Copyright 2006 Smarket Limited

Printing is not something one may think of often, but it does impact our lives everyday. From the morning newspaper to church on Sundays, printing is important to our society. Without printing we wouldnt have books, papers, magazines or many other information tools. To truly understand printing one must look at the machines, processes and technology that has shaped its history.

The construction of machines have taken printing from hand cranked to high power. The first papermaking machine which developed rolls of paper was made in London in 1803. In 1846 Richard March Hoe made a rotary press that arranged printing plates on a cylinder, pressing them onto the paper. In 1866 a machine was invented for the purpose of folding newspapers. In 1884 the typesetting machine, invented by Ottmar Mergenthaler in Baltamore, made printing easy. All of these inventions started methods that are still used today.

The introduction of certain processes also helped to revolutionize the printing industry. Steam power first came to be used in printing in 1810. This replaced the old hand operations of the past, making the whole process faster. In 1798, Alois Senefelder invented the process of Lithography. It involved ink applied to a plate and then transferred to a roller that then rolled the images onto paper. This was the basis for processes still used today.

Technology has impacted every industry, but perhaps has really improved the printing industry. The introduction of computers make setting up type and tone much easier. Laser printing and digital printing have sent the process to new heights, allowing printers to do more than ever. High definition abilities make todays printed material of the highest quality ever seen.

With the combination of new advances in machinery, processes and technology the printing industry has grown and changed. It is an important part of daily life and with its evolution through history has become even better.

Catering Services have been an important sector of the countries like the United States. More than 8,000 catering companies in the USA record the annual revenue of more than $7 billion. The trend has been slowly growing in India, but it has recently adopted a fast-paced growth due to many reasons.

India is a country where numerous festivals and ceremonies are held in the form of important events. So, the scope of the catering industry in such a country is worth taking a note. The catering industry in the country is finally extending its reach beyond marriages and the Indian catering service providers are enjoying the good time. Here is an overview of the catering industry in India.

The catering services industry in India has been consistently growing at the annual growth rate of 15 to 20 percent. In 2009, the industry attained the worth of INR 15,000 crore. The good aspect about the Indian catering industry is that it didnt bear any major negative effects during the period of recession. So, what are the reasons for the consistent growth rate enjoyed by the Indian catering industry?

Interest in Catering Services

The members of the Indian families usually took care of different arrangements during a social gathering or an event. This trend is fast being replaced by the peoples interest in hiring catering services. This often results in better arrangements and opportunity for everyone in the family to enjoy the function.

Cross-region Specialties

Earlier, an event taking place in a family belonging to a particular region of India used to have cuisines preferred in that region. But, the scene has changed today, all thanks to the popularity of catering service providers. Now, a wedding taking place in Punjab has South Indian dishes in its menu. Cuisines from Gujarat, Bengal and other Indian states are included in the menu cards all over the country. This encourages people to hire the professional catering services.

Catering Institutes

It is indeed surprising to watch the growing number of hotel management and catering institutes in all parts of the country. Above all, the students are taking interest in joining the professional courses to make a career in the industry. So, the future of catering industry in India is going to be even better than the present situation.

Corporate Culture

Apart from the social gatherings and festive occasions, the formal events, seminars, conferences and other business related events consider professional catering services to add to the success of these events.

Family Style Restaurant

Restaurant based catering services too have improved in the country in the past few years. People, who are earning well in various fields and who have started living higher standards of life, prefer to choose dining venues with professional catering services.

The festival season of October and November in India is among the best times for the catering companies. Though, the industry doesnt rest for the remaining part of the year as well. Going further, the presentation and decoration used by the professional caterers further make them popular for various types of events. All of the aforesaid reasons justify the consistency in the Indian catering industry growth rate.

Precision Measuring Instruments Industry Association of Japan in 1954 to create, in April 2004 ushered in its 50th anniversary. The establishment of industrial associations, so that measuring instrument manufacturers in the economy has been improved significantly. Japan, the world-class machinery products, precision measuring instruments built by the detection project, contributed to ensuring the high quality. Precision Measuring Instrument Industry Association of Japan’s 50-year history, worthy of our consideration and reference. ?
Industrial and scientific level of a country from its level of precision measuring instruments to be distinguished and distinguishing. In a country of science and technology and cultural progress, the measuring instruments and measurement techniques has played a significant role in the practice of Japan confirmed this. ?

Association to create history, to promote the development of the revitalization of Law

1. For the first time the revitalization of
Japan’s precision measuring tools, originally imported from Europe and America basically imported products, mainly to limit gauge. The late Meiji, the urgent need for military supplies and imports expanded greatly increased. Taisho-made precision measuring tools began to start domestic production of micrometer and limit gauges. ?
Since then, the invasion and during World War II military needs to expand due to the lack of advanced imported measuring instruments. In this case, poor performance and technology to replace imported equipment made in Japan, production has been developing.

