Infrared Curtain technology, by Continental, could bring touchscreen functionality to economy cars

Infrared Curtain technology 3

While touchscreen controls are currently restricted to the domain of luxury cars, Continental, a global automotive company, is working towards developing an incredibly innovative ‘infrared curtain” system that will provide multi-touch functionality at far more affordable prices. According to the company’s spokesperson, the infrared curtain technology is being designed as a cheaper alternative to traditional capacitive displays, perfect for economy cars.

Infrared Curtain technology 1The system consists of a simple, square frame, possessing a series of LEDs along two adjoining sides. It is fitted with an number of photodiodes on the remaining sides. The infrared light emitted by the LED is converted into electric signal, by means of a photodiode situated at the corresponding position, on the opposite side. The frame is affixed onto the outer edges of an LCD display. Talking about the project, Fook Wai Lee, an employee of Continental’s Singapore office, said:

Back in 2011, we showed that an infrared curtain can turn any surface in the car interior into a user interface…We have now developed this technology to the point where it also recognizes typical multi-touch gestures as input, like swiping, zooming and pinching.

Infrared Curtain technology 2When the user touches a particular control on the screen, a few of the emanating infrared light beams are blocked by his/her fingers. The photodiodes, associated with these beams, momentarily stop receiving any light and therefore, fail to send an electrical signal. Unlike capacitive displays that recognize gestures electronically, the infrared curtain system uses the position of the blocked light beams to determine the location of the user’s fingers.

Infrared Curtain technology 4A single layer of LEDs is indeed quite sufficient for simple, one-finger gestures. On the other hand, multi-finger operations require two separate rows of infrared lights to be connected together. Apart from its capacity to identify multi-touch gestures, the infrared curtain technology allows users to operate the system even while wearing ordinary, non-capacitive gloves. Wai Lee said:

With our infrared technology, there is no need for special gloves – our infrared curtain is able to detect touch gestures of gloved fingers…[However] the challenge is in the integration: our goal is an infrared light source that is sticking out only minimally over the display surface yet still recognizes all desired multi-touch gestures.

Continental believes that the infrared curtain technology will be production-ready, latest by 2017.

Infrared Curtain technology 3

Via: Continental 

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Infrared Curtain technology, by Continental, could bring touchscreen functionality to economy cars

While touchscreen controls are currently restricted to the domain of luxury cars, Continental, a global automotive company, is working towards developing an incredibly innovative ‘infrared curtain” system that will provide multi-touch functionality at far more affordable prices. According to the company’s spokesperson, the infrared curtain technology is being designed as a cheaper alternative to traditional capacitive displays, perfect for economy cars.

Infrared Curtain technology 1The system consists of a simple, square frame, possessing a series of LEDs along two adjoining sides. It is fitted with an number of photodiodes on the remaining sides. The infrared light emitted by the LED is converted into electric signal, by means of a photodiode situated at the corresponding position, on the opposite side. The frame is affixed onto the outer edges of an LCD display. Talking about the project, Fook Wai Lee, an employee of Continental’s Singapore office, said:

Back in 2011, we showed that an infrared curtain can turn any surface in the car interior into a user interface…We have now developed this technology to the point where it also recognizes typical multi-touch gestures as input, like swiping, zooming and pinching.

Infrared Curtain technology 2When the user touches a particular control on the screen, a few of the emanating infrared light beams are blocked by his/her fingers. The photodiodes, associated with these beams, momentarily stop receiving any light and therefore, fail to send an electrical signal. Unlike capacitive displays that recognize gestures electronically, the infrared curtain system uses the position of the blocked light beams to determine the location of the user’s fingers.

Infrared Curtain technology 4A single layer of LEDs is indeed quite sufficient for simple, one-finger gestures. On the other hand, multi-finger operations require two separate rows of infrared lights to be connected together. Apart from its capacity to identify multi-touch gestures, the infrared curtain technology allows users to operate the system even while wearing ordinary, non-capacitive gloves. Wai Lee said:

With our infrared technology, there is no need for special gloves – our infrared curtain is able to detect touch gestures of gloved fingers…[However] the challenge is in the integration: our goal is an infrared light source that is sticking out only minimally over the display surface yet still recognizes all desired multi-touch gestures.

Continental believes that the infrared curtain technology will be production-ready, latest by 2017.

Infrared Curtain technology 3

Via: Continental 

  Subscribe to HEXAPOLIS

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