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    • 42. 发明申请
    • Retaining member, electric component and electric device
    • 保持构件,电气元件和电气设备
    • US20110083893A1
    • 2011-04-14
    • US12926892
    • 2010-12-16
    • Takayoshi Honda
    • Takayoshi Honda
    • H05K1/18
    • H01R12/7029H05K3/301H05K2201/10189H05K2201/10598
    • A retaining member includes at least a leg portion having a latch portion, a coupling portion and a spring portion. When the spring portion is displaced, the coupling portion is twisted. Then, the latch portion and the coupling portion are inserted into the opening so that an electric component is retained on a main face of the substrate. In this state, a part of the latch portion is disposed at the periphery of the opening on a rear face of the substrate, a part of the coupling portion is disposed in the opening, and the spring portion is disposed on the main face of the substrate. Therefore, the retaining strength of the electric component to the substrate can be improved, and damage of a side wall of the opening can be decreased.
    • 保持构件至少包括具有闩锁部分,联接部分和弹簧部分的腿部。 当弹簧部分移动时,联接部分被扭曲。 然后,将闩锁部分和耦合部分插入到开口中,使得电子部件保持在基板的主面上。 在该状态下,闩锁部的一部分配置在基板的背面的开口的周围,连结部的一部分配置在开口部,弹簧部配置在基板的主面上 基质。 因此,可以提高电气部件对基板的保持强度,并且可以减小开口的侧壁的损坏。
    • 43. 发明申请
    • Electronic device including printed circuit board, connector and casing
    • 电子设备包括印刷电路板,连接器和外壳
    • US20090068862A1
    • 2009-03-12
    • US12222327
    • 2008-08-07
    • Takayoshi Honda
    • Takayoshi Honda
    • H05K1/00
    • H05K5/062H05K5/0052H05K5/0069
    • An electronic device includes a printed circuit board, a connector mounted on the printed circuit board, a casing, and a sealing member. The casing houses the printed circuit board and a part of the connector in such a manner that the other part of the connector protrudes to an outside of the casing. The casing has a casing-side recess portion and a casing-side protruding portion that are connected each other to have a loop shape. The housing has a connector-side protruding portion and a connector-side recess portion that are connected to each other to have a loop shape. The connector-side protruding portion is fitted into the casing-side recess portion through the sealing member and the casing-side protruding portion is fitted into the connector-side recess portion through the sealing member.
    • 电子设备包括印刷电路板,安装在印刷电路板上的连接器,壳体和密封件。 壳体以这样的方式容纳印刷电路板和连接器的一部分,使得连接器的另一部分突出到壳体的外部。 壳体具有彼此连接以具有环形的壳体侧凹部和壳体侧突出部。 壳体具有彼此连接成具有环形的连接器侧突出部和连接器侧凹部。 连接器侧突出部通过密封部件嵌入壳体侧凹部,壳体侧突出部通过密封部件嵌入连接器侧凹部。
    • 45. 发明授权
    • Knocking detecting device for automobile
    • 汽车爆震检测装置
    • US06857416B2
    • 2005-02-22
    • US10815953
    • 2004-04-02
    • Takayoshi Honda
    • Takayoshi Honda
    • G01H17/00F02D45/00F02P5/00G01L23/22G01M15/00
    • G01L23/225
    • A knocking detecting device executes A/D conversion of a knock sensor signal every constant time ts and executes filter processing of the converted digital signal. The knocking detecting device determines whether the knocking arises or not according to the filter processed data. The device measures a TDC signal falling period T every 120° CA. The period indicating of 5° CA is divided by a constant period ts to obtain a value which is rounded off to derive an integer N. At a timing in which the crankshaft rotates to 10° CA from the TDC signal falling, the filter processed data which are derived every A/D timing ts are integrated every N pieces of data. When the number of integrated value reaches 12, knocking determining process is executed based on the 12 integrated values.
    • 敲击检测装置每个恒定时间ts执行爆震传感器信号的A / D转换,并执行转换的数字信号的滤波处理。 爆震检测装置根据滤波器处理的数据确定是否产生爆震。 该装置每120°CA测量TDC信号下降周期T。 将表示5°CA的周期除以恒定周期ts以获得舍入的值以导出整数N.在曲轴从TDC信号下降到10°CA的时刻,滤波器处理数据 每个A / D定时ts导出的每个N个数据被积分。 当积分值达到12时,基于12个积分值执行敲击确定过程。
    • 46. 发明授权
    • Engine control apparatus
    • 发动机控制装置
    • US06766242B2
    • 2004-07-20
    • US10419785
    • 2003-04-22
    • Takayoshi Honda
    • Takayoshi Honda
    • F02D4500
    • F02D41/009F02D41/064F02D2041/0092F02P7/077
    • An engine control apparatus receives a rotation signal composed of a train of pulses at every interval of a predetermined angle and having a reference position intermediate of the pulse train. A microcomputer in the apparatus executes a detection of the reference position by an interrupt at every effective edge of the rotation signal. Moreover, the microcomputer detects the crankshaft angle position on the basis of the detection result at the beginning of the start of the engine, and on the basis of the reference position signal after the engine start when it is determined that a signal processing circuit is normally operating, by making the reference position signal from the signal processing circuit effective.
