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    • 21. 发明授权
    • Connector
    • 连接器
    • US5256084A
    • 1993-10-26
    • US961877
    • 1992-10-16
    • Shinji Kodama
    • Shinji Kodama
    • H01R13/42H01R13/426H01R13/436H01R43/22H01R13/40
    • H01R13/4365H01R13/426H01R43/22
    • There is disclosed a connector in which metal terminals are received and retained in terminal receiving chambers of a housing, respectively, and when withdrawing the terminal, an electrical contact portion of the terminal is prevented from a scratch and deformation. The connector includes a connector housing having terminal receiving chambers, metal terminals for being received respectively into the terminal receiving chambers, and a terminal fixing member connectable to a front portion of the connector housing in a two-stage manner, that is, in a provisionally-locked condition and a completely-locked condition. A first retaining projection engageable with a rear shoulder of an electrical contact portion of the metal terminal inserted into a regular position is formed on one of opposed inner walls of each of the terminal receiving chamber, whereas a flexible arm for urging the electrical contact portion toward the one inner wall is formed on the other inner wall. A retainment release window which is opened in the provisionally-locked condition of the terminal fixing member is formed forwardly of the one inner wall. A flexible terminal protection piece for covering the electrical contact portion is provided in the retainment release window.
    • 公开了一种连接器,其中金属端子分别被接收并保持在壳体的端子接收室中,并且当抽出端子时,防止端子的电接触部分产生划痕和变形。 连接器包括具有端子接收室的连接器壳体,分别容纳在端子容纳室中的金属端子和可以以两级方式连接到连接器壳体的前部的端子固定构件,即临时地 锁定状态和完全锁定状态。 在插入到规定位置的金属端子的电接触部分的后肩部能够接合的第一保持突起形成在每个端子容纳室的相对的内壁之一上,而柔性臂用于将电接触部分朝向 一个内壁形成在另一个内壁上。 在端子固定部件的临时锁定状态下打开的保持释放窗口形成在一个内壁的前方。 用于覆盖电接触部分的柔性端子保护件设置在保持释放窗口中。
    • 24. 发明申请
    • CONNECTION STRUCTURE OF CRIMPING TERMINAL TO ELECTRIC WIRE
    • 将端子连接到电线的连接结构
    • US20120329343A1
    • 2012-12-27
    • US13583458
    • 2011-03-25
    • Kei SatoShinji Kodama
    • Kei SatoShinji Kodama
    • H01R4/20
    • H01R4/185H01R4/20H01R4/62H01R13/52
    • In a structure in which a crimping terminal (10) in which an electric wire connection part (12) is formed in substantially a U shape in cross-section view by having base plate parts (21, 23) and pairs of electric wire crimping pieces (22, 24) is used and a metallic tubular cap (30) is attached to a conductor (Wa) exposed by removing a portion of an insulating sheath (Wb) of the distal end of an electric wire W and the electric wire crimping pieces (22, 24) are crimped while crushing the conductor (Wa) of the distal end of the electric wire W together with the cap (30) thereon, a front end (31) of the cap (30) is crushed and thereby the front end of the cap (30) is sealed with its crush part (35).
    • 在通过具有基板部件(21,23)和成对的电线压接件的横截面视图中形成电线连接部件(12)的大致U字形的压接端子(10)的结构中, (22,24),并且金属管状盖(30)通过去除电线W的远端的绝缘护套(Wb)的一部分而暴露的导体(Wa)和电线压接片 (22,24)在与盖(30)一起破碎电线W的远端的导体(Wa)的同时被压接,盖(30)的前端(31)被压碎,从而前端 盖(30)的端部用其压溃部(35)密封。
    • 27. 发明授权
    • Connector assembly having inertia locking mechanism
    • 具有惯性锁定机构的连接器组件
    • US06332800B2
    • 2001-12-25
    • US09840187
    • 2001-04-24
    • Shinji Kodama
    • Shinji Kodama
    • H01R13627
    • H01R13/6273
    • The connector lock mechanism has a receptacle connector and a plug connector which are engaged with each other. The receptacle connector has a first lock portion and a first inertia locked portion. The plug connector has a second lock portion and a second inertia locked portion. The first lock portion is engaged with second lock portion. The first inertia locked portion is engaged with the second inertia locked portion. The first lock portion has a first locking piece and a push piece that moves the first locking piece. The first inertia locked portion has a lock arm provided with a second locking piece. The second lock portion has a third locking piece that engages with the first locking piece after abutment thereof or when the push piece is depressed. The second inertia locked portion has a fourth locking piece engaged with the second locking piece after a temporary resistance force against the mating of the connectors is produced
    • 连接器锁定机构具有彼此接合的插座连接器和插头连接器。 插座连接器具有第一锁定部分和第一惯性锁定部分。 插头连接器具有第二锁定部分和第二惯性锁定部分。 第一锁定部分与第二锁定部分接合。 第一惯性锁定部与第二惯性锁定部接合。 第一锁定部分具有移动第一锁定片的第一锁定片和推动片。 第一惯性锁定部分具有设置有第二锁定片的锁定臂。 第二锁定部分具有第三锁定件,该第三锁定件在与其抵接之后或当推动件被按压时与第一锁定件接合。 第二惯性锁定部分在与连接器的配合产生临时阻力之后具有与第二锁定件接合的第四锁定件
    • 28. 发明授权
    • Connector coupling structure
    • 连接器耦合结构
    • US06217358B1
    • 2001-04-17
    • US09131236
    • 1998-08-07
    • Teruhisa NorizukiShinji Kodama
    • Teruhisa NorizukiShinji Kodama
    • H01R1364
    • H01R13/6273H01R13/6315H01R13/741
    • One of female and male connectors is installed on a mounting base in a waiting through a holder in a waiting condition, and can be freely coupled with the other connector in a projecting waiting direction of the one connector. The one connector is provided freely slidably in the holder and after the other connector is coupled with the one connector, both the connectors are freely slidable relative to the holder toward the mounting base while in a coupling condition. A clearance is provided between the holder and the one connector. A hood of the one connector is provided slidably in the holder. A flexible arm of the holder has an engaging portion at an end thereof. The one connector includes a flexible engaging piece having an engaging portion to be fit to/released from the engaging portion of the flexible arm; and the flexible engaging piece is freely contactable with a side wall in the vicinity of the flexible arm of the holder.
