Thursday, February 7, 2008

Improving Your Sewing 200%!

Besides seeing all the surprising things that my students do, one of the most interesting parts of working with sewers is seeing that, no matter how experienced you are, you'll have a few blind spots, or places where you can improve. So here are many tips I think most people can benefit from.

1. Mark all things that matter.

It's crucial to mark center front. Thread-trace lines that need to be seen on the right side (pocket placement). Also remembe rto color-code your markings -- how can you tell a large dot from a small dot if you've tailor-tacked them in the same thread color? This will definately save a lot of time.

2. Keep in mind that shoulders move.

If your garment has shoulder pads, you'll definately need to stitch some mobility into the points of the shoulder pads. Working from the right side, sew a small backstitch in the ditch of the shoulder seams to attach shoulder pads from sleeve to neck, catching just the pad cover, and use small swing tacks on the inside to anchor the points of the pads to the armhole seam allowances.

3. Keep check of your sewing supply How annoying is it when you just need that one button, and you search your sewing supply and can't find it. Or you need a particular needle, and it's not in the sewing supply. Keep check of your sewing supply will save a lot of time and frustration.

4. Learn to understand fabric Almost all sewing is done on fabric. Understanding fabric and the parts of fabric will help your creativity blossom! This also comes back to your sewing supply, keep check! Keep a range of fabrics in your sewing supply!

5. Keep at it! Practice, experiment, research! You can learn anything! Just imagine yourself sewing the most complicated designs, if you can see it, it can happen. Sometimes it may take a lot of work, but once you master it, you'll be amazingly satisfied!

Ok that's my top tips for improving your sewing. The biggest one is to just stick at it. The rest will follow. If you do this, you will become very good. Take my tips into consideration, all it could take is an alter to your sewing supply, or marking your sewing better, that could improve you 200%! If you are interested in further improving your sewing, check out http://sewing.cncboards.com/ for pleanty more designs, tips, patterns and more!

Wednesday, February 6, 2008

How Dry I Am

Out of the four basic nutrients which our bodies require for survival (water, carbohydrates, proteins, and fats) WATER is the most important of all! Why? A human being is able to remain alive without food for approximately thirty days, however life would cease in about three if the body were deprived of this precious nutrient! The human body is two-thirds water, which plays a major role in every function from digestion and absorption, to circulation and excretion. Water improves oxygen delivery to every cell, transports nutrients, enables easier breathing, cushions and absorbs shocks to joints, regulates body temperature, flushes toxins, removes wastes, improves cell communication, and helps us look and feel great. We lose approximately 2-3 quarts through perspiration and one pint through exhalation every day! Dehydrated and nutrient deficient cells will encourage health problems not to mention give us that dried-up wrinkly look, something so easily avoided by taking in a few sips of water here and there!

So, are we really drinking enough? Many people will admit that they are not?and this is the reason why there are so many people with symptoms of dehydration. In a healthy body, even a slight dip in blood volume triggers the hypothalamus to send out a message that we are thirsty, making our mouths feel dry. Due to poor habits and aging, our trigger mechanisms become impaired and slow down, giving the false impression of adequate hydration, and this is more of a reason to drink water even if you aren?t thirsty. The old rule of thumb is that eight servings (8oz per serving) of good quality water per day is sufficient for normal body function, however, there is another more precise way to calculate the amount you need. Take your body weight in pounds and divide by two; this number in ounces is closest to what your body requires each day for optimal health. Ex. Michelle weighs 150 pounds; divide 150 by two, which equals 75. Michelle needs to consume approximately 75 ounces of water per day in order to meet the hydration needs of her body. Seventy-five ounces divided by 8 ounces equals approximately nine 8oz glasses instead of the recommended eight. (You may need more or less depending upon the time of year and your exercise habits; exercise is wonderful for us however we need to replenish what water is lost through perspiration). Another important thing to remember is that ice cold temperatures will shock the digestive system thus slowing down enzyme capability, so preferably drink your water at room temperature.

