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    • 2. 发明公开
    • SYSTEM ZUR HANDHABUNG VON SCHÜTTGÜTERN
    • EP4286298A1
    • 2023-12-06
    • EP23171378.5
    • 2023-05-03
    • TAKTOMAT kurvengesteuerte Antriebssysteme GmbH
    • Hofstetter, Norbert
    • B65D88/56B65G27/20B65G47/20B65G65/23B65G65/44B65G27/04B23P19/00
    • Die vorliegende Erfindung betrifft ein System (1) zur Handhabung von Schüttgut oder dergleichen Elementen entlang einer Handhabungsstrecke, wenigstens aufweisend eine Kippvorrichtung (2) und einen der Kippvorrichtung (2) entlang der Handhabungsstrecke nachgelagerten Vibrationsförderer (10), so dass das Schüttgut der Handhabungsstrecke an einem Einlauf (E) des Systems (1) schüttgutförmig zuführbar und an einem Auslauf (A) des Systems (1) vereinzelt oder im Wesentlichen vereinzelt abführbar ist, wobei die Kippvorrichtung (2) zumindest ein Maschinengestell (4) sowie einen an dem Maschinengestell (4) um eine horizontale Achse (AS) stufenlos motorisch antreibaren Schwenkkorb (6) zur Aufnahme des Schüttguts und/oder zumindest eines mit Schüttgut befüllten Behältnisses aufweist, wobei das Schüttgut mittels der Kippvorrichtung (2) dem Vibrationsförderer (10) dosiert zuführbar ist, und wobei der Vibrationsförderer (10) zumindest eine die Handhabungsstrecke bildendes Förderelement (12) für das Schüttgut sowie wenigstens einen regel- und/oder steuerbaren Vibrationsantrieb (16) aufweist, mittels dem eine derart vibrierende Bewegung des Förderelements (12) erzeugbar ist, dass das dem Förderelement (12) dosiert zugeführte Schüttgut entlang des Förderelements (12) vereinzelt oder im Wesentlichen vereinzelt wird und an den Auslauf (A) des Systems (1) förderbar ist.
    • 3. 发明公开
    • COMBINATION MEASURING DEVICE
    • 组合测量装置
    • EP3196610A1
    • 2017-07-26
    • EP15842593.4
    • 2015-08-19
    • Ishida Co., Ltd.
    • KAGEYAMA, Toshiharu
    • G01G19/387B65G47/20F16B7/04
    • B65G47/20F16B7/04G01G11/003G01G19/387G01G19/393G01G23/00
    • To provide a highly reliable combination weighing device having an object supply chute disposed above a dispersion section, which can prevent foreign matter from being mixed into objects due to the falling of screw members from a support frame supporting the object supply chute. A combination weighing device is provided with a dispersion section, weighing hoppers, a control unit, an object supply chute (150), and a support frame (100). The dispersion section disperses and supplies objects around the dispersion section. The weighing hoppers are arranged around the dispersion section. The control unit performs combination calculation based on weighing values in the weighing hoppers. The object supply chute is placed above the dispersion section and supplies the objects to the dispersion section. The support frame supports the object supply chute. The support frame includes members (111, 113, and 114) as engaged members, hooks as engaging members that engage with the engaged members, and fixing members (140) as non-screw members. The fixing members press the engaging members against the engaged members and fix the engaging members to the engaged members.
    • 为了提供一种高度可靠的组合称重装置,其具有设置在分散部分上方的物品供应槽,该物品供应槽可防止由于螺钉部件从支撑物品供应槽的支撑框架掉落而引起异物混入物体中。 组合称重装置具有分散部分,计量料斗,控制单元,物品供应槽(150)和支撑框架(100)。 分散部分分散和供应物体在分散部分周围。 计量料斗围绕分散部分布置。 控制单元根据计量料斗中的称量值进行组合计算。 物品供应槽设置在分散部分的上方并将物品供应到分散部分。 支撑框架支撑物体供应槽。 支撑框架包括作为被接合构件的构件(111,113和114),作为与被接合构件接合的接合构件的钩和作为非螺纹构件的固定构件(140)。 固定构件将接合构件压靠在被接合构件上并将接合构件固定到被接合构件。
    • 10. 发明公开
    • A MULTI-DECK SCREENING ASSEMBLY
    • 多层甲板检查组件
    • EP3061533A3
    • 2016-11-16
    • EP16154404.4
    • 2016-02-05
    • CDE Global Limited
    • VALLELLY, KevinLYTTLE, Robert
    • B07B1/40B07B1/00B07B13/16B65G47/18B65G47/20B65G47/44B65G69/12
    • B07B11/06B07B1/005B07B1/28B07B1/40B07B9/02B07B13/16B07B2201/04B65G47/20
    • A multi-deck screening assembly comprising a plurality of vertically stacked downwardly sloping screen decks (6,8,10), each screen deck having a plurality of grading apertures formed therethrough whereby under-sized material may pass through said apertures while over-sized material passes over a lower discharge end of each screen deck, said plurality of screen decks being mounted on a common frame (12), said frame (12) being mounted on a chassis (2) via resilient mounts (14) and being provided with vibration generating means (16) for imparting vibration to the screen decks, said plurality of screen decks comprising an upper deck (6), an intermediate deck (8) mounted below the upper deck for receiving under-sized material from the upper deck, and a lower deck (10) mounted below the intermediate deck for receiving under-sized material from the intermediate screen deck, a first stockpile conveyor (18) being mounted on the chassis (2) arranged to receive over-sized material from the discharge end of the lower deck (10), a second stockpile conveyor (20) being mounted on the chassis (2) to receive over-sized material from the discharge end of the intermediate deck (8), and a third stockpile conveyor (22) being arranged to receive over-sized material from the discharge end of the upper deck (6), wherein a transfer conveyor (28) is provided adjacent the discharge end of the upper deck (6), said transfer conveyor (28) being arranged to deliver over-sized material from the discharge end of the upper deck (6) onto the third stockpile conveyor (22).
    • 一种多层筛选组件,包括多个垂直堆叠的向下倾斜的筛板(6,8,10),每个筛板具有多个通过其形成的分级孔,由此尺寸较小的材料可以穿过所述孔,同时过大尺寸的材料 (12)上,所述框架(12)通过弹性安装件(14)安装在底盘(2)上并且被提供有振动 (6),安装在所述上甲板下方的中间甲板(8),用于接收来自所述上甲板的尺寸较小的材料,以及一个用于向所述筛网甲板施加振动的发生装置(16),所述多个筛网甲板包括一个上甲板 安装在中间甲板下方的下甲板(10),用于接收来自中间筛网甲板的尺寸不足的材料;第一储料输送机(18),安装在底盘(2)上,用于接收来自装置 第二储料输送机(20)安装在底盘(2)上以接收来自中间甲板(8)的排出端的过大尺寸的材料,以及第三储料输送机(22) )布置成接收来自上层板(6)的排出端的过大尺寸的材料,其中在上层板(6)的排出端附近设置有传送传送机(28),所述传送传送机(28)被布置 以从上甲板(6)的卸料端将超尺寸的物料输送到第三储料输送机(22)上。