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    • 1. 发明授权
    • Grommet and method of producing the same
    • 索环及其制造方法
    • US06737583B2
    • 2004-05-18
    • US09863892
    • 2001-05-24
    • Shinichi SaekiIkuo TakedaHiroaki AraiShuji OnoFusao Oosumi
    • Shinichi SaekiIkuo TakedaHiroaki AraiShuji OnoFusao Oosumi
    • H02G318
    • B60R16/0222Y10T16/05
    • A grommet 1 includes a corniced part 2 in a shape of a bellows, and two engaging parts 3, 4 integrally formed on opposite ends of the corniced part and adapted to be engaged with respective bodies to be fitted such as a chassis panel 5 and a door panel 6. The grommet 1 is formed in a hollow tubular shape in such a manner that the corniced part 2 is smaller in diameter than the engaging parts 3, 4. The grommet 1 can be obtained by molding thermoplastic elastomer by injection molding so that the diameter of the engaging parts is less than five times as large as the diameter of the corniced part, opening molds 17, 18 for forming an outer face thereof, and thereafter, enlarging the corniced part thereby removing the grommet from a core 19 for forming an inner face thereof.
    • 索环1包括波纹管形状的阳离子部分2和一体地形成在阳离子部分的相对端上的两个接合部分3,4,并且适于与要配合的各个物体接合,例如底盘面板5和 门面板6.孔眼1以这样的方式形成为中空管状形状,使得阳离子部分2的直径小于接合部分3,4的直径。通过注塑成型热塑性弹性体可以获得索环1,使得 接合部的直径小于阳极部的直径的5倍,开口用于形成外表面的模具17,18,然后扩大棱角部,从而从用于成形的芯19除去索环 其内表面。
    • 2. 发明授权
    • Wire harness-fixing clamp
    • 线束固定夹
    • US06494413B1
    • 2002-12-17
    • US09639341
    • 2000-08-16
    • Shinichi SaekiKenji YamazakiIkuo Takeda
    • Shinichi SaekiKenji YamazakiIkuo Takeda
    • F16L322
    • F16L3/237F16L3/06Y10T24/44786Y10T24/44906
    • A holding recess (14) for holding the self-supporting-type cable (1) is formed between elastic holding portions (12, 13). Retaining projections (12a, 13a) are formed respectively on those side surfaces of the elastic holding portions (12, 13), exposed to the holding recess (14), in stepped relation to each other. Even when the self-supporting-type cable (1) is held in any posture, with its cable body portion (2) or its wire support portion (3) first introduced into the holding recess (14), the cable body portion (2) is engaged with the two retaining projections (12a, 13a) in a press-contacted manner to be prevented from withdrawal, or the cable body portion is engaged with the retaining projection (13a) and the bottom of the holding recess (14) in a press-contacted manner, and therefore is held in a stable manner.
    • 用于保持自支撑型电缆(1)的保持凹部(14)形成在弹性保持部(12,13)之间。 保持突起(12a,13a)分别形成在与保持凹部(14)暴露的弹性保持部(12,13)的这些侧面上,并且彼此成阶梯式地形成。 即使当自支撑型电缆(1)保持任何姿势时,其电缆主体部分(2)或其电线支撑部分(3)首先被引入到保持凹部(14)中,电缆主体部分 )与按压接触方式的两个保持突起(12a,13a)接合以防止其退出,或者电缆主体部分与保持突起(13a)和保持凹部(14)的底部接合在一起 以压力接触的方式,因此保持稳定。
    • 4. 发明授权
    • Grommet wrong assembly preventive structure
    • 索环错误装配预防结构
    • US06372986B1
    • 2002-04-16
    • US09644747
    • 2000-08-24
    • Shinichi SaekiIkuo Takeda
    • Shinichi SaekiIkuo Takeda
    • H02G318
    • B60R16/0222F16L41/088H02G3/18Y10T16/05
    • The fit portions 10 of the right and left grommets 6 are structured such that each of the fit portions 10 extends across a portion of the wire harness covering cylindrical body 7 of the grommet 6 in the peripheral direction of the wire harness covering cylindrical body 7, the two side portions of such extending-across fit portion with the wire harness covering cylindrical body 7 as the boundary thereof are formed asymmetric in shape, and, when the right and left grommets 6 are positioned in the same direction, the fit portion 10 of the right grommet 6b is set so as to be rotated 180° with respect to the fit portion 10 of the left grommet 6a; in each of the right and left grommets 6, there is formed a display portion 12 which can be used to indicate the position and direction of the grommet 6 when assembling the same or can distinguish the assembling sides of the right and left grommets 6 from each other when assembling the same. On the other hand, the fit holes 8 of the right and left body panels 1, into which the fit portions 10 of the right and left grommets 6 are to be fitted, are disposed such that, on the right and left sides of the vehicle body, they are formed so as to be rotated 180° with respect to each other in correspondence to the setting of the fit portions 10 of the right and left grommets 6.
