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    • 61. 发明申请
    • Stage, and biological microscope with the stage
    • 舞台,生物显微镜与舞台
    • US20060187543A1
    • 2006-08-24
    • US10548797
    • 2004-03-12
    • Atsushi Takeuchi
    • Atsushi Takeuchi
    • G02B21/26
    • G02B21/26
    • A stage movable in the X and Y directions includes a base member, a first moving member and a second moving member provided on the base member, and first and second rotational operation mechanisms provided on a lower portion of the base member for linearly moving the first moving member and the second moving member respectively. A linear movement member that is moved linearly in a first direction by the first rotational operation mechanism is provided on the base member, and movement conversion transmission means that is moved linearly in a second direction by the second rotational operation means is provided on the first moving member. The first moving member is provided with a movement transmission mechanism that allows linear movement of the second moving member in the first direction and causes, when the first moving member linearly moves in the second direction, the first moving member and the second moving member to move together linearly in the second direction, and the second moving member is provided with a transmission portion that engages the linear movement member so that it moves upon linear movement of the linear movement member. The linear movement member transmits its linear movement to the transmission portion to cause the second movement member to move linearly in the first direction and guides the transmission portion upon linear movement of the first moving member and the second moving member in the second direction by the movement transmission mechanism.
    • 在X和Y方向上可移动的台架包括设置在基座构件上的基座构件,第一移动构件和第二移动构件,以及设置在基座构件的下部上的第一和第二旋转操作机构, 移动构件和第二移动构件。 在第一旋转操作机构上沿第一方向线性移动的线性移动部件设置在基部部件上,并且通过第二旋转操作装置在第二方向上线性移动的移动转换传递装置设置在第一移动 会员。 第一移动部件设置有运动传递机构,其允许第二移动部件沿第一方向线性移动,并且当第一移动部件沿第二方向直线移动时,使第一移动部件和第二移动部件移动 并且第二移动部件具有与直线移动部件接合的传递部,使得其在直线移动部件的直线移动时移动。 线性运动构件将其线性运动传递到传动部分,以使第二移动构件在第一方向上线性移动,并且在第一移动构件和第二移动构件沿第二方向线性运动时引导传动部分移动 传输机制。
    • 65. 发明授权
    • Process for producing a bumper for a vehicle
    • 车辆用保险杠的制造方法
    • US6068807A
    • 2000-05-30
    • US742917
    • 1996-11-01
    • Atsushi TakeuchiMinoru MakutaHitoshi Ohgane
    • Atsushi TakeuchiMinoru MakutaHitoshi Ohgane
    • B60R19/03B29C45/16B29C45/26
    • B29C45/1642B29L2031/3044
    • A process for producing a bumper for a vehicle uses a first step of injecting an outer layer forming material into a bumper forming cavity through a gate in a mold, and a second step of injecting a core forming material, thereby allowing the core forming material to flow into the outer layer forming material existing in said gate and said cavity, while allowing the outer layer and core forming materials to flow within the cavity. In the mold, the volume of a mounting portion forming area of the bumper forming cavity is set so that the thickness t.sub.1 of at least a mounting portion of the bumper for mounting to a vehicle body to extend laterally from a central portion of the vehicle body can be larger than the thickness t.sub.2 of a bumper main portion excluding the mounting portion, and the gate opens into the mounting portion forming area. Thus, the outer layer forming material can be allowed to flow substantially uniformly over the entire cavity, thereby enhancing the filling rate of the core forming material.
    • 一种车辆用保险杠的制造方法,使用通过模具中的浇口将外层形成材料注入保险杠形成腔的第一工序,以及注入芯形成材料的第二工序, 流入存在于所述门和所述空腔中的外层形成材料,同时允许外层和芯形成材料在空腔内流动。 在模具中,保险杠形成腔的安装部形成区域的体积被设定为使得至少安装到车体的保险杠的安装部分的厚度t1从车体的中心部分横向延伸 可以大于除了安装部分之外的保险杠主体部分的厚度t2,并且门打开到安装部分形成区域中。 因此,可以使外层形成材料基本均匀地流过整个空腔,从而提高芯形成材料的填充率。
    • 66. 发明授权
    • Process for producing sandwich-shaped synthetic resin-molded article
    • 三明治型合成树脂成形品的制造方法
    • US6030567A
    • 2000-02-29
    • US44
    • 1998-04-29
    • Atsushi Takeuchi
    • Atsushi Takeuchi
    • B60R19/03B29C45/16B29C45/77B29L9/00B29L31/30B28B7/22
    • B29C45/77B29C45/1642B29L2031/3044
    • In producing a sandwich-shaped synthetic resin-molded article of a high quality comprised of a core and an outer layer covering the core, the following steps are used: a first step of injecting an outer layer forming material into a forming cavity in a mold through a gate at an injecting speed V.sub.1, a second step including an injecting stage in which an injection speed V.sub.2 of the core forming material is set to be higher than the injection speed V.sub.1 at the first step, in order to inject a core forming material under the injection of the outer layer forming material to flow into the outer layer forming material present within the gate and the cavity and to allow the outer layer and core forming materials to flow within the cavity, and a third step of injecting said outer layer forming material at an injection speed V.sub.3 equal to or lower than the final injection speed of the outer layer forming material at the second step, and pushing the core and outer layer forming materials having a double structure existing within the gate into the cavity, thereby forming the core and the outer layer.
