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    • 52. 发明授权
    • Waterproof connector and assembling method of waterproof connector
    • 防水连接器和防水连接器的组装方法
    • US6102740A
    • 2000-08-15
    • US265387
    • 1999-03-10
    • Takao MurakamiMasaru Fukuda
    • Takao MurakamiMasaru Fukuda
    • H01R13/42H01R13/506H01R13/52H01R13/40
    • H01R13/5205H01R13/506
    • A waterproof connector includes an inner housing, an outer housing, a rubber plug and a spacer. The inner housing includes a plurality of terminal accommodation chambers, and a terminal is accommodated in each of the terminal accommodation chambers. The inner housing is fitted into the outer housing. The outer housing includes a first wall. The first wall includes a rubber plug accommodation recess which opens inside the outer housing, and a first insertion hold bringing the rubber plug accommodation recess and the outside into communication with each other. The rubber plug includes a third insertion hole, and is inserted in the rubber plug accommodation recess. The spacer is disposed between the inner housing and the outer housing for holding the terminals accommodated in the terminal accommodation chamber. The spacer includes a second wall between the terminal accommodation chamber and the first wall. The second wall includes a second insertion hole. The terminals in the terminal accommodation chambers are connected to electric wires. Each of the electric wires passes through the first, third and second insertion holes. The terminal accommodation chambers and the electric wires are sealed by the rubber plug.
    • 防水连接器包括内壳体,外壳体,橡胶塞和间隔件。 内壳体包括多个端子容纳室,并且端子容纳在每个端子容纳室中。 内壳安装在外壳中。 外壳包括第一壁。 第一壁包括在外壳内部开口的橡胶塞容纳凹部,以及使橡胶塞容纳凹部和外部彼此连通的第一插入保持件。 橡胶塞包括第三插入孔,插入橡胶塞容纳凹部中。 间隔件设置在内壳体和外壳体之间,用于保持容纳在端子容纳室中的端子。 间隔件包括端子容纳室和第一壁之间的第二壁。 第二壁包括第二插入孔。 端子容纳室中的端子连接到电线。 每根电线穿过第一,第三和第二插入孔。 端子容纳室和电线由橡胶塞密封。
    • 53. 发明授权
    • Disk-type electrostatic powder coating method and an apparatus therefor
    • 盘式静电粉末涂布方法及其设备
    • US5529246A
    • 1996-06-25
    • US184169
    • 1994-01-21
    • Eiji SaitoTakao Murakami
    • Eiji SaitoTakao Murakami
    • B05B5/025B05B5/04B05B5/16B05B7/08
    • B05B5/0418B05B5/0403B05B5/0426
    • An outer tube 5 is integrally rotated with a rotating disk 17. A powder supply passage 16 for supply of powder particles is formed between an inner tube 15 and the outer tube 5. A lower end of the inner tube 15 is secured to a sub-disk 23, and a distributing passage 25 is formed as a space between the sub-disk 23 and the rotating disk 17. Air including powder particles introduced into a separation passage 41 is separated into air and powder in the separation passage 41, and the particles are fed to the distributing passage 25 through the powder supply passage 16. The powder particles falling in the powder supply passage 16 undergo a swirling motion in accordance with the rotation of the outer tube 5, and owing to the swirling motion, the powder particles in the powder supply passage 16 are distributed uniformly in the circumferential direction.
    • 外管5与旋转盘17一体旋转。在内管15和外管5之间形成用于供给粉末颗粒的粉末供给通道16.内管15的下端固定到子管15。 圆盘23和分配通道25形成为副盘23和旋转盘17之间的空间。包含引入分离通道41的粉末颗粒的空气在分离通道41中分离成空气和粉末,并且颗粒 通过粉末供应通道16被供给到分配通道25.落在粉末供应通道16中的粉末颗粒根据外管5的旋转而进行旋转运动,并且由于旋转运动,粉末颗粒在 粉末供给通道16沿圆周方向均匀分布。
    • 54. 发明授权
    • Pump device
    • 泵装置
    • US4118151A
    • 1978-10-03
    • US735210
    • 1976-10-22
    • Takao MurakamiYasuo IshikawaMasahiro Ito
    • Takao MurakamiYasuo IshikawaMasahiro Ito
    • B05B9/04F04B9/02F04B19/02F04B49/02F16D48/02F16D25/11F04B49/00F16D25/00
    • B05B9/0413F04B19/027F04B49/022F04B9/02
    • A pump device comprises a pump for pumping a liquid from a liquid source, a rotational driving power source operable continuously, transmission means for transmitting rotational driving power from the power source to the pump, detecting means for detecting the pressure of the liquid pumped and delivered by the pump, and clutch means provided in the power transmission path of the transmission means. The liquid pressure detecting means is adapted to operate accordingly when said liquid pressure fluctuates from a predetermined set pressure to controllably vary the rate of power transmission of said clutch means, while causing the operation of said rotational driving power source to continue uninterruptedly, thereby to control the pump delivery pressure at a constant value.