    • 阴连接器和阳连接器之一安装在安装基座上等待状态下的保持器中,并且可以在一个连接器的突出等待方向上与另一个连接器自由联接。 一个连接器可自由滑动地设置在保持器中,并且在另一个连接器与一个连接器联接之后,两个连接器在耦合状态下可相对于支架自由滑动到安装基座。 在保持器和一个连接器之间设置间隙。 一个连接器的罩可滑动地设置在保持器中。 保持架的柔性臂在其端部具有接合部分。 一个连接器包括柔性接合件,其具有与柔性臂的接合部分配合/释放的接合部分; 并且柔性接合件可与保持件的柔性臂附近的侧壁自由接触。
    • 29. 发明授权
    • Terminal housing connecting structure
    • 端子座连接结构
    • US6093040A
    • 2000-07-25
    • US283147
    • 1999-04-01
    • Shinji KodamaKei Sato
    • Shinji KodamaKei Sato
    • H01R13/193H01R13/629H01R13/74H01R13/62
    • H01R13/62905H01R13/193H01R13/743
    • A connector 10 includes a female connector housing 11 accommodating male terminals 12, a male connector housing 13 accommodating female terminals 14, and a holder 17 carrying the male connector housing 13 in a sliding manner. The holder 17 is provided with an oblique slot 18, while the male connector housing 13 is provided with a projection 16 for slide engagement with the oblique slot 18. In engaging the male terminals 12 with the female terminals 14, on completion of the engagement between the connector housings 11, 13, the holder 17 is further pressed against the female connector housing 11 in an engagement direction A. Consequently, the pressing operation of the holder 17 is converted into the slide movement of the male connector housing 13 due to the engagement between the projection 16 and the oblique slot 18, so that the electrical connection between the terminals 12, 14 can be completed with low manipulating force.
    • 连接器10包括容纳阳端子12的阴连接器壳体11,容纳阴端子14的阳连接器壳体13和以滑动方式承载阳连接器壳体13的保持器17。 保持器17设置有倾斜槽18,而阳连接器壳体13设置有用于与倾斜槽18滑动接合的突起16.在将阳端子12与阴端子14接合时,在完成接合 连接器壳体11,13,保持器17在接合方向A上进一步压靠在阴连接器壳体11上。因此,由于接合,保持器17的按压操作被转换成阳连接器壳体13的滑动运动 在突起16和倾斜槽18之间,使得端子12,14之间的电连接可以以较低的操纵力完成。
    • 30. 发明授权
    • Connector mutually-fitting mechanism
    • 连接器互配机构
    • US6068497A
    • 2000-05-30
    • US916329
    • 1997-08-22
    • Shinji Kodama
    • Shinji Kodama
    • B60R16/02H01R13/629H01R13/62
    • H01R13/62905
    • A connector mutually-fitting mechanism in which a pair of connectors, mounted respectively on separate structural members, are fitted together through a fitting lever. Specifically, one connector is projectably and retractably mounted on an instrument panel, and the other connector is fixedly mounted on a gauge board. A driven pin is formed on and projects from the one connector, and a guide groove for receiving the driven pin is formed in the other connector. After the gauge board is connected to the instrument panel, a fitting lever having a cam groove is inserted, thereby fitting the driven pin into the cam groove, and the fitting lever is moved forward and backward, thereby fitting the two connectors together and disengaging the two connectors from each other.
    • 一种连接器相互配合的机构,其中分别安装在分离的结构构件上的一对连接器通过装配杆装配在一起。 具体来说,一个连接器可投影地并可伸缩地安装在仪表板上,另一个连接器固定地安装在仪表板上。 驱动销形成在一个连接器上并从一个连接器突出,并且在另一个连接器中形成用于接收从动销的引导槽。 在量规板连接到仪表板上之后,插入具有凸轮槽的装配杆,从而将从动销装配到凸轮槽中,并且装配杆向前和向后移动,从而将两个连接器装配在一起并将其脱离 两个连接器彼此。