Why be concerned about dehydration? Some annoying signs of this from early onset to later stages may appear as headaches, cramping, fatigue, anxiety, depression, heart burn, joint pain, back pain, fibromyalgia, migraines, constipation, angina, allergies, asthma, adult onset of diabetes, hypertension, autoimmune disease, psoriasis and more. The worst part is that many people think they are getting enough quality water out of the many other types of drinks they consume throughout the day. With a society consuming so much coffee, beer, wine, and carbonated soda containing chemicals, sugar and caffeine, I am afraid not! What most people do not realize is that these type drinks cancel out the little bit of pure water that they do consume! Caffeine and alcoholic drinks are diuretics, which mean they contribute to a debit of hydration by increasing urine flow, not to mention other ill health effects due to some of their ingredients. Carbonated drinks usually contain high amounts of refined sugar or worse, artificial sweeteners. Your best bet is to cut back on products containing these ingredients or better yet stop using them altogether and reach only for the pure, good quality water!

Am I able to substitute some of my water intake with any other kind of beverage? YES!!! Fresh juices extracted through a juicer from organic fruits and vegetables (not bottled due to chemicals, high sugar and lack of enzymes, raw vegetables or a piece or two of fruit are the best. Decaffeinated herbal tea is also a fine choice.

So what are you waiting for? Go get a glass! Not sure when is the best time to quench your thirst and your body? Usually about 20 minutes before a meal or at least one half hour afterwards best so as not to disturb the digestive process. Too much water after a meal may interfere with enzyme function. And don?t chug your daily requirement in one or 2 sittings. The body can only effectively metabolize around 5 ounces of water at a time. Drink too much, and it will go straight to the bladder, so sip your water throughout the day.

What do you mean when you say quality water? All water is the same, is it not? Not so! Many health problems ranging from parasites to cancer can result from drinking contaminated water. There are over 75 thousand chemical compounds lurking in our water today. These pollutants come from industrial waste, agriculture, municipal sewage and consumers. Most people assume their taps provide clean, safe, quality water yet unfortunately this is not the case. These contaminants do seep into much of our water supply. Who is responsible for setting the standards for public water systems? The Safe Drinking water Act gives the Environmental Protection Agency (EPA) control over this ongoing challenge with our drinking water (private wells are not regulated by the EPA). In fact more than one third of the water supply from community water systems have been reported as failing to meet the EPA standards for safety and treatment techniques. Some of the harmful pollutants one may find in their drinking water include heavy metals, radon, fluoride, arsenic, fertilizers, asbestos, cyanides, pesticides, herbicides, industry chemicals, viruses, bacteria and parasites. And then of course, the following are added to public water supplies in order to kill bacteria, balance pH, control cloudiness, etc.; chlorine, carbon, lime, phosphates, soda ash and aluminum sulfate. Chlorine also has it?s undesirable effects especially if combined with carbon based pollutants which form deadly tri-halo-methanes (THMs). Another contaminant of concern is Methyl Tertiary Butyl Ether (MTBE) which is an immune system depressant and most likely a carcinogen. MTBE is added to gasoline in order to increase its oxygen content however it is seeping into our drinking water at a fast rate.

Unfortunately many of the impurities found in our drinking water supply are carcinogens; others contribute to general malaise or various types of illness. What to do? Clean up your tap water with one of the many filters on the market or choose a quality bottling company for your hydration needs. Although boiling water will kill bacteria and parasites it falls short at removing contaminants, so it won?t improve the quality of water enough to make it suitable for drinking. Some of the available home water treatment and/or filtration methods you might want to look into include: charcoal, micro straining, and ceramic filters, KDF filtration, distillation, reverse osmosis, water softeners, bactericides, ultraviolet light and ozone. Although reverse osmosis and distillated are considered the best, no system can remove every single contaminant. Before choosing a unit it is suggested that you contact NSF International (www.nsf.com ) or the Water Quality Association (www.wqa.org). These organizations will let you know if a manufacturer is holding their claims. See Holistic Healers Academy website for description of filtration methods: http://www.holistichealersacademy.com/water.htm

This article offers an introduction to alternative methods to plain tap water to encourage consumers into further investigation on which water would be best for them to use for drinking or cooking. It is my hope that you will contact some of the companies /agencies listed in order to get a closer look at how important it is to drink good quality water!

