Universidad de Alcalá-OTRI posted this:Intelligent regulation system of pedestrian crossings by monitoring the waiting areas and adaptive traffic light controlThe research group Intelligent Vehicles and Traffic Technologies of the Automation Department of the University of Alcalá has developed a system that allows the intelligent control of the opening and closing times of a traffic light that governs a pedestrian crossing, especially in urban areas. It is a road safety system that ensures that pedestrian traffic at pedestrian crossings is carried out safely, while optimizing the opening and closing times of traffic lights, achieving an improvement in traffic flow in urban areas. For this purpose, the monitoring of waiting areas for pedestrian crossings is carried out by means of a stereoscopic vision system with infrared illumination. The images provided by the stereoscopic vision system are processed by a computer, obtaining information regarding the presence of pedestrians in the waiting areas. This information is used to act on a traffic light that controls the pedestrian crossing. The group is looking for licensing agreements, technical cooperation agreements, manufacturing agreements and commercial agreements with technical assistance with companies in the sector of transport infrastructure and traffic safety as well as public institutions, such as municipalities and councils.
Universidad de Alcalá-OTRI posted this:Risk management of the effects of solar activity: Device and procedure of obtaining in real time and high resolution, the Local Geomagnetic Disturbance at middle latitudes.The research team specialized in Space Meteorology within the Space Research Group of the University of Alcalá, has developed a device and procedure that, based on the measurement of the local geomagnetic field, is able to estimate the magnetic disturbance component associated to solar activity at middle latitudes. The determination of the magnetic disturbance component is especially relevant in cases of sporadic but explosive solar phenomena. From the perspective of the actual user, the present invention constitutes an essential element in the risk management of the effects of solar activity on vulnerable technologies, both ground-based and satellite-based (electric power, rail transport, terrestrial and positioning navigation systems, radio and satellite communication systems ...), increasing the capacities of public administrations, civil protection and emergencies and the companies themselves, in order to prepare a successful strategy for adverse conditions related to the solar activity. The group is looking for collaboration and/or commercial agreements with the Central Administration, Civil Protection, Critical Infrastructure, Electric Power companies, Rail Network, Oil pipelines companies, Gas Pipelines companies, Insurance firms, etc...
Barani Design posted this:Ultra low power MODBUS Temperature, Humidity, Pressure sensor• High accuracy meeting WMO standards • Fast response (short time constant) • Negligible self heating • Ultra-low power consumption • Digital RS485 MODBUS RTU & ASCII output • Highest lightning protection with Class A result for surge, EFT/burst, ESD per EN 61000-4-2, EN 61000-4-4, EN 61000-4-5 • Flexible 5 to 18VDC input
Universidad de Alcalá-OTRI posted this:Bioremediation strategy in situ for the precipitation and immobilization of uranium and other toxic elements in contaminated soils.A research group from the Geology Department of the University of Alcalá is developing a technology to study the role of the oxidation-reduction processes of humics in the reduction of uranium and other toxic metals in contaminated soils to determine whether stimulating the activity of humic-reducing and oxidizing microbial communities in contaminated soils can be an effective strategy for the in situ immobilization of uranium and other toxic metals. The group is looking for technical cooperation projects with companies.
Universidad de Alcalá-OTRI posted this:Universal sensor platform for immunoassayThe research group in Bioelectrochemistry and Biosensors of the University of Alcalá has developed a method for the construction of a universal analytical device that allows the adaptation of any ELISA format to an immunosensor format, in order to develop simple, low cost and easy to use sensors. This device is based on the sequential deposition of self-assembled monolayers of polymers and affinity elements, applicable for the detection and quantification of any analyte or target antigen in a liquid sample, which allows the development of "on-demand" immunosensors. The group looks for companies or institutions from agro-food, bio-sanitary and environmental sector, interested in reaching collaboration agreements, commercial agreements with technical assistance or patent licensing.