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    • 1. 发明申请
    • LASER WELDING METHOD
    • 激光焊接方法
    • US20110278266A1
    • 2011-11-17
    • US13145317
    • 2009-12-02
    • Haruhiko KobayashiSatoshi OhkuboShinichi MiyasakaKoji OdaNaoki TakahashiHideari Kamachi
    • Haruhiko KobayashiSatoshi OhkuboShinichi MiyasakaKoji OdaNaoki TakahashiHideari Kamachi
    • B23K26/00
    • B23K26/244B23K2101/34B23K2103/08
    • The method of lap-welding of metal plates using a laser beam, wherein at least one of the metal plates is surface-treated, includes putting a metal plate on the other metal plate and forming a gap between the metal plates so that gas generated at the treated surface at the time weld can be dissipated therethrough. A surface-treated first work and a surface-treated second work are placed one on the other and clamped by means of a clamp with an opening of the clamp centered at the location on the first work to be welded. Then a laser beam is directed to the location to form a weld. The beam is then directed near the inner periphery of the opening to form a heated portion so that the heated portion deflects to form a gap through which the gas generated at the treated surface dissipates thereby reducing gas pressure.
    • 使用激光束对金属板进行搭接焊接的方法,其中至少一个金属板进行表面处理,包括将金属板放置在另一金属板上并在金属板之间形成间隙,使得在 在时间焊接处理的表面可以从其中消散。 表面处理的第一工件和经表面处理的第二工件一个放置在另一个上并且通过夹具夹紧,夹具的开口以第一待焊接工件的位置为中心。 然后将激光束导向该位置以形成焊缝。 然后将梁引导到开口的内周边附近以形成加热部分,使得加热部分偏转以形成间隙,在处理的表面处产生的气体通过该间隙消散,由此降低气体压力。
    • 4. 发明授权
    • Adjustable tilter device used for holding objects such as musical
instruments
    • 用于保持乐器等物体的可调节倾斜装置
    • US4047684A
    • 1977-09-13
    • US692490
    • 1976-06-03
    • Haruhiko Kobayashi
    • Haruhiko Kobayashi
    • F16C11/04A47B23/00F16B7/14F16C11/10F16M11/28F21V21/26G10D13/06G10G5/00H04R1/00B61L25/00F16C11/06
    • F16C11/10G10G5/00
    • Adjustable tilter device used for holding objectives such as musical instruments at a desired level and position over the floor includes a stationary tilter block detachably connected to a standard of a stand and a movable tilter block detachably holding a stem and turnable relative to the stationary tilter block in order for the stem to assume any selected tilting direction with respect to the stationary tilter block. When the stand is used with the stem in the upright state, the stem is kept in axial alignment with the standard so that lateral deviation between the centers of gravity of the two elements should be minimized for stable holding of heavy objectives by the stand and the stem should be accommodated in the standard in a telescopic fashion for convenience in transportation and/or storage of the stand.
    • 用于将诸如乐器等物品保持在所需水平和地板上方的位置的可调倾斜装置包括可拆卸地连接到支架标准的固定倾斜块和可拆卸地保持杆并相对于固定倾斜块可转动的可移动倾斜块 为了使杆相对于静止倾斜块呈现任何选定的倾斜方向。 当立柱与直立状态的杆一起使用时,杆与标准保持轴向对准,以便两个元件的重心之间的侧向偏差应最小化,以便通过支架稳定地保持重物品,并且 为了便于运输和/或储存架子,应以伸缩方式容纳标准杆。
    • 6. 发明授权
    • Position detection surveying device
    • 位置检测测量装置
    • US6046800A
    • 2000-04-04
    • US15449
    • 1998-01-29
    • Fumio OhtomoHaruhiko KobayashiShinji Yamaguchi
    • Fumio OhtomoHaruhiko KobayashiShinji Yamaguchi
    • G01C15/00G01B11/26G01C3/08
    • G01C15/002
    • The present invention relates to a position detection surveying device for detecting a position of a target, and more particularly to a position detection surveying device which is most suitable for an automatic surveying apparatus and, without using expensive acoustooptic devices, can be miniaturized and manufactured so that it saves the electric power. In the present invention, a light emitting means irradiates a target with a light which is sector-shaped in an up-and-down direction, and a light receiving means receives a reflected light from the target, and a rotating means rotates in a horizontal direction a portion comprising at least the light emitting means and the light receiving means, and a computational processing means is able to detect a position of the target in accordance with a light reception signal from the light receiving means.
