会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Method of DI can surface treatment
    • DI表面处理方法
    • US5356481A
    • 1994-10-18
    • US986038
    • 1992-12-04
    • Takayuki YoshimuraYoshiteru KondoYoshimasa MatsumuraKiyoaki Inoue
    • Takayuki YoshimuraYoshiteru KondoYoshimasa MatsumuraKiyoaki Inoue
    • B05B13/02B05B13/06B05B15/12B08B3/02B08B9/30C23G3/00B08B9/00B08B9/093
    • B05B15/1292B05B13/0278B05B13/0609B05B13/0627B08B3/022B08B9/30
    • Inverted DI cans are fed by a conveyer having partitions in a plurality of rows such that they are spaced apart in each row, and treatment liquid is sprayed against the travelling cans from above and below the center of each row. The liquid is sprayed from above in a uniform and a full-cone pattern greater in area than the top surface of the can and from below also in a full-cone pattern or in a fan-shaped pattern narrow in the widthwise direction of the conveyer and greater in length than the can open end diameter. The liquid is further sprayed against the travelling cans from side nozzles on the opposite sides of and symmetric with respect to the center of each row. The side walls of the cans are thus washed without contact of adjacent cans in the direction of travel of the cans. The washing force is increased in the space between adjacent cans in the direction of travel to prevent washing irregularities and thus permit uniform surface treatment of the inner and outer surfaces of the cans.
    • 反向DI罐由具有多排的隔板的输送机供给,使得它们在每排中间隔开,并且处理液体从每排的中心的上方和下方喷射到行进罐上。 液体以均匀的全锥形图案,比罐的顶面更大面积,从下方也以全锥形图案或在输送机的宽度方向上窄的扇形图案喷射 并且长度大于罐头开口直径。 液体从相对于每排的中心的相对侧的侧喷嘴和对称的侧喷嘴进一步喷射到行进罐上。 因此,罐的侧壁在罐的行进方向上没有相邻罐的接触而被洗涤。 在行进方向上相邻罐之间的空间中的洗涤力增加,以防止洗涤不均匀,从而允许罐的内表面和外表面的均匀表面处理。
    • 3. 发明授权
    • Apparatus for di can surface treatment
    • 二罐装置可进行表面处理
    • US5335682A
    • 1994-08-09
    • US83295
    • 1993-06-29
    • Takayuki YoshimuraYoshiteru KondoYoshimasa MatsumuraKiyoaki Inoue
    • Takayuki YoshimuraYoshiteru KondoYoshimasa MatsumuraKiyoaki Inoue
    • B05B13/02B05B13/06B05B15/12B08B3/02B08B9/30C23G3/00
    • B05B15/1292B05B13/0278B05B13/0609B05B13/0627B08B3/022B08B9/30
    • Inverted DI cans are fed by a conveyer having partitions in a plurality of rows such that they are spaced apart in each row, and treatment liquid is sprayed against the travelling cans from above and below the center of each row. The liquid is sprayed from above in a uniform and a full-cone pattern greater in area than the top surface of the can and from below also in a full-cone pattern or in a fan-shaped pattern narrow in the widthwise direction of the conveyer and greater in length than the can open end diameter. The liquid is further sprayed against the travelling cans from side nozzles on the opposite sides of and symmetric with respect to the center of each row. The side walls of the cans are thus washed without contact of adjacent cans in the direction of travel of the cans. The washing force is increased in the space between adjacent cans in the direction of travel to prevent washing irregularities and thus permit uniform surface treatment of the inner and outer surfaces of the cans.
    • 反向DI罐由具有多排的隔板的输送机供给,使得它们在每排中间隔开,并且处理液体从每排的中心的上方和下方喷射到行进罐上。 液体以均匀的全锥形图案,比罐的顶面更大面积,从下方也以全锥形图案或在输送机的宽度方向上窄的扇形图案喷射 并且长度大于罐头开口直径。 液体从相对于每排的中心的相对侧的侧喷嘴和对称的侧喷嘴进一步喷射到行进罐上。 因此,罐的侧壁在罐的行进方向上没有相邻罐的接触而被洗涤。 在行进方向上相邻罐之间的空间中的洗涤力增加,以防止洗涤不均匀,从而允许罐的内表面和外表面的均匀表面处理。
    • 6. 发明授权
    • X-ray tube support apparatus
    • X射线管支持装置
    • US5048070A
    • 1991-09-10
    • US448914
    • 1989-12-12
    • Tomio MaehamaKiyoaki Inoue
    • Tomio MaehamaKiyoaki Inoue
    • A61B6/00H05G1/02
    • A61B6/4464
    • An X-ray tube support apparatus includes: an X-ray tube support mechanism for supporting an X-ray tube to be vertically extendible/movable; a guide unit, having moving paths which allow movement in two-dimensional directions parallel to a ceiling surface, for supporting the X-ray tube support mechanism, and guiding the X-ray tube to a central position of one photographing table; a plurality of position sensors, arranged in a vertical moving path of the X-ray tube support mechanism, and two-dimensional moving paths to the central position of the photographing table, for detecting vertical and two-dimensional moving positions of the X-ray tube support mechanism; a plurality of fixing units, arranged in the two-dimensional moving paths of the guide unit and the vertical moving path of the X-ray tube support mechanism, for fixing the X-ray tube support mechanism at each moving position; and a determination unit for storing position data in accordance with the central position of the photographing table and a set distance from a focal point of the X-ray tube to an X-ray photographing system, comparing the position data with a position detection signal of the position detected by each position sensor, and outputting a lock instruction to the corresponding one of the fixing units when it is determined that the position data coincides with the position detection signal, thus locking the X-ray tube support mechanism.
    • 9. 发明授权
    • X-ray diagnostic device with safe and durable X-ray tube suspension
mechanism
    • X射线诊断仪具有安全耐用的X射线管悬挂机构
    • US5037059A
    • 1991-08-06
    • US367346
    • 1989-06-16
    • Kiyoshi AsanoKiyoaki InoueShunichiro Nishigaki
    • Kiyoshi AsanoKiyoaki InoueShunichiro Nishigaki
    • A61B6/00
    • A61B6/447
    • An X-ray diagnostic device with a suspension mechanism for suspending an object in a vertically movable manner, using two suspension wires, which can avoid the shortened durability of the suspension wires, and using windup type springs, which can eliminate possibility for the fall of the suspended object due to the breaking of the windup type springs. The suspension mechanism may includes two suspension wires for holding the suspended object; and single threaded corn pulleys, one for each one of the two suspension wires, for winding the respective suspension wires. The suspension mechanism may also includes a plurality of windup type springs for balancing against gravitational force acting on the suspended object; connection between the plurality of windup type springs such that this connection moves when the plurality of windup type springs are put to be not balanced with respect to each other; and mechanism for preventing the fall of the suspended object by detecting motion of the connection.
    • 一种具有悬挂机构的X射线诊断装置,其使用两根悬挂线垂直移动,能够避免悬挂线的耐久性降低,并且能够消除掉落的可能性, 悬挂物体由于破碎型弹簧而产生。 悬挂机构可以包括用于保持悬挂物体的两个悬挂线; 和单螺纹玉米皮带轮,一个用于两根悬挂线中的每一根,用于缠绕相应的悬挂线。 悬架机构还可以包括多个卷绕型弹簧,用于平衡作用在悬挂物体上的重力; 多个卷绕型弹簧之间的连接,使得当多个卷绕型弹簧相对于彼此不平衡时,该连接移动; 以及用于通过检测连接的运动来防止悬挂物体的下落的机构。