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    • 1. 发明申请
    • MEDICAL SUPPORT APPARATUS, MEDICAL SUPPORT METHOD, AND MEDICAL SUPPORT SYSTEM
    • 医疗支持设备,医疗支持方法和医疗支持系统
    • US20120256950A1
    • 2012-10-11
    • US13515030
    • 2011-12-05
    • Kenji MasudaYuki Horii
    • Kenji MasudaYuki Horii
    • G09G5/00
    • A61B5/0013G06F19/3418G06Q50/22H04N7/18
    • A medical support apparatus includes: an image capturing unit obtaining an image capturing signal; an attitude observing unit obtaining an attitude of the image capturing unit; a position observing unit obtaining a position of the image capturing unit; an operation detecting unit detecting an operation of the user and an operation position; a superimposed information constructing unit generating superimposed information including superimposed details and information on the operation position, according to a type of the operation; a display management unit generating an image to be displayed, based on the position and the attitude; a display unit displaying a screen on which the image generated by the display management unit is superimposed on a viewpoint image of the image capturing unit; and a communication unit transmitting the superimposed information to at least one other medical support apparatus.
    • 一种医疗支援装置,包括:获取图像拍摄信号的图像拍摄单元; 姿态观察单元获得图像拍摄单元的姿态; 获取所述图像拍摄单元的位置的位置观察单元; 检测用户的操作的操作检测单元和操作位置; 叠加信息构成单元,根据操作的类型生成包括重叠的细节和关于操作位置的信息的叠加信息; 显示管理单元,基于位置和姿态生成要显示的图像; 显示单元,其显示由所述显示管理单元生成的图像叠加在所述图像拍摄单元的视点图像上的屏幕; 以及通信单元,其将叠加的信息发送到至少一个其他医疗支持设备。
    • 2. 发明申请
    • Program execution device, program execution method, and program
    • 程序执行装置,程序执行方法和程序
    • US20070174356A1
    • 2007-07-26
    • US10597779
    • 2005-02-07
    • Yuki HoriiTakakazu ShiomiYoshio Kawakami
    • Yuki HoriiTakakazu ShiomiYoshio Kawakami
    • G06F17/30
    • G06F8/62
    • There is provided a program execution device which a user can use with peace of mind. The program execution device includes: a secondary storage unit (510) having an area for storing a downloaded application program (application); a stored application determination unit (2602) which determines, based on a priority assigned to each of plural applications, whether or not the secondary storage unit (510) can store each application; a notification unit (2605) which notifies the user of a message regarding treatment of an application determined by the stored application determination unit (2602) to be unstorable; a storage unit (2603) which stores, in the stored application determination unit (2602), an application determined by the secondary storage unit to be storable (510); and a CPU (514) which executes the application stored in the secondary storage unit (510).
    • 提供了一种用户可以安心使用的程序执行装置。 程序执行装置包括:副存储单元(510),具有用于存储下载的应用程序(应用程序)的区域; 存储应用程序确定单元(2602),其基于分配给多个应用程序中的每一个的优先级来确定辅助存储单元(510)是否可以存储每个应用程序; 通知单元,其向用户通知关于由所存储的应用程序确定单元(2602)确定的应用程序的处理的消息是不可以的; 存储单元(2603),其在所述存储应用确定单元(2602)中存储由所述辅助存储单元确定为可存储的应用(510); 以及执行存储在二次存储单元(510)中的应用的CPU(514)。
    • 3. 发明授权
    • Microcomputer
    • 微电脑
    • US09015272B2
    • 2015-04-21
    • US13403076
    • 2012-02-23
    • Hirofumi YamamotoYuki HoriiTakashi AbeShinichirou Taguchi
    • Hirofumi YamamotoYuki HoriiTakashi AbeShinichirou Taguchi
    • G06F15/16G06F13/20G06F13/26G06F13/32
    • G06F13/20G06F5/065G06F13/26G06F13/32G06F13/385G06F2205/065
    • Between a CPU and a communication module, a write buffer, a write control section, a read buffer and a read control section are provided. The CPU directly accesses and the write buffer and the read buffer. By periodically outputting a communication request, the read control section reads data, which the communication module received from other nodes, and transfers the data to the read buffer. The write control section transfers to the communication module the data written in the write buffer as transmission data. In addition, a bypass access control section and an access sequence control section are provided. The bypass access control section controls direct data read and data write between the CPU and the communication module. The access sequence control section controls sequence of accesses of the control sections to the communication module.
