Darío Rubén Quiñones Colomer

Darío Rubén Quiñones Colomer

Valencia/València, Comunidad Valenciana / Comunitat Valenciana, España
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Con una trayectoria sólida en el desarrollo de negocios y consultoría de sistemas de…

Actividad

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Experiencia

  • Gráfico Dextro

    Dextro

    Valencia/València, Comunidad Valenciana / Comunitat Valenciana, España

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    Valencia y alrededores, España

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    Valencia y alrededores, España

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    Paterna y alrededores, España

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    Valencia, Spain

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    London, United Kingdom

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    Instituto de Diseño para la Fabricación y Producción Automatizada

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    Ontinyent (Valencia)

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    Ontinyent (Valencia)

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    Ontinyent (Valencia)

Educación

  • Gráfico Universitat Politècnica de València (UPV)

    Universitat Politècnica de València (UPV)

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    Diseño de PCBs para aplicaciones de electrónica digital
    Extenso manejo herramientas CAD 3D, renders e ilustración
    Programación de microcontroladores
    Diseño de dispositivos para investigación preclínica
    Simulación con métodos de elementos finitos
    Fabricación de prototipos con impresión 3D, corte láser y estereolitografía
    Dirección de proyectos académicos
    Presupuestos para desarrollo de proyectos I+D

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    Conocimientos, aptitudes y destrezas adquiridos:
    • Conocimientos médicos básicos.
    • Conocimientos sólidos en Bioelectromagnetismo, Instrumentación, Imágenes Médicas, Biomateriales y Biomecánica, Modelización de Sistemas Fisiológicos, Sistemas de Información, Ingeniería Clínica, Fundamentos médicos de la Ingeniería Biomédica y Modelos Sanitarios.

    • Especialidad en Bioelectrónica e Instrumentación: conocimientos en Modelización de Células y Tejidos, diseño de sistemas de tratamiento…

    Conocimientos, aptitudes y destrezas adquiridos:
    • Conocimientos médicos básicos.
    • Conocimientos sólidos en Bioelectromagnetismo, Instrumentación, Imágenes Médicas, Biomateriales y Biomecánica, Modelización de Sistemas Fisiológicos, Sistemas de Información, Ingeniería Clínica, Fundamentos médicos de la Ingeniería Biomédica y Modelos Sanitarios.

    • Especialidad en Bioelectrónica e Instrumentación: conocimientos en Modelización de Células y Tejidos, diseño de sistemas de tratamiento de señal, instrumentación biomédica, equipos de diagnóstico y adquisición de señales, e instalaciones clínicas.

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    Bloque de intensificación en control y automática: especialización en sistemas de control y automatización industrial. Los aspectos que se tratan son: técnicas avanzadas en la ingeniería de control, sistemas de control por computador, instrumentación y sistemas SCADA y reguladores de procesos industriales.

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    Capacidades adquiridas:
    - Desarrollo de sistemas automáticos, sistemas de regulación y control de procesos industriales.
    - Gestión sistemas informáticos y de comunicaciones industriales.
    - Instalación de sistemas electrónicos de potencia.
    - Realización de proyectos de automatización.
    - Administración y gestión PYMES.
    - Programación y instalación de mesa XY gestionada por PLC Omron y controlada mediante el ratón de un PC.

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    Capacidades adquiridas:
    - Instalación y mantenimiento de equipos electrónicos de sonido, vídeo, informáticos y terminales de telecomunicaciones.
    -Desarrollo de proyectos de acometidas, instalaciones eléctricas industriales y domesticas.
    -Administración y gestión PYMES.

Licencias y certificaciones

Experiencia de voluntariado

  • Asistencia a ponentes

    2nd IEEE EMBS International Conference on Biomedical and Health Informatics

    Ciencia y tecnología

Publicaciones

  • TherMouseDuino: An affordable Open-Source temperature control system for functional magnetic resonance imaging experimentation with mice.

    Elsevier

    INTRODUCTION Functional magnetic resonance imaging (fMRI) is one of the most highly regarded techniques in the neuroimaging field. This technique is based on vascular responses to neuronal activation and is extensively used in clinical and animal research studies. In preclinical settings, fMRI is usually applied to anesthetized animals. However, anesthetics cause alterations, e.g. hypothermia, in the physiology of the animals and this has the potential to disrupt fMRI signals. The current…

    INTRODUCTION Functional magnetic resonance imaging (fMRI) is one of the most highly regarded techniques in the neuroimaging field. This technique is based on vascular responses to neuronal activation and is extensively used in clinical and animal research studies. In preclinical settings, fMRI is usually applied to anesthetized animals. However, anesthetics cause alterations, e.g. hypothermia, in the physiology of the animals and this has the potential to disrupt fMRI signals. The current temperature control method involves a technician, as well as monitoring the acquisition MRI sequences, also controlling the temperature of the animal; this is inefficient. METHODS In order to avoid hypothermia in anesthetized rodents an Open-Source automatic temperature control device is presented. It takes signals from an intrarectal temperature sensor, as well as signals from a thermal bath, which warms up the body of the animal under study, in order to determine the mathematical model of the thermal response of the animal. RESULTS A Proportional-Integral-Derivative (PID) algorithm, which was discretized in an Arduino microcontroller, was developed to automatically keep stable the body temperature of the animal under study. The PID algorithm has been shown to be accurate in preserving the body temperature of the animal. CONCLUSION This work presents the TherMouseDuino. It is an Open-Source automatic temperature control system and reduces temperature fluctuations, thus providing robust conditions in which to perform fMRI experiments. Furthermore, our device frees up the technician to focus solely on monitoring the MRI sequences.