    • 泵装置包括用于从液体源泵送液体的泵,可连续操作的旋转驱动电源,用于将旋转驱动力从电源传输到泵的传动装置,用于检测泵送和输送的液体的压力的检测装置 以及设置在传动装置的动力传递路径中的离合器装置。 液压检测装置适于在所述液压从预定设定压力波动时相应地操作,以可控制地改变所述离合器装置的动力传递速率,同时使所述旋转驱动动力源的操作不间断地继续,从而控制 泵输送压力为恒定值。
    • 55. 发明授权
    • Biometric authentication system
    • 生物识别系统
    • US08437511B2
    • 2013-05-07
    • US12874647
    • 2010-09-02
    • Takao MurakamiKenta Takahashi
    • Takao MurakamiKenta Takahashi
    • G06K9/00
    • G06K9/6278G06K9/00885G06K9/68
    • A 1:N identification system having high convenience and safety is to be provided. An authentication client includes at least one biometric information input sensor and a feature extraction function. A database includes an enrollee ID and registered templates of biometric information of at least one kind every enrollee and includes a score table. An authentication server includes a prior probability setting function, a 1:N fast matching function for successively matching the feature with the registered templates of the enrollees and discontinuing matching processing when the number of times of matching has exceeded a predetermined threshold, a delta score calculation function for calculating a delta score by using a score obtained by the 1:N fast matching and using the score table, a posterior probability calculation function for calculating posterior probabilities respectively of the enrollees on the basis of the score and the delta score, and an authentication object user identification function.
    • 提供具有高便利性和安全性的1:N识别系统。 验证客户端包括至少一个生物特征信息输入传感器和特征提取功能。 数据库包括登记者ID和每个登记者至少一种生物特征信息的登记模板,并且包括得分表。 认证服务器包括先验概率设置功能,1:N快速匹配功能,用于在匹配次数超过预定阈值时连续匹配该特征与登记模板的注册模板,并停止匹配处理;增量分数计算 用于通过使用通过1:N快速匹配获得的分数并使用分数表来计算增量分数的功能,用于基于分数和三角洲分数来计算登记者的后验概率的后验概率计算函数,以及 认证对象用户识别功能。
    • 56. 发明授权
    • Biometric authentication system, authentication client terminal, and biometric authentication method
    • 生物认证系统,认证客户端,生物认证方法
    • US08340361B2
    • 2012-12-25
    • US12379715
    • 2009-02-27
    • Takao MurakamiKenta Takahashi
    • Takao MurakamiKenta Takahashi
    • G06K9/00G05B19/00G05B13/02G06F7/00
    • G06K9/6277G06K9/00885
    • A biometric authentication system, authentication client terminal, and biometric authentication method are provided to reduce an expected value of the number of inputs of biometric data for authentication, while effectively preventing forgery. In a biometric authentication system, prior probabilities of enrolled users un and non-enrolled user u0 are previously set. 1:N matching is performed between feature data of a claimant v and matching feature data. The matching score is calculated for each enrolled user un. A ratio of the likelihood v=un to the likelihood v≠un is calculated for each enrolled user un using the calculated matching scores. Posterior probabilities of the enrolled users un and non-enrolled user u0 are calculated, using the likelihood ratios, and the prior probabilities of both the enrolled users un and the non-enrolled user u0. Then, determination is made by comparing each posterior probability with a first threshold.
