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    • 4. 发明授权
    • ROTARY LIGHT TESTER FOR INSPECTING EMPTY CANS
    • 旋转灯测试仪用于检查空罐
    • EP0055296B1
    • 1986-05-14
    • EP81900500.0
    • 1981-02-26
    • TOYO SEIKAN KAISHA LIMITED
    • SHIBASAKI, KyuichiMORIMOTO, KenjiASHINA, MasatoKURASHIMA, Hideo
    • G01N21/88
    • G01N21/909G01N21/894G01N21/9072Y10S209/903Y10S209/905Y10S209/913
    • A continuous, rotary empty can photoinspecting apparatus which has a continuously rotating star wheel including a plurality of can seats formed at equal intervals on the outer periphery, and an optically sealed annular disc confronting a telescopic slide pusher so as to be integrally rotatable with the star wheel therebetween. As the can seats are moved through an empty can supply station, unpainted and unprinted bright empty cans are introduced one by one and immediately after trimming and suction-held by their bottom ends onto the nozzle port at the end of the slide pusher. The empty can is subsequently moved to a photoinspecting station and inserted at its open end into the groove of the annular disc by the forward pushing of the slide pusher. The annular disc is constructed with a non-glossy black surface for attenuating externally introduced light reflecting on the surface, a trap groove in the depth, and a conical guide to facilitate the introduction of the open end of the can at the inlet. This apparatus can thus photoinspect the existence of transmitted light in the interior of an empty can, and sort and exhaust good and bad empty cans in a fully automatic and mechanized operation.
    • 用于连续检查空罐的旋转光测试仪通过判断进入空罐内部的过渡光的数量来区分好罐和有缺陷的罐。 光密封圆板和随着连续旋转的星形轮彼此面对地互相旋转的自由往复滑动推动器可以在其间容纳座椅。 滑动式推动器的尖端的喷嘴开口可以在修整后能够进入空罐供应站时,将未涂覆或未打印的明亮的罐的底端一个接一个地保持在罐容纳座中。 然后,在光检测站中,将罐的开口端插入具有黑色无光泽表面的光密封圆盘的槽中,以进一步增加外部入射光的反射衰减,将陷阱设置在最深部分 并且锥形引入装置使得通过推动滑动推动器的推动容易地将开口端插入其中。
    • 5. 发明申请
    • OPEN AIR DENSITY SEPARATOR
    • 开放空气密度分离器
    • WO1996008321A1
    • 1996-03-21
    • PCT/US1995005368
    • 1995-04-25
    • BELOIT TECHNOLOGIES, INC.
    • BELOIT TECHNOLOGIES, INC.BIELAGUS, Joseph, B.GOBEL, Richard, J.
    • B07B04/02
    • B07B4/02D21B1/023Y10S209/913
    • A chamber (22) has an outlet (24) which opens downwardly to the atmosphere and an upwardly opening air return plenum (28). A duct (38) is inclined upwardly at approximately sixty degrees to the horizontal, and a fan (32) mounted therein directs moving air (36) into the chamber (22). An upwardly inclined ramp (40) is positioned within the duct (38), and communicates between the chamber (22) and a downwardly opening discharge opening (46) in the duct (38). A metered supply of wood chips (52) is fed down a sixty degree incline (56) onto the ramp (40) through the air stream (36) which is moving through the duct (38). Lightweight chips (55) become entrained in the air (36) and are separated from the rocks, tramp metal and knots (50) which slide down the inclined surface (40) and exit through the opening (46) in the duct (38). The entrained wood chips (55), together with the air (36) from the fan (32), are directed into a baffle (58) spaced within the chamber (22). By forcing the air (36) and chips (55) to move in a curved path, the baffle (58) separates the chips (55) from the air stream (36). As the air stream (36) expands into the chamber (22), its velocity drops then passes through the chip stream (52) up to the air return plenum (28). The chips (55), under the force of gravity, continue their downward flight, and exit the chamber (22) through the outlet (24). An inclined ramp (40) with a slowly moving conveyor (168) may be used to avoid a build-up of material (50) on the inclined ramp (40).
