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    • 32. 发明申请
    • A LONG-TERM NON-INVASIVE SYSTEM FOR MONITORING AND CHARACTERIZING ATRIAL ARRHYTHMIAS IN PATIENTS WITH POST-STROKE CONDITIONS
    • WO2020104986A2
    • 2020-05-28
    • PCT/IB2019/060028
    • 2019-11-21
    • KAUNAS UNIVERSITY OF TECHNOLOGY
    • MAROZAS, VaidotasPETRENAS, AndriusSOLOSENKO, AndriusDAUKANTAS, SauliusSIMAITYTE, MonikaRAPALIS, AndriusBACEVICIUS, JustinasAIDIETIS, Audrius
    • A61B5/00A61B5/0402A61B5/024A61B5/0245
    • A system and a method defined herein are intended to detect, to monitor and to characterise in a non-invasive way for the patient the cardiac arrhythmias that are associated with the development of atrial arrhythmia and increased risk of ischemic cerebral stroke. The system consists of a portable device with integrated sensors for biosignals; the modules integrated in the portable device for recognition of intermittent atrial arrhythmia episodes; a module for characterisation of the distribution of atrial arrhythmia episodes aiming to assess disease progression, designed for the use in the server or in the smart devise. The proposed technical solution allows to carry out a long-term monitoring of atrial fibrillation in a non-invasive way for the patient. If a non-documented atrial arrhythmia, especially an atrial fibrillation is detected by automatic means during the long-term monitoring, a physician is informed by e-mail by sending the electrocardiogram of the said arrhythmia episode. If the physician confirms diagnosis of atrial fibrillation, a recommendation to seek the advice of cardiologist is sent to patient's smart device. A system is designed for the preventive examination of healthy individuals and those with increased risk of atrial arrhythmias. Monitoring can be carried out in different ways: e.g. during the treatment in out-patient setting; in the rehabilitation and nursing hospitals; in the day or long¬ term treatment hospital, in the private healthcare establishments, which could provide atrial arrhythmia monitoring services for their patients; also for the patients after severe illness (e.g. cerebral stroke, myocardial infarction, patients on dialysis treatment), in patients with increased risk of atrial fibrillation and stroke; for clinics responsible for personalised selection of antiarrhythmic medication doses; in clinics carrying out post-procedural prognostic indication and efficacy evaluation of therapeutic interventions (such as catheter ablation); for pharmaceutical enterprises conducting long term studies of medicinal preparations.
    • 34. 发明申请
    • ELECTRONIC ICE JIG WITH FLASHING LIGHT
    • 电子冰枪与闪光灯
    • WO2015150962A1
    • 2015-10-08
    • PCT/IB2015/052045
    • 2015-03-20
    • KAUNAS UNIVERSITY OF TECHNOLOGY
    • SVILAINIS, LinasDUMBRAVA, VytautasCHAZIACHMETOVAS, Andrius
    • A01K85/00A01K85/01
    • A01K85/01A01K85/00
    • Electronic flashing (illuminated) ice jig is applied for predatory fish fishing. Jig volume has the printed circuit board (2), containing a power supply (3) and an electronic circuit (4) which control the light-emitting diode (1) operation. Jig is overmolded with a special water-tight plastic (5) to form a volumetric shape. Jig has a hook (6) and the eye (7) for fishing line attachment. The eye (7) and the hook (6) are not only used as mechanical components, but also as electrical contacts. Those contacts (7) and (6) are used to detect when jig is placed in water. Placement into water turns on the main controller (9) which is forming the flashes of a light-emitting diode (1). The same contacts are used to charge the jig. A double layer capacitor is used for power supply, which is environmentally friendly, can be quickly charged and small in size. Small size of a jig is the necessary requirement. Switched-mode voltage-to- current converter (10) is used to transfer the power from the power supply (3) to the light- emitting diode (1), thus automatically adapting the converter output voltage to the turn-on voltage of the light-emitting diode.
    • 电子闪光(照明)冰夹具用于掠食性捕鱼。 夹头体积具有印刷电路板(2),其包含控制发光二极管(1)操作的电源(3)和电子电路(4)。 夹具用一种特殊的防水塑料(5)包覆成型,形成体积形状。 夹具有钩(6)和眼(7)用于钓鱼线附件。 眼(7)和钩(6)不仅用作机械部件,而且用作电触点。 这些触点(7)和(6)用于检测夹具何时放置在水中。 放入水中,导致正在形成发光二极管(1)的闪光的主控制器(9)。 使用相同的触点对夹具充电。 双层电容器用于电源供电,环保,可快速充电,体积小。 小尺寸的夹具是必需的要求。 开关型电压 - 电流转换器(10)用于将电力(3)的功率传递到发光二极管(1),从而自动地将转换器输出电压适配到 发光二极管。
    • 38. 发明申请
    • A LONG-TERM NON-INVASIVE SYSTEM FOR MONITORING AND CHARACTERIZING ATRIAL ARRHYTHMIAS IN PATIENTS WITH POST-STROKE CONDITIONS
    • WO2020104986A3
    • 2020-05-28
    • PCT/IB2019/060028
    • 2019-11-21
    • KAUNAS UNIVERSITY OF TECHNOLOGY
    • MAROZAS, VaidotasPETRENAS, AndriusSOLOSENKO, AndriusDAUKANTAS, SauliusSIMAITYTE, MonikaRAPALIS, AndriusBACEVICIUS, JustinasAIDIETIS, Audrius
    • A61B5/00A61B5/0402A61B5/024A61B5/0245
    • A system and a method defined herein are intended to detect, to monitor and to characterise in a non-invasive way for the patient the cardiac arrhythmias that are associated with the development of atrial arrhythmia and increased risk of ischemic cerebral stroke. The system consists of a portable device with integrated sensors for biosignals; the modules integrated in the portable device for recognition of intermittent atrial arrhythmia episodes; a module for characterisation of the distribution of atrial arrhythmia episodes aiming to assess disease progression, designed for the use in the server or in the smart devise. The proposed technical solution allows to carry out a long-term monitoring of atrial fibrillation in a non-invasive way for the patient. If a non-documented atrial arrhythmia, especially an atrial fibrillation is detected by automatic means during the long-term monitoring, a physician is informed by e-mail by sending the electrocardiogram of the said arrhythmia episode. If the physician confirms diagnosis of atrial fibrillation, a recommendation to seek the advice of cardiologist is sent to patient's smart device. A system is designed for the preventive examination of healthy individuals and those with increased risk of atrial arrhythmias. Monitoring can be carried out in different ways: e.g. during the treatment in out-patient setting; in the rehabilitation and nursing hospitals; in the day or long¬ term treatment hospital, in the private healthcare establishments, which could provide atrial arrhythmia monitoring services for their patients; also for the patients after severe illness (e.g. cerebral stroke, myocardial infarction, patients on dialysis treatment), in patients with increased risk of atrial fibrillation and stroke; for clinics responsible for personalised selection of antiarrhythmic medication doses; in clinics carrying out post-procedural prognostic indication and efficacy evaluation of therapeutic interventions (such as catheter ablation); for pharmaceutical enterprises conducting long term studies of medicinal preparations.