VERHOEKS, Johannes Theodoor Louis,WIELENS, Rick,SPRENGERS, Henri Chrétien Marie
申请号：
ES201890005
公开号：
ES1210014U
申请日:
2016.07.21
申请国别(地区):
ES
年份:
2018
代理人:
摘要：
The present invention generally relates to the field of light therapy systems for example for the ambulant treatment of hyperbilirubinemia. In a first aspect of the invention there is provided an intelligent wearable light module for ambulatory light therapy, the light module being disposed in a wearable light module housing arranged to be worn on the body of a patient for illuminating, during use of the module, the skin of the patient with light of a wavelength corresponding to the light therapy, the lightmodule comprising a substrate, comprising a plurality of light emitting diodes, LED's (LED strips, separate LEDs or OLEDs), arranged in a light emission plane on an emission side of the wearable light module housing facing, during use, towards the skin of the patient, a driver unit, arranged for driving the plurality of separate LEDs on the substrateor OLED, a power supply, arranged for powering the light module, a small low-power communication unit, arranged for remote communication with the light module； the light module further comprising, a local data storage unit, arranged for locally storing data, a processing unit, arranged for controlling the plurality of LED's (LED strips, separate LEDs or OLEDs) by control of the driver unit, and for logging data related to driving the driver unit, and for access to the local data storage and the data stored therein, by means of the small low-power communication unit.1. Módulo de luz, ponible y modular, para terapia de luz ambulatoria, estando dicho módulo de luz dispuesto en un alojamiento ponible de módulo de luz dispuesto para llevarse debajo de la ropa en el cuerpo de un paciente para iluminar, durante el uso de dicho módulo, la piel de dicho paciente con luz de una longitud de onda correspondiente a dicha terapia de luz, comprendiendo dicho módulo de luz: - una lámina OLED o sustrato, que comprende una pluralidad de diodos emisores de luz, LEDs, dispuestos en un plano de emisión de luz en un lado de emisión de dicho
