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    • 91. 发明授权
    • Lever fitting type connector
    • US06648658B2
    • 2003-11-18
    • US10106506
    • 2002-03-27
    • Toshiaki OkabeTetsuya Yamashita
    • Toshiaki OkabeTetsuya Yamashita
    • H01R1362
    • H01R13/62933
    • A lever fitting type connector (10) has a lever (40) provided with a rotation fulcrum portion (41), an application point portion (42) and an operation portion (43), which is interposed between a first connector (20) and a second connector (30). The rotation fulcrum portion (41) of the lever (40) is pivoted in a rotating manner to the first connector (20). In a state that both of the connectors are separated, an initial mounting position of the lever (40) is arranged substantially in parallel to a width direction of the first connector (20). A positional relation among the rotation fulcrum portion (41), the application point portion (42) and the operation portion (43) is constituted such that a fitting force is generated by an operation force in a drawing direction applied to the operation portion (43). After mutually inserting both of the connectors (20, 30) to a lever operation starting position, the operation force in the drawing direction is applied to the operation portion (43). Accordingly, the connectors (20, 30) are regularly fitting.
    • 94. 发明授权
    • Connector for substrate
    • 基板连接器
    • US06302708B1
    • 2001-10-16
    • US09512078
    • 2000-02-24
    • Toshiaki OkabeChieko Torii
    • Toshiaki OkabeChieko Torii
    • H01R909
    • H01R12/716
    • A connector for a wiring substrate 2 is provided. The connector includes a connector housing 1 and tabs 3 in the connector housing 1. Each tab 3 consists of a lower extension part 3a, a horizontal part 3b and an upper extension part 3c. In arrangement, the connector housing 1 is fixed on the wiring substrate 2. The horizontal part 3b traverses in a direction of the thickness of the connector housing 1. The lower extension part 3a extends along an inner face of the connector housing 1. The upper extension part 3c penetrates the wiring substrate 2 and is soldered to a circuit pattern formed on the wiring substrate 2 at a soldering part 7.
    • 提供了一种用于布线基板2的连接器。 连接器包括连接器壳体1和连接器壳体1中的凸片3.每个凸片3由下延伸部分3a,水平部分3b和上延伸部分3c组成。 在布置中,连接器壳体1固定在布线基板2上。水平部分3b沿着连接器壳体1的厚度方向移动。下延伸部分3a沿着连接器壳体1的内表面延伸。 延伸部3c穿过布线基板2,并且在焊接部7被焊接到在布线基板2上形成的电路图案。
    • 95. 发明授权
    • Connector supporting mechanism
    • 连接器支撑机构
    • US06276948B1
    • 2001-08-21
    • US09583012
    • 2000-05-30
    • Toshiaki Okabe
    • Toshiaki Okabe
    • H01R1362
    • H01R13/62905
    • A first connector 20 comprises a connector body 21, and a pair of engaging levers 22 respectively pivotally supported by at least one side surface of the connector body 21 such as to project toward one end of the connector body 21, engaging projections 25 project from one ends of the engaging levers 22, connecting projections 27 project from the other ends of the engaging levers 22, and guide grooves for guiding the connecting projections 27 are formed in the second connector 30, and in a state in which the engaging levers 22 are engaged with a back surface of the mounting panel 10 of a peripheral edge of the mounting opening, the second connector 30 is fitted to the first connector 20, the connecting projections 27 are guided in the guide grooves 32, the pair of engaging levers 22 are turned in a direction in which the engaging levers 22 are separating from each other, and the first engaging projections 25 are strongly supported by a mounting member.