    Otros autores
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  • A Tangible Educative 3D Printed Atlas of the Rat Brain

    Special Issue of the Manufacturing Engineering Society (MES)

    Otros autores
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  • Open Source 3D Printed Lung Tumor Movement Simulator for Radiotherapy Quality Assurance

    Special Issue of the Manufacturing Engineering Society (MES)

  • HIVE Tracker: a tiny, low-cost, and scalable device for sub-millimetric 3D positioning

    AH '18 Proceedings of the 9th Augmented Human International Conference

  • Automatic positioning device for cutting three-dimensional tissue in living or fixed samples. Proof of concept

    IEEE

    The study and analysis of tissues has always been an important part of the subject in biology. For this reason, obtaining specimens of tissue has been vital to morphological and functionality research. Historically, the main tools used to obtain slices of tissue have been microtomes and vibratomes. However, they are largely unsatisfactory. This is because it is impossible to obtain a full, three-dimensional structure of a tissue sample with these devices. This paper presents an automatic…

    The study and analysis of tissues has always been an important part of the subject in biology. For this reason, obtaining specimens of tissue has been vital to morphological and functionality research. Historically, the main tools used to obtain slices of tissue have been microtomes and vibratomes. However, they are largely unsatisfactory. This is because it is impossible to obtain a full, three-dimensional structure of a tissue sample with these devices. This paper presents an automatic positioning device for a three-dimensional cut in living or fixed tissue samples, which can be applied mainly in histology, anatomy, biochemistry and pharmacology. The system consists of a platform on which the tissue samples can be deposited, plus two containers. An electromechanical system with motors and gears gives the platform the ability to change the orientation of a sample. These orientation changes were tested with movement sensors to ensure that accurate changes were made. This device paves the way for researchers to make cuts in the sample tissue along different planes and in different directions by maximizing the surface of the tract that appears in a slice.

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  • RATT: RFID Assisted Tracking Tile. Preliminary results

    IEEE

    Behavior is one of the most important aspects of animal life. This behavior depends on the link between animals, their nervous systems and their environment. In order to study the behavior of laboratory animals several tools are needed, but a tracking tool is essential to perform a thorough behavioral study. Currently, several visual tracking tools are available. However, they have some drawbacks. For instance, when an animal is inside a cave, or is close to other animals, the tracking cameras…

    Behavior is one of the most important aspects of animal life. This behavior depends on the link between animals, their nervous systems and their environment. In order to study the behavior of laboratory animals several tools are needed, but a tracking tool is essential to perform a thorough behavioral study. Currently, several visual tracking tools are available. However, they have some drawbacks. For instance, when an animal is inside a cave, or is close to other animals, the tracking cameras cannot always detect the location or movement of this animal. This paper presents RFID Assisted Tracking Tile (RATT), a tracking system based on passive Radio Frequency Identification (RFID) technology in high frequency band according to ISO/IEC 15693. The RATT system is composed of electronic tiles that have nine active RFID antennas attached; in addition, it contains several overlapping passive coils to improve the magnetic field characteristics. Using several tiles, a large surface can be built on which the animals can move, allowing identification and tracking of their movements. This system, that could also be combined with a visual tracking system, paves the way for complete behavioral studies.

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Patentes

  • Tag and grid for identifying and tracking animals, and animal identification and tracking system (Baldosa y malla para la identificación y seguimiento de animales y sistema de identificación y seguimiento de animales)

    Expedida P201730978

    A tag for identifying and tracking animals fitted with a digital implant comprises: an active antenna designed for emitting an RF signal and for receiving RF signals from the digital implants in response to the RF signal emitted by the antenna; communication means designed for transmitting to a remote digital terminal the RF signals from the digital implant received by the antenna; and means for joining the tags the ones next to the others. An animal identification and tracking grid comprises…

    A tag for identifying and tracking animals fitted with a digital implant comprises: an active antenna designed for emitting an RF signal and for receiving RF signals from the digital implants in response to the RF signal emitted by the antenna; communication means designed for transmitting to a remote digital terminal the RF signals from the digital implant received by the antenna; and means for joining the tags the ones next to the others. An animal identification and tracking grid comprises at least two tags. An animal identification and tracking system comprises: a digital implant designed for being placed in an animal, receiving RF signals and emitting RF signals in response to an RF signal received; a tag and/or a grid according to the invention; and a remote digital terminal designed for receiving RF signals.

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  • Dispositivo automático de posicionamiento para corte de tejido tridimensional en una muestra, vibrátomo que lo comprende y su uso.

    Expedida ES P201530181

    Otros inventores

Cursos

  • Android: programación de aplicaciones para móviles

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  • Dirección de reuniones efectivas

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  • Documentos Técnicos y Científicos con LATEX

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  • Documentos técnicos y científicos con Latex

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  • IV jornada de tecnologías para la salud: hacia la traslación en medicina genómica y personalizada

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  • Preparación de trabajos académicos

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Reconocimientos y premios

  • Global Channel Partner of the Year 2020 award

    Philips Health Systems

  • Premio - Biotecnología y Biomedicina - Valencia Idea 2015

    Department of Youth - City Council Valencia - Gas Natural Cegas

    Título del Proyecto : Sistema automático de posicionamiento para corte de tejido tridimensional en muestras vivas o fijadas

  • Premio al Mejor Expediente de Tercer Curso

    Universitat Politècnica de València (UPV)

Idiomas

  • Inglés

    Competencia básica profesional

  • Español

    Competencia bilingüe o nativa

  • Valenciano

    Competencia bilingüe o nativa

  • Catalán

    Competencia profesional completa

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