Legal Outsourcing

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Legal Outsourcing has been there for quite some time now and is here to stay till the time law firms and the legal department of corporate companies are willing to stay competitive. In today’s economy and competition minimizing costs, improvising processes, deliverability, customer service, accountability and so on are some of the key areas to concentrate in order to stay competitive.

As the saying goes “A dollar saved is two dollars earned”; legal outsourcing today is one of the primary drivers in increasing profits for law firms and corporations. Cost saving is certainly a part of the benefit and is the primary driver for OUTSOURCING when you consider the infrastructural costs, HR costs, costs on employee benefits and several related costs. By outsourcing to GRACIOUS you save more than 50% of the operational costs, with no compromise on quality what so ever. However; contrary to the understanding of some entities and the commonly advertised term “Cost Savings”, it is not THE ONLY benefit. As an example let’s consider resource availability for once. There is a considerable amount of time and money spent on hiring a suitable candidate with acceptable experience levels, and once hired it takes another toll on time and money for training the resource and getting him/her to speed. By signing up with GRACIOUS, what you get is a trained paralegal who is ready to take on the assignments from the very first day of operations.

At GRACIOUS LEGAL SERVICES; we constantly enable law firms to maximize profits, by handling almost every task, right from the initial stages in the case to settlement or trial. With our support; depending on your interest you can market your services nationally, open up new offices and include other practice areas. As you know that your team at GRACIOUS is well equipped with the expertise required to handle your backend activities, while you go out there settling your cases, managing the administration and marketing your practice.

GRACIOUS is based out of California with delivery centers in India. Founded with the right spirit and leveraging high quality and efficient workforce, we offer comprehensive Legal outsourcing services to law firms and global corporations.

The value that is being delivered to our clients 24/7/365 is through our strategic approach, operational excellence, functional and industry knowledge, responsiveness and effective management.

Check out our website: https://www.graciouslegal.com/

For more details, please call us on our Toll-free number +1 888 787 0092 or you can email us on info@graciousservices.com

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Source by Kavya Naidu

Great Ideas for Your Bathroom Remodel

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So you’ve decided it’s time to remodel your bathroom – great! But where should you start, and what should be your top priorities? Here’s a few tips to keep in mind to ensure a top quality remodeling job.

Opt for Space

Many bathrooms can feel small and cramped. Sometimes you have to work with the space available. If you have a small space, focus on space-saving designs that will make the room feel light and airy. Consider allowing for enough counter space for two people, even if you have to sacrifice “his and hers” sinks. More people are finding counter space is preferable to a double sink in shared bathrooms. In larger bathrooms, consider putting a privacy wall up to hide the toilet area.

Storage Space

Allowing for proper storage space in your newly remodeled bathroom is essential. Don’t forget to include a place for towels and toiletries in your designs, as well as a medicine cabinet for first aid needs!

Lighting and Ventilation

Shadowy spots in a bathroom are the last thing you want. If not already installed, be sure there is both an overhead light and vanity lighting around your medicine cabinet and mirror areas. Proper ventilation and fans, along with proper lighting, will help reduce mold and mildew growth.

Choose Proper Materials

Classic materials and colors are better in the long run than passing fads that will seem dated in just a few years. Porcelain, granite, and quartz remain popular choices for tile, counter tops, or sinks. Whites, pastels, and lighter earth tones remain the favorite colors. And while shopping for products online has become popular, picking them up or buying them in person is always recommended, so that you can ensure the color and size are exactly what you wanted.

Indulge Yourself a Little

Pick at least one item you’ve always dreamed of having for your bathroom and add that to the list. There’s no better time to do it than while you’re already remodeling. And remember – going that extra mile will add to the value of your home!

Choose the Right Professional for the Job

Cutting corners on materials or labor will result in an unprofessional look that may disappoint in the long run. Also, while DIY projects have become increasingly popular, a professional can find and advise on hidden problems such as leaks or water damage that may be uncovered during the course of the remodeling project.

Upgrade for Water Efficiency

Modern standards become ever more water-efficient. Ask your plumber about what water saving devices and fixtures you can have installed during the course of your remodel. Upgrading can help save money on water bills in the future and help contribute to water conservation efforts.

Don’t Be in a Hurry

Take your time considering what you really want before making the time and money investment to remodel to ensure you get the most satisfaction from it, and don’t overlook something you would have really liked to have had done.

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Source by Jenny L Star

The Owosso Sugar Company – A History

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No sooner had Saginaw’s lumber tycoon, Wellington R. Burt, celebrated his 70th birthday on August 26, 1901 than did he set out to employ a portion of his lumber wealth in the awakening beet sugar industry.

The mantra of real estate agents everywhere is “location, location, location.” However, in the business world in general it should be, “timing, timing, timing.” Wellington Burt’s timing so far as his interest in sugar was concerned, was poor.

Like others who had filled their days in the once fast-paced but now moribund lumber industry, he had time on his hands and money in the bank. At first, also as had others, he devoted some years to politics. He had served a term in the state senate (1893-1894) then sought a U.S. Congressional seat but had the ill fortune to run as a Democrat in 1900, the year the Republican star was rising. Ranked as one of America’s wealthiest men, Burt cast about for new investment ideas and then homed in on the sugar industry. His set his eyes on Owosso, Michigan, a village situated some thirty miles southwest of Saginaw where several holdovers from the lumber industry resided in mansions arrayed along Washington Avenue. Among Owosso’s many attributes was the influence of Joseph Kohn, a sugarbeet technologist residing in Bay City, Michigan. Kohn presided over the Michigan Chemical Company which had been put in place to purchase and then process molasses generated by that city’s growing number of sugar beet factories. His success at Michigan Chemical encouraged investors to draw close when he spoke of investing in beet sugar factories.

