I want to introduct something about . Melamine quadrate pot mat. Suitable for household daily use and also perfect for promotion. Size:L:MO1 20cm S:MO5 10cm Feature:Nontoxic, odorless, withstand high and low temperature, break resistant and durable. To learn more information, pls feel free to contact u Mercedes-Benz S ClassMercedes-Benz CL ClassMercedes-Benz SL ClassActive Body Control, or ABC, is the Mercedes-Benz brand name used to describe fully-active suspension, that allows control of the vehicle body motions and therefore virtually eliminates body roll in many driving situations including cornering, accelerating, and braking.In the ABC system, a computer detects body movement from sensors located throughout the vehicle, and controls the action of the active suspension with the use of hydraulic servomechanisms. The hydraulic pressure to the servos is supplied by a high pressure radial piston hydraulic pump. A total of thirteen sensors continually monitor body movement and vehicle level and supply the ABC controller with new data every ten milliseconds. Four level sensors, one at each wheel measure the ride level of the vehicle, 3 accelerometers measure the vertical body acceleration, one acceleration sensor measures the longitudinal and one sensor the transverse body acceleration. At each hydraulic cylinder a pressure sensor monitors the hydraulic pressure. As the ABC controller receives and processes data, it operates four hydraulic servos, each mounted in series on a spring strut, beside each wheel. Almost instantaneously, the servo regulated suspension generates counter forces to body lean, dive, and squat during various driving maneuvers. A suspension strut, consisting of a steel coil spring and a shock absorber are connected in parallel, as well as a hydraulically controlled adjusting cylinder, are located between the vehicle body and wheel. These components adjust the cylinder in the direction of the suspension strut, and change the suspension length. This creates a force which acts on the suspension and dampening of the vehicle in the frequency range up to five hertz.The system also incorporates height adjustable suspension, which in this case lowers the vehicle up to eleven millimeters between the speeds of 60 km/h (37 mph) and 160 km/h (99 mph) for better aerodynamics, fuel consumption, and handling.The ABC system also allows self-levelling suspension, which raises or lowers the vehicle in response to changing load (i.e. the loading or unloading of passengers or cargo). Each vehicle equipped with ABC has an BC Sport button that allows the driver to adjust the suspension range for different driving style preferences. This feature allows the driver to adjust the suspension to maintain a more level ride in more demanding driving conditions. It was introduced in 1999 on the top-of-the-line Mercedes-Benz CL-Class. This system is standard on all Mercedes-Benz SL and CL Class models and on some S Class models sold in the U.S.Similar technology1955 Citro?n DS had hydropneumatic suspension, which had the height adjustable suspension and self-levelling suspension features of ABC, but controlled purely by hydraulic action, since computers in that era were larger than an automobile 1965 Rolls-Royce Silver Shadow had technology licensed from Citro?n DS, height adjustable suspension and self-levelling suspension features of ABC 1975 Mercedes-Benz 450SEL 6.9 flagship, had the height adjustable suspension and self-levelling suspension features of ABC 1979 Mercedes-Benz W126 then new S class had even more sophisticated height adjustable suspension and self-levelling suspension features of ABC 1984 Mercedes-Benz W124 selected models of E class had this technology (rear only hydraulic suspension) height adjustable suspension and self-levelling suspension features of ABC Mid-1980s, Lotus Cars experimented with active suspension layouts, combining hydraulic and electronic components. 1989 Citro?n XM had a similar electronic control of hydraulic suspension, branded Hydractive. 1991 Toyota Soarer had a fully active hydraulic suspension system on the 1991 UZZ32 model. 1994 Citro?n Xantia Activa variant introduced a fully active suspension known as Hydractive 2 External linksMercedes-Benz USA Mercedes-Benz International Categories: Mercedes-Benz | Automotive suspension technologies | Automotive technology tradenames(and so on) To get More information , you can visit some products about fuse links, rattan dining chairs, . The products should be show more here!
