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    • 82. 发明授权
    • Device for separating a mixture of objects
    • 用于分离物体混合物的装置
    • US5782364A
    • 1998-07-21
    • US565680
    • 1995-11-30
    • Heimo Macenka
    • Heimo Macenka
    • B07B7/083B07B13/00B07B13/11B07B13/16B07C5/00
    • B07B13/11B07B13/003B07B13/16Y10S209/905Y10S209/919Y10S209/925Y10S209/932
    • Device for separating a mixture of objects of flat dimension and objects of spatial dimension with a conveying device comprising at least one conveying carrier. The conveying device comprises two boundaries to which tangents proceeding in the conveying direction may be joined, and a feeding device for feeding a stream of objects to be separated to the conveying device substantially in one layer. In order to allow a reliable separation of foils and bodies of spatial dimension, it is provided that the conveying carrier is penetrable by air or that gaps for the passing through of air are provided between the conveying carriers. A surface tangent to the upper side of the conveying carrier(s) defines a line of intersection with a plane standing rectangularly to the conveying direction, which line forms an angle with the horizontal. A casing connected to a source of underpressure for the drawing in of air through the gaps between the conveying carriers or through the conveying carrier respectively is arranged below the conveying carrier(s) in an area following the feeding area in the conveying direction, the edges of this casing substantially being sealed to the bottom side of the conveying carrier(s).
    • 用于使用包括至少一个输送载体的输送装置分离平面尺寸物体和空间尺寸物体的混合物的装置。 输送装置包括两个边界,沿输送方向进行的切线可以连接到该边界;以及馈送装置,用于将基本上在一层中分离的物体流输送到输送装置。 为了允许空间尺寸的箔和体的可靠分离,提供了输送载体可被空气穿透,或者在输送载体之间设置用于空气通过的间隙。 与输送载体的上侧相切的表面限定了与输送方向成直角的平面交叉线,该线与水平线形成一角度。 连接到负压源的壳体分别通过输送载体之间的间隙或通过输送载体分别从空气中抽出,在输送载体的下方布置在沿输送方向的进给区域之后的区域中,边缘 该壳体基本上被密封到输送载体的底侧。
    • 83. 发明授权
    • Bend detector
    • 弯曲检测器
    • US5725103A
    • 1998-03-10
    • US694632
    • 1996-08-07
    • Nobuyuki YasudaMasatoshi Yasuda
    • Nobuyuki YasudaMasatoshi Yasuda
    • B07B13/00B07C9/00
    • B07B13/003Y10S209/911Y10S209/932
    • A bend detector for detecting a bend in headed rod members such as nails, screws, bolts, rivets and terminals. A guide plate, a base plate and a beam are mounted on a base which is being vibrated. Thus, a nail set in the bend detector is vibrated and rolls on the inclined edge of the guide plate and the base plate, which extends parallel to the edge of the guide plate. An air blower is provided under the head of the nail to lift it up from the edge of the guide plate by blowing air. If the nail is straight, it can roll smoothly on the edge of the guide plate and the base plate without its head disengaging from the edge of the guide plate even though it is lifted up from the edge of the guide plate by the air blower. If the nail is bent, its head will jump up until its shank abuts the beam when the crest of the bent portion faces downward while the nail is rolling. Its head will thus disengage from the edge of the guide plate, so that the nail will drop into the gap between the guide plate and the base plate.
