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    • 81. 发明授权
    • Hearing aid adjustment device, hearing aid adjustment method, and program for hearing aid adjustment
    • 助听器调节装置,助听器调节方法和助听器调整程序
    • US08553915B2
    • 2013-10-08
    • US13575764
    • 2012-02-06
    • Makoto NishizakiHiroshi Kondo
    • Makoto NishizakiHiroshi Kondo
    • H04R25/00
    • H04R25/70
    • A hearing aid adjustment device (1) has a comparator (22a) and a setting section (22b). The comparator (22a) compares a user evaluation given by a user (T) of a hearing aid (5) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the user (T), with a reference evaluation that has been acquired ahead of time and corresponds to each of customers (A to C) and is given by the customers (A to C) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the customers (A to C). The setting section (22b) sets the value of a user parameter designating hearing aid processing to be given to a user (T), to a value that is the same as the value of a reference parameter that has been acquired ahead of time and that designates hearing aid processing suited to a customer (A) who gave a reference evaluation similar to the user evaluation, out of the customers (A to C).
    • 助听器调节装置(1)具有比较器(22a)和设定部(22b)。 比较器22a根据用户(T)的装配理论和听力水平数据,通过助听器处理获得的声音(T)比较由助听器(5)的用户(T)给出的用户评价, 已经提前获得并对应于每个客户(A至C)的评估,并且由客户(A至C)响应于基于为客户设置理论和听力水平数据的助听器处理获得的声音给出的评估 (A至C)。 设置部(22b)将指定给用户(T)的用户参数指定助听器处理的值设定为与提前获取的参考参数的值相同的值,并且, 指定适合于在客户(A至C)中给出与用户评价类似的参考评估的顾客(A)的助听器处理。
    • 82. 发明申请
    • HEARING AID ADJUSTMENT DEVICE, HEARING AID ADJUSTMENT METHOD, AND PROGRAM FOR HEARING AID ADJUSTMENT
    • 听力调整装置,听力调整方法和听力调整程序
    • US20130202123A1
    • 2013-08-08
    • US13575764
    • 2012-02-06
    • Makoto NishizakiHiroshi Kondo
    • Makoto NishizakiHiroshi Kondo
    • H04R25/00
    • H04R25/70
    • A hearing aid adjustment device (1) has a comparator (22a) and a setting section (22b). The comparator (22a) compares a user evaluation given by a user (T) of a hearing aid (5) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the user (T), with a reference evaluation that has been acquired ahead of time and corresponds to each of customers (A to C) and is given by the customers (A to C) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the customers (A to C). The setting section (22b) sets the value of a user parameter designating hearing aid processing to be given to a user (T), to a value that is the same as the value of a reference parameter that has been acquired ahead of time and that designates hearing aid processing suited to a customer (A) who gave a reference evaluation similar to the user evaluation, out of the customers (A to C).
    • 助听器调节装置(1)具有比较器(22a)和设定部(22b)。 比较器22a根据用户(T)的装配理论和听力水平数据,通过助听器处理获得的声音(T)比较由助听器(5)的用户(T)给出的用户评价, 已经提前获得并对应于每个客户(A至C)的评估,并且由客户(A至C)响应于基于为客户设置理论和听力水平数据的助听器处理获得的声音给出的评估 (A至C)。 设置部(22b)将指定给用户(T)的用户参数指定助听器处理的值设定为与提前获取的参考参数的值相同的值,并且, 指定适合于在客户(A至C)中给出与用户评价类似的参考评估的顾客(A)的助听器处理。
    • 83. 发明申请
    • HEARING AID ADJUSTMENT DEVICE
    • 听力调整装置
    • US20130028452A1
    • 2013-01-31
    • US13579419
    • 2012-02-06
    • Makoto NishizakiHiroshi Kondo
    • Makoto NishizakiHiroshi Kondo
    • H04R25/00
    • H04R25/70A61B5/12G10L21/0324G10L21/06H04R25/30H04R2225/43
    • This hearing aid adjustment device is connected to a hearing aid and is used to adjust the hearing aid by using reference sounds, and comprises a memory section, an output section, an input section, a controller, and a display section. The memory section stores reference sounds to which segment information has been assigned, as well as the desired volume range for the hearing aid user. The output section outputs a reference sound from the memory section to the hearing aid. The input section inputs hearing aid processed sounds with respect to reference sounds that have undergone hearing aid processing in the hearing aid. The controller calculates the volume of segment units included in a hearing aid processed sound on the basis of segment information stored in the memory section. The display section displays in segment units whether or not the volume calculated by the controller falls within the desired volume range for the hearing aid user as stored in the memory section.
