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    • 5. 发明授权
    • Clip mountable to a mounting plate
    • US5720586A
    • 1998-02-24
    • US742132
    • 1996-10-31
    • Kenichiro Kawaguchi
    • Kenichiro Kawaguchi
    • F16B19/10F16B2/24F16L3/24F16B19/00F16L3/22
    • F16L3/24Y10T24/307Y10T24/45592
    • A clip mounted with a mounting plate having opposite walls defining a mounting groove having an opened leading end, the clip is disclosed which has a clip body made of an elastic metal plate, having a V-shape portion with substantially V-shape cross section formed by folding back so as to have two opposite inclined plate portions, the inclined plate potions having opposite slits, respectively, the opposite walls of the mounting plate inserted into the slits, respectively, when the clip body is inserted into the mounting groove from the leading end of the clip body, so that the opposite walls of the mounting groove are inserted into the slits, the mounting plate is engaged with the slits, and a slit start portion adjacent to the leading end of the V-shape potion is elastically supported by the opposite walls of the mounting plate with an elastic force of the opposite inclined plate portions; and a base having a clip-body holding portion for holding the clip body, a harness securing portion which is made of resin and to which a wire harness is secured in a state being out of contact with the clip body, an inclination restraining portion provided in the V-shape portion of the clip body and arranged to be inserted into the mounting groove inserted into the slit to be brought into contact with the inner surface of the mounting groove so as to restrain inclination of the clip holding portion, and a mounting-plate guide for guiding the slits of the clip body pushed into the mounting groove. Therefore, the wire harness can be protected from being damaged and a strong state of mounting can be realized, and incomplete mounting can reliably be prevented with a simple mounting operation. Even if the clip is mounted on the mounting plate portion in a state the mounting plate portion is considerably deviated from the slits, the leading end of the mounting plate portion is guided to the slits by the mounting plate guide portion. As a result, the slit start portion can reliably elastically be supported by the mounting plate portion.
    • 7. 发明授权
    • Circuit member-holding clamp and method of producing same
    • 电路构件夹持夹及其制造方法
    • US06274815B1
    • 2001-08-14
    • US09325416
    • 1999-06-04
    • Kenichiro Kawaguchi
    • Kenichiro Kawaguchi
    • H02G304
    • H02G3/26F16L3/2235
    • A circuit member-holding clamp (A1) is formed of a flexible resin material molded on a plurality of juxtaposed circuit members (W) in intersecting relation thereto, and the circuit member-holding clamp has such a configuration that a plurality of tubular portions (10), respectively surrounding the circuit members (W), are integrally connected together. Preferably, a thin wall portion (11) is formed between any two adjacent tubular portions (10). In a method of producing the circuit member-holding clamp (A1), the plurality of circuit members are inserted in a mold, and a flexible resin material is poured into the mold.
    • 电路构件保持夹具(A1)由与多个并置电路构件(W)成交的柔性树脂材料形成,并且电路构件保持夹具具有多个管状部( 10)分别围绕电路部件(W)一体连接在一起。 优选地,在任何两个相邻的管状部分(10)之间形成薄壁部分(11)。 在制造电路构件保持夹具(A1)的方法中,将多个电路构件插入模具中,并将柔性树脂材料注入模具中。
    • 8. 发明授权
    • Wire harness mounting construction
    • 线束安装结构
    • US06254042B1
    • 2001-07-03
    • US09309310
    • 1999-05-11
    • Naoto KogureKenichiro KawaguchiKeizo Nishitani
    • Naoto KogureKenichiro KawaguchiKeizo Nishitani
    • F16F308
    • H02G3/26B60G2204/202B60R16/0215
    • Band bodies (31) of bendable harness fastening and fixing bands (30) are formed integrally on the vicinity of an outer surface of a duct partition wall (22a) of an air duct (21) on an instrument panel (20) of a vehicle body. First band retaining rings (24) are formed respectively on those portions of the instrument panel (20) corresponding respectively to the band bodies (31), and second band retaining rings (25) are formed on the outer surface of the air duct partition wall (22a). A series of catching notches (32), arranged in a one-way notched arresting manner, are formed on a reverse surface of the band body (31), and each of the first and second band retaining rings (24) and (25) have a lock portion for engagement with the catching notches (32) to prevent the backward movement of the band body. Any one of several kinds of wire harnesses (40) to (42) of different diameter can be fixed by the use of the first band retaining rings (24). Also, a wire harness (50) in the form of a flat cable of a flattened cross-section can be fixed by the use of the second band retaining rings (25).