    • 腔室(22)具有向大气开放的出口(24)和向上打开的空气回流气室(28)。 管道38相对于水平面向上倾斜大约六十度,并且安装在其中的风扇32将移动的空气(36)引导到室(22)中。 向上倾斜的坡道(40)定位在管道(38)内,并且在管道(38)中的室(22)和向下开口的排出开口(46)之间连通。 木片(52)的计量供应通过穿过管道(38)的气流(36)向下倾斜60度倾斜(56)到斜坡(40)上。 轻质碎片(55)被夹带在空气(36)中并与岩石分离,流动的金属和结(50)从倾斜表面(40)向下滑动并通过管道(38)中的开口(46)离开, 。 夹带的木片(55)与来自风扇(32)的空气(36)一起被引导到在腔室(22)内间隔开的挡板(58)中。 通过迫使空气(36)和碎屑(55)以弯曲的路径移动,挡板(58)将碎片(55)与气流(36)分离。 当气流(36)膨胀到腔室(22)中时,其速度下降然后通过碎屑流(52)直到空气回流气室(28)。 芯片55在重力作用下继续向下飞行,并通过出口24离开腔室22。 可以使用具有缓慢移动的输送机(168)的倾斜斜坡(40)来避免在倾斜斜坡(40)上堆积材料(50)。
    • 6. 发明申请
    • CONTINUOUS,ROTARY EMPTY CAN PHOTOINSPECTING APPARATUS
    • 旋转空调可以进行照相检测
    • WO1981003705A1
    • 1981-12-24
    • PCT/JP1981000037
    • 1981-02-26
    • TOYO SEIKAN KAISHA LTD
    • TOYO SEIKAN KAISHA LTDSHIBASAKI KASHINA MMORIMOTO KKURASHIMA H
    • G01N21/88
    • G01N21/909G01N21/894G01N21/9072Y10S209/903Y10S209/905Y10S209/913
    • A continuous, rotary empty can photoinspecting apparatus which has a continuously rotating star wheel including a plurality of can seats formed at equal intervals on the outer periphery, and an optically sealed annular disc confronting a telescopic slide pusher so as to be integrally rotatable with the star wheel therebetween. As the can seats are moved through an empty can supply station, unpainted and unprinted bright empty cans are introduced one by one and immediately after trimming and suction-held by their bottom ends onto the nozzle port at the end of the slide pusher. The empty can is subsequently moved to a photoinspecting station and inserted at its open end into the groove of the annular disc by the forward pushing of the slide pusher. The annular disc is constructed with a non-glossy black surface for attenuating externally introduced light reflecting on the surface, a trap groove in the depth, and a conical guide to facilitate the introduction of the open end of the can at the inlet. This apparatus can thus photoinspect the existence of transmitted light in the interior of an empty can, and sort and exhaust good and bad empty cans in a fully automatic and mechanized operation.
    • 一种连续旋转的空罐式光电检测装置,其具有连续旋转的星形轮,其包括在外周上以等间隔形成的多个罐座,以及与可伸缩滑动推动器相对的光学密封的环形盘,以便与星形 轮之间。 当罐座移动通过空罐供应站时,一个接一个地引入未上漆和未印刷的明亮的空罐,并在其底端修剪和抽吸后立即将其固定在滑动推动器端部的喷嘴端口上。 空罐随后移动到光电检测站,并通过向前推动滑动推动器将其开口端插入到环形盘的凹槽中。 环形盘被构造成具有非光泽的黑色表面,用于衰减在表面上反射的外部引入的光,深度上的捕获槽,以及锥形引导件,以便于在入口处引入罐的开口端。 因此,该装置可以在空罐的内部照射透射光的存在,并且在全自动和机械化的操作中分类和排出良好和坏的空罐。
    • 8. 发明公开
    • SORTER
    • SORTIERGERÄT
    • EP0838275A1
    • 1998-04-29
    • EP97918352.2
    • 1997-05-01
    • SANKYO MANUFACTURING COMPANY, LTD.Eisai Co., Ltd.