    • 该助听器调节装置连接到助听器,并且用于通过使用参考声音来调节助听器,并且包括存储器部分,输出部分,输入部分,控制器和显示部分。 存储器部分存储已经分配了段信息的参考声音以及助听器用户的期望音量范围。 输出部分将来自存储部分的参考声音输出到助听器。 输入部分输入与在助听器中进行助听器处理的参考声音相关的助听器处理的声音。 控制器基于存储在存储器部分中的段信息来计算包括在助听器处理的声音中的段单元的音量。 显示部分以段为单位显示控制器计算出的音量是否落入存储在存储器部分中的助听器用户的期望音量范围内。
    • 85. 发明申请
    • HEARING AID AND METHOD OF CONTROLLING VOLUME OF HEARING AID
    • 听力助听器和听力辅助音量控制方法
    • US20110019848A1
    • 2011-01-27
    • US12935358
    • 2010-02-17
    • Shigekiyo FujiiHiroshi KondoYasushi UedaYasushi ImamuraKazutaka Maruoka
    • Shigekiyo FujiiHiroshi KondoYasushi UedaYasushi ImamuraKazutaka Maruoka
    • H04R25/00
    • H04R25/356H04R25/305H04R2225/61
    • A hearing aid (101) comprises a microphone (121) configured to convert sound into an electrical signal, a processor (105) disposed inside a main body case (102), a first volume adjuster (104) having a variable resistor, and a receiver (123) configured to convert an electrical signal into sound. The processor (105) has an amplifier (135) configured to amplify an electrical signal from the microphone (121), a second volume adjuster (105b) configured to set a degree of amplification by the amplifier (135), and a controller (130) configured to control the second volume adjuster (105b) and the amplifier (135). The controller (130) detects the resistance value of the variable resistor, determines whether or not the resistance value has exceeded a specific threshold, and acquires a specific value for the degree of amplification by the amplifier (135), and sets the degree of amplification by the amplifier (135) to this specific value when the controller determines that the resistance value has exceeded the specific threshold.
    • 助听器(101)包括配置成将声音转换为电信号的麦克风(121),设置在主体外壳(102)内的处理器(105),具有可变电阻器的第一音量调节器(104) 接收器(123),被配置为将电信号转换成声音。 处理器(105)具有被配置为放大来自麦克风(121)的电信号的放大器(135),被配置为设置放大器(135)的放大程度的第二音量调节器(105b)和控制器 )配置成控制第二音量调节器(105b)和放大器(135)。 控制器(130)检测可变电阻器的电阻值,确定电阻值是否已经超过特定阈值,并且获取放大器(135)的放大度的特定值,并设置放大度 当控制器确定电阻值已经超过特定阈值时,通过放大器(135)到该特定值。
    • 87. 发明授权
    • Hearing aid adjusting apparatus, hearing aid, and program
    • 助听器调节装置,助听器和程序
    • US07627127B2
    • 2009-12-01
    • US12240103
    • 2008-09-29
    • Yosuke AidaHiroshi KondoShigekiyo Fujii
    • Yosuke AidaHiroshi KondoShigekiyo Fujii
    • H04R25/00
    • H04R25/70H04R2460/17
    • A hearing aid adjusting apparatus 104 for adjusting a parameter of a hearing aid 101 has an input device 201 for accepting an operation input, a storage 203 for storing the parameter for every predetermined surrounding setting, a controller 202 for controlling the parameter for every surrounding setting, and a display 204 for displaying information about the parameter, and the input device 201 accepts selection of the plural surrounding settings and operates one of the selected surrounding settings, and the controller 202 collectively converts a parameter in the selected surrounding setting based on an operation accepted by the input device 201.