2. The Second revitalization?

Korean War broke out 50 years, the various mechanical parts such as motor vehicles, increased demand for engine components, the Japanese machinery industry have been restored and developed, precision measuring instruments have been developed subsequently. 1954 annual turnover of 1.1 billion, five million yen, breaking the 1 billion yen mark, exports 7.44 million yen. Before that, measuring equipment industry, precision machinery system by the wartime control will be managed. Founded in 1948, Tool Industry Association of Japan, measuring instruments industry measurement tool in its subsidiary branch of the name activities. 1951, Japan implemented a new measurement method, but the new law in the development of measuring and testing methods and equipment manufacturers and users does not match the actual situation, differ greatly. After deliberation by the government authorities, April 26, 1954 set up a precision measuring instruments Industry Association of Japan, started its work. ?
Initial membership of 53 gauge manufacturers, which micrometer manufacturers have 10 to indicate table has nine factories, block gauge has four factories, gauge manufacturers have 30. ?

3. The third time the revitalization?

In 1956, the Japanese government promulgated the Provisional Measures Law, the revitalization of machinery industry, machinery industry, the Japanese post-war revival a large extent. To promote the modernization of production equipment, improve production efficiency and manufacturing technology, focus on developing 19 kinds of designated products, including the length of industrial design, precision measuring machines and testing machines. Thereafter in 1961, 1966 has been revised. Implementation of the Act until 1971, a total of 15 years, so that sustainable development of Japan’s machinery industry. During this period, the electronics industry in 1957, promulgated the Provisional Measures Law revitalization. Mechanical, electrical and two revitalization implementation of the law firms with comprehensive effect, in Japan, mechatronics, advanced manufacturing technology play an important role. Precision measuring instruments industry also take this opportunity, the successful expansion of the scale industrialization and development of the equipment absolute advantage import market gradually being replaced by domestic products. ?
Precision measuring instruments industry in 1956, output value of 11.1 billion yen, in the implementation of the revitalization of the law 15 years, the
value of continuous growth in output in 1970 reached 21.949 billion yen. ?

Development of industry standards, and actively implement TQC, organized trade shows, technical exchanges
Precision Measuring Instruments Industry Association of Japan set up five years later, at the 1959 formulation of JMAS industry product standards. In 1959 developed a common thread gauge Association Standards (JMAS4001), then in 1960 developed a pointer Micrometer Standard (JMAS5001), 1961 enacted the Micrometer Standard (JMAS1001) and instructions on table with a magnetic seat standard (JMAS2002), and in 1962 set the standard terminology of electronic micrometer (JMAS5002) seven industry associations such as industry standards. Development of these standards for Measurement of Japanese industrial technological upgrading equipment play an important role in enabling Japan to become the world rely on machinery, high-quality products. In addition, industry associations also test domestic and foreign products, product performance and market research, publish the relevant information. ?
From 1971 to 1973, due to the depreciation of the dollar and the oil crisis, precision instrument industry downturn, its impact extended to 1975 so that production fell to 17.829 billion yen. During this period, the market demands a light, small mechanical products, such as home appliances, personal computer up to automotive products, parts and precision, to the small sub-micron development, demanding precision measurement instruments. Electronic products and machinery products, active implementation of TQC total quality management, thereby increasing the reliability of Japanese products. ?
1987 precision measuring instruments Industry Association of Japan hosted the first International Precision Measurement Exhibition (biennial), which micron technology exhibition. Was also held seminars at home and abroad the latest technology. Into the 21st century, the micron technology exhibition and optical measurements by the Japan Industrial Association of All Japan Optical Measuring Instruments Exhibition were merged and renamed as the optical nano-technology exhibition, in June 2001 after the merger was held in Yokohama, the first exhibition. ?

The rise of technological innovation to promote market

50 years, the Japan Association of precision measuring instruments industrial development of the industry have done a lot for the positive and useful contribution to the constant pursuit of measuring instrument automation, high efficiency and quality of, for customer service and service as the Association for the production of development goals. ?
Overall, Japanese manufacturing precision measuring instruments to develop, from the annual output of 1 billion yen in 1968 increased to 100 billion yen, and then expand to 20 billion yen in 1970, Japan in 1978 to 30 billion Yuan, until the bubble of 1989 to 1990, during the more than 100 billion yen. ?
Introduction of new machinery, electronics, optical technology, continuous innovation and new product development to achieve the automation of measurement process, high-speed, high precision, diversity, digital, systematic, on-line technology and so on. New technologies, new products and open up new markets to win the majority of users.