References: Dr. Batmanghelidj' M.D. ,"Your Body's Many Cries for Water" www.watercure.com Paul Bragg N.D., PhD, Water, The Shocking Truth That Can Save Your Life Steve Meyerowitz ?Water The Ultimate Cure?

Please read the following: by Masaru Emoto, ?Messages From Water? see site www.hado.net on how our thoughts effect water

Bob Worthington CNC, Naturopath (instructor for Holistic Healers Academy) see his own site http://www.spiritcentral.net

Kristen Lauter BS, HHP holds a Bachelor of Science degree in Natural Health from Clayton College of Natural Health and has received board certification as a Holistic Health Practitioner from the American Association of Drugless Practitioners. She is currently a candidate for the Certified Nutritional Consultant (CNC) through the American Association of Nutritional Consultants. Kristen fell ill with mercury and copper toxicity which led her on a nine year holistic journey resulting in the birth of Holistic Healers Academy.

Holistic Healers Academy (HHA), offers various programs leading to board certification as a Holistic Health Practitioner (HHP) through the American Association for Drugless Practitioners. Through affordable home study courses, HHA offers holistic, metaphysical, energy and spiritual programs. With over thirty five courses to choose from, our HHP program is self-paced and enjoyable with one on one mentoring via email! For additional information visit our website at http://holistichealersacademy.com

Certified Holistic Health Practitioner #76892201 Holistic Healers Academy received accreditation and certification from AADP in 2002 Certificate No. 37182206 and again in 2004 Certificate No. 31472411

Tuesday, February 5, 2008

Types of Manufacturing Software

Currently, a large variety of software is available to the manufacturing industry. The software helps the industry to improve a multitude of manufacturing as well as organizational functions.

Firstly, software has been developed to control and monitor machines used in manufacture of products. Each type of machinery works in a different way and therefore requires a specifically designed software program.

Computer-aided manufacturing (CAM) is software used to generate the codes to give instruction to CNC machines to enable them to form shapes designed in a computer-aided (CAD) system. This helps the modern manufacturing plants to meet their high volume high accuracy production requirements.This also simplifies the job of the person who is watching over the machines and makes it significantly less strainous.

The second important function of a software programs is to facilitate better control on financial and personnel management. The software for this purpose is usually applicable to all types of industries and institutions. Nevertheless, minor changes may be necessary to tailor the general software for a particular industry or institution.

Thirdly software programs are able to streamline and improve management functions within the manufacturing industry. Because computers control the machines, time and motion studies of various manufacturing operations, and stages can be more easily undertaken. It is possible to stay up-dated and effectively control the status of critical items, such as raw materials, inventory and order status, goods in-process status, finished goods inventory, and delivery status. Planning and scheduling software enables the industry to monitor manufacturing activity, through time and action calendars that track key milestone events and create alerts. Activities such as packing and labeling can be controlled, by getting real time status on exact quantity of pieces packed for different orders, per quantity, per color, and per size, to reduce possible back charges.

Manufacturing Software provides detailed information on Manufacturing Software, Manufacturing Inventory Software, Manufacturing Business Software, Manufacturing Management Software and more. Manufacturing Software is affiliated with Free CAD Software.

Monday, February 4, 2008

Manufacturing Control Software

Manufacturing control software has existed in a rudimentary form since the advent of Computer Numerical Control (CNC) machines. The term CNC refers to the computerized control of machine tools, to facilitate the repeated production of complex parts in all kinds of materials. CNC was developed in the late 1940s and early 1950s in the M.I.T.

Early CNC machines used a software program written in a notation called G-Code. In the early days, the computers were very large in size and were power guzzlers. Despite their huge presence, the 1950 computers had very limited processing or data storage power. Therefore, computers were not used in the manufacturing industry, till the appearance of Personal Computers (PCs) and suitable Operating Systems in the 1980s.