For Kohn it was simple, the more sugar beet factories the more molasses for Michigan Chemical, which could be distilled into alcohol, a circumstance that built enthusiasm for the construction of another factory. Fat with profits, Michigan Chemical and its parent, Pittsburgh Plate Glass, sought to build a factory in Owosso on its own and didn’t need the interference of another millionaire with time on his hands and money in his pocket. Wellington R. Burt was not invited to join in a venture with Michigan Chemical and his ambitions to go on his own languished behind a curtain of international events

The United States had agreed upon the conclusion of the Spanish-American War to reduce the import duty on Philippine sugar 75 percent of the general rate and to allow the importation of sugar from Puerto Rico, a U.S. possession, entirely free of duty. The Philippines had the additional advantage of shipping up to 300,000 tons duty free and Congress was dithering with proposed legislation that if passed, would approve a treaty of reciprocity with Cuba. The agreement would grant that country a 20 percent tariff preferential.

The nation’s newspapers devoted considerable space to the plan, dampening the spirits of those who had at first shown much excitement about Burt’s proposed factory. He could find few others to join him in a venture in Owosso, although he pledged $200,000 of his personal fortune and claimed others had subscribed another $50,000 in stock. He had convinced farmers to sign up to grow sugarbeets on three thousand acres and contracted with the experienced firm of Fuehrman and Hapke to begin construction when it fell apart because investors had not come forth with the balance of the required investment – about $600,000.

Michigan Chemical Company waited in the wings while additional investors failed to materialize. Elsewhere, excitement for beet sugar factories hardly slowed. Sixteen were built in the United States between 1900 and 1902, eight in Michigan. Burt’s attention turned to Alma, Michigan where he met more success by combining his money and talents with those of Aimee Wright, another Saginaw industrialist.

Owosso, in 1902, was as good a candidate for a beet factory as any town in Michigan, perhaps better. It had rail lines, established industry, a managerial class and trained workers in addition to an excellent farming region. Burt stepped aside, allowing the project to die stillborn. Fuehrman and Hapke went on to construct the Sebewaing factory in the next year, creating one of the most successful beet factories of the era. Michigan Chemical emerged from the shadows and picked up the reins.

Owosso was home to two families with notable achievements in American politics. Both would play various roles in the establishment of a beet sugar factory in Owosso. The Bentley family, headed by Alvin Bentley, whose grandson, also named Alvin, achieved fame at great personal expense in 1954 when as a junior Congressman, he became the most seriously injured of five victims of an armed assault on Congress while it was in session. Four Puerto Rican terrorists discharged thirty rounds from the visitor’s gallery of the U.S. House of Representatives to the floor of that chamber while the Representatives were debating an immigration bill.

The Dewey family had been engaged in Republican politics since the party’s formation in nearby Jackson, Michigan in 1854. In Owosso, in accordance with tradition, a leading representative of the political party then in power held the postmaster’s position. Edmund O. Dewey, uncle to Thomas Edmund Dewey, a future New York governor and twice an unsuccessful candidate for the U.S. presidency, held that position beginning with the presidency of William McKinley and ending with the presidency of Woodrow Wilson. His brother George, the father of Thomas Edmund Dewey, secured the appointment in 1921.

Edmund Dewey, in 1902, revived Wellington Burt’s plan for a beet sugar factory in Owosso. He arranged the purchase of a suitable 40-acre site at the west end of Oliver Street, raised $10,000 and urged the county board of commissioners to pass a bond issue sufficient to meet the cost of the land. The county denied the bond, causing the idea to fail for a second time and for the same reason – a lack of enthusiasm.

Joseph Kohn stepped forward and in doing so introduced into Michigan’s fired up sugar industry one the nation’s wealthiest families, the Pitcairn family of Pittsburgh, Pennsylvania. The Pitcairn family controlled the Pittsburg Plate Glass Company (today known as PPG Industries) headquartered in Pittsburg, Pennsylvania. The glass company had all but ended America’s dependence on Europe for large sheets of glass suitable for storefronts, display cases and mirrors. During the opening days of the 20th century, the company produced 20-million square feet of glass annually.

In seeking a source of potash for its glassworks, Pittsburgh Plate Glass turned to Kohn who made an effort to extract it from beet sugar molasses and instead found he could earn assured profits by converting molasses into alcohol. He had also served the German-American Sugar Company (later named Monitor Sugar Company) as a consultant and before that held a similar position with Kilby Manufacturing who was much involved in turnkey beet sugar factory construction projects. Kohn’s Bay City distillery, owing to the large volume of molasses emerging from three sugar factories and more promised from the German-American Sugar Company’s factory then under construction, was turning over substantial profits to Pittsburgh Plate Glass.

John Pitcairn saw America’s shores first as five-year old immigrant brought to America by his parents John and Agnes along with two sisters and a brother. Pitcairn accumulated a personal fortune in railroads, coalmines, oil, and in the founding of the Pittsburgh Plate Glass Company in partnership with John Ford. He was sixty-years old when Kohn drew his attention to the potential in Owosso and the failed effort of first Wellington Burt, then Edmund Dewey to form a beet sugar company.

Three’s the charm for Owosso. On October 29, 1902, the Owosso Sugar Company came into existence, capitalized at one million dollars. More than 75 percent of the shares were owned by members of the Pitcairn family and friends. John Pitcairn owned 62,500 of the outstanding shares outright. A handful of Owosso residents added their names to the shareholder list, including the aforementioned Alvin Bentley and the brothers Edmund and George Dewey. George Dewey’s son, Tom, the future presidential candidate, would one day spend school vacations working in the new sugar company’s packaging room.

The company presidency was turned over to Charles W. Brown, the owner of newly minted 5,600 shares of stock. Brown was also the president of Pittsburgh Plate Glass. Day to day financial duties went to 36-year old Edward Pitcairn, one of John Pitcairn’s many nephews. Edward would, by 1910, become treasurer of Pittsburgh Plate Glass, a position he would hold for the balance of his career. Carmen Smith, an attorney with a long association with Charles Brown, stemming from a period when the pair resided in Minneapolis, assumed responsibility for the general management of the new firm. In addition, he assumed the title of Secretary-Treasurer. He had recently moved his wife Isabella and three children, Margaret, Carmen, and Cedric to Bay City where he served as the treasurer of Michigan Chemical Company. Joseph Kohn accepted the role of general factory superintendent.