In all fields of business and life, everybody these days is concerned about the environment and saving our planet by adopting greener ways of doing things. Going green is a tough job in almost all spheres and it is even tougher in the case of trucking industry. This is because diesel fueling is the lifeline of the trucking industry and every truck runs on the road delivering goods world over with the billions of gallons of diesel consumption. However, many carrier and trucking companies have come up with greener solutions to manage the increasing carbon emissions causing environmental hazards.
The heavy duty 18 wheeler truck manufactured are highly competent these days. Their efficiency has improved manifolds, thus attaining more loads available being delivered with lesser fuel being consumed. Environmental Protection Agency (EPA) is setting up standards to make this move more successful and to ensure that there is a governing body to keep a check on the trucking activities that are harmful for the environment. Trucking industry is the backbone of US economy therefore more planned and smaller operational changes would be largely beneficial.
Some of the ways that will help control the carbon emissions are:

Slow Down: Speed Reduction is the most simple and effective way. If the speed limit is set to 65 mph, then the fuel mileage can be improved as well as fuel can be saved. This move can save up to 27 percent of fuel as against with the speed limit of 75 mph and the carbon emission around 31.5 million tons could be reduced.
Engine Maintenance: The long hail drivers who use their trucks to sleep through the nights and resting hours can make use of the Truck auxiliary units or truck stop electrification systems to heat or cool their trucks. This way they will save the diesel consumption which they otherwise used while idling the truck.
Driving Behavior: A little change in the driving habits of a driver can save up to 5-10% of the fuel consumed. Soft and timely shifting of gears, avoiding sudden break and sharp starts proves helpful in this regard. These steps make truck driver jobs more responsible towards nature.
Accessories and Equipments: Low viscosity lubricants can be used to reduce friction and thus use lesser fuel energy. Monitoring tire pressure regularly is yet another efficient step towards fuel-economy. Many companies who can afford a little expenditure have installed aerodynamic panels on their trailers and have replaced the old polluting engines with new more environment friendly engines.

Many trucking companies have joined the move already and others plan to do so very soon. EPA’s SmartWay Transport Partnership is also becoming hugely popular among the transportation industry. This is a joint initiative by EPA and Freight Industry experts to combat the environmental risks associated with trucking jobs. SmartWay assists companies in measuring the carbon emission by their fleets and to track the steps to achieve long term results.

Five Emerging Trends for the Insurance Industry
Over the past few months, I have delivered a number of insurance oriented keynotes and, later this week, Ill be addressing a conference on Emerging Technologies for the insurance industry. While I cover a wide variety of trends in the information technology, biotechnology and nanotechnology sectors, here are five trends already impacting the insurance industry and which will only grow more prevalant over the coming years:

1. Genomics: Since 1998, the price of sequencing a base pair of genes has plummeted 100 million-fold. An individual can now have his or her genome sequenced for about $10,000. Obviosly, this still isnt practical or affordable for the average person but the price will soon decrease to $1000 and then $100and eventually even lower. The impact on human health will be profound and the implications for the insurance insurancein terms of life expectancy alonewill be immense.

2. Gaming Dynamics: The ability for smartphones to monitor everything from a persons heart rate and blood pressure to their glucose levels is impressive. To date, however, most of this data was just collected and then transferred wirelessly to healthcare providers who helped the patient make sense of it. This is about to change and gaming dynamics will lead the way by providing users new ways to engage, interact and, ultimately, control their own healthcare. Imagine, for example, receiving a lower insurance rate because you could verify that you exercised for 40 minutes and burned 400 calories. The potential for gaming dynamics to unleash new, innovative business models for the insurance industry is real.

3. Locational Intelligence & Pervasive Connectivity: Due to the exponential advancement of GPS technology and sensors, it is now possible to know a persons location to within a few feet. While this has made it easier for the “directional-challenged” to find their friends house a little quick, the technology is poised to revolutionize the insurance industry by making it feasible to monitor a persons driving habits. For instance, if a person is going too fast, braking too suddenly or driving or parking in a crime-ridden area, itll be possible to adjust that persons insurance rates accordingly. Undoubtedly this raises significant privacy concerns which might ultimately doom the technology, but it is just as feasible that cost-conscious consumers will be willing to provide access to such information in return for lower rates.

4. Computational Analytics and Data Mining: When a mild earthquake hit Washington, DC this past August, the first Twitter report reached New York 40 seconds ahead of the quakes shock waves. An impressive feat to be sure but itll pale in comparison to the type of information that will soon be delivered by data-mining Twitter and numerous other social networking sites. Officials at Southeastern Louisiana University recently reported they could track influenza outbreaks by collating the rise of Twitter texts from people complaining about flu symptoms. Other researchers have discovered there is a strong correlation between a persons physical health and the health of their friends. One future possibility is that publically-available social network data can be data-mined by insurance companies to offer discounted rates to individuals who travel in healthier social circles. (Again privacy concerns and regulations may prevent such uses but, then again, maybe not.)

5. Hyper-Personalization: The foundation of the insurance industry is based on the idea of pooling risk. This strategy has worked well for centuries but in the not-to-distant future it is entirely possible that many individuals will prefer to be insured based on their individual actionsand not the statistical average of a large group. This is especially true if the person in question is healthier, a better and safer driver, and cost-conscious to the point that they arent concerned with sharing certain data with the insurance provider in return for securing a lower premium for themselves.
This future is coming. The only question is whether you, your business, your association or your industry is ready.

His latest book is Higher Unlearning: 39 Post-Requisite Lessons for Achieving a Successful Future.