What Are The Advantages Of Using Electronic Tilt Sensors In Off-road Vehicles

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Off-road vehicles are designed to perform the most difficult tasks in often in the most extreme outdoor conditions. In industries like construction, forestry and agriculture, vehicles often have to navigate on uneven surfaces and slippery terrain whilst lifting and manoeuvring heavy and uneven loads. This can present difficult challenges for the drivers of these vehicles: for many vehicle operators, the chances of tipping or rolling the vehicle over are high, so obviously safety is a paramount concern. However, electronic sensing technology is now available which makes the vehicle drivers job easier and safer. As these electronic sensors can detect the vehicles operating condition and alignment, the safety of the operator is greatly increased.

Tilt Sensors Monitor the Safe Horizontal Alignment of Vehicles
Off-road vehicles often have to work in extreme conditions, where rugged terrain and heavy moving machine parts can quickly shift the balance of a vehicle. A shift in the dynamics of the vehicle or an uneven transfer of weight or dangerous alignment can cause hazardous conditions for the vehicle operator. Electronic sensors can help operators to monitor the horizontal alignment of vehicles. Tilt sensors can precisely detect even the slightest angle variation. Tilt sensors can give the driver accurate information about the exact road-grade angle, the boom angle, the platform angle and the crane-level angle. Armed with this important information, an operator can then take action to avoid a potentially disastrous situation.

Tilt sensors, however, need to sturdy and resilient. They have to be able to withstand the extreme shock, vibration, and all the harsh elements associated with outdoor use. Moreover they also have to be able to cope with direct exposure to chemicals, dirt, moisture, sunlight, and electrical interference. Therefore tilt sensors have been designed so that they are capable of resisting these elements and are able to perform in extreme environments. They are able to do so because of certain special design features like:

Compact housings rated for IP67 protection which encase and protect the electronics from chemicals and liquid ingress,
UV-resistant plastic and metal housings which prevent damage from exposure to sunlight,
Noise-immune technology which enables the sensors to ignore conducted and radiated electrical noise.
Outputs protected from short-circuits and overloads which eliminate damage during installation,
LHighly flexible cables, which are armoured to resist chemicals and perform at temperatures as low as 40 F.

Sensing technologies
There are two very different, yet highly effective sensing technologies that can be applied to verify the horizontal alignment of off-road vehicles: electrolytic tilt sensing and micro electromechanical sensing. (MEMS)

Electrolytic tilt sensing
Electrolytic tilt sensing technology can measure the tilting of a reference plane in two axes, by measuring the tilt angle with reference to the earths ground plane, using an accelerometer. At the centre of the sensors core are measuring cells surrounded by fluid or liquid. These measuring cells monitor ant change in the liquids conductivity to detect angle variations and deviations.

MEMS sensing technology
The second technology is micro electromechanical sensing (MEMS). When a vehicle lifts or tilts, the movement is transferred to the beams of the sensor that deflect to take the inertial force of the mass. The change in capacitance is proportional to the tilt of the sensor, which is ultimately then converted to a change of voltage and transferred as an analogue value to the driver of the vehicle. The use of MEMS sensors incorporating this technology are better suited to applications where a single-axis wide tilt angle (90) and lower precision (1) are needed.

Whole Body Cleanse – The Antidote for Modern Agriculture and Modern Medicine

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You’ve been deceived, you’ve been lied to, and you are being poisoned . . . little by little . . . every day. Between the food-production practices of big agribusiness and the pill pushing of big pharma and the medical establishment, your body is, right now, most likely full of toxins. But even if you can’t grow your own natural vegetables and fruit and raise your own grass-fed beef and free-range chickens, there is still something you can do. And that is to use the right product for a safe, successful whole body cleanse-one that will replenish depleted nutrients, restore energy, balance hormones, help you lose weight, and promote better sleep.

Dr. Shiv Chopra, Canadian microbiologist, food-production watchdog, and author of Corrupt to the Core, maintains that we are being poisoned every day by the foods we eat. He even goes so far as to say, “Food in America and Canada is the absolute most toxic, unsafe food on the planet.” And the corollary, according to Chopra, because they don’t use all the harmful food-production methods we do, is that “Food imported from third-world countries is safer than food produced here.

The reasons our food is so deleterious are as follows: use of growth hormones, promiscuous use of antibiotics, rendered slaughterhouse waste turned into animal feed, damaging application of many pesticides, and corporate-driven genetically modified organisms (GMOs) driving out natural crops. Every time we eat commercially produced supermarket foods, we are consuming damaging toxins-accumulating poisons making our bodies cry out for a body cleanse.