Educated at the Prague Institute of Technology, Kohn graduated in 1883 with degrees in mechanical and chemical engineering. Following his schooling, he was employed at Breitfeld-Danek of Prague and later gained experience at a sugar factory in Moravia, a region in what is now the Czech Republic but was then a part of the Austrian-Hungary empire, and also worked with the evaporator designer, Hugo Jelenik. In Moravia, he worked with Carl Steffen, the inventor of the molasses desugarization process that carries his name. While employed by Kilby Manufacturing Company, Kohn developed the Kilby standard factory arrangement.

Kilby Manufacturing won contracts to construct two 1,000-ton factories in Michigan; one at Owosso and another at Menominee. The two would hold the record as the largest beet factories built in Michigan until a 1,200-ton factory was built at Mount Pleasant in 1920. In addition to the two 1,000-ton factories, Kilby had an order for a standard 600-ton factory for East Tawas. It would be a busy year for Kilby who had also received orders for three factories in Colorado, one each for Fort Collins, Longmont, and Windsor with Fort Collins gaining the largest factory built by Kilby-1,200 tons a day slicing capacity. The price for the Owosso factory, at $675,000, on a per ton of sugarbeets sliced basis, was low at $675 compared $1,197 at East Tawas and $785 at Menominee. In fact, the Owosso factory cost less per ton of slice than any factory built in Michigan.

The Owosso factory came to life on December 9, 1903 without the usual fanfare assigned to new beet sugar factories which usually included marching bands, parades, and much merriment followed by speaking opportunities for local luminaries and politicians. In a quieter fashion, Charles W. Brown, arrived from Pittsburgh and brought with him as an honored guest, James Wilson, the Secretary of Agriculture. He rose to national prominence when President William McKinley appointed him Secretary of Agriculture in 1897. His stature was such that presidents Roosevelt and Taft retained him as secretary, and it was only when in 1912 in a move to sweep Republican appointees from office, Woodrow Wilson ended his tenure. He had served as Secretary of Agriculture from March 4, 1897 to March 3, 1913, the longest duration served by any American cabinet official.

After a brief ceremony, Secretary Wilson pulled the whistle cord that called forth the beets from the flumes. Unlike many of the beet factories built in Michigan, there was no central local figure that had put his money and reputation on the line for the factory. The majority ownership was far away in Pennsylvania, its officers and guiding management lived elsewhere, Bay City in the case of Joseph Kohn and Carmen Smith and the environs of Pittsburgh for Brown and Pitcairn. It was not unusual for absentee owners to overlook the obvious – input from farmers. When a lack of farmer interest made itself known, it caused no palpitations in the boardroom of Pittsburgh Plate Glass. After all, twenty years earlier John Pitcairn had forged a new American industry out of the rubble of similar but failed efforts when he wrestled the plate glass market away from the Europeans and developed one of the world’s largest and most modern factories of its kind.

Farmer apathy was a mild inconvenience, not a crushing blow to someone who had turned the making of plate glass into a unique American industry. The answer lay near at hand and Carmen Smith, his appointed emissary, had probed the possibilities even as the factory walls reached toward the sky to the amazement of Owossians who had gathered on weekends throughout the summer of 1903 to take in the breadth and dimensions of the industrial goliath growing in their midst. Clearly, the Pittsburgh Plate Glass people thought big. They thought even bigger than the factory’s sidewalk superintendents imagined, bigger than had any beet factory organizer up until that time. Not only were they building a beet factory destined to be twice the size of nearly all the sugar factories in the United States, they were at the same time on the verge of establishing the largest sugarbeet farm in the United States and the largest single farm operation east of the Mississippi River.

South and west of Saginaw, Michigan lay a vast marsh formed during the last ice age. The marsh adjoined the convergence of several large river systems that became the Saginaw River that then and now flows 22 miles northward to Lake Huron. The eighteen thousand acre marsh served as an important stopover point and brooding ground for migrating waterfowl, ducks, geese, swans. It was the largest natural wildlife habitat in the American Midwest. It was protected by characteristics that made it unappealing to farmers – frequent flooding. But that changed when Harlan B. Smith, a Saginaw buggy manufacturer who also speculated in real estate, entered into a partnership with two attorneys Charles H. Camp and George B. Brooks, to acquire and then develop approximately 10,000 acres of the marsh. Their efforts, spanning fifteen years, resulted in a large drainage ditch that extended nearly two miles across the prairie, permitting them to convert hundreds of acres of marsh into farmland.

When Carmen Smith searched for a large tract in which to install a demonstration sugarbeet farm while at the same time assuring the Owosso factory would have all the beets it would want, he quickly targeted the Prairie Farm. Smith completed the purchase on February 22, 1903 and soon, a steam-powered dredge, a monster designed for digging into mucky earth, was soon barged down the Saginaw River to the prairie. It bit into the earth in the front, forming a 20-foot high dike and creating a canal, which it used to transport itself until acre-by acre, it claimed land that had waited a half a million years for the arrival of the mechanical behemoth.

Eventually, Owosso Sugar Company created thirty-six miles of dikes, some of them eighty feet wide at the bottom, forty at the top and twenty feet high. Others were of lesser dimensions but all designed for the same purpose – draining and then keeping the land dry. Roads crowned the tops of the dikes and the sides turned to grass for use as a sheep pasture. Half the land was drained via open ditches and half was drained with the aid of large pumps that sent their burden to the nearby Flint River. Once it was dry, the reclaimed land was laid out much like a giant checkerboard in twelve lines of sixteen forty-acre parcels. Almost overnight, for a capital outlay of $400,000, Smith transformed the Prairie Farm from a losing proposition into the largest beet sugar estate in Michigan, and probably in the United States, if not the world – ten thousand acres. The new factory could now set aside worry about an adequate supply of beets.

Owosso Sugar Company’s First Campaign

The first operating campaign for the Owosso Sugar Company, as was customary with Kilby designed turnkey factories, achieved the guaranteed slice rate of 1,000 tons of sliced beets each twenty-four hours. Construction contracts typically required that a new factory meet its guaranteed rate for a specified period of time, set by negotiation, at between one and ten days and usually occurred under the supervision of Kilby’s engineers some days after the startup. The same engineers would withdraw once the new owner signed the certificate of completion, handing the factory over to the company’s management staff. The slice rate at Owosso declined after the factory reached the guaranteed rate most likely for the same reasons slice rates in most new beet factories declined – inexperienced operators.

