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    • 22. 发明授权
    • Circuit forming element
    • 电路形成元件
    • US06592410B2
    • 2003-07-15
    • US10075563
    • 2002-02-15
    • Haruki YoshidaToshiyuki YamaguchiMasaaki Ikegaya
    • Haruki YoshidaToshiyuki YamaguchiMasaaki Ikegaya
    • H01R13502
    • H01R13/506H01R13/432Y10S439/908
    • A bus bar is constituted by integrally forming pairs of terminal contact pieces, each pair of which is in contact with an opposed terminal, a pair of connecting base portions, which integrally connect the base-side portions of the terminal contact pieces arranged on the same side thereof, and connecting pieces for connecting the pair of connecting base portions. This bus bar is integrally coupled to a bus bar fixing member constituted by an insulating member. An arbitrary circuit including so-called a skip connection can be constructed by suitably cutting the connecting base portions and the connecting piece. Thus, the entire circuit forming element is constituted as one component.
    • 汇流条通过一体地形成成对的一对端子接触片而构成,每对端子接触片与相对的端子相接触,一对连接基座部分一体地连接布置在其上的端子接触片的基部侧部分 以及用于连接该对连接基部的连接片。 该母线与由绝缘构件构成的汇流条固定构件一体地联接。 可以通过适当地切割连接基部和连接件来构成包括所谓的跳过连接的任意电路。 因此,整个电路形成元件被构成为一个部件。
    • 23. 发明授权
    • Connector fitting construction
    • 连接器配件结构
    • US06533600B1
    • 2003-03-18
    • US09385469
    • 1999-08-30
    • Motohisa KashiyamaHaruki Yoshida
    • Motohisa KashiyamaHaruki Yoshida
    • H01R13627
    • H01R13/641H01R13/627H01R13/635
    • In a connector fitting construction of the invention, a slider 60 is slidably supported within a housing 53 of a female connector 50 housing, and when the female connector is to be fitted relative to a male connector 70, the slider cooperates with compression springs 59 to flex a lock arm 56 so as to retainingly engage the lock arm with the male connector 70. A pair of abutment projections 64 are formed respectively at opposite side portions of a lower surface of a slider arm 62 provided at the slider 60. A pair of stopper projections 72 are formed on an upper surface of a housing 71 of the male connector 70, and are pressed respectively against the abutment projections 64 during a connector fitting operation to move the slider 60 toward a rear end of the female connector 50. An abutment surface 72a of a generally trapezoidal shape is formed on a front surface of each of the stopper projections 72. An abutment surface 64a of the abutment projection 64 is a slanted surface which is slanting downwardly rearwardly, and the abutment surface 72a of the stopper projection 72 is a slanted surface which is slanting downwardly forwardly.
    • 在本发明的连接器配件结构中,滑块60可滑动地支撑在壳体内的母连接器50的壳体53内,并且当阴连接器相对于阳连接器70进行装配时,滑块与压缩弹簧59配合 弯曲锁定臂56以便将锁定臂与阳连接器70保持接合。一对邻接突起64分别形成在设置在滑块60处的滑块臂62的下表面的相对侧部。一对 止动突起72形成在阳连接器70的壳体71的上表面上,并且在连接器配合操作期间被分别压靠在邻接突起64上,以使滑块60朝向阴连接器50的后端移动。 大致梯形形状的表面72a形成在每个止动突起72的前表面上。抵接突起64的邻接表面64a是sl状的倾斜表面 向后倾斜,止动突起72的抵靠面72a是向前倾斜的倾斜表面。
    • 25. 发明授权
    • Lens holding structure, its assembling method and its dimension
determining method
    • 透镜保持结构,其组装方法及其尺寸确定方法
    • US5969887A
    • 1999-10-19
    • US57478
    • 1998-04-09
    • Hitoshi HagimoriYoshifumi HaradaHiroshi SugiyamaHaruki YoshidaHideki Nagata
    • Hitoshi HagimoriYoshifumi HaradaHiroshi SugiyamaHaruki YoshidaHideki Nagata
    • G02B7/02
    • G02B7/026G02B7/021
    • A structure for holding lenses in which they are inserted into a lens frame in an axial direction thereof for their mounting thereon, and in which a lens that is first inserted into the lens frame is fixed thereto by caulking a part of the lens frame against the lens, so that an enlargement in a radial direction of the lens frame is prevented. The lens frame has three through-holes in a circumferential direction with an equal space therebetween in which the through-holes form around an intermediate position thereof relative to the axial direction, a stepped surface on a first end opposite a second end from which the lens is inserted, and a partial caulking projection which forms inside each hole as a part of the lens frame. After the first lens is inserted from the second end into the lens frame, the partial caulking projection is thermally caulked against a periphery, of the lens, which is downstream relative to the direction in which the lens is inserted, so that the first lens is held between the stepped surface and the partial caulking projection.