    • 可弯曲的线束紧固和固定带(30)的带体(31)一体地形成在车辆的仪表板(20)上的风道(21)的管道隔壁(22a)的外表面的附近, 身体。 第一带保持环(24)分别形成在分别对应于带体(31)的仪表板(20)的那些部分上,并且第二带保持环(25)形成在风道分隔壁 (22a)。 在带体(31)的背面上形成有以单向切口方式布置的一系列捕捉凹口(32),并且第一和第二带保持环(24)和(25)中的每一个 具有用于与捕获凹口(32)接合的锁定部分,以防止带体的向后移动。 可以通过使用第一带保持环(24)来固定不同直径的几种线束(40)至(42)中的任何一种。 此外,通过使用第二带保持环(25)可以固定具有扁平横截面的扁平电缆形式的线束(50)。
    • 9. 发明授权
    • Wire harness fixing structure in an instrument panel
    • 仪表板上的线束固定结构
    • US06229090B1
    • 2001-05-08
    • US09323119
    • 1999-06-01
    • Kenichiro KawaguchiNaoto KogureMasataka NishijimaKeizo Nishitani
    • Kenichiro KawaguchiNaoto KogureMasataka NishijimaKeizo Nishitani
    • H01B100
    • B60R16/0222F16L3/04
    • A wire harness fixing structure in an instrument panel, as well as an instrument panel, in which the wire harness can be easily fixed without the use of an adhesive or separate members such as clips, mounting error can be absorbed when fixing the wire harness, and water due to dew condensation and so on can be easily discharged. In the structure for fixing the wire harness (23) in an instrument panel (21), a harness fixing portion (25), including an opening (26) and a fixing portion (27), is provided at a harness installation passage (24) formed in parting engagement surfaces of upper and lower instrument panel members (2) and (22) jointly forming the instrument panel (21), and the harness fixing portion (25) fixes a wire harness (23) installed in the harness installation passage (24). The opening (26) of the harness fixing portion (25) serves as a discharge port for discharging water due to dew condensation, developing in the harness installation passage (24). The fixing portion (27) extends from one side edge (26a) of the opening (26), and is spaced predetermined distances from the other side edges (26b to 26d) of the opening (26).
    • 仪表板中的线束固定结构以及仪表板,其中线束可以容易地固定而不需使用粘合剂或诸如夹子的分离构件,安装误差可以在固定线束时被吸收, 并且由于露水等而导致的水容易排出。 在用于将线束(23)固定在仪表板(21)中的结构中,包括开口(26)和固定部分(27)的线束固定部分(25)设置在线束安装通道(24 )形成在共同形成仪表板(21)的上和下仪表板构件(2)和(22)的分离接合表面中,并且线束固定部分(25)固定安装在线束安装通道中的线束(23) (24)。 线束固定部(25)的开口(26)用作用于由于结露而排出水的排出口,在线束安装通道(24)中显影。 固定部分(27)从开口(26)的一个侧边缘(26a)延伸,并且与开口(26)的另一个侧边缘(26b至26d)隔开预定距离。
    • 10. 发明授权
    • Wire-harness mounting structure
    • 线束安装结构
    • US6142427A
    • 2000-11-07
    • US303551
    • 1999-05-03
    • Naoto KogureKenichiro Kawaguchi
    • Naoto KogureKenichiro Kawaguchi
    • B60R16/02F16B2/22F16L3/10H02G3/38F16L3/08
    • F16L3/1041F16B2/22
    • A wire-harness mounting structure for mounting wire harnesses of several types with different diameters by making effective use of, for example, a recessed portion between air duct partition walls in an instrument panel of an automobile. By making use of a recessed portion (23) which is located between duct partition walls of an air duct (20) provided in an instrument panel of a vehicle, a harness resilient retaining portion (30) is integrally fixed in the recessed portion (23). A slit (31) is provided in the harness resilient retaining portion (30) in such a manner as to extend from one end side toward the other end side thereof. Each of wire harnesses (40 to 43) of several types with different diameters is resiliently clamped through one-touch fitting in a stepped portion of several stepped portions (32 to 34) of the slit whose slit widths (B1 to B3) become consecutively smaller.
    • 一种线束安装结构,用于通过有效利用例如汽车的仪表板中的风道隔壁之间的凹部来安装不同直径的几种类型的线束。 通过利用设置在车辆仪表板中的风道(20)的管道隔壁之间的凹部(23),线束弹性保持部(30)一体地固定在凹部(23) )。 线束弹性保持部30以从端部侧向另一端侧延伸的方式设置有狭缝31。 具有不同直径的几种类型的线束(40至43)通过一个接触的配件弹性夹紧在狭缝的几个台阶部分(32至34)的阶梯部分中,狭缝宽度(B1至B3)连续变小 。