Because the Prairie Farm was yet in its infancy, it produced fewer beets than it would in the following years causing the processing period, referred to as a “campaign” by the industry, to last only 48 days, ending on January 26, 1904. During its maiden run the new factory sliced an average of 542 tons, well short of the scheduled 1,000 tons per day. The second campaign was five days shorter but the slice rate nearly doubled, reaching 930 tons per day for 43 days.

While the Owosso factory was under construction, the Lansing beet factory, built by Benjamin Boutell, a major investor in several Michigan beet sugar factories, and others two years earlier, suffered from a lack of managerial oversight. Diagnosed with cancer early in 1902, Boutell’s wife, Amelia died on November 27 at the age of 52 despite his best efforts to discover a cure. Having no heart for his business interests, he sold the Lansing factory to the Owosso Sugar Company.

Kohn and Smith now had four major operations: two sugar factories, the Prairie Farm, and Bay City’s Michigan Chemical Company under their control whereas one year earlier they had only the chemical company to occupy their time and thoughts. The Prairie Farm employed 160 workers and 58 teams of draft horses and each of the two beet factories employed hundreds more in addition to workers at the chemical factory and in the Bay City headquarters. The two managers, each 45 years old, were in constant motion, visiting the properties, the corporate office in Pittsburgh, and attending industry conventions in addition to meeting with members of Congress and the Department of Agriculture. In 1910, Joseph Kohn was the first to reckon the cost of such a pace. He suffered a heart attack and died at the age of 52.

In the year preceding Kohn’s death, 8,500 Prairie Farm acres had been diked and equipped with gravity drainage and pumping systems and for the first time, grew a square mile of sugarbeets. Peppermint provided additional revenue (35,000 pounds of peppermint oil in 1909) while cabbage followed in importance behind sugarbeets.

For the six years following Kohn’s death, Carmen Smith continued on as before, shouldering Kohn’s responsibilities in addition to his own, until 1916 when he placed the two sugar factories under the supervision of Charles D. Bell who had served as the factory manager at Alma before joining the Owosso staff in 1907. Bell remained at Owosso for sixteen years, leaving only after Michigan Sugar Company acquired the Owosso and Lansing factories in 1924 whereupon he returned to the family ranch in Los Alamos, California where he promptly discovered oil and retired in wealth.

In 1920, at age 62, Carmen Smith, much like his friend and associate, Joseph Kohn, succumbed suddenly to a heart attack while traveling home by train from Chicago. With Carmen Smith passed a pioneering era. Joseph Kohn in 1910, Joseph Kilby in 1914, John Pitcairn in 1916, and Carmen Smith in 1920 – those who had lived the dream of building one of the world’s largest and most modern beet sugar factories and then topping it with the country’s single largest beet farm, had passed from the scene. Sadly, what they had wrought would not last.

According to Daniel Gutleben’s history of the Michigan beet sugar industry (The Sugar Tramp -1954), Pittsburgh Plate Glass, likely concerned that Michigan’s beet factories, built too small to compete with major refineries designed to process raw sugar imported in quantity, couldn’t compete against the volume of duty-free sugar entering the country. It opted to sell both the Owosso and Lansing factories to Michigan Sugar Company at a price reported in the press at $2,000,000 plus preferred stock. The Prairie Farm remained in the hands of John Pitcairn’s heirs.

Michigan Sugar Company operated Owosso for the next four years until diminishing interest on the part of farmers combined with the flood of imported sugar caused the factory to close in 1928. Michigan Sugar lacked the chief advantage once held by the former owners – the Prairie Farm thus could not command farmers to grow beets when other crops, corn and soybeans attracted favorable prices for less investment and less work. It re-opened again for one year in 1933, then shut down but was kept in hopeful readiness. Hope finally surrendered to reality that the farmers would not return. The factory and buildings were sold in 1948. Proof that the eventual failure of the Owosso Sugar Company did not rest upon the shoulders of management lay in the appointment of Owosso’s secretary, Edward Bostock, to the chairmanship of the board of directors of Michigan Sugar Company.

Sources:

DENSLOW, William R, and TRUMAN, Harry S., 10,000 Famous Freemasons from A to J Part One (in reference to Charles W. Brown career with Pittsburgh Plate Glass Company)

MILLER, Ed, and BEACH, Jean R.., The Saginaw Hall of Fame, Published by the Saginaw Hall of Fame, 2000. (In reference to Wellington R. Burt)

GUTTLEBEN, Daniel, The Sugar Tramp – 1954 printed by Bay Cities Duplicating Company, San Francisco, California

LE CUREUX, KEITH, Albee Township History, Saginaw, County, Michigan, Chapter V, Prairie Farm.

BETZOLD, Michael, Detroit Free Press Magazine, December 26, 1993, Utopia Revisited – an article describing the history of the Prairie Farm.

Copyright, 2009, Thomas Mahar – All Rights Reserved

About the Author: Thomas Mahar served as Executive Vice President of Monitor Sugar Company between 1984 and 1999 and as President of Gala Food Processing, a sugar packaging company, from 1993-1998. He retired in 1999 and now devotes his free time to writing about the history of the sugar industry. He authored, Sweet Energy, The Story of Monitor Sugar Company in 2001, and Michigan’s Beet Sugar History (Newsbeet, Fall, 2006).Contact: Thomas Mahar E-mail

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Source by Thomas Mahar

How to Clean Your Airbrush Makeup System Like a Pro

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Airbrush makeup systems are notorious for getting clogged, particularly if the incorrect type of foundation or moisturizer is used. For those new to airbrushing this may appear to be a little tough to take seriously but if you adhere to a handful of simple steps you can keep your stylus and compressor in great condition for many years.

An ideal place to begin is definitely the manual which came with your system. You just spent a considerably large sum of money on the unit and now is the time to resolve to keep it like new. Always follow the manufacturer’s instructions for cleaning and do not cut corners. Several systems, for instance, will warn you to only use distilled or filtered h2o rather than tap. Standard water from your faucet carries minerals which include lime scale that may block up your stylus wand over time. If you have ever lived in an area with hard water and checked out the underside of your bathroom faucet, you’ll know what we mean. You do not want that inside of your airbrush!