    • 第一连接器20包括连接器主体21和一对接合杆22,其分别由连接器主体21的至少一个侧表面枢转地支撑,以便朝向连接器主体21的一端突出,接合突起25从一个 接合杆22的端部,接合突起27从接合杆22的另一端突出,并且用于引导连接突起27的引导槽形成在第二连接器30中,并且在接合杆22接合的状态 安装面10的安装面10的背面,第二连接器30嵌合在第一连接器20上,连结突起27被引导在引导槽32中,一对啮合杆22转动 在接合杆22彼此分离的方向上,并且第一接合突起25被安装构件牢固地支撑。
    • 96. 发明授权
    • Coupling structure of structures
    • 结构耦合结构
    • US06254414B1
    • 2001-07-03
    • US09643951
    • 2000-08-23
    • Masahiro SawayanagiToshiaki Okabe
    • Masahiro SawayanagiToshiaki Okabe
    • H01R1362
    • H01R13/62922H01R13/62966
    • A coupling structure of connectors which comprises a fitting hole 11 formed in a support body 2, a first connector 3 provided on a flux of electric wires extending through the fitting hole, a second connector 5 directly fitted to a mount body 4, and an engagement operating cam member 6 rotatably mounted on either one of the first connector and the second connector and adapted to engage the first connector with the second connector by means of a cam mechanism, and to be inserted into the fitting hole by sliding in a direction intersecting a direction of the engagement by means of a lever crank mechanism.
    • 连接器的联接结构包括形成在支撑体2中的装配孔11,设置在延伸穿过安装孔的电线焊剂上的第一连接器3,直接安装在安装体4上的第二连接器5, 操作凸轮构件6,其可旋转地安装在第一连接器和第二连接器中的任一个上,并且适于通过凸轮机构将第一连接器与第二连接器接合,并且通过沿与其相交的方向滑动而插入到装配孔中 通过杠杆曲柄机构的接合方向。
    • 98. 发明授权
    • Lever fitting-type connector
    • 杠杆接头型连接器
    • US06213794B1
    • 2001-04-10
    • US09369889
    • 1999-08-09
    • Toshiaki OkabeTetsuya Yamashita
    • Toshiaki OkabeTetsuya Yamashita
    • H01R1362
    • H01R13/62933
    • A lever fitting-type connector, wherein an operating force, required for pivotally moving a lever by leverage, so as to fit a connector into a mating connector, is reduced. A lever (22) is pivotally mounted on bosses (28) formed on a male connector (21), and the male connector (21) is fitted into a female (mating) connector (23) by pivotally moving the lever (22) with the bosses (28) serving as an application point. An operating portion (30), serving as a force-applying point for the pivotal movement of the lever (22), is formed at a rear end portion of the lever (22). Engagement projections (33) are formed respectively on opposite side walls (29) of the lever (22), and are disposed rather close to the bosses (28), respectively. Retaining holes (34) are formed in the mating connector (23), and the engagement projections (33) are retainingly engaged respectively in the retaining holes (34), so that the engagement projections (33) serve as a supporting point for the pivotal movement of the lever (22).
    • 一种杠杆配合型连接器,其中通过杠杆将杠杆运动所需的操作力减小到将连接器装配到配合连接器中。 杠杆(22)枢转地安装在形成在阳连接器(21)上的凸台(28)上,并且阳连接器(21)通过将杠杆(22)以 老板(28)作为应用点。 在杠杆(22)的后端部形成有用作杠杆(22)的枢转运动的施力点的操作部(30)。 接合突起(33)分别形成在杠杆(22)的相对的侧壁(29)上,并分别靠近凸台(28)设置。 保持孔(34)形成在配合连接器(23)中,并且接合突起(33)分别保持接合在保持孔(34)中,使得接合突起(33)用作枢转的支撑点 杠杆(22)的运动。
    • 99. 发明授权
    • Electrical connector
    • 电连接器
    • US06176713B1
    • 2001-01-23
    • US09280677
    • 1999-03-29
    • Toshiaki Okabe
    • Toshiaki Okabe
    • H01R1362
    • H01R13/62933
    • An electrical connector in which the fitting force for connecting male and female connectors to each other is enhanced by using a lever force exerted by a lever, and, when transported under a provisionally assembled state, a lever or a harness wire of another connector is prevented from being snagged, thereby, improving the efficiency of the assembly work, and preventing the members from being damaged. A lever (30) is pivotally supported on a female connector (20) cooperating with a male connector (10) to form a fitting pair, through pins (12c) serving as lever support shafts. The front end portion of the lever (30) is formed as a force application point portion (32) for applying a pressing operation force for pressingly fitting the male connector (10) into the female connector (20). Action point portions (39) in the rear end portion lock the male connector (10) to the female connector (20). A slit (38) and a rib (11b), which cooperate with each other for closing are disposed in the front end face (33) of the force application point portion (32) of the lever (30), and the front end face (11a) of the male connector (10a), respectively. The rib blocks an electrical wire (3) of a wire harness terminal of another connector provisional assembly, or the like from being snagged into a gap C (see FIG. 12) which is formed between the force application point portion (32) and the front end portion of the male connector (10). The slit (38) and the rib (11b) of the protection means are always engaged at least partly with each other to close the gap C, irrespective of whether the lever (30) has been pressed or not.