    • 用于检测诸如钉子,螺钉,螺栓,铆钉和端子的头杆构件的弯曲的弯曲检测器。 引导板,基板和梁安装在正在振动的基座上。 因此,设置在弯曲检测器中的指甲振动并在平行于导向板的边缘延伸的引导板和基板的倾斜边缘上滚动。 在钉子的头部下方设置鼓风机,通过吹送空气将其从引导板的边缘提起。 如果指甲是直的,则可以在引导板和基板的边缘上平滑地滚动,而不会使头部从引导板的边缘脱离,即使通过鼓风机从引导板的边缘向上提起。 如果指甲弯曲,当指甲滚动时,当弯曲部分的顶部朝下时,其头部将跳起直到其柄抵靠梁。 因此,其头部将从引导板的边缘脱离,使得钉子将落入引导板和底板之间的间隙中。
    • 85. 发明授权
    • Apparatus for inspecting the disposition of steel ply cords in pneumatic
tires
    • 用于检查充气轮胎中钢帘布层布置的装置
    • US4004693A
    • 1977-01-25
    • US570796
    • 1975-04-23
    • Naotaka TsujiKoji Yamada
    • Naotaka TsujiKoji Yamada
    • H03H11/04B07C5/34B29D30/06G01N27/90G01V3/10B07C5/04B07C5/08
    • G01N27/904B07C5/34B29D30/0633G01V3/107B29D2030/0066Y10S209/932Y10S209/934
    • An apparatus for inspecting the disposition of reinforcing steel ply cords in pneumatic tires. The apparatus can inspect a desired number of tires successively in a full-automatic fashion, classifying the inspected tires at the discharging end of the apparatus according to the results of the inspection. The tire inspecting apparatus comprises in combination a tire feeding mechanism for feeding tires one by one toward a predetermined position on the apparatus, a tire retaining mechanism for rotatably retaining a tire in an inspecting position, a rotational driving mechanism mechanically connected to the tire retaining mechanism, a cord disposition detecting unit having electric detectors and mounted movably on a carriage for moving the detectors toward and away from positions facing opposite side wall portions of the tire, an electric control circuit connected to the detectors of the cord disposition detecting mechanism to produce a disqualifying signal upon detection of an irregularity in the disposition of the steel ply cords in the tire, and a classifying mechanism for distinguishing a disqualified tire from qualified ones.
    • 一种用于检查充气轮胎中钢筋帘布层布置的装置。 该装置可以以全自动的方式连续地检查所需数量的轮胎,根据检查结果对装置的排出端处的被检查轮胎进行分类。 轮胎检查装置组合有轮胎进给机构,用于将轮胎逐一地朝向装置上的预定位置进行输送,轮胎保持机构,用于将轮胎可旋转地保持在检查位置,机械地连接到轮胎保持机构的旋转驱动机构 绳索布置检测单元,其具有电检测器并可移动地安装在托架上,用于使检测器朝向和远离面向相对的轮胎侧壁部分的位置移动;电控制回路,连接到绳索布置检测机构的检测器,以产生 检测到轮胎中的钢帘布层布置的不规则性时的不合格信号,以及用于区分不合格轮胎和合格轮胎的分类机构。
    • 86. 发明授权
    • Product separator
    • 产品分离器
    • US3933249A
    • 1976-01-20
    • US344697
    • 1973-03-26
    • Robert A. WelshAlbert W. Deurbrouck
    • Robert A. WelshAlbert W. Deurbrouck
    • B03B13/02B07C5/342
    • B07C5/3427B03B13/02Y10S209/932
    • A secondary light sensitive photoelectric product separator for use with a primary product separator that concentrates a material so that it is visually distinguishable from adjacent materials. The concentrate separation is accomplished first by feeding the material onto a vibratory inclined surface with a liquid flow, such as a wet concentrating table. Vibrations generally perpendicular to the stream direction of flow cause the concentrate to separate from its mixture according to its color. When the concentrate and its surrounding stream reach the recovery end of the table, a detecting device notes the line of color demarcation and triggers a signal if it differs from a normal condition. If no difference is noted nothing moves on the second separator. However, if a difference is detected in the constant monitoring of the color line's location, a product splitter and recovery unit normally positioned near the color line at the recovery end, moves to a new position. In this manner the selected separated concentrate is recovered at a maximum rate regardless of variations in the flow stream or other conditions present.
    • 用于主要产品分离器的次级光敏光电产品分离器,其将材料集中以使其在视觉上与相邻材料区分开。 首先通过将材料输送到具有液体流动的振动倾斜表面(例如湿浓缩台)上来实现浓缩物分离。 通常垂直于流动流方向的振动导致浓缩物根据其颜色与其混合物分离。 当浓缩物及其周围物流到达表的恢复端时,检测装置注意到颜色分界线,如果它与正常条件不同,则触发信号。 如果没有区别,第二分离器上没有任何移动。 然而,如果在颜色线的位置的恒定监视中检测到差异,则通常位于恢复端的颜色线附近的产品分离器和恢复单元移动到新位置。 以这种方式,所选分离的浓缩物以最大速率回收,而与流动流或存在的其它条件的变化无关。