In recognition of innovation, dedication and best practices, we are now accepting nominations for the ninth annual Excellence in Safety Award. Recognizing the outstanding achievements of safety professionals each year, the Excellence in Safety Award honors those who educate, support, and take action to improve safety on and off the worksite.
The goal of functional safety is to ensure that organizations provide dependable products to external customers.
As PRECO’s solutions have grown, our products have also begun the testing process with non-automotive applications. Increasingly collaborating with the automotive industry and developing products for fully autonomous automotive vehicle applications. A trend that further emphasizes the need for increased safety oversight described as Functional Safety[i].
In Part 1: An Increasingly Distracted World, you were asked to confront your ‘familiarity’ with your environments. A familiarity may cause any one of us to relax and lower our defenses while working with or around heavy-duty machinery. Reflecting on these three questions can help peel back the layers:
Sharing the roadways with buses, delivery trucks, large commercial vehicles, and more are members of the traveling public as they go about their daily routines. Regardless of the mode of transportation, being safe on the road is a responsibility shared by all.
From a cost versus benefit perspective, it is understood that value must justify the cost for leadership buy-in. These decisions are made regardless of the underlying motivation, which has consistently caused a disconnect between the safety technology industry and adoption.
In previous posts, we’ve looked at the difference between RADAR and LiDAR, and between RADAR and ultrasonic sensors. While there are significant differences between these three types of sensors, they have one thing in common: They are all used to increase safety by identifying and locating both still and moving obstacles relative to the path of a vehicle. RADAR sensors do this by emitting radio waves. LiDAR uses high frequency laser light. Ultrasonic sensors emit high-pitched sound waves.
Developing smart vehicles requires a tradeoff: As the vehicle gets more intelligent, it also gets more complex. You can look no further than the number and kinds of sensors newer vehicles now come equipped with to appreciate just how complex. These vehicles that once started as little more than an engine, four wheels, and some brakes have become highly sophisticated computers on wheels.
Topics: Safety Technology
Each day safety technologies enter the innovative race to bring on-and off-road industries the safety solutions of the future. The public is invested in safety and companies flourish when they follow best safety practices. People want to know what accounts for good safety technology and how it’s implemented to promote efficiency. Despite this strong interest in safety technology, drivers are hesitant to adopt solutions that monitor their actions or take control of operations at any level.
As North America's largest solid waste, recycling, organics, and sustainability tradeshow, WasteExpo 2019, held in Las Vegas, Nevada was the place to address and tackle the challenges faced by waste and recycling industries today. Sharing breakthroughs, innovations and business ideas, 14,000+ participants, 609 exhibitors, and over 1,400 international attendees participated in networking and more than 60 interactive programs and educational sessions at the event, May 6 – 9th.
Serving an industry in constant motion, bauma has progressively positioning itself to serve one paramount goal: to stay focused on the challenges to come. Considered by many to be the ‘heartbeat’ of the construction industry and the ‘global driving force behind innovations, a success engine, and marketplace,’ it is no surprise that bauma has been named the world’s leading construction machinery and mining industry trade fair. With 3,700 exhibitors and nearly 620,000 visitors from over 200 countries, bauma 2019 was the largest in the history of the show.