    • 发动机控制装置以预定角度的每个间隔接收由脉冲串组成的旋转信号,并且具有脉冲串的中间的参考位置。 装置中的微型计算机通过在旋转信号的每个有效边沿处的中断来执行基准位置的检测。 此外,微型计算机基于发动机起动时的检测结果,基于发动机起动后的基准位置信号,在确定信号处理电路正常时检测曲轴角度位置 通过使信号处理电路的基准位置信号有效。
    • 47. 发明授权
    • Vehicle key-verifying apparatus and method with decreased verification time period feature
    • 车辆钥匙验证装置和方法具有减少的验证时间段特征
    • US06549116B1
    • 2003-04-15
    • US09345951
    • 1999-07-01
    • Takayoshi HondaKoichi Kinbara
    • Takayoshi HondaKoichi Kinbara
    • H04L932
    • B60R25/24B60R25/04G07C9/00309G07C2009/00531G07C2009/00547G07C2009/00793
    • A key-verifying apparatus for quickly determining whether a key is legitimate, even when a legitimate key is determined not to be legitimate in at least a first iteration of key-verifying processing due to a communication fault or the like. An immobilizer ECU sends query data to a key transponder, receives response data from the transponder, generates auto-response data from the query data and key-discriminating data, and repeats key-verifying processing through determination as to whether the key is a legitimate until the key is determined to be legitimate or until a predetermined number of iterations are completed. The immobilizer ECU, after receiving the response data from the transponder in the present key-verifying processing, immediately initiates sending of query data in the subsequent key-verifying processing, and so the cycle for determining whether a key is legitimate is shortened compared to the cycle of a verifying apparatus that initiates sending of subsequent query data after determining that a key is not legitimate.
    • 一种用于快速确定密钥是否合法的密钥验证装置,即使在至少由于通信故障等引起的密钥验证处理的第一次迭代中确定合法密钥也不合法。 防盗器ECU将查询数据发送到密钥转发器,从应答器接收响应数据,从查询数据和密钥鉴别数据生成自动响应数据,并通过确定密钥是否合法重复密钥验证处理,直到 该密钥被确定为合法的或者直到预定数量的迭代完成。 防盗器ECU在本密钥验证处理中接收到来自应答器的响应数据之后,立即在随后的密钥验证处理中发起查询数据的发送,因此与密钥验证处理相关的密钥的合法周期缩短 在确定密钥不合法之后发起后续查询数据的发送的验证装置的周期。
    • 48. 发明授权
    • Anti-theft device using code type transponder
    • 防盗设备使用代码类型转发器
    • US6160488A
    • 2000-12-12
    • US950139
    • 1997-10-14
    • Takayoshi Honda
    • Takayoshi Honda
    • B60R25/04B60R25/20G07C9/00G07D7/00
    • B60R25/2009B60R25/04G07C9/00857G07C2209/04
    • A method for registering a new key in an anti-theft device allows the registration of a new key having a code type transponder from which authentication data once written cannot be read out or written over. An ECU communicates with a transponder of a registered key such as a master key and allows an engine to be started when the result of a collating function data stored in an EEPROM of the ECU with function data written in the transponder is a match. When function data is to be written into a transponder of an unregistered new key, the ECU first communicates with the transponder of the registered key and, when the result of collation of the function data stored in the EEPROM and the function data written in the transponder of the registered key is a match, writes function data stored in the EEPROM into the transponder of the new key.
    • 用于在防盗装置中注册新密钥的方法允许登记具有一旦写入认证数据的代码类型转发器的新密钥不能被读出或写出。 ECU与存储在具有写入应答器的功能数据的ECU的EEPROM中的对照功能数据的结果匹配时,与诸如主密钥的注册密钥的发送应答器通信,并且允许引擎启动。 当将功能数据写入未注册的新密钥的应答器时,ECU首先与注册密钥的转发器进行通信,并且当存储在EEPROM中的功能数据的对照结果和写入应答器的功能数据 的注册密钥是匹配,将存储在EEPROM中的功能数据写入新密钥的应答器。