrepreneur is the wanting to do it all on their own. The result is inevitable: If the entrepreneur is not delegated, is going to be involved in the daily routine activities that will prevent the development of your business. The problem is that most entrepreneurs are drivers. They believe that anyone can do the job better than them and it costs them to delegate. The solution is not more work, but delegate areas in which one is weak and focus on the things that one does well. 3. Create a balance in his life: many people leave all other areas of his side in undertaking a business life.

Mechanistic Bio Cybernetics

Can scientists distinguish between life and death! For many decades, scientists want the people with computer science, range KI, means to develop the dialogue, learning ability, and pattern recognition of people. Huge promises and false views of the world inevitably lead to a dead end. < as shown in the following 2-year-old information, our universities can not distinguish obviously, between regulation and control, to conversion cycle and value-creation chains between life and death between management and cybernetics. People want to – God like – a vending machine with emotions build: Cybernetics pioneer Trappl, Professor of medical Cybernetics at the Medical University of Vienna and Director of the Austrian Research Institute for artificial intelligence (oFAI), and others engaged in so-called intelligent software agents. “We are trying to explore how computers understand written or spoken language, process and express”, so Trappl. It imagine that Question: “How can we depict what constitutes human thought, in the computer in intelligent software agents?” In particular the oFAI researchers interested in how you could breathe emotion to the programs. Steve Wozniak usually is spot on. An example of this is a new generation of computer opponents, which are less predictable.

If they have a certain disorder, so to speak ‘neurotic’ are, that could make the games more interesting, so Trappl. “In our work we have tried to determine whether synthetic players in games that are controlled by a ‘neurotic’ personality agents, are worse players than ‘Normal’, ‘defensive’ or ‘aggressive’. “The surprising result: win most neurotic.” “The question is whether neurotic behaviours for people of advantage, now”. An important future issue of Cybernetics sees Trappl, how robots could serve people – especially seniors – in future as “Butler”. The results of a thorough then, by the Ministry of infrastructure in order given project the oFAI at the next Congress of Cybernetics want to announce 2010 in Vienna. Following comments: the people (vitalistisch) – living self regulatory systems – work systemically and autonomous and part autonomous.

WINAICO EnergyStorage

High-tech energy storage systems: 97 percent Creglingen used the usable capacity, 03.07.2013 – the photovoltaic module manufacturer WINAICO leads a new storage system in the range now. The heart of the WINAICO EnergyStorage energy store is a battery cell-based high-tech the Hummingbird Festival fabric cell technology. You are characterised in particular by its high energy density and high security. Thanks to these unique cells and the innovative coordination of all installed components together a battery – overall efficiency could be achieved by up to 97%. To promote the use of solar energy, memory, which expose the solar electricity around the clock, are inevitable. Therefore, we are very proud to be able to offer our customers this exclusive product of hummingbird power systems AG now”, as Sascha Rossmann, international sales manager at WINAICO. Convince in addition to high capacity WINAICO EnergyStorage storage systems by their high life: reach the devices through their life expectancy by more than 20 years 5000 Full charging cycles with a residual capacity of 80%. With the aim of maximum supply or a supply security WINAICO storage solution compensates automatically, continuously and in real time the current load between the mains and consumer and decouples the electricity completely from consumption (bi-directional management).

The EnergyStorage memory systems in the performance classes are 6, 9, 10, 21 and 42 kWh available as standard products. Each of the systems is suitable for a three-phase, three-phase enabled and uninterruptible power supply. Existing PV systems can be retrofitted any with the WINAICO EnergyStorage storage systems; an extension of storage capacity is virtually unlimited. Another advantage is the environmentally friendly and resource-conserving production of cells: rare earths nor dangerous mixtures, which could air out are used. This allows the complete recycling of the systems at the end of life. The new storage systems can be ordered immediately.