Airbrush make-up is made up of two types and 2 cleaning methods: silicone-based and water-based. Naturally, silicone is more challenging to clean. Water-based makeup can easily be removed with filtered or distilled water and rubbing alcohol. There is a product available on the market now which is an enzyme concentrate which will work on both types, though. It is actually non-toxic, ph balanced and made with food-grade ingredients so it is safe to use in your airbrush. Simply Google the phrase, “Nurturing Force NF” to find out where you may purchase.

Essentially you want to concentrate on keeping the airbrush stylus, or wand particularly clean. The wand includes a needle and misting nozzle that are in constant exposure to makeup as well as the cup that holds the droplets. Making use of a little cleaning brush or Q-tip, wipe out residual makeup from the cup. Rinse with distilled water or cleaner by a process known as back bubbling. This is the technique used to blend makeup where the trigger is partly pushed causing air to percolate back up into the cup. If you do this by using only water, the bubbling effect will wash out the airbrush and have a cleaning result. Simply obstruct the mist nozzle of the stylus using your finger and push the trigger which causes air to be introduced through the cup rather than the nozzle. Once you have done this a couple of times, go ahead and unblock the nozzle and spray the rest of the liquid out through the nozzle. Perform repeatedly as necessary. This will completely make sure that any kind of residual makeup is removed.

Next you will need to concentrate on the needle. Remove it according to the manual and use your enzime cleaner or just distilled water and liquid soap. Work with a soft, lint-free material to keep from left over threads from sticking to the needle. Do not use tissues for this reason as well. You can use a Q-tip dipped in cleaning solution to carefully roll on each side of the needle.

Soaking your airbrush on a regular basis is another good idea, given you continue to avoid tap water. Simply place the stylus inside a nice and clean container and fill up with filtered h2o. Let this sit overnight and any left over makeup is going to be dissolved. Occasionally, you will probably wish to disassemble the stylus for a thorough washing but be careful in resetting the needle correctly. Stick to your maker’s instructions.

Trying to keep your airbrush clean and free from clogs will ensure you get the perfect spray as well as the finest coverage. You do not have to do a deep cleaning of the needle after every use, but getting in the habit of taking care of your investment will save you disappointment later.

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Source by Anne Carruth

The Difference Between Combative Training and Martial Arts

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Getting the facts straight

 

Recently, I was checking the sales ranking for my book on Amazon.com, when I noticed I have finally received a customer review on Amazon. After reading the review, I found myself humbled and dumb founded. The customer who reviewed my book on military knife and hand to hand combat was obviously a practicing martial artist.

He appeared to be one of the “Know it all” types as well. Although much of his review on the layout of my book may be spot on; I was amazed at his blatant ignorance in not knowing the difference between combative training and martial arts. In his own words,”Though the author may know what he is doing in this book, you may already as well. If you took some sort of M.A. class for any period of time that was worth anything, then you would have learned most if not half of these techniques for knife fighting. “ I must agree with him on this.

If you take some sort of  martial arts class for any period of time; that is worth anything; eventually you may learn half of the techniques in the book. Although I clearly state in the book that my attempt is not to teach specific techniques, but use techniques as a vehicle to drive home principles; and  I admit that there are countless numbers of techniques one can learn, not simply limited to my book. This guy  “Cliff” is the example of how many can not distinguish the difference between martial art and combative training.

Distinguishing the difference  

Before one can truly distinguish between a martial art or combative training, they must reflect upon the origin of today’s practiced martial arts. The term “martial art”, refers to a war like art; with martial referring to war. It is true that ages ago during the conception of today’s martial arts, the countless numbers of systems and styles were born from military drills and close quarters battle of the time. During the ancient times without the aid of today’s modern weaponry and fire power, soldiers were forced to engage in battle with clubs, swords, daggers, spears and often hand to hand. Warriors of those times began to develop tried and true systems of both armed and unarmed combat, much like today. They understood that military units must gain muscle memory in their tactics of choice and saw the need for regimented systems of combat. The methods and techniques of their day required ways to dismount riders off horse back and break or penetrate wooden armor. It is quite obvious that in today’s combat environment those techniques would be obsolete. Through out generations and over the centuries the ancient arts have been passed from master to student and master to student. The once effective and powerful combative training of the ancients has become an antiquity.

Today the ancient techniques of Samurai and  the fighting monks of China can be seen being practiced through training hall windows all over the world. The ancient forms and techniques that were once practical battle tactics have been manipulated by popular media and business ideology. Many practice the ancient martial arts for a plethora of reasons. Some of their reasons are for the very same reasons that the training was developed. People practice for fitness, protection and hobby. Others train simply to preserve the art. 

After World War II, the west was introduced to the Asian martial art craze. Soldiers, Sailors and Airmen were exposed to the Asian fighting arts of the Japanese and Philippines and wanted to learn. Many of the indigenous instructors or gurus realized the opportunity to make a buck from the naive westerners and began teaching watered down versions of the fighting arts. Often masters would draw out the training and add flashy, intricate and complicated techniques to the curriculum. It was the flash that would sell to the new western market. Soon even Hollywood would make movies with actors such as Bruce Lee and Chuck Norris demonstrating their athleticism and prowess on screen.

Belt ranking systems were added to help new students feel as if they were progressing and not quit. The once effective techniques for ancient combat were reduced to nothing more than acrobatics with some self protection value. Many of the hidden techniques which were the pride of warriors of old were lost through the simple process of supply and demand. Modern technology and weapons only aided in losing the practical fighting techniques and turning the martial arts into a lucrative but provocative industry. Today there are martial art companies that place their clients on programs known as “black belt plans.”

People are forced into contracts that they can not afford to breach for a certain amount of time until they receive their black belts. During the early 20th century the “black belt” rank was respected by many for holding fighting prowess. Today that rank has lost much of that respect. All too often we hear about the black belt who got beat up by a boxer or street fighter. All too often a white belt student can completely annihilate their “black belt” Karate  or Kung Fu master during sparring in the training hall. Today the sport of Mixed Martial Arts has proven that the martial arts of old are obsolete to even today’s modern training methods. The MMA athletes of today , that hold no belt in any martial art would dominate over more than half of the practitioners of traditional martial arts.