    • 用于调整助听器101的参数的助听器调节装置104具有用于接受操作输入的输入装置201,用于存储每个预定周围设置的参数的存储器203,用于控制每个周围设置的参数的控制器202 以及用于显示关于参数的信息的显示器204,并且输入装置201接受对多个周围设置的选择并操作所选择的周围设置之一,并且控制器202基于操作共同地转换所选择的周围设置中的参数 由输入装置201接受。
    • 88. 发明授权
    • Current driver, data driver, display device and current driving method
    • 当前的驱动程序,数据驱动程序,显示设备和当前的驱动方法
    • US07365594B2
    • 2008-04-29
    • US11313958
    • 2005-12-22
    • Hiroshi KojimaTetsuro OmoriMakoto MizukiYasuhiro HirokaneHiroshi Kondo
    • Hiroshi KojimaTetsuro OmoriMakoto MizukiYasuhiro HirokaneHiroshi Kondo
    • G05F1/10G05F3/02
    • G09G3/3283G09G3/3225G09G2320/0233
    • A current driver includes a gate line having a first and second nodes, K driving transistors, a terminal and a voltage generation section. The terminal receives a first current. The voltage generation section generates a bias voltage according to a current value of the first current. The gate line receives, at one of the first and second nodes, the bias voltage generated by the voltage generation section. Gates of the K transistors are connected between the first and second nodes of the gate line. In the voltage generation section, the relationship between the first current and the bias voltage is adjusted in the first mode, according to a current value of an output current flowing in a first driving transistor of the K driving transistors, and in the second mode, according to a current value of an output current flowing in a second driving transistor of the K driving transistors.
    • 电流驱动器包括具有第一和第二节点的栅极线,K个驱动晶体管,一个端子和一个电压产生部分。 终端接收第一电流。 电压产生部根据第一电流的电流值生成偏置电压。 栅极线在第一和第二节点中的一个处接收由电压产生部分产生的偏置电压。 K晶体管的栅极连接在栅极线的第一和第二节点之间。 在电压产生部分中,根据在K个驱动晶体管的第一驱动晶体管中流过的输出电流的电流值,在第一模式中调节第一电流和偏置电压之间的关系,在第二模式中, 根据在K个驱动晶体管的第二驱动晶体管中流动的输出电流的电流值。
    • 89. 发明授权
    • Defect classification/inspection system
    • 缺陷分类/检查系统
    • US07171039B2
    • 2007-01-30
    • US10222431
    • 2002-08-16
    • Hiroshi KondoMasatsugu OkuyamaYo Saito
    • Hiroshi KondoMasatsugu OkuyamaYo Saito
    • G06K9/00G06K9/70G06K9/60
    • G06T7/001G06T2207/30148
    • An image of an inspection object is picked up by an image pickup unit, and a characteristics quantity of an image of a defect part extracted by a defect extracting unit is extracted and digitized by a characteristics extracting unit. A database preparing unit regroups defects having similar characteristics by a defect classification unit on the basis of the characteristics information digitized by the characteristics extracting unit with respect to defects belonging to a defect group selected and designated by an operator via a display/input unit, and prepares on a database memory a database in which the defects of the inspection object are hierarchically classified. A classification executing unit hierarchically classifies the defects of the inspection object with reference to the database provided by the database preparing unit on the basis of the digitized characteristics information extracted by the characteristics extracting unit from the image of the defect part of the inspection object extracted by the defect extracting unit. Thus, a defect classification/inspection system having high classification accuracy is provided.
    • 由图像拾取单元拾取检查对象的图像,并且由特征提取单元提取并由数据化由缺陷提取单元提取的缺陷部分的图像的特征量。 数据库准备单元基于由特征提取单元对由属于由操作者经由显示/输入单元选择和指定的缺陷组的缺陷的特征信息,通过缺陷分类单元重新分组具有相似特征的缺陷,以及 在数据库存储器上准备检查对象的缺陷被分层分类的数据库。 分类执行单元参照由数据库准备单元提供的数据库,基于由特征提取单元提取的数字化特征信息,从检查对象的缺陷部分的图像中提取检查对象的缺陷,对检查对象的缺陷进行分级分类, 缺陷提取单元。 因此,提供了具有高分类精度的缺陷分类/检查系统。