With The PC explosion in the 1980s, CNC manufacturers started shifting to PC-based controls running Microsoft Windows or O/S 2 operating systems, which can be linked to the existing networks using standard protocols. Manufacturing companies began to move away from, expensive minicomputer and workstation based CAD/CAM which usually ran on G-Code, towards the more cost-effective PC-based software solutions. PC-based systems which can accomplish complicated tasks, using standard network protocols are available at minimal or no cost. In most cases, the Manufacturers do not need an 'expert' to implement shop floor networking, and can do the implementation themselves.

The demand for sophisticated manufacturing software has grown tremendously, over the last fifteen years and affords a lot of new and exciting functionality, to a variety of machines in the manufacturing industry.

Many software developers write and provide proprietary software systems. These are for manufacturing companies, employing computer control of machine tools such as milling machines, cutting machines, robots, hexapods, and lathes. However, these software programs are supplied for a fee, and are subject to Copyright Act provisions. Free open source CNC control software is also available on Internet.

Manufacturing Software provides detailed information on Manufacturing Software, Manufacturing Inventory Software, Manufacturing Business Software, Manufacturing Management Software and more. Manufacturing Software is affiliated with Free CAD Software.

Sunday, February 3, 2008

Computer Aided Manufacturing Applications

Computer Aided Manufacturing (CAM) refers to an automation process, which accurately converts product design and drawing or the object into a code format, readable by the machine to manufacture the product. Computer aided manufacturing complements the computer aided design (CAD) systems to offer a wide range of applications in different manufacturing fields. CAM evolved from the technology utilized in the Computer Numerical Control (CNC) machines that were used in the early 1950s. CNC involved the use of coded instructions on a punched paper tape and could control single manufacturing functions. CAM controlled computer systems, however, can control a whole set of manufacturing functions simultaneously.

CAM allows work instructions and procedures to be communicated directly to the manufacturing machines. A CAM system controls manufacturing operations performed by robotic milling machines, lathes, welding machines and other industrial tools. It moves the raw material to different machines within the system by allowing systematic completion of each step. Finished products can also be moved within the system to complete other manufacturing operations such as packaging, synthesizing and making final checks and changes.

Some of the major applications of the CAM system are glass working, woodturning, metalworking and spinning, and graphical optimization of the entire manufacturing procedure. Production of the solids of rotation, plane surfaces, and screw threads is done by applying CAM systems. A CAM system allows the manufacturing of three-dimensional solids, using ornamental lathes with greater intricacy and detail. Products such as candlestick holders, table legs, bowls, baseball bats, crankshafts, and camshafts can be manufactured using the CAM system. CAM system can also be applied to the process of diamond turning to manufacture diamond tipped cutting materials. Aspheric optical elements made from glass, crystals, and other metals can also be produced using CAM systems. Computer aided manufacturing can be applied to the fields of mechanical, electrical, industrial and aerospace engineering. Applications such as thermodynamics, fluid dynamics, solid mechanics, and kinematics can be controlled using CAM systems. Other applications such as electromagnetism, ergonomics, aerodynamics, and propulsion and material science may also use computer aided manufacturing.

Computer Aided Manufacturing provides detailed information on Applications of Computer Aided Manufacturing, Cam And Computer Aided Design, Computer Aided Design , Computer Aided Design Scanners and more. Computer Aided Manufacturing is affiliated with Computer Aided Design and Manufacturing.

Saturday, February 2, 2008

What Is Computer Aided Manufacturing?

Over the past decade, manufacturing processes all over the world have undergone some dramatic changes. The introduction of automated systems and computer technology has allowed industries to significantly increase their productivity. CAM is the abbreviation for Computer Aided Manufacturing. Computer aided manufacturing accurately converts product drawing or the object into a computer readable code format, enabling the machine to manufacture the product. Computer aided manufacturing can be used in different machines like lathes and milling machines for manufacturing the related product.

A computer aided manufacturing system allows the manufacturer to systematically communicate work instructions to the machine. CAM has evolved from a technology referred to as the Computer Numerical Control (CNC), invented in the 1950s. CNC performed a set of coded instructions in a punched paper tape.

