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    • 63. 发明授权
    • Feed apparatus for grinding machine
    • 磨床进料装置
    • US4067148A
    • 1978-01-10
    • US717153
    • 1976-08-24
    • Makoto Kikuchi
    • Makoto Kikuchi
    • B24B5/01B24B47/20B24B49/00
    • B24B5/01B24B47/20
    • A feed apparatus for a grinding machine including a bed, a swivel base rotatably mounted on the bed, a wheel support slidably mounted on the swivel base for sliding movement in a direction slanted by a predetermined angle with respect to a radial direction of a workpiece. The feed apparatus comprises a transmission shaft operatively connected to the wheel support and received in the swivel base thereof to be slidable in the same direction as the sliding movement of the wheel support, means movable in the radial direction of the workpiece, driving means for moving the movable means, and means arranged between the transmission shaft and the movable means for transmitting movement of the movable means in the radial direction of the workpiece to the wheel support through the transmission shaft.
    • 一种用于研磨机的进给装置,包括床,可旋转地安装在床上的旋转基座,可滑动地安装在旋转基座上的轮支撑件,用于相对于工件的径向倾斜预定角度的方向滑动。 所述进给装置包括传动轴,所述传动轴可操作地连接到所述车轮支撑件并被容纳在其旋转底座中,以沿与所述车轮支撑件的滑动相同的方向滑动,所述装置可在所述工件的径向方向上移动, 可移动装置和布置在传动轴和可移动装置之间的装置,用于将可移动装置沿着工件的径向方向传递通过传动轴到轮支撑件的运动。
    • 64. 发明申请
    • DIE CASTING DEVICE
    • DIE铸造装置
    • US20140216678A1
    • 2014-08-07
    • US14346137
    • 2012-09-06
    • Makoto Kikuchi
    • Makoto Kikuchi
    • B22D17/14
    • B22D17/14B22D17/04B22D17/30
    • A die casting device includes a die including a cavity; an injection sleeve including a feeding orifice; an injection tip provided at the distal end of a support shaft, and configured to be slidable in an axial direction within the injection sleeve by inserting the support shaft into the injection sleeve; a decompression device; a molten-metal holding furnace including a space to store molten metal; a pump pumping up the molten metal from the molten-metal holding furnace; and a feeding pipe including a first end connected to the pump and a second end. The feeding pipe is joined to the injection sleeve through a relay pipe including a vibration absorption portion, the molten metal is fed into the injection sleeve from the molten-metal holding furnace through the feeding pipe by the pump, and is pushed out of the injection sleeve by the injection tip, and the molten metal is injected into the cavity decompressed by the decompression device.
    • 压铸装置包括:具有空腔的模具; 注射套筒,其包括供给孔口; 注射尖端,其设置在支撑轴的远端,并且构造成通过将支撑轴插入注射套筒而能够在注射套筒内沿轴向滑动; 减压装置; 熔融金属保持炉,其包括用于储存熔融金属的空间; 泵从熔融金属保持炉中泵出熔融金属; 以及包括连接到所述泵的第一端和第二端的供给管。 进料管通过包括振动吸收部分的中继管连接到注射套筒,熔融金属通过泵从熔融金属保持炉通过进料管送入注射套筒中,并被推出注射器 通过注射尖端套管,并且熔融金属被注入到由减压装置减压的空腔中。
    • 65. 发明申请
    • DIE-CAST CASTING APPARATUS AND DIE-CAST CASTING METHOD
    • 铸造铸造设备和铸造铸造方法
    • US20120261086A1
    • 2012-10-18
    • US13517436
    • 2010-12-17
    • Makoto Kikuchi
    • Makoto Kikuchi
    • B22D17/30B22D17/00
    • B22D17/30B22D39/026
    • A ladle (100) for a casting apparatus (1) includes a cylindrical melt pouring spout (120) through which a melt (M) is poured from an accommodation portion (110). Protrusions (121, 122) are formed on opposite sides along the inner circumference of the melt pouring spout (120) along the lower side and upper side in the vertical direction of the melt pouring spout (120). The cross sectional area of the protrusions (121, 122) in the axial section of the melt pouring spout (120) gradually increase, while the phase of the protrusions varies gradually in one circumferential direction of the melt pouring spout (120) from the upstream side towards the downstream side in the flow direction of the melt (M). In addition, the protrusions (121, 122) become gradually thinner and curve gradually in the respective phase variation direction towards the inside in the radial direction of the melt pouring spout (120).
    • 用于铸造设备(1)的浇包(100)包括圆柱形熔体浇注料口(120),从容纳部分(110)将熔体(M)从其中注入。 突起(121,122)沿着熔融物浇注口(120)的内周沿着熔融物浇注口(120)的垂直方向的下侧和上侧形成在相对侧上。 在熔融物浇注口(120)的轴向截面中的突起(121,122)的横截面积逐渐增加,而突出部的相位从熔融倾倒嘴(120)的上游沿圆周方向逐渐变化 一侧朝向熔体(M)的流动方向的下游侧。 此外,突起(121,122)逐渐变薄,并且在各自的相位变化方向上逐渐向熔化物倾倒口(120)的径向内侧逐渐弯曲。
    • 67. 发明授权
    • Imaging apparatus
    • 成像设备
    • US07310476B2
    • 2007-12-18
    • US11114679
    • 2005-04-25
    • Hideharu OnoShigehisa RokutaMakoto KikuchiKazunori Uemura
    • Hideharu OnoShigehisa RokutaMakoto KikuchiKazunori Uemura
    • G03B3/10G03B17/00
    • G03B13/34
    • An imaging apparatus is provided which performs optimum zooming and focusing even after long use. The imaging apparatus includes: a lens which is movable along the optical axis; a driving module to drive the lens; a driving amount calculation module to determine a drive count indicating the number of times the driving module has been operated or a drive time for which the driving module has been operated; a storage module to store compensation amounts which are used to compensate for the mechanical play of the driving module according to the drive count or the drive time; and a control module to control the driving module wherein a compensation amount appropriate for the drive count or time determined by the driving amount calculation module is selected from the compensation amounts stored in the storage module and the selected compensation amount is used to compensate for the mechanical play of the driving module.
    • 提供一种成像装置,即使在长时间使用之后也能进行最佳的变焦和聚焦。 成像装置包括:可沿光轴移动的透镜; 用于驱动镜头的驱动模块; 驱动量计算模块,用于确定指示所述驾驶模块已被操作的次数的驱动计数或所述驱动模块已被操作的驱动时间; 存储模块,用于存储用于根据驱动计数或驱动时间来补偿驱动模块的机械播放的补偿量; 以及用于控制驱动模块的控制模块,其中从存储在存储模块中的补偿量中选择适合于由驱动量计算模块确定的驱动计数或时间的补偿量,并且使用所选择的补偿量来补偿机械 玩的驱动模块。