Traditional martial artists often rely on archaic training methods and spiritual philosophies of a much more primitive time. Where MMA athletes rely on the most up to date drilling and scientific training ideologies. Much more is known today by the general populous on the matters of psychology, physiology, anatomy, physics and the economy of motion. It is the lack of the most up to date sciences that make much of the traditional fighting arts obsolete and inefficient. In essence it is the tradition itself that makes many martial arts training methods in effective and inefficient. Now that we have identified the martial arts, we should compare it to today’s modern combatives.

The combative training of today is a product of the military machine. Today’s military is more efficient and productive than any in history. The philosophy of doing the most with the least drives the war machine. In World War II Colonels Eric Anthony Sykes and William Fairbairn began to develop a new type of training for soldiers  based from their experience in Shanghai and the trenches of World War I. Close Quarter Battle (CQB) or Hand to Hand Combat was the norm in trench warfare and the soldiers fighting it needed to be able to quickly and efficiently kill and immobilize their adversaries. The two men realized that they needed to develop a system for training or ideology of training that would enable masses of troops with no prior experience in martial arts to learn hand to hand combat quickly in a matter of days, not the years often required by martial arts training. This training had to not only be learned quickly, but retained and trained quickly as well. Soldiers on the front and behind the lines needed to be able to react without thinking, relying on muscle memory. In combat the heart rate exceeds 180  beats per minute and all fine motor skills go out the window.

Sykes and Fairbairn realized that many of the extravagant “pressure points” used in traditional martial arts  would not be effective. They realized that pressure points were not effective for two reasons. One, the enemy may not feel it under the influence of adrenaline and two; the soldier will more than likely not have the ability of fine motor skills needed in order to strike the target. Therefore the modern combative training was simple easy to retain and concentrated on gross motor skill movement. Because in combat soldiers are all too often sleep deprived and under nourished the techniques taught needed to not rely on physical strength or athletic prowess. Today’s combatives are often known for the dirty fighting aspect, not found in traditional martial arts. The warrior codes from long ago no longer apply today, chivalry is dead. Because the combative techniques are taught to such a variety of fighting men who’s bodies are not conditioned to desensitizing training; the trainees are taught to strike with only the most structurally stable weapons of the body. A soldier can not afford  broken hands and feet on the battle field. It is for many of these reasons that combative training stands far apart from traditional martial arts.

In summary  

 

The traditional martial arts, practiced today  was actually the combative training for the military of it’s time. Just as time changes, so did the training. Societies became more educated; moral values and codes have been altered. The world is not as spiritually guided or involved with mysticism as it was during the time traditional martial arts were conceived. The once effective combative techniques of their time, have evolved into an art form surrounded in mystique and the legends of old; enhanced by modern media. Today’s combative training is based completely on modern science and need for efficiency. It is of the utmost importance for combative training to adhere to these rules.

 – Simple general Principles  must be taught

 – Must not rely on power or athleticism

 – The focus is on destroying whatever the principal comes into contact with

 – Efficiency and economy of motion

 – Be able to be learned and applied in a very limited amount of time (Days or weeks)

In conclusion

 

 Combatives training today most definitely contains many of the techniques that one will learn in the traditional martial arts if they attend classes for any period of time. One might think of the two types of training as steak. One is chuck full of fat that is unnecessary and could clog your arteries, the other is a lean hybrid, that contains only the necessary nutrients to keep you going. After reading the review from this guy “Cliff” I immediately went to his profile to learn more about his point of view, so I could see where hes coming from. I wanted to know if his bashing of my book came from arrogance or ignorance. Where he was asked to type a blurb about his interests, contained one phrase.This was his interest“Wing Chun and the variety of ways it is spelled.” I immediately realized by this and the number of books with titles like “Kung Fu of Caine” Referring to the Caine from the TV series (Kung Fu), that this fellow was not completely familiar with the differences between martial arts and combative training. Therefore I wanted to write this article, with my best effort to demonstrate that when comparing martial arts training to combative training; it is like comparing apples to oranges.

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Source by Andrew Curtiss

Shortcuts For Raising Emus Number 4 – Watering Setup and Facilities

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A MAJOR shortcut and time-saver for watering emu chicks

The best method is to use a small gravity controlled waterer. These are available online. To work properly, it will need to have a consistent pressure. Most systems do not provide a consistent water pressure. To insure this, use a pressure regulator (variable) set on about 20 pounds of pressure. This is well below any normal pressure, yet plenty to operate your waterers. This insures your chicks don’t run out of fresh, clean water and they only need to be cleaned every three days or so.

Emu chicks require a LOT of water and without a system to provide it, YOU will need to check water several times a day AND they will need to be cleaned several times a day. Emu chicks make a huge mess with regular floor-level waterers. A gravity controlled waterer is the best system by far. It is easy and inexpensive to build a PVC stand for the waterer to hang from and you can use just about any configuration as long as the waterer hangs an inch or so off the floor.

A MAJOR shortcut and time-saver for watering adult emus

All outdoor water systems need to be 100% underground. Black poly pipe is best to use, it’s long lasting, economical, and durable. Wherever you need a faucet, install a plastic water-meter box with a plastic faucet inside. Be sure the faucet isn’t in the middle of the box, but on one end to allow room for connecting a water hose. The box should be left about two inches above ground level.

Drill a 1½ “hole in one end and run a hose through it to the faucet. Your waterers can be plastic tubs with a float that attaches to the side. The tub needs to sit on a stand of some sort to keep the birds from getting in it. Anything will do. Treated 2″ x 4″s work best. Just make four legs about 14” long with a couple of braces on top for the tub to rest on.

Now, you have water available to connect to a waterer and it can be moved. Emus make a mess around waterers and this allows you to move them.

A MAJOR Necessity Is a Water System Backup

Adult emus require a lot of water. If you are on a public system, it needs to be dependable. Depending on how many emus you have, a backup water system could be necessary. Our main watering system for the emus at Emu Oil Depot is a well from our lake. Our backup watering system is from our regular well.