Moreover, big pharma and the medical establishment are foisting on us, whether intentional or not, the idea that we need to take drugs to treat only the symptoms of our ailments, with no regard for the nutrient-depleting consequences. Statins, for example, the standardly prescribed drug for high cholesterol, rob your body of CoQ10 and co-enzyme Q10, the very nutrients that help protect your heart. The current medical establishment is interested only in lengthening your life-regardless of the quality.

So what we have is, basically, agribusiness, big pharma, and the medical establishment pumping us full of hormones and chemicals with no concern for the long-term result. In fact, flounder (the fish) DNA has been introduced to a certain strain of tomatoes to make them firmer. And this is completely contrary to the workings of nature. The vegetable might look good on the outside, and your body might appear healthy from the outside, but what’s really going on on the inside?

So what can you do? What you need to counteract the effects of toxic food and medications is a quality whole body cleanse.

But keep in mind that not all body cleansers are the same. The 21 Day Body Makeover is designed specifically to counteract the effects of toxic foods, by flushing the toxins from your system, and to replenish depleted nutrients while restoring balance to you natural systems. And here are the additional benefits:

No more cravings for junk food, soda, and caffeine

Enhanced fat loss

Improved energy levels

Balanced hormonal levels

Better sleep

Improved mood and sense of well being

While it is true that your body can heal itself, with our modern diet and modern medications, your body needs a little help. And the unique whole body cleanse offered by The 21 Day Body Makeover is just what your body needs today.

A program to take care of your entire body which includes body cleanse in fact, full body cleanse and removing toxins. Whole body cleanse will be assured. Visit us to know more.

Edi Australian red meat and the environment – sustainable agriculture

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As custodians of nearly 50 per cent of Australia’s land mass, the Australian red meat and livestock industry recognises its responsibility to agricultural sustainability – sustainably managing the environment for all Australians while providing a nutritious, quality food product.

A focus on sustainable agriculture is a priority for the Australian livestock industry, with improved environmental practices having benefits for not only the environment, but also productivity. At every stage of the process from the paddock to the plate, there are opportunities for continuous improvement in environmental management and sustainable agriculture practices.

The red meat industry invests over $13 million annually in research and development to better understand the environmental impact and to further improve the environmental performance of the industry and sustainable farming.

The industry has initiated research and development into sustainable production to reduce emissions and water use, improve biodiversity, create energy efficiencies, minimise waste and implement environmentally sustainable land management practices.

In Australia, cattle and sheep are mostly grazed on large areas of semi-arid and arid rangelands.

As with all primary food production the adoption of sustainable agricultural practices is essential in ensuring that Australia is able to feed a growing population with minimal environmental impact.

Sustainable agriculture – The Australian livestock industry

Agricultural sustainability in the Australian livestock industry is best understood in the context of: – Environmental sustainability – Economic sustainability, and – The sustainability of regional communities

Ensuring the industry employs sustainable farming practices has benefits for not only producers, processors and the supply chain but for the regional and rural communities that rely on the employment and economic stimulation of the livestock industry.

To ensure economic sustainability, farmers need to sustainably manage the environment. After all, it’s the soil, grass and water on farmers’ properties that enables them to graze cattle and sheep.

Improving environmental sustainability

Over the past 10 to 15 years the livestock industry has been focused on improving its environmental sustainability. Farmers have been managing the twin challenges of environment sustainability, at the same time as striving to increase productivity in the context of a highly variable climate.

The red meat industry acknowledges that prior to this time that many practices had a negative impact on natural resources across the country. Early Australian agriculture tried to farm the country in a European manner, as a result, a range of government policies and on-farm practices led to environment degradation in some areas.

Today most farmers understand that to be sustainable they need to manage the environment in a sustainable way and employ sustainable agriculture practices.

The industry has invested significantly in research and development to ensure environmental sustainability, including: – Grazing strategies – Soil and groundcover management – Water management – Reducing emissions – Revegetating

The livestock industry is proud of the improvement it has made in sustainably managing natural resources. Right across the country the improvement in soil health, groundcover, vegetation and biodiversity can be seen on farms.

agriculture sustainability is an important topic to consider for all farms in australia. Find out more at www.redmeatgreenfacts.com.au

The History And Agriculture Of The Wolfberry

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Wolfberry is the name given to the Chinese and European variety of the Goji berry. It actually goes by many other names and has more than 100 species. The Lyceum Barbarum Wolfberry is the most popular species of this plant. It is the best tasting one and is used for making Goji juice and for medicinal uses in Asia and India.