    • PCT No.PCT / JP96 / 03225 Sec。 371日期:1998年4月29日 102(e)1998年4月29日PCT PCT 1996年11月5日PCT公布。 公开号WO97 / 16295 日期:1997年5月9日在制造由芯和覆盖芯的外层构成的高质量的夹心型合成树脂成型品时,使用以下步骤:将外层形成材料注入成型 模具中的空腔以注射速度V1通过栅极,第二步骤包括注入阶段,其中芯形成材料的注入速度V2设定为高于第一步骤的注入速度V1,以便注入 在外层形成材料的注入下流动到存在于浇口和空腔内的外层形成材料中并且允许外层和芯形成材料在空腔内流动的芯形成材料,以及第三步骤 所述外层形成材料以等于或低于第二步骤的外层形成材料的最终注射速度的注射速度V3,并推动芯和外层形成材料 具有存在于门内的双重结构进入空腔,由此形成芯和外层。
    • 67. 发明授权
    • Optical disc
    • 光盘
    • US5851729A
    • 1998-12-22
    • US703792
    • 1996-08-27
    • Atsushi TakeuchiShuichi IgarashiMikio Yoshida
    • Atsushi TakeuchiShuichi IgarashiMikio Yoshida
    • G11B7/0045G11B7/24G11B7/243G11B7/258
    • G11B7/258G11B7/00451G11B7/24G11B7/243G11B2007/24314G11B2007/24316G11B7/2531G11B7/2533G11B7/2542G11B7/2585Y10S430/146
    • An optical disc having, as a recording layer, a first Sb--Se based thin film, a Bi--Te based thin film and a second Sb--Se based thin film, deposited in this order on a disc substrate, and a thin Al film deposited on the recording layer, is disclosed. Each of the first Sb--Se thin film and the second Sb--Se thin film has a composition such that Se accounts for not less than 70 atm % of the composition. The film thicknesses of the first Sb--Se based thin film and the second Sb--Se based thin film are set to not larger than 30 nm and to 15 to 25 nm, respectively, with the reflectance of the recording layer with respect to the laser beam with a wavelength of 680 nm being 10 to 25%. Alternatively, the first Sb--Se based thin film is of Sb.sub.2 Se.sub.3, the Bi--Te based thin film is of Bi.sub.2 Te.sub.3 and the second Sb--Se based thin film is of Sb.sub.2 Se.sub.3, and the film thickness of the second Sb--Se based thin film is set to 15 to 25 nm, so that the reflectance of the recording layer with respect to the laser beam with a wavelength of 680 nm will be 10 to 25%.
    • 具有作为记录层的光盘,其具有依次沉积在盘基片上的第一Sb-Se基薄膜,Bi-Te基薄膜和第二Sb-Se基薄膜,以及薄Al膜 沉积在记录层上。 所述第一Sb-Se薄膜和所述第二Sb-Se薄膜中的每一种具有使得Se占所述组合物不小于70atm%的组成。 第一Sb-Se系薄膜和第二Sb-Se系薄膜的膜厚分别设定为30nm以上且15〜25nm,记录层相对于激光的反射率 波长为680nm的光束为10〜25%。 或者,第一Sb-Se系薄膜为Sb2Se3,Bi-Te系薄膜为Bi2Te3,第二Sb-Se系薄膜为Sb2Se3,第二Sb-Se系薄膜的膜厚为 设定为15〜25nm,记录层相对于波长680nm的激光的反射率为10〜25%。
    • 70. 发明授权
    • Optical system using spin-dependent optical nonlinearity
    • 光学系统采用自旋相关光学非线性
    • US5151589A
    • 1992-09-29
    • US627460
    • 1990-12-14
    • Atsushi Takeuchi
    • Atsushi Takeuchi
    • G02F1/017G02F1/21G02F3/00G02F3/02
    • B82Y20/00G02F1/01716G02F3/00G02F1/218G02F3/024
    • An optical system includes a first light emitting device for emitting a first polarized light beam other than a linearly polarized light beam, and a second light emitting device for emitting a second polarized light beam other than the linearly polarized light beam. The second polarized light beam has a pulse waveform. The optical system also includes a semiconductor device receiving the first and second polarized light beams. The semiconductor device has heavy holes and light holes. Each of the first and second polarized light beams has a wavelength which excites either heavy holes or light holes so that electrons are generated. The second polarized light beam is projected onto the semiconductor device in a state where the first polarized light beam is being projected onto the semiconductor device. The optical system further includes a light receiving device for receiving the first polarized light beam which has an intensity peak caused by the second polarized light beam and which decreases due to a spin relaxation of the electrons.
    • 光学系统包括用于发射除了线偏振光束之外的第一偏振光束的第一发光装置和用于发射除了线偏振光束之外的第二偏振光束的第二发光装置。 第二偏振光束具有脉冲波形。 光学系统还包括接收第一和第二偏振光束的半导体器件。 半导体器件具有较大的孔和光孔。 第一和第二偏振光束中的每一个具有激发重孔或光孔以产生电子的波长。 在第一偏振光束投影到半导体器件上的状态下,将第二偏振光束投影到半导体器件上。 光学系统还包括用于接收第一偏振光束的光接收装置,其具有由第二偏振光束引起的强度峰值,并且由于电子的自旋弛豫而减小。