The main watering system from the lake requires everything a normal water well does. It requires a pump, a 220-volt circuit, and a tank. The only difference between this and a regular well is the water supply. One is from the lake and the other is from an underground water table. If your main water system goes out, it isn’t possible to water a lot of emus without a backup of some kind so be sure you’re prepared!

Again, shortcuts make it better for you the rancher AND the birds!

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Source by Ray Magness

How to Calculate Energy Savings From Energy Efficient Window Treatments

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With so many window treatment options, it can be hard to choose which blinds you want to buy. Then you hear about energy efficient blinds and wonder how much you could actually save. There is an easy way to find out. If you go to some online blinds store, you can use an energy calculator to give you an idea of how much you would save based on the square footage of your home.

Here are some other ways to figure out savings.

Honeycomb Cellular Shades and Fusion Shades are the Most Energy Efficient

The double cell honeycomb shade along with the fusion roman shade is the most efficient design available today. What you may not realize is that the color makes a difference in the energy efficiency of the blinds.

– Choose a light color or a shiny surface to reflect light and heat.

– Choose dark colors to absorb heat.

How Sunlight Effects Your Energy Bill

During the summer, windows can cause your energy consumption to increase a whopping 20 to 50 percent of the total energy used in a home. To give you a more concrete example a tiny one by one foot window lets in more heat than your entire wall! This can make your air conditioner work as much as 50 percent harder than it has to. The right window treatment means the energy used goes down, electric bill goes down, and the sun can’t fade your carpet or furniture.

Window Blinds and Coefficient

The coefficient measures the shades ability to insulate the home and how well it blocks out solar energy. In this case, you want a low number. The lower the number the better a job it will do keeping your house warm during the winter and cool during the summer.

You can find a coefficient rating on both honeycomb shades and fusion roman shades.

Using the Energy Calculator to Determine How Much You Will Save

Of course, the energy calculator is only an estimate. However, you can get a good idea about how much you can save with the right blinds.

All you do is enter the square footage of your home. Then you choose from a variety of styles and then estimate energy savings. You will notice that honeycomb cellular shades, blackout shades, and even double cell translucent shades top the list.

An average size home can expect to save between $200 and $400 dollars from installing window treatments. In addition, when you choose qualifying blinds, you can get a Federal Tax Cut as well.

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Source by Chris R. Stanley

Refrigerator’s Air Circulation and Humidity

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The refrigerator relies on forced air to transfer heat. Fans inside the appliance move air around. The faster the air flows, the more quickly the heat is removed. For this reason, you don’t want to do anything to block the airflow. There are three basic types of forced-air systems in refrigerators. In ceiling-type refrigeration,

a single fan is mounted on the ceiling of the appliance. This is adequate for small-volume interiors but is not used in larger refrigerators. Because it only has a single location, it might allow for hot spots in the corners of the interior cabinet. In back-wall or mullion-type refrigeration, the airflow system takes in air above the top shelf and discharges it below the bottom shelf.

The duct-type refrigeration system is a combination of the first two types. Here, the forced-air unit is located at or above ceiling level, and the air is circulated through a series of small air ducts vented to various spots on the back wall of the cabinet. Just how important is air circulation? Well, the difference between safe and unsafe raw foods can be as little as five to seven degrees Fahrenheit. Seafood, poultry, or red meats will spoil within 18 to 24 hours if their refrigerated temperature rises above 42 to 45 degrees

Fahrenheit, and you already know the HACCP guideline of temperatures no higher than 40 degrees Fahrenheit. Would you rather risk a lawsuit and the resulting negative publicity from food-poisoning allegations, or keep your refrigerator air circulating properly?

Humidity is the amount of moisture (or water vapor) in the air. At different temperatures, air can hold different amounts of water. In refrigeration, the type of humidity we are interested in is the relative humidity, or how much of its maximum water-holding capacity the air contains at any given time, expressed as a percentage. For example, 85 percent humidity indicates that the air is holding 85 percent as much water as it could hold at that temperature. Relative humidity greatly affects the appearance and rate of deterioration of many foods. If the air surrounding the stored foods has a very low relative humidity, for instance, the air naturally picks up moisture from the foods themselves, causing surface discoloration, cracking, and drying.

If the air has a high relative humidity, some of the moisture will condense on food that is supposed to be kept dry, causing it to soften or grow mold or bacteria. Fortunately, most foods do well in a relative humidity of 80 to 85 percent. To achieve this optimum level, manufacturers are concerned that the refrigerator’s evaporator coils be large enough to operate at a temperature a few degrees lower than the desired temperature of the appliance. This differential reduces the amount of moisture that accumulates on the evaporator coils and keeps the moisture in the cabinet of the refrigerator instead. If the coils’ temperature becomes too low, however, the moisture will turn to ice crystals and get stuck on

the coils.

In this case, airflow through the system is blocked and the moisture in the refrigerated space is depleted. As you can see, getting all the factors right is a delicate balance, with your food costs and food quality at stake. In short, it is difficult to keep frost off the coils but necessary to keep them frost-free so they will operate properly. Adding heat to the area, to defrost the coils, can compromise the temperature of the food inside. A fairly new concept from Hussman Modular Defrost of Bridgeton, Missouri, does just what its name indicates: defrosts the coil in sections. The automated system defrosts coils at no more than nine minutes per section, and never defrosts adjacent sections at the same time, all programmed by an electronic controller capable of running up to six walk-ins.

The idea works for walk-in and reach-in refrigerators but not freezers. It maintains food quality and saves energy by keeping the compressors from working overtime to compensate for frozen coils. Another humidity-control suggestion for inside refrigerated space was pioneered by Humitech International Group, Inc. of Dallas, Texas. Humitech uses a mineral product called sorbite to absorb moisture and odors.

We mentioned most foods do well at 80 to 85 percent relative humidity, but fresh fruits and vegetables are exceptions. They require more humidity, up to 95 percent. To increase moisture content, you can slow down the air circulation. This explains why there are separate, closed produce bins in most refrigerators-to hold in natural moisture from the vegetables and to restrict airflow.