    • 在CPU和通信模块之间,提供写入缓冲器,写入控制部分,读取缓冲器和读取控制部分。 CPU直接访问写缓冲区和读缓冲区。 通过周期性地输出通信请求,读取控制部分读取通信模块从其他节点接收的数据,并将数据传送到读取缓冲器。 写入控制部分将写入缓冲器中的数据作为传输数据传送给通信模块。 另外,提供了旁路接入控制部和接入序列控制部。 旁路访问控制部分控制CPU和通信模块之间的直接数据读取和数据写入。 访问序列控制部分控制对通信模块的控制部分的访问顺序。
    • 4. 发明申请
    • FUNCTION EXTENSION DEVICE, FUNCTION EXTENSION METHOD, COMPUTER-READABLE RECORDING MEDIUM, AND INTEGRATED CIRCUIT
    • 功能扩展设备,功能扩展方法,计算机可读记录介质和集成电路
    • US20130156266A1
    • 2013-06-20
    • US13811092
    • 2012-01-20
    • Yuki Horii
    • Yuki Horii
    • G06K9/00
    • G06K9/00624G02B27/017G02B2027/0134G02B2027/014G06F3/012G06F3/016G06F3/04815G06F3/0483
    • An object recognition unit recognizes, from real-space video data, a body included in the video data. A function setting unit retains function information in which is prescribed a function configured from a pair of operation and processing that can be set for each type of body. In addition, the function setting unit sets, to each body recognized by the object recognition unit, a function that can be set, based on the type of each body. A selection determination unit determines a selected body selected by a user as the body to be operated among the respective bodies recognized by the object recognition unit 1101. An operation determination unit determines the operation that the user has performed on the selected body. A processing determination unit determines the processing for the operation that has been determined by the operation determination unit among the operations configuring the function set by the function setting unit.
    • 物体识别单元从实际空间视频数据识别视频数据中包括的主体。 功能设置单元保留功能信息,其中规定了可以针对每种类型的身体设置的一对操作和处理配置的功能。 此外,功能设定单元基于每个身体的类型,将由对象识别单元识别的每个身体设定为可以设定的功能。 选择确定单元将由用户选择的被选择的身体确定为由对象识别单元1101识别的各个身体之间要被操作的身体。操作确定单元确定用户对所选择的身体执行的操作。 处理确定单元在构成由功能设置单元设置的功能的操作中确定由操作确定单元确定的操作的处理。
    • 6. 发明授权
    • Function extension device, function extension method, computer-readable recording medium, and integrated circuit
    • 功能扩展装置,功能扩展方法,计算机可读记录介质和集成电路
    • US08965049B2
    • 2015-02-24
    • US13811092
    • 2012-01-20
    • Yuki Horii
    • Yuki Horii
    • G06K9/00G06F3/01G06F3/0481G06F3/0483G02B27/01
    • G06K9/00624G02B27/017G02B2027/0134G02B2027/014G06F3/012G06F3/016G06F3/04815G06F3/0483
    • An object recognition unit recognizes, from real-space video data, a body included in the video data. A function setting unit retains function information in which is prescribed a function configured from a pair of operation and processing that can be set for each type of body. In addition, the function setting unit sets, to each body recognized by the object recognition unit, a function that can be set, based on the type of each body. A selection determination unit determines a selected body selected by a user as the body to be operated among the respective bodies recognized by the object recognition unit. An operation determination unit determines the operation that the user has performed on the selected body. A processing determination unit 1107 determines the processing for the operation that has been determined by the operation determination unit among the operations configuring the function set by the function setting unit.
