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Posts in Category: AR3000 Distance Measurement Sensor

HYDROELECTRIC FACILITIES USE LASER RANGEFINDERS TO MEASURE DAM HEIGHTS

An important structure to help retain water in many areas throughout the world are dams. These barriers that impound water or underground streams have a simple purpose however, the structural design and architecture associated with dams are far more complex. It requires careful calculation to ensure that a dam is going to serve its function safely and efficiently. Whether it is to retain water, help generate electricity, or collect water for storage, laser rangefinders are often used to measure dam heights.

MEASURING DISTANCE TO HELICOPTER LANDING PADS

When pilots are preparing to land a helicopter, they rely on the accurate and high performance of distance sensors. These distance measurement sensors will help pilots gauge the distance to a landing pad for a safe and timely landing.

ZIP LINE PHOTOGRAPHS WITH LASER TECHNOLOGY

Vacation destinations around the world are taking advantage of an increasing trend in zip line tours. Zip lines offer a new perspective of the area from a view above, or within the tree line. But not only are vacationers asking for a zip line tour but also a picture to prove it. That is why companies that offer zip line tours can benefit from the installation of a high speed camera system to capture their ride.

LASER MEASUREMENT SENSORS TO REDUCE AMUSEMENT PARK LINES

Amusement parks across the world see millions of visitors each year. With packed crowds and long lines for the best rides, many theme park management teams are looking for ways to help keep the lines moving and reduce the long wait times. Laser measurement sensors are used in many amusement parks to help monitor the frequently used attractions and help move theme park visitors to less busy attractions.

OVERHEAD CRANE POSITION MEASUREMENT

Steel mills producing large coils of sheet stock store their inventory on the floors of huge warehouses. The large, heavy coils are picked and placed using overhead cranes, often referred to as bridge cranes. These cranes ride the length of the building along two, parallel rails. A hoist moves on the trolley and lowers a hook or other mechanical grabber to move objects. Operators control the crane’s movement via an overhead control cabin or by remote-control from on manufacturing floor.

ELEVATOR POSITION MONITORING WITH LASER RANGEFINDERS

n 2006, the City of Minneapolis commissioned a permanent public artwork at the Minneapolis Public Library. Built into the structure of the two glass elevator cabs in Library Hall, “Four Stories” displays the titles of recently checked-out books in large, illuminated text as the elevators move between floors.

LASER ALTIMETER USED IN NASA PROJECT M

Project M is a proposed project to land an operational humanoid robot on the moon in 1000 days (M is the Roman numeral for 1000). The humanoid (called a Robonaut) will travel to the moon on a small lander fueled by green propellants, liquid methane and liquid oxygen. It will perform a precision, autonomous landing, avoiding any hazards or obstacles on the surface. Upon landing, the robot will deploy and walk on the surface performing a multitude of tasks focused on demonstrating engineering tasks such as maintenance and construction; performing science of opportunity (i.e. using existing sensors on the robot or small science instruments); and simple student experiments.

CAMERA TRIGGER FOR ZIP LINE PHOTOGRAPH

A zip-line consists of a pulley suspended on a cable mounted on an incline. It is designed to enable a user, propelled by gravity, to traverse from the top to the bottom of the inclined cable by holding on or attaching to the freely moving pulley. Zip-line tours are becoming popular vacation activities and ride managers often implement a high speed camera system to photograph riders during their decent.

LASER ALTIMETER FOR UAV

Un-manned Autonomous Vehicle (UAV) projects depend on sensors to provide spatial information for route planning and crash avoidance.  A developer of an un-manned airplane selected AR3000 distance sensors to measure the height above the ground, whether it was the landing strip, grass, trees or mountains.  They needed a sensor that could measure long distances to surfaces of different reflectivities.

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