The world is full of amazing inventions that make our lives easier. While inventions such as the light bulb and the automobile are obvious tools that have changed the world, there are many other precise instruments that have been invented that truly have changed the course of history, whether we know it or not.
A clinometer is an interesting device that is essential for surveyors and foresters. Simple clinometers can be used to measure the height of trees, but more precise clinometers are used to determine the slope or inclination. This is extremely important in surveying and construction. These instruments, also known as inclinometers, are used to determine the pitch and roll of both aircrafts and nautical vessels.
When you build a house or building, it is highly important to know whether or not the ground foundation is level or sloped, so a clinometer can help with this process. Roads need to be properly graded to ensure safety. Imagine the problems that could arise if a road had too sharp a grade and the length of the road was too short. Engineers also use clinometers to calibrate and ensure alignment of machinery, which is used in hundreds of industries, from designing medical equipment to producing computers to building vehicles. Mistakes can be costly and even deadly, so clinometers help make sure that machines are highly precise.
Another invention that is helpful to surveyors is the theodolite, which can measure land angles in both the vertical and the horizontal plane. In addition to this use, there are specialized theodolites that track the flight of rockets and also theodolites that are used by meteorologists. A theodolite is one of the many tools that meteorologists use to help predict our weather patterns.
While you might think of telescopes as devices used solely by astronomers to study stars, planets and other objects in the universe, there are a myriad of telescopes, and they have very specific and important uses. The alignment telescope is yet another instrument that can help one make exact measurements.
An autocollimator also is a helpful invention, allowing people to precisely measure very small angles. The autocollimator does not actually have to touch an object in order to make a measurement, and instead projects an image onto a mirror and measures the deflection.
A clinometer is an interesting device that is essential for surveyors and foresters. Simple clinometers can be used to measure the height of trees, but more precise clinometers are used to determine the slope or inclination. This is extremely important in surveying and construction. These instruments, also known as inclinometers, are used to determine the pitch and roll of both aircrafts and nautical vessels.
When you build a house or building, it is highly important to know whether or not the ground foundation is level or sloped, so a clinometer can help with this process. Roads need to be properly graded to ensure safety. Imagine the problems that could arise if a road had too sharp a grade and the length of the road was too short. Engineers also use clinometers to calibrate and ensure alignment of machinery, which is used in hundreds of industries, from designing medical equipment to producing computers to building vehicles. Mistakes can be costly and even deadly, so clinometers help make sure that machines are highly precise.
Another invention that is helpful to surveyors is the theodolite, which can measure land angles in both the vertical and the horizontal plane. In addition to this use, there are specialized theodolites that track the flight of rockets and also theodolites that are used by meteorologists. A theodolite is one of the many tools that meteorologists use to help predict our weather patterns.
While you might think of telescopes as devices used solely by astronomers to study stars, planets and other objects in the universe, there are a myriad of telescopes, and they have very specific and important uses. The alignment telescope is yet another instrument that can help one make exact measurements.
An autocollimator also is a helpful invention, allowing people to precisely measure very small angles. The autocollimator does not actually have to touch an object in order to make a measurement, and instead projects an image onto a mirror and measures the deflection.
About the Author:
Carey Bourdier loves blogging about precision scientific instruments. To get more information about alignment tools like a maple wood Jacob staff, or to find further information about a telemetric alignment system, go to the Warren Knight website now.
No comments:
Post a Comment