    • 物体识别单元从实际空间视频数据识别视频数据中包括的主体。 功能设置单元保留功能信息,其中规定了可以针对每种类型的身体设置的一对操作和处理配置的功能。 此外,功能设定单元基于每个身体的类型,将由对象识别单元识别的每个身体设定为可以设定的功能。 选择确定单元将由用户选择的被选择的身体确定为由对象识别单元识别的各个身体之间要被操作的身体。 操作确定单元确定用户对所选择的主体执行的操作。 处理确定单元1107在构成由功能设置单元设置的功能的操作中确定由操作确定单元确定的操作的处理。
    • 8. 发明授权
    • Broadcast receiving terminal
    • 广播接收终端
    • US07840116B2
    • 2010-11-23
    • US11421145
    • 2006-05-31
    • Takaaki SuzukiYuki Horii
    • Takaaki SuzukiYuki Horii
    • H04N5/91
    • H04N5/76H04N5/781H04N5/85H04N5/907H04N9/8042H04N9/8205H04N21/4147H04N21/4334H04N21/4335H04N21/43622
    • Although a scheduled recording that is set by an EPG (Electronic Program Guide) specifies in advance a time slot for using the resource, reproduction that is set by the EPG does not specify a time slot for using the resource. Therefore, although it is possible to carry out resource allocations for a plurality of scheduled recordings in advance, it is not possible to carry out a resource adjustment in advance when the scheduled recording and the reproduction operation use the same resource. However, when an adjustment process is performed after the starting time of the scheduled recording, the adjustment process itself takes up some time, thus giving rise to the possibility that the scheduled recording may not start at the specified starting time. The resource adjustment for the scheduled recording and the reproduction is initiated ahead of the starting time of the scheduled recording. The amount of time ahead of the scheduled recording, by which the resource adjustment is to be started, can be specified by the EPG.
    • 虽然由EPG(电子节目指南)设置的预定录像预先指定了使用资源的时隙,但由EPG设置的再现不会指定使用资源的时隙。 因此,尽管可以预先对多个预定记录执行资源分配,但是当预定的记录和再现操作使用相同的资源时,不可能预先执行资源调整。 然而,当在预定记录的开始时间之后执行调整处理时,调整处理本身占用一些时间,从而导致预定记录可能在指定的开始时间开始的可能性。 预定记录和再现的资源调整在预定记录的开始时间之前开始。 EPG可以指定资源调整开始的预定记录之前的时间。
    • 10. 发明申请
    • MICROCOMPUTER
    • US20120221679A1
    • 2012-08-30
    • US13403076
    • 2012-02-23
    • Hirofumi YAMAMOTOYuki HoriiTakashi AbeShinichirou Taguchi
    • Hirofumi YAMAMOTOYuki HoriiTakashi AbeShinichirou Taguchi
    • G06F15/16
    • G06F13/20G06F5/065G06F13/26G06F13/32G06F13/385G06F2205/065
    • Between a CPU and a communication module, a write buffer, a write control section, a read buffer and a read control section are provided. The CPU directly accesses and the write buffer and the read buffer. By periodically outputting a communication request, the read control section reads data, which the communication module received from other nodes, and transfers the data to the read buffer. The write control section transfers to the communication module the data written in the write buffer as transmission data. In addition, a bypass access control section and an access sequence control section are provided. The bypass access control section controls direct data read and data write between the CPU and the communication module. The access sequence control section controls sequence of accesses of the control sections to the communication module.
    • 在CPU和通信模块之间,提供写入缓冲器,写入控制部分,读取缓冲器和读取控制部分。 CPU直接访问写缓冲区和读缓冲区。 通过周期性地输出通信请求,读取控制部分读取通信模块从其他节点接收的数据,并将数据传送到读取缓冲器。 写入控制部分将写入缓冲器中的数据作为传输数据传送给通信模块。 另外,提供了旁路接入控制部和接入序列控制部。 旁路访问控制部分控制CPU和通信模块之间的直接数据读取和数据写入。 访问序列控制部分控制对通信模块的控制部分的访问顺序。