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    • 1. 发明专利
    • Visceral fat simulation apparatus and program
    • VISCERAL FAT模拟设备和程序
    • JP2013202051A
    • 2013-10-07
    • JP2012070514
    • 2012-03-27
    • Hitachi Ltd株式会社日立製作所
    • HASEGAWA YASUTAKAOSAKI TAKANOBUSHIMADA KAZUYUKIBAN HIDEYUKITOMITA NAOFUMI
    • A61B5/00A61B6/03G06T15/00
    • PROBLEM TO BE SOLVED: To highly accurately prepare and display an abdomen cross-sectional shape such as a visceral organ or subcutaneous fat shape from the physical information of a user.SOLUTION: A visceral fat simulation apparatus for preparing a visceral fat shape includes: an input part for inputting an abdominal circumference; a database storing a visceral fat area estimation expression, a visceral fat model and its feature point coordinates, a visceral fat area, and a relational expression of a moving distance per unit visceral fat area difference of a feature point and the visceral fat area; a visceral fat area estimated value calculation part for substituting the abdominal circumference in the visceral fat area estimation expression and calculating a visceral fat area estimated value; a visceral fat feature point moving distance calculation part for calculating the moving distance of the feature point by integrating the relational expression of the moving distance per unit visceral fat area difference of the feature point and the visceral fat area from the visceral fat area of the visceral fat model to the visceral fat area estimated value, and calculating the moving position of the feature point; and a visceral fat shape preparation part for deforming the visceral fat model on the basis of the moving position of the feature point and preparing the visceral fat shape.
    • 要解决的问题:从用户的身体信息高度准确地制备和显示诸如内脏器官或皮下脂肪形状的腹部横截面形状。解决方案:一种用于制备内脏脂肪形状的内脏脂肪模拟装置,包括: 用于输入腹围的输入部; 存储内脏脂肪区域估计表达式,内脏脂肪模型及其特征点坐标的数据库,内脏脂肪区域,以及特征点和内脏脂肪区域的每单位内脏脂肪区域差异的移动距离的关系表达; 内脏脂肪区域估计值计算部分,用于代替内脏脂肪区域估计表达式中的腹围并计算内脏脂肪面积估计值; 内脏脂肪特征点移动距离计算部分,用于通过将特征点和内脏脂肪区域的每单位内脏脂肪区域的移动距离与内脏的内脏脂肪区域的关系表达式相加来计算特征点的移动距离 脂肪模型对内脏脂肪面积估计值,并计算特征点的移动位置; 以及内脏脂肪形状准备部,其用于基于特征点的移动位置使内脏脂肪模型变形,并制作内脏脂肪形状。
    • 2. 发明专利
    • Life habit improvement support system and method for analyzing biological index
    • 生活习性改进支持系统和分析生物指标的方法
    • JP2013190915A
    • 2013-09-26
    • JP2012055659
    • 2012-03-13
    • Hitachi Ltd株式会社日立製作所
    • OSAKI TAKANOBUBAN HIDEYUKIHASEGAWA YASUTAKA
    • G06Q50/22A61B5/00
    • PROBLEM TO BE SOLVED: To estimate relation between ingestion of food, behaviors and variation in biological indexes of a participant.SOLUTION: A life habit improvement support system for supporting improvement of life habits includes: a database which stores a urine sugar value, caloric intake of food, and execution recordings of behaviors of a participant in time sequence; a data acquisition part which acquires the urine sugar value, the caloric intake of the food, and the execution recordings of the behaviors of the participant from the database; a biological index coefficient calculation part which calculates a rate of change in the urine sugar value toward the caloric intake of the food and presence/absence of the behaviors acquired from the database as a biological index coefficient by multiple regression analysis; and an output information creation part which creates data for ranking the food and the behaviors based on the calculated biological index coefficient and outputting them.
