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Category:Hot Selling Analysis Date:2023-07-03 View:193
EU General Safety Regulation
Too many deaths on European roads
2019 saw around 22,800 people killed in European road traffic – and although the number of documented road deaths has fallen by almost 25% compared to 2010, the rate of decline has slowed down considerably. The European Union’s original objective to halve the number of road accident victims between 2010 and 2020 now seems unattainable. Current statistics also show that in urban areas, around 70% of all accident fatalities are unprotected road users such as pedestrians and cyclists. To considerably reduce the total number of road deaths in the EU and to better protect pedestrians and cyclists in particular, the EU adopted an effective package of measures – the General Safety Regulation.
The General Safety Regulation – what is it?
On 27 November 2019, the EU adopted the General Safety Regulation (GSR) , with the aim of drastically reducing the number of deaths, serious injuries and accidents in the EU. This was to be achieved by introducing the latest safety technologies as standard equipment in new vehicles. These systems range from alcohol immobilisers and intelligent speed assistants to tire pressure monitoring systems, lane changing assistants and many other intelligent driver assistance systems. The general requirements apply to passenger cars and light commercial vehicles as well as buses and heavy commercial vehicles. Additional safety requirements have also been imposed on the various types of vehicles. These new requirements will be introduced successively for new car models (EU type-approval) and for vehicle registrations.
Special safety requirements for buses and heavy commercial vehicles
Serious accidents involving heavy commercial vehicles and unprotected persons such as pedestrians and cyclists occur time and time again in urban traffic. This is why the mandatory installation of safety systems for buses and heavy commercial vehicles goes beyond the GSR’s general requirements and existing systems such as lane departure warning systems and emergency brake assistance systems – for example, additional systems are planned that will warn drivers of heavy trucks of pedestrians and cyclists in the blind spot.
These safety technologies will become mandatory for buses and heavy commercial vehicles:
ADDW: Advanced Driver Distraction Warning
ALC: Alcohol Interlock Installation Facilitation
BLIS: Blind Spot Information System
DDR-AW: Driver Drowsiness and Attention Warning
EDR: Event Data Recorder
ESS: Emergency Stop Signal
ISA: Intelligent Speed Assistance
PCW: Pedestrian and Cyclist Collision Warning
REV: Reversing Detection System
TPMS: Tire Pressure Monitoring System
When will these technologies become mandatory for heavy commercial vehicles and buses?
For EU type-approval:
Emergency Stop Signal (ESS)
Alcohol Interlock Installation Facilitation (ALC)
Driver Drowsiness and Attention Warning (DDR-AW)
Tire Pressure Monitoring System (TPMS)
Intelligent Speed Assistance (ISA)
Reversing Detection System (REV)
Pedestrian and Cyclist Collision Warning (PCW)
Blind Spot Information System (BLIS)
Modern technologies – an integral part of the implementation of new regulations
In addition to the General Safety Regulation, more packages of measures exist at EU and national levels. With the help of intelligent technologies, these packages are intended to make transport safer, reduce CO2 emissions and ensure fairer competition. With the adoption of Mobility Package I by the European Union in July 2020, the Smart Tachograph, for example, became much more important. It is a control system that documents numerous items of information on driving and rest periods, speed, distance travelled and border crossings, and enables easy controlling procedures by authorities via a standardised interface. Since 2018, e-call is also mandatory in all new models whose EU type-approval is dated after March 31. This automatic emergency call system notifies emergency services in the event of an accident and is expected to save 2,500 lives a year in Europe. The Onboard Weighing System is also a good example of the important role played by modern technologies in new regulations for traffic, transport and vehicle equipment. Based on Directive 96/53/EC regarding the dimensions and weights of heavy commercial vehicles, standardized weighing systems are intended to warn heavy commercial vehicles of overloading, thus avoiding accidents and ensuring fair competition. However, new regulations and related technologies not only lead to safer and cleaner transport, they also increase the overall level of intelligent technologies in vehicles – and this makes them decisive pioneers in autonomous driving.
Every business aims at maximizing its level of productivity. This can only happen if all the systems are in good condition. All the workers should be healthy (both physically and mentally), the machines should be in good condition among many other key issues. A forklift camera wireless system can help you achieve this goal. Obviously, this triggers the question of “How”. The operator will have a much clearer view of sight rather than a blind-spot. Understanding through visual observation, the proximity of their forklift to: other forklifts, pedestrians, and the other potential obstacles in their work area can definitely aid in the safe operation of a forklift. All of this will hopefully assist the forklift operator in the safe transporting of products and materials.
2019 saw around 22,800 people killed in European road traffic – and although the number of documented road deaths has fallen by almost 25% compared to 2010, the rate of decline has slowed down considerably. The European Union’s original objective to halve the number of road accident victims between 2010 and 2020 now seems unattainable. Current statistics also show that in urban areas, around 70% of all accident fatalities are unprotected road users such as pedestrians and cyclists. To considerably reduce the total number of road deaths in the EU and to better protect pedestrians and cyclists in particular, the EU adopted an effective package of measures – the General Safety Regulation.
Surround View was originally designed to give the driver new and previously unobtainable viewpoints of their vehicle, using typically 4 cameras and an ECU. These viewpoints benefit the driver in multiple scenarios; ranging from checking your blind-spot when changing lanes on the motorway, to pulling off a parallel park without grinding the wheels. From this classical version of Surround View there have been some organic product extensions to challenge some emerging, pre-existing and overlapping markets. The Surround View segment offers a host of viewing only and intelligent products, Rear View ‘one box’ Systems, Mirror Viewing Systems, and the next generation 3D Surround View Systems. Scalable solutions for Surround View are provided by 4 fisheye cameras with >180° horizontal field of view to see everything around the vehicle. Combining these cameras allows creation of any view around the vehicle.
Forklifts are operating in every major retailer and distribution center in America. Where there are forklifts there are products, standing obstacles such as racking, and pedestrians. What does this mean for you? It means liability and obligation of prevention. One of the quickest and most usable ways to prevent forklift accidents are Forklift Camera Systems. Melia offer several different types of easily-installed camera systems.