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公开(公告)号:US20100130890A1
公开(公告)日:2010-05-27
申请号:US12593992
申请日:2008-03-27
IPC分类号: A61B5/11
摘要: An activity measurement system gives, based upon consecutively measured activity intensities, an exercise index (EX) indicative of energetic exercise and a daily activity index (DA) indicative of a routine living activity within a predetermined measurement time period, and display an activity element A (x, y), a combination of these indexes within an X-Y matrix plane. The exercise index (EX) is calculated at a first operation means as a sum of a product of the activity intensity exceeds a predetermined reference and a time period during which the activity intensity exceeds the reference, within the measurement time period. The daily activity index (DA) is calculated at a second operation means as a caloric consumption divided by a basal metabolic rate of a user within the measurement time period. The caloric consumption is determined a function of the activity intensity per unit time below the reference and data indicative of physical characteristics of the user. The basal metabolic rate is calculated based upon the data of the physical characteristics which are stored in a personal information data table provided in the system.
摘要翻译: 活动测量系统基于连续测量的活动强度,给出指示在预定测量时间段内指示活跃锻炼的运动指数(EX)和指示常规生活活动的日常活动指数(DA),并且显示活动元素A (x,y),这些指标在XY矩阵平面内的组合。 在测量时间段内,在第一操作装置处计算运动指数(EX)作为活动强度的乘积与预定参考值的乘积与活动强度超过参考值的时间段之和。 日常活动指数(DA)以第二手术手段计算,作为热量消耗除以测量时间段内用户的基础代谢率。 热量消耗被确定为低于参考的每单位时间的活动强度和指示用户的物理特性的数据的函数。 基于存储在系统中提供的个人信息数据表中的物理特性的数据计算基础代谢率。
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公开(公告)号:US4272671A
公开(公告)日:1981-06-09
申请号:US75991
申请日:1979-09-17
申请人: Hitoshi Hukagawa , Isao Shimada , Masayuki Naruo , Terumi Endo
发明人: Hitoshi Hukagawa , Isao Shimada , Masayuki Naruo , Terumi Endo
CPC分类号: H05B3/34 , G05D23/1909 , G05D23/24 , H02H3/33 , H02H5/043 , H05B1/0227 , H05B2203/01 , H05B2203/035
摘要: A temperature control system for electric surface heater of piled layers of a heating element across which a commercial AC source current is fed and a thermosensitive electrode opposing the element through thermosensitive element showing negative impedance characteristics with temperature rise. In the system, an AC signal voltage different from the source current is applied between the heating element and the thermosensitive electrode, and excessive variations in the signal voltage responsive to the negative impedance of the thermosensitive element is detected to disconnect or connect the heating element and the source.
摘要翻译: 用于加热元件的堆叠层的电表面加热器的温度控制系统,供应商业AC源电流的热表面加热器和通过热敏元件与元件相对的热敏电极,显示出具有温度升高的负阻抗特性。 在该系统中,在加热元件和热敏电极之间施加不同于源电流的AC信号电压,并且检测响应于热敏元件的负阻抗的信号电压的过度变化以断开或连接加热元件和 来源。
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