    • 要解决的问题:估计食物摄入,行为和参与者生物学指标变化之间的关系。解决方案:用于支持改善生活习惯的生活习惯改善支持系统包括:存储尿糖值,热量摄入量的数据库 的食物,以及参与者的行为的执行记录的时间顺序; 数据采集​​部,其从数据库中获取尿糖值,食物的热量摄取量和参与者的行为的执行记录; 生物指标系数计算部,其通过多元回归分析计算从食物中获取的尿糖值向数据库获取的行为的生物指标系数的变化率; 以及输出信息创建部,其基于计算出的生物指标系数,生成用于对食物和行为进行排序的数据并输出。
    • 3. 发明专利
    • 分析システム及び保健事業支援方法
    • 分析系统和健康业务支持方法
    • JP2014225176A
    • 2014-12-04
    • JP2013104664
    • 2013-05-17
    • 株式会社日立製作所Hitachi Ltd
    • MIYOSHI TOSHINORIHASEGAWA YASUTAKABAN HIDEYUKINAGASAKI TAKESHISHINJO HIROSHI
    • G06Q50/22
    • G06F19/327G06F19/322G06F19/328G16H10/60G16H40/20G16H50/20
    • 【課題】関係がある将来の事象を高精度に予測する。【解決手段】病態を表す確率変数に対応するノードと病態の変化に影響を与える因子を表す確率変数に対応するノードとの間の確率的依存性が有向辺又は無向辺によって定義されたグラフ構造を作成する因果・遷移構造算出部と、前記確率変数の事象空間を作成するノード生成部と、前記グラフ構造の条件付確率を算出する確率テーブル算出部と、指定された確率変数からなるグラフ構造、事象空間及び条件付確率によってモデルを再構成するモデル再構築部と、病態遷移確率及び医療費を予測する病態遷移・医療費予測部と、保健指導の対象者及び保健指導内容を選定する保健指導支援部と、を備える。【選択図】図1
    • 要解决的问题:高度准确地预测相关的未来事件。解决方案:分析系统包括:用于创建图形结构的因果/过渡结构计算部分,其中对应于指示疾病状态的概率变量的节点与对应的节点之间的概率依赖性 指示对疾病状态变化产生影响的因素的概率变量由定向侧或非取向侧限定; 用于创建概率变量的事件空间的节点生成部分; 用于计算图形结构的条件概率的概率表计算部分; 基于由指定概率变量构成的图形结构,事件空间和条件概率,重构模型的模型重构部分; 用于预测疾病状态概率和医疗费用的疾病状态转换/医疗费用预测部分; 以及卫生指导支持部分,用于选择健康指导和健康指导内容的候选人。
    • 4. 发明专利
    • Biological data processing system and method for processing biological data
    • 生物数据处理系统和处理生物数据的方法
    • JP2012235920A
    • 2012-12-06
    • JP2011107277
    • 2011-05-12
    • Hitachi Ltd株式会社日立製作所
    • SHIMADA KAZUYUKIOSAKI TAKANOBUTAKADA HIDEKATSUHASEGAWA YASUTAKABAN HIDEYUKIKURIYAMA HIROYUKI
    • A61B5/11A61B5/0245A61B5/22
    • PROBLEM TO BE SOLVED: To determine the level of physical strength of a user according to behaviors in his/her daily life.SOLUTION: A first terminal is worn on a first user, and transmits to a server, multiple pieces of first biological data including the number of body movements and pulse rates of the first user measured by a sensor. The server acquires a regression expression according to age representing a level of physical strength of each user according to age; determines, based on each of the first biological data, whether each of the first biological data is the biological data in an active state of the first user or the biological data in a rest state of the first user; calculates the pulse rate in the rest state, an exercise intensity in the active state, and the pulse rate in the active state of the first user on the basis of the biological data in the active state of the first user and the biological data in the rest state of the first user; calculates a first regression expression on the basis of the calculated pulse rate in the rest state, exercise intensity in the active state, and pulse rate in the active state of the first user; and generates screen data for determining the level of physical strength of the first user on the basis of the acquired regression expression according to age, and the first regression expression.