    • KATO, HeizaburoKOJIMA, Osamu
    • B07C5/36B65G47/68
    • B07C5/36B07B13/04B07B13/05B07C5/02B65G33/04B65G47/53B65G47/71Y10S209/913
    • The present invention relates to a sorter for automatically distributing products to be sorted which are conveyed successively and continuously. The sorter comprises a drive shaft; a main screw which is rotated continuously by the drive shaft to arrange in order and convey products to be sorted, the main screw having helical grooves for engagement with the products; an annular groove portion for stopping therein each of the to-be-sorted products being conveyed, the annular groove portion being formed between helical grooves of the main screw in series with the helical grooves; a rotatable sub-screw located near the main screw at the position of the annular groove portion, the sub-screw being formed with helical grooves for engagement with the products to be sorted to arrange in order and convey the products; a delivery means disposed at the position of the annular groove portion to deliver the products to be sorted from the main screw to the sub-screw; and an interlocking mechanism to which is inputted the rotation of the drive shaft and which synchronizes the delivery motion of the delivery means with the rotation of the sub-screw. According to this construction, the products to be sorted can be sorted with strict correctness and reliability and that at a high speed without being damaged.
    • 分拣机技术领域本发明涉及一种用于自动分配连续输送的分拣产品的分拣机。 分拣机包括驱动轴; 主螺杆由驱动轴连续旋转以顺序排列并输送要分选的产品,主螺杆具有用于与产品接合的螺旋槽; 环形槽部分,用于在其中分配待分拣产品被输送,所述环形槽部分形成在与所述螺旋槽串联的主螺杆的螺旋槽之间; 一个可旋转的副螺钉,位于环形槽部分位置的主螺杆附近,副螺钉形成有螺旋槽,用于与待分类产品接合以顺序排列并传送产品; 输送装置,其设置在所述环形槽部分的位置处,以将从所述主螺钉分拣的产品输送到所述副螺钉; 以及互锁机构,其输入驱动轴的旋转并使输送装置的输送运动与副螺杆的旋转同步。 根据这种结构,可以严格的正确性和可靠性对待分类的产品进行分类,而且不会被损坏。
    • 9. 发明公开
    • Inspection and sorting of containers
    • 检查和分拣容器
    • EP0635315A2
    • 1995-01-25
    • EP94111099.1
    • 1994-07-16
    • OWENS-BROCKWAY GLASS CONTAINER INC.
    • Nickey, George A.Moore, John K.Tipping, Mark R.
    • B07C5/36
    • B07C5/3404B07C5/361B07C5/362Y10S209/905Y10S209/913
    • A system (10) for inspecting and sorting molded containers (C), such as glass bottles that includes a finished product inspection station (14) for inspecting containers transported in sequence along a predetermined path, identifying containers to be sorted from the path on the basis of container mold of origin, and providing an electrical signal indicative of such containers. A conveyor (28) is disposed adjacent to the container path downstream of the finished product inspection station, and is responsive to an electronic control signal for selectively removing a container from the path as the container passes adjacent to the conveyor. A timer (98) receives the electrical signal from the inspection station, and applies the electronic control signal to the conveyor after a time delay coordinated with distance between the inspection station and the conveyor, and velocity of travel of containers along the path between the inspection station and the conveyor.
    • 一种用于检查和分拣模制容器(C)的系统(10),例如玻璃瓶,其包括用于检查沿着预定路径顺序运输的集装箱的成品检验站(14),识别要从 并且提供指示这种容器的电信号。 传送带(28)与成品检验站下游的容器通道相邻设置,并响应电子控制信号,以便当容器通过传送带时通过该通道选择性地从通道中取出容器。 计时器(98)接收来自检查站的电信号,并且在与检查站和传送机之间的距离相协调的时间延迟之后将电子控制信号施加到传送机,以及容器沿检查之间的路径 站和传送带。