Tags: Active, Body, ControlEngines and Drivetrains Explained
Where do they go and what does it mean?Mid-engined
Lotus EliseWhile the majority of cars have their engine over the front wheels, which allows better carrying capacity, mid-engine cars offer a more favourable weight distribution. The engine usually sits just in front of the rear axle, behind the passenger compartment. This usually means that mid-engine cars are two-seaters as the engine intrudes into what would be used for the rear passenger space. The advantages include better handling, better braking (because the rear wheels have more weight over them), improved acceleration (where they’re rear-wheel drive as well), and a smoother ride. Because the engine is not directly facing into the wind, vents, air scoops, and additional radiators may have to be used to keep the engine cool. Common mid-engined cars are Ford GT, Lotus Elise, Porsche Boxster and Ferrari 355.MR, MFWD and MF
Almost all mid-engined cars are rear-wheel drive (MR), though some are four-wheel drive, like the Bugatti Veyron, and one or two were even mid-engined front wheel drive (e.g. Citroen DS).FMR
McLaren Mercedes SLRA front-mid (FM) engine sits just behind the front axle, and combined with rear-wheel drive gives a better weight distribution than a front-rear (FR) car, where the engine is over the front axle. Examples include the Maserati Quattroporte, Mazda RX-7, Mercedes-Benz SLR McLaren and Dodge Viper.Rear-engined
Porsche 911 CabrioletThe Porsche 911 is the most developed rear-engine rear-wheel drive car in the world, having had over 40 years of incremental iterations to hone its engineering. Rear-engined cars are where the centre of gravity of the motor is behind the rear axle. They’re notoriously difficult to make stable because the engine acts like a pendulum, meaning once that back end steps around it’s more difficult to control than an excited puppy.Front-engined
Toyota CelicaFront-engined, front-wheel drive cars (FF) are the safe choice for the average motorist. They understeer when pushed hard, and they give more room in the cabin because the cars don’t need a transmission tunnel through to the back wheels. Most family cars are FF.
Toyota SupraFront-engined, rear-wheel drive cars (FR) are the choice for many a sports car and muscle car. Common cars include the Toyota Altezza (Lexus IS200), most BMWs and Mercedes saloons/sedans, and the Corvette Z06.Four-wheel drive (4WD) or all-wheel drive (AWD)
4WD School BusFWD gives the ultimate grip, but saps engine power with all the extra moving parts. Some cars have viscous centre differentials so that power is channelled only to either the front or rear unless they start to skid, then the diff apportions more power to the other wheels.
For more motoring articles and information visit http://carandsuv.woop.tv
Tags: Drivetrains, Engines, ExplainedLotus EliseWhile the majority of cars have their engine over the front wheels, which allows better carrying capacity, mid-engine cars offer a more favourable weight distribution. The engine usually sits just in front of the rear axle, behind the passenger compartment. This usually means that mid-engine cars are two-seaters as the engine intrudes into what would be used for the rear passenger space. The advantages include better handling, better braking (because the rear wheels have more weight over them), improved acceleration (where they’re rear-wheel drive as well), and a smoother ride. Because the engine is not directly facing into the wind, vents, air scoops, and additional radiators may have to be used to keep the engine cool. Common mid-engined cars are Ford GT, Lotus Elise, Porsche Boxster and Ferrari 355.MR, MFWD and MF
Almost all mid-engined cars are rear-wheel drive (MR), though some are four-wheel drive, like the Bugatti Veyron, and one or two were even mid-engined front wheel drive (e.g. Citroen DS).FMR
McLaren Mercedes SLRA front-mid (FM) engine sits just behind the front axle, and combined with rear-wheel drive gives a better weight distribution than a front-rear (FR) car, where the engine is over the front axle. Examples include the Maserati Quattroporte, Mazda RX-7, Mercedes-Benz SLR McLaren and Dodge Viper.Rear-engined
Porsche 911 CabrioletThe Porsche 911 is the most developed rear-engine rear-wheel drive car in the world, having had over 40 years of incremental iterations to hone its engineering. Rear-engined cars are where the centre of gravity of the motor is behind the rear axle. They’re notoriously difficult to make stable because the engine acts like a pendulum, meaning once that back end steps around it’s more difficult to control than an excited puppy.Front-engined
Toyota CelicaFront-engined, front-wheel drive cars (FF) are the safe choice for the average motorist. They understeer when pushed hard, and they give more room in the cabin because the cars don’t need a transmission tunnel through to the back wheels. Most family cars are FF.
Toyota SupraFront-engined, rear-wheel drive cars (FR) are the choice for many a sports car and muscle car. Common cars include the Toyota Altezza (Lexus IS200), most BMWs and Mercedes saloons/sedans, and the Corvette Z06.Four-wheel drive (4WD) or all-wheel drive (AWD)
4WD School BusFWD gives the ultimate grip, but saps engine power with all the extra moving parts. Some cars have viscous centre differentials so that power is channelled only to either the front or rear unless they start to skid, then the diff apportions more power to the other wheels.
For more motoring articles and information visit http://carandsuv.woop.tv
Things to Consider When Choosing Auto Transport Companies
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