    • 一种电连接器,其中通过使用由杠杆施加的杠杆力来增强用于将公连接器和母连接器相互连接的配合力,并且当在临时组装状态下运输时,防止了另一连接器的杠杆或线束线 从而阻止组装工作的效率,并且防止构件被损坏。 杆(30)枢转地支撑在与阳连接器(10)配合的阴连接器(20)上,以通过用作杆支撑轴的销(12c)形成配件对。 杆(30)的前端部形成为施加用于将阳连接器(10)压配合到阴连接器(20)中的按压操作力的施力点部(32)。 后端部的作用点部分(39)将阳连接器(10)锁定到阴连接器(20)。 在杠杆(30)的施力部分(32)的前端面(33)中设置有彼此协作关闭的狭缝(38)和肋(11b),前端面 (10a)的凸缘(11a)。 所述肋将另一个连接器临时组件等的线束端子的电线(3)阻塞在形成在施力点部分(32)和 阳连接器(10)的前端部分。 保护装置的狭缝(38)和肋(11b)总是至少部分地相互接合以闭合间隙C,而不管杠杆(30)是否被按压。
    • 100. 发明授权
    • Combined-type connector
    • 组合式连接器
    • US6083056A
    • 2000-07-04
    • US165995
    • 1998-10-02
    • Toshiaki OkabeKentarou Nagai
    • Toshiaki OkabeKentarou Nagai
    • H01R24/00H01R13/506H01R13/514H01R13/516H01R13/502
    • H01R13/506H01R13/514H01R13/516
    • A combined-type connector of a multi-stage construction in which a main housing and an auxiliary housing each having metal terminals are combined together. In the combined-type connector, a fitting hood of the main housing is formed by a rear wall and a peripheral wall defining four side walls, and a combination-purpose insertion port is formed in the rear wall of the fitting hood, and is directed and leads to a region disposed over one side of rear end portions of terminal receiving chambers. A fitting hood of the auxiliary housing is formed by three walls, that is, a wall, disposed forwardly of a press-connection opening, and two walls disposed respectively at opposite sides of this wall, and is inserted into the fitting hood of the main housing through the insertion port, and the thus inserted fitting hood of the auxiliary housing has such a size that the three walls thereof are disposed in contiguous relation to an inner peripheral surface of the fitting hood of the main housing. There is provided a terminal cover for opening and closing the press-connection opening in the auxiliary housing.
    • 一种多级结构的组合式连接器,其中主壳体和每个具有金属端子的辅助壳体组合在一起。 在组合型连接器中,主壳体的装配罩由限定四个侧壁的后壁和周壁形成,并且在装配罩的后壁中形成组合用插入口,并且被引导 并且通向设置在端子接收室的后端部分的一侧上的区域。 辅助壳体的装配罩由设置在压接开口前方的三个壁,即分别位于该壁的相对侧的两个壁构成,并被插入主体的装配罩中 通过插入口容纳壳体,并且这样插入的辅助壳体的装配罩具有这样的尺寸,使得其三个壁与主壳体的装配罩的内周表面邻接地设置。 设置有用于打开和关闭辅助壳体中的压力连接开口的端子盖。