FLAT PASSIVE INFRARED DETECTOR FOR LIGHTING CONTROL

The company has a strong responsibility towards energy efficiency solutions and lighting control is one of the key savings factors. Passive Infrared (PIR) detectors are one of the most popular type of sensors, providing detection of presence and absence to control lighting and other appliances. In some circumstances, current designs of PIR detectors are ineffective, particularly where the detector is at a large distance from the detection target. Detectors have been increasing in size to cope with this problem. However, increasing the size of detectors increases prices and installation costs while reducing aesthetics, space and ergonomy. Ideally, a wall-mounted PIR should not protrude from the wall at all but some depth is required in order to provide 180º vision. The goal of this challenge is to find a 180º PIR detector capable of providing reliable detection over long distances (9-12m) while keeping the lowest possible profile on the wall. The depth of the device must be significantly less than that of the current models. The company also wants the sensor to look like a conventional switch. That is to say, the final product should be a flat product. The company is looking for the best compromise in reducing the depth of its PIR sensors and keeping a flat form factor by finding a new sensing technique, an improved lens configuration or a combination of both. Naturally, new sensing techniques must be reliable to avoid false triggering and provide immunity against white light and air turbulence.

isfr is seeking for a technology based on Optical measurement systems & Sensors This technology request to buy called “Flat Passive Infrared Detector for Lighting Control” is meant for the following industries: Illumination & Displays .

Looking for a partner to establish any kind of relationship that will accelerate the path of the technology to the end-user market.

A partner in form of Joint research. This is an agreement on cooperation between the parties on research and development on an equal level (Synergy and international partnership, EU H2020 funding application).

The minimum Technology Readiness Level requested is level 7 (System prototype demonstration in an operational environment). The prototype is near or at planned operational system. Represents a major step up from TRL 6 by requiring demonstration of an actual system prototype in an operational environment.