A device that stops drivers form falling asleep at the wheel is about to undergo testing at Department of Transport laboratories and could go on sale within 12 months.

       The system, called Driver Alert, aims to reduce deadly road accidents by 20% - 40% that are caused by tiredness. Airline pilots can also use it to reduce the 30% of all pilot-error accidents that are related to fatigue.

       Driver Alert is based on a computerized wristband. The device, worn by drivers or pilots, gives out a sound about every four minutes during a car journey. After each sound the driver must respond by squeezing the steering wheel (方向盘). A sensor in the wristband detects this pressing action and measures the time between the sound and the driver’s response.

       Tiredness is directly related to a driver’s response time. Usually, a watchful driver would take about 400 milliseconds to respond, but once that falls to more than 500 milliseconds, it suggests that the driver is getting sleepy.

       In such cases the device gives out more regular and louder sounds, showing that the driver should open a window or stop for a rest. If the driver’s response continues to slow down, the sounds become more frequent until a nonstop alarm warns that the driver must stop as soon as possible.

       The device has been delivered to the department’s laboratories for testing. If these tests, scheduled for six months’ time, are successful, the makers will bring the product to market within about a year.

According to the text, Driver Alert ______.

A. aims to reduce tiredness-related accidents

B. has gone through testing at laboratories

C. aims to prevent drivers form sleeping

D. has been on sale for 12 months

73.   How should a driver respond to the sounds from Driver Alert?

       A. By sounding a warning.                                B. By touching the wristband.

C. By checking the driving time.                        D. By pressing the steering wheel.

74.   We can learn form the text that the driver needs to stop for a break when his response time is ______.

       A. about 400 milliseconds                                 B. below 500 milliseconds

       C. over 500 milliseconds                                          D. about 4 minutes

75.   When the driver gets sleepy while driving, Driver Alert ______.

       A. moves more regularly                                          B. stops working properly

       C. opens the window for the driver                           D. sounds more frequently and loudly

        A device that stops drivers form falling asleep at the wheel is about to undergo testing at Department of Transport laboratories and could go on sale within 12 months.

       The system, called Driver Alert, aims to reduce deadly road accidents by 20% - 40% that are caused by tiredness. Airline pilots can also use it to reduce the 30% of all pilot-error accidents that are related to fatigue.

       Driver Alert is based on a computerized wristband. The device, worn by drivers or pilots, gives out a sound about every four minutes during a car journey. After each sound the driver must respond by squeezing the steering wheel (方向盘). A sensor in the wristband detects this pressing action and measures the time between the sound the driver’s response.

       Tiredness is directly related to a driver’s response time. Usually, a watchful driver would take about 400 milliseconds to respond, but once that falls to more than 500 milliseconds, it suggests that the driver is getting sleepy.

       In such cases the device gives out more regular and louder sounds, showing that the driver should open a window or stop for a rest. If the driver’s response continues to slow down, the sounds become more frequent until a nonstop alarm warns that the driver must stop as soon as possible.

       The device has been delivered to the department’s laboratories for testing. If these tests, scheduled for six months’ time, are successful, the makers will bring the product to market within about a year.

72.     According to the text, Driver Alert ______.

A. aims to reduce tiredness-related accidents       B. has gone through testing at laboratories

C. aims to prevent drivers form sleeping             D. has been on sale for 12 months

73.   How should a driver respond to the sounds from Driver Alert?

A. By sounding a warning.                        B. By touching the wristband.

C. By checking the driving time.                D.By pressing the steering wheel.

74.   We can learn form the text that the driver needs to stop for a break when his response time is ____

A. about 400 milliseconds                          B. below 500 milliseconds

C. over 500 milliseconds                     D. about 4 minutes

75.   When the driver gets sleepy while driving, Driver Alert ______.

A. moves more regularly                           B. stops working properly

C. opens the window for the driver         D. sounds more frequently and loudly

A device that stops drivers form falling asleep at the wheel is about to undergo testing at Department of Transport laboratories and could go on sale within 12 months.

The system, called Driver Alert, aims to reduce deadly road accidents by 20% - 40% that are caused by tiredness. Airline pilots can also use it to reduce the 30% of all pilot-error accidents that are related to fatigue.

Driver Alert is based on a computerized wristband. The device, worn by drivers or pilots, gives out a sound about every four minutes during a car journey. After each sound the driver must respond by squeezing the steering wheel (方向盘). A sensor in the wristband detects this pressing action and measures the time between the sound the driver’s response.

Tiredness is directly related to a driver’s response time. Usually, a watchful driver would take about 400 milliseconds to respond, but once that falls to more than 500 milliseconds, it suggests that the driver is getting sleepy.

