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    • 3. 发明申请
    • METHOD AND APPARATUS FOR CALCULATING AND DOWNLOADING BIORHYTHMS AND CELESTIAL ASPECTS TO A CALENDAR SYSTEM
    • 用于计算和下载生物体的方法和装置,并将其结合到日历系统中
    • WO2007092141A2
    • 2007-08-16
    • PCT/US2007/001477
    • 2007-01-19
    • TARLETON, E. RussellSAVCHENKO, Vladimir
    • SAVCHENKO, Vladimir
    • A61B5/4857G04G9/00
    • A method for calculating and downloading to an electronic calendar biorhythmic cycles and celestial aspects that includes creating an individual user profile, calculating biorhythmic cycles and celestial aspects based on the user's universal date, time, and geographical location of birth and converted to the local time for the current location, downloading the biorhythmic cycles and celestial aspects to an electronic file in an electronic storage medium, and importing the file into an electronic calendar system. An apparatus includes software in a circuit or on a computer device that is configured for creating an individual user profile, for calculating biorhythmic cycles and celestial aspects based on the user's universal date and time of birth (UT) and converted to the local time for the current location for downloading the biorhythmic cycles and celestial aspects to an electronic file in an electronic storage medium and for importing the file into an electronic calendar system.
    • 一种用于计算和下载到电子日历生物节律周期和天体方面的方法,包括创建个人用户简档,基于用户的通用日期,时间和出生地理位置计算生物节律周期和天体方面,并将其转换为当地时间 当前位置,将生物节律周期和天体方面下载到电子存储介质中的电子文件,并将文件导入电子日历系统。 一种装置包括在电路或计算机设备上的软件,其被配置为基于用户的通用日期和出生时间(UT)来创建个体用户简档,用于计算生物节律周期和天体方面,并将其转换为本地时间 用于将生物节律周期和天体方面下载到电子存储介质中的电子文件并将文件导入电子日历系统的当前位置。
    • 5. 发明申请
    • HEART ACTIVITY MONITORING SYSTEM WITH V-POTENTIAL SENSORS
    • 具有V电位传感器的心脏活动监测系统
    • WO2017200420A1
    • 2017-11-23
    • PCT/RU2017/000313
    • 2017-05-16
    • SAVCHENKO, Vladimir
    • SAVCHENKO, Vladimir
    • A61B5/04A61B5/0402A61B5/024
    • The invented heart activity sensory system, commonly called a heart monitor, consists of at least two skin contact sensors which can be attached to or integrated with wearable devices or accessories such as headsets, glasses, goggles, hats, helmets, necklaces, pendulums, garments, or directly to a body. Each sensor has an electrical electrode to establish a contact with skin for the purpose of measuring skin voltage potential and heart activity using the electrocardiogram (ECG or EKG) method. The sensors can communicate wirelessly with each other, calculate heart activity characteristics, record the characteristics in a memory, and inform the user visually, audibly, or with tactile means about the users heart activity. The sensors can also transmit these characteristics wirelessly to a host device such as a smartphone.
    • 本发明的心脏活动感觉系统(通常称为心脏监测器)由至少两个皮肤接触传感器组成,所述传感器可以附接至可佩戴装置或附件,例如耳机,眼镜,护目镜, 帽子,头盔,项链,钟摆,服装,或直接到身体。 每个传感器都有一个电极以建立与皮肤的接触,以便使用心电图(ECG或EKG)方法测量皮肤电压电位和心脏活动。 传感器可以彼此无线通信,计算心脏活动特征,将特征记录在记忆中,并以视觉方式,听觉方式或关于用户心脏活动的触觉手段通知用户。 传感器还可以将这些特性无线传输到智能手机等主机设备。
    • 7. 发明申请
    • METHOD AND APPARATUS TO MEASURE MOTION CHARACTERISTICS FOR BICYCLES AND ANY VEHICLES ON WHEELS
    • 用于测量车轮和任何车辆的运动特性的方法和装置
    • WO2015074140A1
    • 2015-05-28
    • PCT/CA2014/000845
    • 2014-11-21
    • SAVCHENKO, Vladimir
    • SAVCHENKO, Vladimir
    • G01C23/00B62J99/00G01C25/00
    • G01C22/002B62J99/00B62J2099/0013B62J2099/002G01C19/56G01C25/00
    • A sensor system for use with a host device a vehicle comprises a frame and at least one wheel comprises first and second sensors. The first sensor is associated with the at least one wheel of the vehicle, and the second sensor is associated with a frame of the wheel. The first sensor generates wheel data indicative of movement of the wheel with respect to a magnetic pole of the Earth or a magnet on a frame and transmits the wheel data such as revolution angle, direction of the revolution and angular acceleration of the wheel to the host device. The second sensor generates frame data indicative of movement of the frame with respect to a direction of gravity and transmits the frame data such as an angle of travelling surface relative to horizon, the direction of the gravity g force, cadence, the lateral leaning angle and the frequency of change for lateral leaning from left to right to the host device.
    • 用于与主机装置一起使用的传感器系统包括框架,并且至少一个车轮包括第一和第二传感器。 第一传感器与车辆的至少一个车轮相关联,并且第二传感器与车轮的框架相关联。 第一传感器产生指示车轮相对于地球的磁极或框架上的磁体的运动的车轮数据,并将车轮数据例如转角,转轮方向和车轮的角加速度传递到主机 设备。 第二传感器生成指示帧相对于重力方向移动的帧数据,并且传送帧数据,例如相对于地平线的行进表面的角度,重力g力的方向,节奏,侧倾角以及 从左到右横向倾斜到主机的变化频率。