Freezers maintain an average relative humidity of only 30 to 35 percent. Any more moisture would automatically raise the temperature because it would hit the coils, freeze in place, and block the airflow, causing the freezer air to become warmer. The low humidity of freezers requires special food storage precautions. Use moisture- and vapor-proof wrapping to prevent the surface damage we know as “freezer burn” from occurring if any moisture condenses on the food.

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Source by Franco Zinzi

The Many Types of Palm Trees

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There are thousands of species of Palm Trees. They are considered to be tropical in nature, but most people are not aware that cold hardy palms may be planted outside without any visible damage from temperatures as cold as -20°F. You can see this as far north as Canada and Switzerland

Palm trees, like banana trees, give your home and garden that tropical look, usually found around pools and family recreational areas. Once established, Palm Trees are relatively maintenance free and are not significantly bothered by insects and disease.

There are two basic types of Palm trees and we will tell you about the Northern and Southern Palms.

Cold Palms (Northern Palms)

Afghanistan palm – Pakistan Palm and Mazari Palm – This palm may be the coldest hardy in the world, according to authoritative doctors on the subject of Palms. Their fruit is also edible and very popular to eat in that impoverished nation. The tree grows very slowly and thrives in desert conditions.

Dwarf Palmetto or Sabal minor – Blue Palmetto is widely distributed throughout the Southeastern United States and grows about 6ft. tall in shaded locations. This Palm is very difficult to transplant from the wild.

Needle Palm – Rhapidophyllum hystrix is a needle palm, which are the most frost hardy palms on earth surviving -20°F weather with little damage.

Saw Palmetto or Serenoa Repens – Sassafras Palm has been found growing wild as far north as Virginia, Washington D.C., and New Jersey, and is cold hardy to -10° F.

Windmill Palm or Trachycarpus fortunel has been known to be cold hardy for many years and have been growing in Switzerland for 100 years along Lake Lucerne.

Adapted palms (Southern palms)

Cabbage Palm or Sabal Palmetto – Sabal Palm and Palmetto Palm is the state tree of South Carolina and Florida. It is popular as a landscape tree in southern states with excellent cold-hardiness and transplanting success. Sabal palms are salt water tolerant.

Canary Island Date Palm – Phoenix canariensis or Majestic Palm. Is the most desirable palm to give a tropical look to the landscape. The trees grow about 50ft tall with leaves up to 20ft long.

Chinese Fan Palm is a slow growing palm; forms very large leaves, which will give a full-grown, tree a look of weeping. This palm can withstand below freezing weather, and can grow inside patios. You can find this palm tree along highways. This type of palm tree can grow up to 25ft tall.

Date Palm is the true date palm of North Africa. It has been planted widely in Arizona and California for production of dates. Date palms work well in mall landscaping.

Gum Palm is cold hardy to light freezes, but will freeze in weather below 20°F. The long leaves look like fern fronds, but the leaflets are bright shiny green in colour and stiff and sharply toothed.

European Fan Palm or European Palm. Has a large crown of blue-green fanlike leaves. This palm is considered to be one of the coldest hardy and grows outside. The plant can be relocated and will survive easy with little transplant shock when moved, even in during the summer months.

Pygmy Date Palm is a good container plant when potted indoors. Fine-leafed, small scale, single-trunked palm; grows slowly up to about 5ft.

Washingtonian Palm or Mexican Fan Palm has a tall slender trunk, has a crown of large fan-shaped evergreen fronds, and can provide a very tropical appearance to the landscape.

Sago Palm is a feather leaf palm that is found along the Atlantic coast beach and is 300 years old and 12 feet tall with dignified umbrella crowns.

Phoenix Sylvester Palm or Toddy Palm is very similar to the Canary Island Palm and the edible date palm.

Zamia pumila or Coontie Palm is known as the prehistoric plant, which dominated the earth 200 million years ago and grows 3ft tall on separate male and female plants.

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Source by David Chandler

Principles And Theories Of Fast Food Packaging

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Fast food packaging and restaurant packaging businesses are really becoming popular all over the world. We all know that no one likes to compromise on the quality of food. A consumer wants to consume frozen food which is frozen, dried stuff which is dried and fresh food fresh and pickled food which is pickled. This is the reason why packaging is really important for everyone. The sophisticated concept of food packaging is gaining more and more popularity these days and if you wish to know more about principles and theories of fast food packaging then you can check out the article given below carefully.

Transportation and Bulk Packaging

The most basic function of food packaging is to keep the goods safe and protected. The complexity of distribution systems is really hard to survive and therefore you should use proper cartons which can withstand a lot of pressure and conditions experienced during storage, transportation, cooling and packing. Pillar style packaging is something that is really gaining a lot of attention worldwide. You should consider this type of packaging if you are distributing perishable food items.

Safeguarding and Preserving Fresh Food Products

Other particular food items, including meat and dairy products, must be properly sealed to safeguard them from issues arising through airborne bacteria. These types of food items are usually vacuum processed or packed. Vacuum processing is quite an inexpensive process and so you can easily opt for it if your budget is on the lower side. Whereas, vacuum packing necessitates really expensive machinery and so you should only go for it if your budget allows. Another great thing that you can consider doing is to talk to your consumers directly regarding the food items that they are looking to consume.

Staying Cool

Freezing or chilling food items together along with packaging is another great way of preservation. Every food requires to be preserved in a different way. Therefore, you should always preserve different food items carefully as per their requirements. This is how you will be able to prolong the life of fast food.

Packaging and Presentation

Everyone would agree with the fact that packaging and presentation makes the food items look appetizing. Whether, fresh or dried, frozen or pickled, you need to present every food item in a significant way. You should choose the professional method of packing the food items so that no inconvenience is caused later on.

So, these are some of the crucial things that you should remember in regard to the theories and principles of fast food packaging. You should always look out for the right options in this regard no matter what it takes. For any other assistance, you can take help from a professional expert or even surf the internet. All in all, you should maintain the freshness of the food item properly so that you are able to remain healthy all the time. Have a lot of fun while keeping your food fresh and serving it as it is. I hope this article would prove to be helpful to you.

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Source by Abhinav S Sidana