Computer aided manufacturing facilitates effortless and quick computer programming and faster execution of design changes. The computer aided management system integrates the computer aided design systems and controls tasks that involve order placement, scheduling, and replacement of tools. The implementation of CAM system leads to overall increase in efficiency of the manufacturing process. CAM systems are used in the automotive, aviation and furniture manufacturing sectors and areas such as mechanical engineering and electronic designing. Another significant benefit of using the computer aided management system is that it allows customization of the manufacturing process for creating client specific designs.

A computer aided manufacturing system requires a 3D environment for making it compliant with CAD systems. The CAM system can cost $18,000 or more along with the appropriate software. CAM allows automated integration of the manufacturing procedure with other mechanization systems such as Computer-Integrated Manufacturing (CIM), Integrated Computer-Aided Manufacturing (ICAM), Flexible Manufacturing System (FMS), Direct Numerical Control (DNC), and Manufacturing Process Management (MPM). Repetitive tasks involved in the manufacturing process are delegated to machines using the CAM system, allowing workers involved to concentrate on quality control and productivity.

Computer Aided Manufacturing provides detailed information on Applications of Computer Aided Manufacturing, Cam And Computer Aided Design, Computer Aided Design , Computer Aided Design Scanners and more. Computer Aided Manufacturing is affiliated with Computer Aided Design and Manufacturing.

Friday, February 1, 2008

VoIP Web Conference - Demystified

What is this thing called VoIP? What is a VoIP Web Conference, and how does it work? Millions of people are now using VoIP technology without even knowing it. Here is the simple non technical explanation which should help to clarify the situation.

The most familiar uses of VoIP to consumers are the Vonage telephone service and the Internet peer-to-peer telephone sytem, called Skype. These services are made possible only because of high speed Internet connections. VoIP requires a higher speed and higher quality connection than dial-up modem lines. Most DSL and cable Internet connections work very well for VoIP connections. How is this possible? To simplify somewhat, voice data is carried on a lower frequency than Internet data so that they do not interfere with each other. Think of voice data as a piggy-back arrangement, on top of the broadband Internet connection. This obviously reduces the cost of the service considerably, since it is using the Internet connection to carry the signal, thus the name, Voice over Internet Protocol, or VoIP.

For most of us, it is enough to know that it works, it is reasonably reliable, and it can reduce or even eliminate the cost of both local and long distance telephone calls. (Note: the only way to call long distance for free, currently, is between two users of a system such as Skype, provided both have high speed Internet connections.) This is especially attractive for international calls between countries that have quite costly regular telephone long distance rates. This is one reason Skype is fast becoming the favorite "long distance relative" connection.

Why has VoIP Web Conference recently become such a popular technology? The primary issue is reduced cost. A VoIP Web Conference monthly service charge for a 10-20 user Web conference room, can easily be in the same range as the monthly Vonage charges, more for additional users, and less for a smaller capacity. This compares to traditional systems that cost hundreds and sometimes even thousands of dollars for similar technology.

The single outstanding difference to the user, is that, through a simple log-in, access to presentations, voice, and multimedia is all contained within a single room. There is no need with a VoIP Web Conference room to make a secondary telephone call, in order to hear the moderator?s voice, (with the possibility of additional long distance costs). In addition, most VoIP Web Conference rooms offer state-of-the-art technology, such as interactive whiteboards with mark-up, and a number of easy to access features. It is the rich set of features, as well as the ease of use of these newer systems that is so attractive for many subscribers.

It remains to be seen if the VoIP Web Conference room will overtake the older technologies, If the same pattern follows from the VoIP telephone market, it will take some time, but the newer technology will likely chip away at the traditional market. The greatest growth, however, will be in the legions of new users that suddenly find for the first time, that the new technology is an attractive and cost effective option.

For additional information on the technical specifications of VoIP protocols see the following article: Sorting out the VoIP protocol maze

John Lombaerde is a CAD/CAM/CNC Specialist with over 20 years experience in advanced manufacturing technologies. He is a Designer, CNC Programmer, CNC Machinist, a CAD/CAM consultant, and SEO Strategy consultant.

For additional information contact:

For more information, see VoIP CAD CAM Conference Room

or VoIP Web Conference