The Wolfberry is a shrub that can grow up to 10 feet with trailing vines spreading to up to 20 feet. In China it is cultivated in large plantations for commercial use. These commercial farms use conventional chemical methods to grow the Wolfberry and protect it from insect damage. The largest growing area is the Ningxia Hui Autonomous Region, in Northern China. This is where they grow the Lyceum Barbarum Wolfberry. This species was originally taken from Tibet and the Himalayan region.

Other varieties of this plant can be found growing wild in various parts of the world including the UK. It is known as the Wolfberry and also has other names, like The Box Thorn Fruit and The Matrimony Vine Fruit. This plant grows wild in the cooler parts of Europe and Asia.

In Tibet and Inner Mongolia the Wolfberry is known as the Goji Berry. It is one of the protected medicinal plants in this area. Because of its use as a medicine plant the Wolfberry is grown organically there with no additional chemicals. The areas it grows in are labeled as “wild places” and are relatively untouched by urban development. An organization Co-op for the Goji farmers that ensures they get fair prices and help continue growing Wolfberry plants, was created in 1975. The Tanaduk Institute has also helped to protect the medicinal plants grown in this region. Several monasteries in India also grow medicinal plants including the Wolfberry. They are grown organically here and are sold on a limited basis.

The plants are quite easy to grow and can be started from seed. The seeds take around 7 days to germinate. The Wolfberry can also be cultivated from roots. It is resistant to drought and can withstand temperatures of -15 degrees Fahrenheit in winter and up to 100 degrees Fahrenheit in summer. The Wolfberry prefers light soil for optimum growth but will grow in any soil. Ideally the plant prefers full sunlight but will also grow in partial shade.

You can cultivate The Wolfberry in containers. If you do this, you need to hand pollinate the Wolfberry flowers, to get the fruit. The fruits are quite vulnerable to insect damage so you should take steps to protect the plants when they are producing fruit. The Wolfberry plants begin to bear fruit from the age of 1 year and will produce heavy crops when they are between 4 and 5 years old. They start to bloom in early summer and develop fruit in late summer. The Wolfberry will continue to bear fruit until the first severe frost. The best way to get the maximum health benefits from this plant is to try to grow it naturally without chemicals, herbicides or insecticides.

Irrigation And Its Importance To Agriculture In Tasmania

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Tasmania is situated in the southern part of the Australian continent, considered a splendid getaway island that boasts of untouched wilderness, thousand-year-old trees, rugged coastlines, and rushing whitewater rivers. Tasmania is capable of producing high quality farm products. Its fertile soil, temperate climate and adequate water supply complemented by developed irrigation systems, all contribute to its progressive agricultural industry. In Tasmania, agriculture plays a major part in the economy as there are other industrial sectors that also rely in agriculture.

The government of Australia is oblivious to the fact that agriculture plays a key role in their economy and for this reason, the need to closely monitor and strengthen their irrigation systems in the face of calamities like drought and natural disasters is but imperative. One third of Tasmanias 68000 square kilometers land area is attributed to the agricultural industry which is why irrigation plays an integral part in its agricultural sector.

Statistics reveal that 14,000 gigaliters or 65% of the total water consumed are used for irrigation of agricultural land in Australia. It is alarming to note that this amount of water is not efficiently used the way it should be. Here lies the importance of an efficient irrigation system so that water can be conserved and utilized for the right purpose.

The sprinkler type or overhead irrigation is the one of the most commonly used irrigation systems in Tasmania. Water is sprayed over the crops by use of sprinklers or guns attached to an elevated structure. In a solid set sprinkler system, water is fed from a pump set and runs through a row of pipes or hard hoses. This kind of sprinkler is permanently installed at strategic locations of the farm area that need irrigation.

In a travelling irrigator system, the sprinkler is attached to a wheeled mechanism and has mobility to move across the farm area to perform its irrigation function. Another type of sprinkler irrigation system is the pivot irrigation device where pieces of pipes are connected to a framework of beams holding the pipes together. The sprinkler head moves in a circular motion and water is supplied into the pivot point at the center of the circle. Of all the sprinkler irrigation systems, the centre pivot irrigation is the most widely used by farmers in Tasmania.

A more traditional type of irrigator system is flood irrigation which is considerably the least expensive of all the irrigation systems. Here, water is allowed to flow on the crops directly to the farm bed. It does not require complicated machines to irrigate farms by this means. On the other hand, in furrow irrigation, shallow water canals are hollowed out between rows to catch the water that irrigate the crops.

The importance of an efficient irrigation system is crucial to the development of the agricultural industry in Tasmania. Since agriculture is highly reliant on abundant water supply, emphasis should be given on the proper irrigation agriculture practice by means of getting the appropriate irrigation equipment suitable to the needs of the agricultural lands in Tasmania.