Patents

ICREA selecciona els investigadors únicament segons els seus mèrits científics. No obstant això, l'excel·lència científica porta sovint a la invenció de noves tecnologies i solucions. Quan passa això, ICREA fa costat a l'aprofitament d'aquestes oportunitats.

Els catedràtics de recerca de la ICREA treballen a diverses universitats i centres de recerca. Per això la titularitat de qualsevol propietat industrial es comparteix sempre entre la ICREA i la institució d'acollida. Perquè les negociacions siguin el més àgils i concloents possible, les institucions d'acollida tenen plena llibertat per emprendre activitats de transferència de tecnologia en nom d'ICREA, si en sorgeix l'oportunitat. ICREA recolza les accions encaminades a aquest aprofitament i presta assessorament al llarg de tot el procés.

Consulteu les nostres tecnologies actuals i contacteu amb ICREA per saber-ne més.

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Area, Patent application number, Title, Inventors, Institutions
  • Experimental Sciences & Mathematics - 16382336.2-1451 - 15 Jul, 2016
    Catalytic Carboxylation Of Activated Alkanes And/Or Olefins

    Juliá-Hernández, Francisco; Cornella, Josep; Martin, Ruben


  • Engineering Sciences - EP16167561.6 - 28 Apr, 2016
    MAGNETIC-ELECTROCATALYTIC, PSEUDO-ORDERED MESOPOROUS ALLOY FILMS, A METHOD FOR MAKING THEM AND THEIR USE

    Isaraín Chavez, Jin Zhang, Maria Dolors Baró, Eva Pellicer, Jordi Sort
    Universitat Autonoma de Barcelona
    The present invention provides magnetic and electrocatalytic, pseudo-ordered mesoporous alloy films as well as their use. Two different types of mesoporous alloy films have been provided by the invention: (1) non-noble metal + noble metal; (2) non-noble metal A + non-noble metal B. In both cases, the obtained films exhibit electrocatalytic properties. Furthermore, the introduction of ferromagnetic 3d transition metals into the porous films confer them a magnetic functionality. The invention also provides a new method to synthesize said mesoporous metallic alloys with pseudo-ordered porosity, whose method is carried out in one-single step in the presence of an aqueous electrolyte that contains a triblock copolymer. The method is industrially scalable.

  • Engineering Sciences - EP 16382120 - 18 Mar, 2016
    Method for the preparation of metal organic frameworks

    D. Maspoch, I. Imaz, L. C. Garzón
    Institut Catalana de Nanociència i Nanotecnologia

  • Life & Medical Sciences - PCT/EP2016/062637 - 3 Jan, 2016
    EXOSOMES AND USE THEREOF AS VACCINES

    Hernando A del Portillo Obando; Francisco E. Borràs Serres; Lorenzo Fraile Sauce; Sergio Montaner Tarbes
    ISGlobal

  • Engineering Sciences - ES1641.1145 - 24 Nov, 2015
    A process of obtainment of an n-type organic semiconductor by UV-VIS irradiation

    M. Campoy-Quiles, A.R. Goñi, B. Dörling, C. Müller, and J. Ryan
    CSIC
    The invention relates to a process of obtainment of an n-type organic semiconductor by irradiating a p-type organic semiconductor with UV-VIS radiation.

  • Experimental Sciences & Mathematics - EP 15190177 - 16 Oct, 2015
    Photodiode with intense photovoltage or photocurrents

    Amador Perez, Monica Lira-Cantu, Gustau Catalan


  • Experimental Sciences & Mathematics - EP 15382491 - 10 Oct, 2015
    Flexoelectric Device

    Jackeline Narvaez, Gustau Catalan
    ICN2-Institut Catala de Nanociencia i Nanotecnologia
    All flexoelectric devices have two electrodes and a dielectric material sandwitched between them. When subject to an inhomogeneous deformation (strain gradient), such as bending, the dielectric material will polarize and generate a charge density at its surface. The role of the electrodes is to collect this charge. The figure of merit of such a device is the effective flexoelectric coefficient, µeff, which is the coefficient between the generated charge and the applied strain gradient. The flexoelectric coefficient of most materials is in the nC/m range, and only occasionally can reach up to µC/m. The present invention proposes that substituting the dielectric (electrically insulating) layer for a semiconductor (electrically conducting) layer results in a much larger flexoelectric coefficient that can reach up to mC/m.

  • Experimental Sciences & Mathematics - PCT/EP2015/067717 - 1 Sep, 2015
    A method for detection of presence or absence of analytes in fluids and an optical detection system for carrying out the method

    R.A. Alvarez-Puebla, N. Pazos-Pérez, E. Pazos, C. Catala, B. Mir-Simon; S. Gómez-de-Pedro, C. Villanueva, J. Sagales-Mañas
    Universitat Rovira i Virgili, CTQC, ICREA, Medcom Advance, S.A., Medcom Tech, S.A.

  • Engineering Sciences - EP15382405.7 - 31 Jul, 2015
    Physiological response

    M. V. Sanchez-Vives, M. Slater, J. Arroyo-Palacios
    Universitat de Barcelona, ICREA, IDIBAPS
    The present disclosure relates to methods and systems for provoking a physiological response of a subject. It further relates to methods and systems and computer readable media for behavior therapy of a subject.

  • Engineering Sciences - EP15382406.5 - 31 Jul, 2015
    Motor training

    M. V. Sanchez-Vives, M. Slater
    Universitat de Barcelona, ICREA, IDIBAPS
    The present disclosure relates to methods, systems and computer readable media for motor training of a subject, and in particular of a limb of a subject.

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