    • 左右索环6的配合部10被构造为使得每个配合部10在线束覆盖圆柱体7的周向上延伸穿过护环6的线束覆盖圆柱形主体7的一部分, 作为其边界的线束覆盖圆筒体7的这种延伸穿过配合部分的两个侧部形状是不对称的,并且当左右索环6沿相同方向定位时,配合部分10 右护环6​​b被设定为相对于左索环6a的配合部分10旋转180°; 在右和右索孔6中的每一个中,形成有显示部分12,其可以用于指示索环6在组装时的位置和方向,或者可以将左右索环6的组装侧与每个 其他组装时也是如此。 另一方面,右和左索具6的配合部10将配合的左右车身面板1的配合孔8配置成使车辆的左右两侧 它们形成为相对于左右索环6的配合部分10的设置相对于彼此旋转180°。
    • 6. 发明授权
    • Sound detecting mechanism
    • 声音检测机构
    • US07570773B2
    • 2009-08-04
    • US10565059
    • 2004-07-14
    • Yoshiaki OhbayashiMamoru YasudaShinichi SaekiMasatsugu KomaiKenichi Kagawa
    • Yoshiaki OhbayashiMamoru YasudaShinichi SaekiMasatsugu KomaiKenichi Kagawa
    • H04R25/00
    • H04R19/016H04R19/04
    • A sound detecting mechanism capable of forming a diaphragm and a back electrode on a substrate by a simple process includes acoustic holes corresponding to perforations formed on a front surface of a substrate. A second protective film, a sacrificial layer and a metal film are laminated on the front surface in a portion corresponding to the acoustic holes. The substrate is etched from the back surface thereof to a depth reaching the acoustic holes to form an acoustic opening. Subsequently, by effecting an etching from the back surface of the substrate through the acoustic holes, the sacrificial layer is removed and a void area is formed between the diaphragm made of the metal film, the substrate and the formed perforations. The sacrificial layer that remains after the etching is used as a spacer for maintaining a gap between the back electrode and the diaphragm.
    • 能够通过简单的工艺在基板上形成隔膜和背面电极的声音检测机构包括对应于形成在基板前表面上的穿孔的声孔。 第二保护膜,牺牲层和金属膜层叠在与声孔对应的部分的前表面上。 衬底从其后表面被蚀刻到到达声孔的深度以形成声学开口。 随后,通过通过声孔从衬底的背面进行蚀刻,除去牺牲层,并且在由金属膜,衬底和形成的穿孔构成的隔膜之间形成空隙区域。 蚀刻后残留的牺牲层用作用于保持背电极和隔膜之间的间隙的间隔物。
    • 9. 发明申请
    • Recorder and Recording Method
    • 录音和录音方式
    • US20080056680A1
    • 2008-03-06
    • US11572661
    • 2005-07-28
    • Shinichi Saeki
    • Shinichi Saeki
    • H04N7/26
    • H04N9/7925G11B2020/10981G11B2220/20H04N9/8042
    • To provide a recorder that can change its video recording modes automatically according to the type of a signal received without having the user pay his or her attention to the signal type even in a situation where HD and SD video signals having mutually different transfer rates are broadcast on the same channel. The recorder can write a data stream on multiple types of storage media and includes: a receiving section for receiving a digital broadcasting wave and outputting a data stream; a transfer rate detecting section, which receives the data stream and detects its transfer rate; a recording processing section for performing either a first type of recording processing including a compression coding process or a second type of recording processing including no compression coding process on the data stream received; and a selecting section for selecting either the first or second type of recording processing according to the transfer rate. The recorder writes the data stream that has been processed by the recording processing section on one of the storage media.
    • 为了提供可以根据所接收的信号的类型而自动改变视频记录模式的记录器,即使在广播具有相互不同的传送速率的HD和SD视频信号的情况下,用户也不用注意信号类型 在同一频道 记录器可以在多种类型的存储介质上写入数据流,包括:用于接收数字广播波并输出数据流的接收部分; 传送速率检测部分,接收数据流并检测其传送速率; 记录处理部分,用于对接收到的数据流执行包括压缩编码处理或不包括压缩编码处理的第二类型的记录处理的第一类型的记录处理; 以及选择部分,用于根据传送速率选择第一或第二类型的记录处理。 记录器将记录处理部分处理的数据流写入其中一个存储介质上。