    • 提供生物认证系统,认证客户终端和生物认证方法,以减少用于认证的生物特征数据的输入数量的期望值,同时有效地防止伪造。 在生物认证系统中,预先设定了注册用户un和未注册用户u0的先验概率。 1:在索赔人v的特征数据和匹配特征数据之间执行N匹配。 为每个注册用户un计算匹配分数。 使用计算的匹配分数,对于每个登记的用户un计算似然度v = un与似然v≠un的比率。 使用可能性比率和注册用户un和未注册用户u0的先验概率来计算登记用户un和未注册用户u0的后验概率。 然后,通过将每个后验概率与第一阈值进行比较来进行确定。
    • 59. 发明授权
    • Terminal examination jig
    • 终端检查夹具
    • US07010864B2
    • 2006-03-14
    • US10852417
    • 2004-05-25
    • Takao Murakami
    • Takao Murakami
    • G01B5/252
    • H01R43/16H01R2201/20H01R2201/26Y10T29/5313Y10T29/53196Y10T29/53226Y10T29/53239
    • A terminal examination jig 10 includes a jig body 12 having a gauge receiving portion 13 and a terminal holding portion 20, and a limit gauge 28 releasably supported pivotally on a support pin 14 extending through the gauge receiving portion 13 in a bridging manner. The terminal receiving portion 20 has a fixing surface 23a against which a bottom surface of a terminal (an object to be examined) is adapted to abut, and a fixing screw 25 for pressing the terminal against the fixing surface 23a to hold the terminal is provided at the terminal receiving portion 20. The limit gauge 28 has an opening portion 30 which is formed into a shape corresponding to the shape of an electrical contact portion of the terminal. Whether or not the bending of the terminal is within a tolerance is judged by checking whether or not the electrical contact portion can pass through the opening portion 30 without interference when the limit gauge 28 is pivotally moved about the support pin 14.
    • 终端检查夹具10包括具有容纳部分13和端子保持部分20的夹具本体12以及以可桥接的方式延伸穿过测量容纳部分13的支撑销14枢转地可释放地支撑的限位板28。 端子接收部分20具有固定表面23a,端子(待检测物体)的底表面与其抵接;固定螺钉25,用于将端子压靠固定表面23a以固定端子 设置在端子容纳部20。 限位板28具有开口部30,其形成为与终端的电接触部的形状对应的形状。 当限位板28围绕支撑销14枢转地移动时,通过检查电接触部分是否能够不受干扰地通过开口部分30来判断端子的弯曲是否在公差内。
    • 60. 发明授权
    • Wire connecting connector
    • 电线连接器
    • US06805577B2
    • 2004-10-19
    • US09986077
    • 2001-11-07
    • Takao MurakamiMasaru Fukuda
    • Takao MurakamiMasaru Fukuda
    • H01R1120
    • H01R13/112H01R12/675
    • A pair of male terminals (14, 14a) is protruded from a tip end of an inserting portion (13a) of a male connector (11). A female connector (12) is formed in a tube shape having a bottom capable of being fitted to an inserting portion (13b), and a pair of female terminals (15, 15a) is provided at the inner side of the bottom part (12a). Terminal portions (16) of the female terminals (15, 15a) are formed in a fork shape having an opening (18) arranged to oppose the male terminals (14, 14a). An acute angle portion (21) which bursts through a coating body (20a) of an FFC (20) is provided between the tip end portions of the fork-shape part (19), and a conductive wire connecting portion (22) which grips a conductive wire portion (20b) of the FFC (20) that has been burst through by the acute angle portion (21) is provided between the base end portions of the fork-shape part (19), and a terminal receptor (23) to which the male terminals (14, 14a) are inserted is provided between the middle portions of the fork-shape part (19).
    • 一对阳端子(14,14a)从阳连接器(11)的插入部分(13a)的末端突出。 阴连接器(12)形成为具有能够嵌入到插入部(13b)的底部的管状,并且在底部(12a)的内侧设置有一对阴端子(15,15a) )。 阴端子(15,15a)的端子部分(16)形成为具有与阳端子(14,14a)相对设置的开口(18)的叉状。 在叉形部分(19)的前端部分和夹紧的导电线连接部分(22)之间设有突出于FFC(20)的涂覆体(20a)的锐角部分(21) 在叉形部分(19)的基端部和端子接收器(23)之间设置由锐角部分(21)突破的FFC(20)的导线部分(20b) 插销式端子(14,14a)之间设置在叉状部件(19)的中间部分之间。