    • 本发明涉及一种用于检测目标的位置的位置检测测量装置,更具体地涉及一种最适合于自动测量装置并且不使用昂贵的声光装置的位置检测测量装置,其可以被小型化和制造成 它节省了电力。 在本发明中,发光装置用上下方向的扇形光照射目标物,受光装置接收来自目标物的反射光,旋转装置以水平方向旋转 方向是至少包括发光装置和光接收装置的部分,并且计算处理装置能够根据来自光接收装置的光接收信号来检测目标的位置。
    • 8. 发明授权
    • Laser welding method
    • 激光焊接方法
    • US08610026B2
    • 2013-12-17
    • US13145317
    • 2009-12-02
    • Haruhiko KobayashiSatoshi OhkuboShinichi MiyasakaKoji OdaNaoki TakahashiHideari Kamachi
    • Haruhiko KobayashiSatoshi OhkuboShinichi MiyasakaKoji OdaNaoki TakahashiHideari Kamachi
    • B23K26/20B23K26/32
    • B23K26/244B23K2101/34B23K2103/08
    • The method of lap-welding of metal plates using a laser beam, wherein at least one of the metal plates is surface-treated, includes putting a metal plate on the other metal plate and forming a gap between the metal plates so that gas generated at the treated surface at the time weld can be dissipated therethrough. A surface-treated first work and a surface-treated second work are placed one on the other and clamped by a clamp with an opening of the clamp centered at the location on the first work to be welded. Then a laser beam is directed to the location to form a weld. The beam is then directed near the inner periphery of the opening to form a heated portion so that the heated portion deflects to form a gap through which the gas generated at the treated surface dissipates thereby reducing gas pressure.
    • 使用激光束对金属板进行搭接焊接的方法,其中至少一个金属板进行表面处理,包括将金属板放置在另一金属板上并在金属板之间形成间隙,使得在 在时间焊接处理的表面可以从其中消散。 经表面处理的第一工件和经表面处理的第二工件一个放置在另一个上并由夹具夹紧,夹具的开口以第一待焊接工件的位置为中心。 然后将激光束导向该位置以形成焊缝。 然后将梁引导到开口的内周边附近以形成加热部分,使得加热部分偏转以形成间隙,在处理的表面处产生的气体通过该间隙消散,由此降低气体压力。
    • 9. 发明授权
    • Surveying instrument
    • 测量仪器
    • US5767952A
    • 1998-06-16
    • US565677
    • 1995-11-30
    • Fumio OhtomoHaruhiko KobayashiSatoshi Hirano
    • Fumio OhtomoHaruhiko KobayashiSatoshi Hirano
    • G01C1/02G01C15/00G01S7/00G01C3/08G01B11/26
    • G01S7/006G01C15/002
    • A surveying instrument, which comprises an object to be irradiated, a projection system provided on a range finder or on a range finding angle measuring instrument having a range finder and for emitting a laser beam toward the object, driving means for driving a laser emitting source of the projection system, and control means for controlling emitting condition of the laser beam via the driving means based on a distance data from the range finder to the object to be irradiated, whereby, in case there is a deviation between the preset distance and a distance measured by the range finder, the control means changes irradiation intensity of the laser beam, or in case there is a deviation between the preset distance and a distance measured by the range finder, the control means changes irradiation intensity of the laser beam and also changes time interval of the intensity changes according to extent of the deviation, and position information and instruction are transmitted to the object to be irradiated side using the laser beam as an information transmitting medium to facilitate positioning of the object to be irradiated.
    • 一种测量仪器,其包括被照射物体,设置在测距仪上的投影系统或具有测距仪的测距角测量仪器,以及朝向物体发射激光束的驱动装置,用于驱动激光发射源 以及控制装置,用于基于从测距仪到被照射物体的距离数据,经由驱动装置控制激光束的发光状态,由此,在预设距离和a之间存在偏差的情况下, 由测距仪测量的距离,控制装置改变激光束的照射强度,或者在由测距仪测量的预设距离和距离之间存在偏差的情况下,控制装置改变激光束的照射强度,并且还 根据偏差程度改变强度变化的时间间隔,并将位置信息和指令传输给对象 使用激光束作为信息传送介质照射侧,以便于被照射物体的定位。
    • 10. 发明授权
    • Supporting device for musical instruments such as high-hat cymbals
    • 支持装置,如高帽钹等乐器
    • US4145951A
    • 1979-03-27
    • US783395
    • 1977-03-31
    • Haruhiko Kobayashi
    • Haruhiko Kobayashi
    • G10D13/00G10D13/06
    • G10D13/065
    • In the construction of a supporting device for musical instruments such as high-hat cymbals including a pipe mechanism for supporting the stationary one of the instruments, an operating rod operationally coupled to a foot pedal and for carrying movable one of the instruments confronting the stationary one, a tension spring for urging the operating rod to move against pressure applied to the foot pedal is arranged separately from and outside the pipe mechanism so that adjustment of the spring force can be effected quite freely following player's requirement without giving no influence upon the mechanical design of the pipe mechanism while mitigating the resonance of noises generated by the spring.
    • 在用于诸如高帽钹的乐器支撑装置的构造中,包括用于支撑静止的一个乐器的管机构,操作杆,其操作地联接到脚踏板,并用于承载与静止的一个对置的可移动的一个乐器 用于推动操作杆抵抗施加到脚踏板上的压力的拉伸弹簧与管道机构分离地设置,使得能够根据玩家的要求相当自由地实现弹簧力的调整,而不对机械设计没有影响 的管道机构,同时减轻弹簧产生的噪声的共振。