    • 用于保持透镜的轴向安装在透镜框架中的装置的结构,其中首先插入到透镜框架中的透镜通过将透镜框架的一部分铆接在透镜框架上而固定在其上 透镜,从而防止透镜框的径向放大。 透镜框架在圆周方向上具有三个通孔,其间具有相等的空间,其中通孔围绕其相对于轴向方向的中间位置形成,在与第二端相对的第一端上的阶梯表面 以及在每个孔内形成作为透镜框架的一部分的部分铆接突起。 在将第一透镜从第二端插入透镜框之后,部分铆接突起被热铆接在相对于透镜插入方向下游的透镜的周边,使得第一透镜是 保持在台阶表面和部分铆接突起之间。
    • 26. 发明授权
    • Waterproof structure of solderless connector
    • 无焊接连接器防水结构
    • US5762524A
    • 1998-06-09
    • US710928
    • 1996-09-24
    • Rhodri FordHaruki YoshidaMotohisa KashiyamaMasanori TsujiTakayoshi Endo
    • Rhodri FordHaruki YoshidaMotohisa KashiyamaMasanori TsujiTakayoshi Endo
    • H01R4/24H01R13/41H01R13/52H01R43/20H01R13/40
    • H01R13/521H01R13/5208H01R13/41H01R4/2445H01R43/20
    • A case having a case body, in which a plurality of terminal accommodating chambers are formed in parallel, and an elastic waterproof portion, which is formed integrally with the case body and which has a plurality of wire insertion holes into which covered wires are inserted in a waterproof state is inserted through an opened portion of a connector housing so that the elastic waterproof portion is fitted to the opened portion in a waterproof state. Therefore, when the covered wires are inserted into the wire insertion holes, the projecting portions of the covered wires simply are required to be adjusted to have a predetermined length. Thus, the necessity of furthermore adjusting the projection portion when the solderless connection is established can be eliminated. Since the elastic waterproof portion is formed integrally with the case body, pressure cannot easily act on the portions in which the solderless terminals and the covered wires are solderless-connected to one another even if the elastic waterproof portion is strongly pressed to the inside of the opened portion. Therefore, the electrically conductive state between the solderless terminals and the covered wires can be maintained.
    • 具有壳体,其中多个端子容纳室形成为平行的壳体和与壳体整体形成并且具有多个电线插入孔的弹性防水部分,其中有多个电线插入孔 通过连接器壳体的打开部分插入防水状态,使得弹性防水部分以防水状态装配到开口部分。 因此,当将被覆线插入电线插入孔时,只需要将被覆线的突出部分调整为具有预定的长度。 因此,可以消除在建立无焊接连接时进一步调整突出部的必要性。 由于弹性防水部与壳体一体形成,因此即使弹性防水部被强力地按压到内侧,压力也不能容易地作用于无焊接端子和被覆线彼此无焊接地连接的部分 打开部分。 因此,可以保持无焊接端子和被覆线之间的导电状态。
    • 27. 发明授权
    • Spark plug
    • 火花塞
    • US08710725B2
    • 2014-04-29
    • US13876497
    • 2011-09-27
    • Haruki YoshidaToshitaka Honda
    • Haruki YoshidaToshitaka Honda
    • H01T13/02
    • H01T13/20H01T13/34
    • A spark plug having improved load life performance and fixing strength of a metallic terminal to an insulator, and which reduces the incidence of breakage of the insulator when the metallic terminal is inserted into the axial hole of the insulator. The spark plug of the present invention is characterized in that the distance ((B−A)/2) between the forward end portion of the metallic terminal and the wall surface of an intermediate diameter portion of the axial hole of the insulator falls within a range of 0.02 mm to 0.2 mm, the shrinkage amount (D−C) of a connecting portion falls within a range of 6 mm to 27 mm, and the Vickers hardness of the metallic terminal at ordinary temperature falls within a range of 100 Hv to 430 Hv.
    • 一种火花塞,其具有改善的负载寿命性能和金属端子固定在绝缘体上的强度,并且当金属端子插入到绝缘体的轴向孔中时,这减少了绝缘体的断裂入射。 本发明的火花塞的特征在于,金属端子的前端部与绝缘体的轴孔的中间直径部的壁面之间的距离((A-A)/ 2)落入 范围为0.02mm至0.2mm,连接部分的收缩量(D-C)落在6mm至27mm的范围内,并且常温下金属端子的维氏硬度落在100HV至 430 Hv。
    • 28. 发明授权
    • Spark plug for internal-combustion engine
    • 内燃机火花塞
    • US08653725B2
    • 2014-02-18
    • US13497745
    • 2010-08-19
    • Haruki YoshidaToshitaka Honda
    • Haruki YoshidaToshitaka Honda
    • H01T13/20
    • H01T13/41C03C8/02
    • A spark plug that prevents a sharp increase in resistance of a resistor and materializes an excellent load life performance. The spark plug has a resistor formed by heat-sealing of a resistor composition that contains, at least, a conductive material and glass powder. The glass powder contains between 35.0 mol % and 69.8 mol % SiO2, between 15.0 mol % and 49.8 mol % B2O3, between 5.0 mol % and 20.0 mol % Li2O, and at least one additive selected from MgO, CaO, SrO, BaO, Na2O, K2O, ZnO, and ZrO2 in a total of between 2.6 mol % and 25.0 mol %. Further, the total content of Li2O and the additive(s) in the glass powder is between 15.2 mol % and 45.0 mol %, and the ratio of the Li2O content to the total content of the additive(s) is between 1.3 and 5.0.
    • 一种防止电阻器电阻急剧增加的火花塞,实现了极好的负载寿命。 火花塞具有通过热封至少包含导电材料和玻璃粉末的电阻器组合物形成的电阻器。 玻璃粉末含有35.0摩尔%至69.8摩尔%的SiO 2,15.0摩尔%至49.8摩尔%的B 2 O 3,5.0摩尔%至20.0摩尔%的Li 2 O,以及至少一种选自MgO,CaO,SrO,BaO,Na 2 O的添加剂 ,K 2 O,ZnO和ZrO 2,总计为2.6摩尔%至25.0摩尔%。 此外,玻璃粉末中的Li 2 O和添加剂的总含量为15.2摩尔%〜45.0摩尔%,Li 2 O含量与添加剂的总量的比例为1.3〜5.0。