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    • 2. 发明申请
    • CONVEYOR MODULE ASSEMBLY, SYSTEM AND CONTROL
    • WO2019046879A1
    • 2019-03-14
    • PCT/AU2018/000165
    • 2018-09-03
    • McELLIGOTT, Michael C
    • McELLIGOTT, Michael C
    • B65G17/08B65G17/26B65G17/46B65G15/22B65G1/133B65G43/02B65G43/08
    • A conveyor module (10) comprises an elongate frame (12) to which a looped conveyor track (14) is mounted. The frame (12) comprises first and second end housings (16) which include end pulleys (21) for the conveyor track (14). The frame (12) also comprises a drive housing (18) located at a mid-portion thereof which houses the drive motor (20) for the conveyor track (14). The conveyor module (10) is a discrete independently driven unit with an upper portion (running surface) (17) of the conveyor track (14) in a planar orientation for conveying items thereon in use. The conveyor module (10) is narrow, being about 300 mm wide in the embodiment. The frame (12), the end housings (16) and the drive housing (18), have a profile to maintain the narrow dimensions of the conveyor (12). The conveyor module (10) further comprises additional smart features. This includes a product scanner disposed in each end housing (16). Each conveyor module (10) further comprises communication means, including local communication (LC) means and remote communication (RC) means. Each conveyor module (10) further comprises a number of sensors such as a temperature sensor, humidity sensor, and a load sensor. A warehouse floor arrangement (50) uses a plurality of side by side conveyor modules (10). The conveyor modules (10) are identical and grouped into banks (52). In each bank (52), the conveyor modules (10) are disposed parallel, side by side, and close to each other.
    • 7. 发明申请
    • VORRICHTUNG UND VERFAHREN ZUM SORTIEREN VON UNGEORDNETEN BEHÄTERN IN EINEM KOMMISSIONIERSYSTEM
    • 设备和方法,一个机器人系统分拣无序BEHÄTERN
    • WO2007082741A1
    • 2007-07-26
    • PCT/EP2007/000401
    • 2007-01-18
    • SSI SCHÄFER PEEM GMBHSCHÄFER, Gerhard
    • SCHÄFER, Gerhard
    • B65G1/127B65G1/133B65G1/137
    • B65G1/127B65G1/133B65G1/1378
    • Die Erfindung betrifft ein Verfahren und eine Vorrichtung (10; 10'; 10") zum Sortieren von ungeordneten Behältern (40) eines Kommissioniersystems gemäß einer vorbestimmten Reihenfolge, welches eine Hauptförderstrecke (14) umfasst, mit der die ungeordneten Behälter (40) innerhalb des Kommissioniersystems, insbesondere zu einem Kommissionierplatz hin oder in ein Behälterlager hinein, in einer Hauptförderrichtung (16) transportiert werden, mit einem Förderstreckenkreisel (12; 12'), der über einen Einschleuspunkt (24) zum Einschleusen von Behältern (40) in den Förderstreckenkreisel (12; 12') und über einen Ausschleuspunkt (26) zum Ausschleusen von in dem Förderstreckenkreisel (12) befindlichen Behältern (40) mit der Hauptförderstrecke (14) verbindbar ist, und mit mindestens einer Transfereinrichtung (18; 18'), die so innerhalb des Förderstreckenkreisels (12) angeordnet ist, dass Behälter (40) zwischen einem ersten Austauschpunkt (20) und einem zweiten Austauschpunkt (22) des Förderstreckenkreisels (12) austauschbar sind.
    • 本发明涉及一种方法和装置(10; 10“; 10“),用于根据一个预定的顺序,它包括一个主输送轨道(14)排序一个调试系统的无序容器(40),其内的无序容器(40) 采摘系统,尤其涉及一种拣选在朝向或进入一个容器存储,在主输送方向(16)被输送,与输送轨道电路(12; 12“),其(通过引入点(24)用于将容器(40)到输送轨道电路 12; 12“(容器),并经由排出点(26),用于排出(在输送轨道电路12),其位于40)(与主输送路径14)可连接和至少一个传送装置(18; 18”),所述左右的时间内 输送轨道电路(12)被布置成使得第一交换点(20)和第二交换点(22)D之间的是容器(40) 有可互换的输送轨道电路(12)。
    • 10. 发明申请
    • LOADLOCK WITH INTEGRATED PRE-CLEAN CHAMBER
    • 带集成预清室的LOADLOCK
    • WO0222469A2
    • 2002-03-21
    • PCT/US0142063
    • 2001-09-06
    • ASM INC
    • RAAJIMAKERS IVOAGGARWAL RAVINDERKUSBEL JAMES
    • B65G49/07H01L21/00H01L21/677B65G1/133
    • H01L21/67751H01L21/67167H01L21/67201H01L21/67757
    • A wafer carrier adapted to hold a plurality of wafers and is positioned on an elevator plate in a load lock. The elevator plate is adapted to move between a first position with the carrier in a first chamber of the load lock and a second position with the carrier in the auxiliary chamber. In the second position, the elevator plate substantially seals the auxiliary chamber from the first chamber. In use, a first wafer is placed onto the wafer carrier. The wafer carrier can moved into the auxiliary chamber before or after the first wafer is placed onto the wafer carrier. The first wafer is auxiliary processed in the auxiliary chamber. A second wafer is placed onto the wafer carrier. Preferably after the second wafer is placed onto the wafer carrier, the first wafer is removed from the load lock. A third wafer is preferably then placed onto the wafer carrier so that the second wafer can cool. The second wafer is then removed from the load lock. The cycle is repeated.
    • 适于保持多个晶片并且位于加载锁中的电梯板上的晶片载体。 所述升降板适于在所述负载锁的第一室中的所述载体的第一位置和所述辅助室中的所述载体的第二位置之间移动。 在第二位置,升降板基本上将辅助室与第一室密封。 在使用中,将第一晶片放置在晶片载体上。 在将第一晶片放置在晶片载体上之前或之后,晶片载体可以移动到辅助室中。 第一个晶片在辅助室中进行辅助处理。 将第二晶片放置在晶片载体上。 优选地,在将第二晶片放置在晶片载体上之后,将第一晶片从负载锁上移除。 然后优选将第三晶片放置在晶片载体上,使得第二晶片可以冷却。 然后将第二个晶片从负载锁中取出。 重复循环。