    • 要解决的问题:根据他/她的日常生活中的行为来确定用户的体力水平。 解决方案:第一终端佩戴在第一用户身上,并向服务器发送多条第一生物数据,包括由传感器测量的第一用户的身体动作数和脉搏数。 服务器根据年龄代表每个用户的体力水平的年龄来获取回归表达式; 基于每个第一生物数据确定第一生物数据中的每一个是第一用户的活动状态中的生物数据还是处于第一用户的休息状态的生物数据; 基于第一用户的活动状态下的生物数据和第一用户的生物数据,计算休息状态下的脉搏率,活动状态下的运动强度和第一用户的活动状态下的脉搏率 第一个用户的休息状态; 基于静止状态下计算的脉搏率,激活状态下的运动强度和第一用户的活动状态下的脉搏率计算第一回归表达式; 并且基于根据年龄获得的回归表达式生成用于确定第一用户的体力水平的屏幕数据和第一回归表达式。 版权所有(C)2013,JPO&INPIT
    • 5. 发明专利
    • Health care support system
    • 健康护理支援系统
    • JP2010237805A
    • 2010-10-21
    • JP2009082809
    • 2009-03-30
    • Hitachi Ltd株式会社日立製作所
    • BAN HIDEYUKIOSAKI TAKANOBUTAKADA HIDEKATSUOI YOKOHASEGAWA YASUTAKASHIMADA KAZUYUKI
    • A61B5/00G01G19/44G06Q50/22
    • PROBLEM TO BE SOLVED: To enable a participant who receives health care support to clearly and easily confirm the tendency of the change of his or her weight in a health care support period. SOLUTION: A health car support period in which a participant receives health guidance is divided into the classification periods of weekday periods 41a, 41b and 41c and holiday periods 42a and 42b with period boundary dates as Monday and Saturday. In the weekday periods 41a, 41b and 41c with the measured weights of the participant on Monday as the period boundary date of the start date and on Saturday as the period boundary date of the end date as the boundary date weights, the boundary date weights on those Monday and Saturday are connected with a straight line so that weekday period weight graphs 45a, 45b and 45c are obtained. Also, even in the holiday periods 42a and 42b with the measured weights of the participant on Saturday as the period boundary date of the start date and on Monday as the period boundary date of the end date as boundary date weights, the boundary date weights of those Saturday and Monday are connected with a straight line so that end date period weight graphs 46a and 46b are obtained. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:使获得医疗保健支持的参与者能够在医疗保健支持期内清楚和容易地确认其体重变化的趋势。

      解决方案:参与者接受健康指导的健康汽车支援期被划分为工作日期间隔41a,41b和41c以及假期期间42a和42b,周期边界日期为星期一和星期六。 在工作日41a,41b和41c中,星期一参加者的测量重量作为开始日期的周期边界日期,星期六作为结束日期的周期边界日期作为边界日期权重,边界日期权重 星期一和星期六与直线连接,从而获得平日周期权重图45a,45b和45c。 此外,即使在假期期间42a和42b,星期六参加者的测量重量作为开始日期的周期边界日期,星期一作为结束日期的周期边界日期作为边界日期权重,边界日期权重 星期六和星期一与直线连接,从而获得结束日期时间权重图46a和46b。 版权所有(C)2011,JPO&INPIT

    • 6. 发明专利
    • Health guidance support system, and method of supporting health guidance operation
    • 健康指导支持系统和支持卫生指导操作的方法
    • JP2010039577A
    • 2010-02-18
    • JP2008198876
    • 2008-07-31
    • Hitachi Ltd株式会社日立製作所
    • BAN HIDEYUKIOSAKI TAKANOBUTAKADA HIDEKATSUOI YOKOHASEGAWA YASUTAKA
    • G06Q50/22
    • PROBLEM TO BE SOLVED: To implement comprehensive and detailed health guidance for many persons who receive guidance. SOLUTION: A health guidance support system for giving health guidance to participants by an advisor's advice includes: a participant information database for storing information identifying participants and the start date of health guidance; a health guidance record database for storing the status of achievement of health guidance menus set for the participants; and an operation database for setting in advance operations including notifications to the participants in association with the elapsed days of health guidance, the calendar date and the status of achievement of health guidance menus. A processor computes the elapsed days of health guidance from the start date of health guidance for the participant in reference to the participant information database, acquires the status of achievement of the participant in reference to the health guidance record database, selects an operation stored in the operation database in accordance with the elapsed days, the status of achievement and the current calendar date, and executes the selected operation. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为许多接受指导的人员实施全面,详细的健康指导。

