TASS, Peter Alexander,ROULET, Jean-Christophe,VON BÜREN, Thomas,FEHR, Jean-Noel,SCHNELL, Urban
申请号：
ES13711600
公开号：
ES2616243T3
申请日:
2013.03.12
申请国别(地区):
ES
年份:
2017
代理人:
摘要：
Device for the stimulation of thermoreceptors with thermoexcitations placed on the skin of a patient, where - the device has several non-invasive stimulation units (60) to irradiate the patient's skin with electromagnetic radiation, and a control unit, - by absorption of Electromagnetic radiation on the patient's skin, thermoexcitations are generated, - the stimulation units (60) respectively have a main surface, by which electromagnetic radiation is emitted, and several lateral surfaces, in which elements (61) are provided. , 62) first and second connection, - the stimulation units (60) can be mutually connected by means of the first and second connection elements (61, 62), and - by means of the connection elements (61, 62) first and second a mechanical connection of the stimulation units (60) can be established, characterized in that - by means of the elements (61, 62) of co First and second connection, an electrical connection of the stimulation units (60) can be established, - the stimulation units (60) respectively have exactly one first connecting element (61) on a lateral surface and on all other lateral surfaces a second connecting element (62) and where the first and second connecting elements (61, 62) have been configured such that they mutually fit together and thereby establish a joint, and - each stimulation unit (60) is electrically connected with the control unit through the stimulation units (60) interconnected with the respective control unit (60) and the control unit.Dispositivo para la estimulación de termorreceptores con termoexcitaciones colocados en la piel de un paciente, donde - el dispositivo presenta varias unidades (60) de estimulación no invasivas para irradiar la piel del paciente con radiación electromagnética, y una unidad de control, - por absorción de la radiación electromagnética en la piel del paciente, se generan termoexcitaciones, - las unidades (60) de estimulación presentan respectivamente una superficie principal, por la cual