In such cases the device gives out more regular and louder sounds, showing that the driver should open a window or stop for a rest. If the driver’s response continues to slow down, the sounds become more frequent until a nonstop alarm warns that the driver must stop as soon as possible.

The device has been delivered to the department’s laboratories for testing. If these tests, scheduled for six months’ time, are successful, the makers will bring the product to market within about a year.

According to the text, Driver Alert ______.

A. aims to reduce tiredness-related accidents

B. has gone through testing at laboratories

C. aims to prevent drivers form sleeping

D. has been on sale for 12 months  

How should a driver respond to the sounds from Driver Alert?

A. By sounding a warning.                                B. By touching the wristband.

C. By checking the driving time.                        D. By pressing the steering wheel.

We can learn form the text that the driver needs to stop for a break when his response time is ______.

A. about 400 milliseconds                                 B. below 500 milliseconds

C. over 500 milliseconds                                          D. about 4 minutes

     When the driver gets sleepy while driving, Driver Alert ______.

A. moves more regularly                                          B. stops working properly

C. opens the window for the driver                           D. sounds more frequently and loudly

A device that stops drivers from falling asleep at the wheel is about to undergo testing at Department of Transport laboratories and could go on sale within 12 months.

       The system, called driver Alert, aims to reduce deadly road accidents by 20%--40% that are caused by tiredness. Airline pilots can also use it to reduce the 30% of all pilot-error accidents that are related to fatigue.

       Driver Alert is based on a computerized wristband. The device, worn by drivers or pilots gives out a sound about every four minutes during a car journey. After each sound the driver must respond by squeezing the steering wheel(方向盘). A sensor in the wristband detects this pressing action and measures the time between the sound and the driver’s response.

       Tiredness is directly related to a driver’s response time. Usually, a watchful driver would take about 400 milliseconds to respond, but once that falls to more than 500 milliseconds, it suggests that the driver is getting sleepy.

       In such cases the device gives out more regular and louder sounds, showing that the driver should open a window or stop for a rest. If the driver’s response continues to slow down, the sounds become more frequent until a nonstop alarm warms that the driver must stop as soon as possible.

       The device has been delivered to the department’s laboratories for testing. If these tests, scheduled for six months’ time, are successful, the markers will bring the product to market within about a year.

According to the text, Driver Alert ______.

       A. aims to reduce tiredness-related accidents

       B. has gone through testing at laboratories

       C. aims to prevent drivers from sleeping

       D. has been on sale for 12 months

How should a driver respond to the sounds from Driver Alert?

       A. By sounding a warning.   B. By touching the wristband.

       C. By checking the driving time. D. By pressing the steering wheel.

We can learn from the text that the driver needs to stop for a break when his response time is ________

       A. About 400 milliseconds    B. below 500 milliseconds

       C. over 500 milliseconds      D. about 4 minutes

When the driver gets sleepy while driving, Driver Alert ______.

       A. moves more regularly      B. stops working properly

       C. opens the window for the driver      D. sounds more frequently and loudl

   A device that stops drivers from falling asleep at the wheel is about to undergo testing at Department of Transport laboratories and could go on sale within 12 months.

   The system, called driver Alert, aims to reduce deadly road accidents by 20%--40% that are caused by tiredness. Airline pilots can also use it to reduce the 30% of all pilot-error accidents that are related to fatigue.

   Driver Alert is based on a computerized wristband. The device, worn by drivers or pilots gives out a sound about every four minutes during a car journey. After each sound the driver must respond by squeezing the steering wheel(方向盘). A sensor in the wristband detects this pressing action and measures the time between the sound and the driver’s response.

   Tiredness is directly related to a driver’s response time. Usually, a watchful driver would take about 400 milliseconds to respond, but once that falls to more than 500 milliseconds, it suggests that the driver is getting sleepy.

   In such cases the device gives out more regular and louder sounds, showing that the driver should open a window or stop for a rest. If the driver’s response continues to slow down, the sounds become more frequent until a nonstop alarm warms that the driver must stop as soon as possible.

   The device has been delivered to the department’s laboratories for testing. If these tests, scheduled for six months’ time, are successful, the markers will bring the product to market within about a year.

72. According to the text, Driver Alert ______

A. aims to reduce tiredness-related accidents   B. has gone through testing at laboratories

C. aims to prevent drivers from sleeping      D. has been on sale for 12 months

73. How should a driver respond to the sounds from Driver Alert?

A. By sounding a warning   B, By touching the wristband

C. By checking the driving time   D. By pressing the steering wheel

74. We can learn from the text that the driver needs to stop for a break when his response time is ________

A. About 400 milliseconds   B. below 500 milliseconds

C. over 500 milliseconds     D. about 400 minutes

75. When the driver gets sleepy while driving, Driver Alert ______

A. moves more regularly           B. stops working properly

C. opens the window for the driver   D. sounds more frequently and loudly