      解决方案:通过顾问的建议,向参与者提供健康指导的健康指导支持系统包括:用于存储识别参与者的信息的参与者信息数据库和健康指导的开始日期; 用于存储为参加者设置的健康指导菜单的实现状态的健康指导记录数据库; 以及操作数据库,用于与健康指导的过去时间,日历日期和健康指导菜单的实现状态相关联地,预先设置包括与参与者的通知的操作。 处理器参照参与者信息数据库,从参与者的健康指导开始日期起计算健康指导的经过天数,参照健康指导记录数据库获取参与者的成就状况,选择存储在健康指导记录数据库 操作数据库,根据经过天数,成就状态和当前日历日期,并执行所选择的操作。 版权所有(C)2010,JPO&INPIT

    • 7. 发明专利
    • Health services support system, health services support apparatus and health services support program
    • 健康服务支持系统,健康服务支持设备和健康服务支持计划
    • JP2012128670A
    • 2012-07-05
    • JP2010279623
    • 2010-12-15
    • Hitachi Ltd株式会社日立製作所
    • HASEGAWA YASUTAKABAN HIDEYUKISHIMADA KAZUYUKIOSAKI TAKANOBU
    • G06Q50/22
    • PROBLEM TO BE SOLVED: To provide a health services support system capable of predicting a medical expense reduction effect due to health guidance and capable of selecting cost-effective guidance recipients.SOLUTION: A health services support system for selecting health guidance recipients on the basis of receipt information, medical check information and health guidance information includes: a medical expense model creation unit that creates a medical expense model indicating an estimated medical expense for each degree of seriousness and inspection value of a health insurance subscriber; an inspection value improvement model creation unit that creates an inspection value improvement model indicating an amount of improvement for each degree of seriousness and inspection value; an estimated medical expense reduction effect calculation unit that calculates an estimated amount of medical expense reduction due to health guidance for each degree of seriousness and inspection value; and a recipient selection unit that selects a health insurance subscriber belonging to the degree of seriousness and the inspection value with a large amount of the predicted medical expense reduction, as a health guidance recipient.
    • 要解决的问题:提供能够预测由于健康指导而导致的医疗费用减少效果并且能够选择具有成本效益的指导接收者的健康服务支持系统。 解决方案:根据收据信息,医疗检查信息和健康指导信息,选择健康指导受赠者的卫生服务支持系统包括:医疗费用模型创建单元,其创建指示每个人的估计医疗费用的医疗费用模型 健康保险用户的严重程度和检查价值; 检查值改善模型生成部,其生成表示每个严重度和检查值的改善量的检查值改善模型; 估计医疗费用减少效果计算单元,计算由于每个严重性和检查值的健康指导引起的医疗费用减少的估计量; 作为健康指导接收者,选择属于严重程度的健康保险用户和具有大量预测医疗费用减少的检查价值的接收者选择单元。 版权所有(C)2012,JPO&INPIT
    • 8. 发明专利
    • Visceral fat information computing apparatus and visceral fat calculation program
    • VISCERAL FAT信息计算机和粘度计算程序
    • JP2010029547A
    • 2010-02-12
    • JP2008196860
    • 2008-07-30
    • Hitachi Ltd株式会社日立製作所
    • HASEGAWA YASUTAKAOSAKI TAKANOBUBAN HIDEYUKI
    • A61B5/00
    • PROBLEM TO BE SOLVED: To provide a visceral fat information computing apparatus calculating a visceral fat age intelligibly informing a visceral fat accumulation state to a user based on the user's visceral fat area and a subcutaneous fat area. SOLUTION: This visceral fat information computing apparatus computing the user's visceral fat accumulation state includes: an input section for inputting user's medical checkup information; and database storing a visceral fat age computation formula for calculating the visceral fat age based on the user's visceral fat area and subcutaneous fat area. The input section is fed with at least the user's visceral fat area and subcutaneous fat area, and the visceral fat computing apparatus further includes: a visceral fat area ratio calculation section for calculating a ratio of the user's visceral fat area to the sum of the input visceral fat area and the input subcutaneous fat area; and a visceral fat age calculation section calculating the visceral fat age by substituting the calculated ratio of the visceral fat area for the visceral fat age computation formula stored in the database. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种内脏脂肪信息计算装置,其基于用户的内脏脂肪区域和皮下脂肪区域,计算内脏脂肪年龄,将内脏脂肪蓄积状态知道地告知用户。 该内脏脂肪信息计算装置计算用户的内脏脂肪蓄积状态包括:输入部,输入用户的体检信息; 以及根据用户内脏脂肪面积和皮下脂肪面积计算内脏脂肪年龄的内脏脂肪年龄计算公式的数据库。 所述输入部至少供给所述使用者的内脏脂肪区域和皮下脂肪区域,所述内脏脂肪计算装置还包括:内脏脂肪面积比计算部,其计算所述使用者的内脏脂肪面积与所述输入的总和的比例 内脏脂肪面积和输入皮下脂肪面积; 以及内脏脂肪年龄计算部分,通过将所计算的内脏脂肪面积的比例代入存储在数据库中的内脏脂肪年龄计算公式来计算内脏脂肪年龄。 版权所有(C)2010,JPO&INPIT
    • 9. 发明专利
    • 分析システム及び分析方法
    • 分析系统与分析方法
    • JP2014225177A
    • 2014-12-04
    • JP2013104665
    • 2013-05-17
    • 株式会社日立製作所Hitachi Ltd
    • HASEGAWA YASUTAKABAN HIDEYUKITOMITA NAOFUMI
    • G06Q50/22
    • G06Q50/22G06F19/328G06Q40/08G16H50/20
    • 【課題】保健事業の医療費への効果を分析する。【解決手段】保健事業の効果を分析する分析システムであって、加入者の医療費、介入サービスの提供の有無を示す介入情報、及び前記介入サービスの開始日が入力される入力部と、前記介入サービスの提供前の前記医療費と前記介入情報との関係を分析し、前記介入サービスの提供前の医療費から、前記介入サービスが提供されている確率を示す介入群の傾向スコアと、前記介入サービスが提供されていない確率を示す非介入群の傾向スコアとを算出する傾向スコア算出部と、前記介入群及び前記非介入群の傾向スコアの逆数を前記介入サービスの提供前及び提供後の前記介入群及び前記非介入群の医療費に乗じることによって、前記介入サービスの提供前後の前記介入群及び前記非介入群の調整医療費を算出する調整医療費算出部と、を有する。【選択図】図6
    • 要解决的问题:分析健康业务对医疗费用的影响。解决方案:用于分析健康业务影响的分析系统具有接收用户医疗费用的输入部分,显示有无提供的干预信息 干预服务和干预服务的开始日期; 趋势分数计算部分,用于分析在提供干预服务之前的医疗费用与干预信息之间的关系,以及计算显示提供干预服务的可能性的干预组的趋势得分和不干预的趋势得分 显示在提供干预服务之前不提供干预服务的医疗费用的可能性; 以及调整后的医疗费用计算部,通过将干预组和非干预组的趋势分数的倒数乘以医疗机构来计算干预服务之前和之后的干预组和非干预组的调整医疗费用 提供干预服务前后干预组和非干预组的费用。
    • 10. 发明专利
    • Medical institution search system
    • 医疗机构搜索系统
    • JP2013089056A
    • 2013-05-13
    • JP2011229351
    • 2011-10-19
    • Hitachi Ltd株式会社日立製作所
    • SHIMADA KAZUYUKIHASEGAWA YASUTAKABAN HIDEYUKI
    • G06Q50/22G06F17/30
    • PROBLEM TO BE SOLVED: To solve the problems that linkage relation among medical institutions cannot be learned in a conventional technology, especially, it has been difficult to select a clinic since where and what kind of clinic is, with what special hospital the clinic cooperates, and to what extent cooperation progresses cannot be learned when abnormality is discovered in mass examination and health screening, etc., and a patient desires to consult a nearby clinic; and as a result, a medical care occasion is missed to aggravate symptoms, and unnecessary medical expenses are required by aggravation and concurrence of complications.SOLUTION: The above problem is solved by a medical institution search system including: a receipt database in which information on a medical fee receipt including pieces of receipt data is stored; an illness name receipt sequence generation part which generates an illness name receipt sequence in which the pieces of receipt data are rearranged; a medical institution matrix generation part which generates an interrelation table of medical institutions for every illness name on the basis of introduction frequencies; and an input/output part which accepts input of keywords including the illness name to output a plurality of pieces of medical institution information.
    • 要解决的问题:解决医疗机构之间的联系关系在传统技术中无法得知的问题,特别是从哪里和什么样的诊所选择诊所是很困难的,特殊医院 诊所合作,在大规模检查和健康检查等中发现异常时,合作进展程度无法得知,患者希望咨询附近诊所; 结果,医疗护理机会错过加重症状,加重并发并发症需要不必要的医疗费用。 解决方案:上述问题由医疗机构搜索系统解决,包括:收据数据库,其中存储包括收据数据的医疗费收据的信息; 疾病名称接收序列生成部,其生成重新排列所述收据数据的疾病名称接收序列; 一个医疗机构矩阵生成部分,根据引入频率生成每个疾病名称的医疗机构的相互关系表; 以及输入/输出部分,其接受包括疾病名称的关键字的输入,以输出多个医疗机构信息。 版权所有(C)2013,JPO&INPIT