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    • 4. 发明公开
    • DROP DELIVERY CHUTE
    • SCHUTTRÖHRE
    • EP0746659A4
    • 1997-05-21
    • EP95910339
    • 1995-02-24
    • PRESTON JOHN CLEMENT
    • PRESTON JOHN CLEMENT
    • E04F17/10B65G11/02B65G11/18E04B7/12E04F17/12
    • B65G11/183E04B7/12E04F17/12E04G21/166
    • PCT No. PCT/AU95/00094 Sec. 371 Date Sep. 12, 1996 Sec. 102(e) Date Sep. 12, 1996 PCT Filed Feb. 24, 1995 PCT Pub. No. WO95/23264 PCT Pub. Date Aug. 31, 1995A drop delivery debris disposal chute formed of a continuous trough sectioned body having an open face, and a plurality of cover elements each secured to span the open face to constitute a respective part of a closure wall of the chute, wherein each of a plurality of duct access openings in the closure wall is constituted by a gap between neighboring spaced apart cover elements, and at least two inlet structures supporting the duct fixedly mounted to a building floor and including an intake opening and an inclined race extending from the intake opening to a corresponding duct access opening, and wherein the spacing between neighboring duct access openings is established to bring each access opening into register with the race of a corresponding inlet structure by use of a cover sheet in overlapping relationship with a cover element.
    • 液滴输送碎屑处理滑槽包括首尾相连的多个U形主体模块(22)和形成连续垂直管道的多个盖模块(23)。 相邻盖板模块之间的空间构成管道通道开口。 该管道被夹紧到固定在正在建造中的多层建筑物的地板上的入口结构(12,30)上,并且每个都提供与相应入口开口连通的供给座圈。 通入开口的间距适合于地板间距通过在每个入口结构之间的非模块化盖提供,所述非模块化盖能够被相邻的盖模块重叠。
    • 6. 发明公开
    • COLLECTIVE CHUTE FOR COMBINATION SCALE
    • KOLLEKTIVE RUTSCHEFÜREINE MEHRKOPFWAAGE
    • EP2634544A4
    • 2015-03-04
    • EP10858885
    • 2010-10-25
    • YAMATO SCALE CO LTD
    • TAKAYANAGI KAZUOKIKUCHI KOUHEI
    • G01G19/387
    • G01G19/387B65G11/00B65G11/183B65G11/186B65G47/18G01G19/393
    • Provided is a collecting chute of a combination weigher which has three discharge paths and is capable of discharging objects such that the objects do not get stuck in the middle of the discharge paths. The collecting chute of the combination weigher includes a funnel-shaped inner funnel which collects and discharges the objects discharged in an inward direction from a plurality of hoppers arranged in a circular shape, a right outer funnel (9a) which collects and discharges the objects in an outward direction from the hoppers in a right group, and a left outer funnel (9b) which collects and discharges the objects in an outward direction from the hoppers in a left group, and a right chute member (7a) in which an edge of the right outer funnel (9a) is firmly coupled to an outer surface of a right inner funnel section (8a) constituting the inner funnel and a left chute member (7b) in which an edge of the left outer funnel (9b) is firmly coupled to an outer surface of a left inner section (8b) constituting the inner funnel are removably mounted to a mount frame (11) which is a chute support member.
    • 提供一种具有三个排出路径并且能够排出物体的组合秤的收集槽,使得物体不会卡在排出路径的中间。 组合秤的收集滑槽包括一个漏斗形的内漏斗,它从排列成圆形的多个料斗收集并排放沿向内方向排放的物体,右外漏斗(9a)将物体收集和排出 从右组的料斗向外的方向和从左组中的料斗向外方向收集物体的左外漏斗(9b)和右溜槽构件(7a),其中边缘 右外漏斗(9a)牢固地联接到构成内漏斗的右内锥形部分(8a)的外表面和左斜槽部件(7b),其中左外漏斗(9b)的边缘牢固地联接 构成内漏斗的左内部(8b)的外表面可拆卸地安装到作为滑槽支撑构件的安装框架(11)上。
    • 7. 发明公开
    • COMPONENT-SUPPLYING DEVICE
    • KOMPONENTENZUFÜHRUNGSVORRICHTUNG
    • EP3197254A4
    • 2017-08-16
    • EP14900466
    • 2014-08-25
    • FUJI MACHINE MFG
    • IWAKI NORIAKIMORIKAWA SHUNJI
    • H05K13/02B65G27/00B65G47/12B65G65/44H05K13/04
    • H05K13/02B25J15/0616B65G11/023B65G11/183B65G11/203B65G37/00B65G47/12B65G65/44H05K13/028H05K13/043
    • In a bulk component supply device including a component feeder 82 which stores multiple components, a frame 96 to which the component feeder 82 is mounted, and a component support member 220 which supports, in a scattered state, multiple components which are discharged from an opening of the component feeder which is in a state of being mounted to the frame, a operator is capable of removing the component feeder from the frame by gripping a grip 104 of the component feeder and releasing a lock mechanism. Therefore, for example, when the components of a next step are being supplied from the component support member through an operation of a component holding head, it is possible to remove the component feeder from the frame and to attach a component feeder in which a new type of component is stored to the frame. Accordingly, it becomes possible to perform exchanging of components without stopping work of supplying the components.
    • 在具有收纳多个部件的部件供给装置82的散装部件供给装置中,安装有部件供给装置82的框架96和以分散状态支承从开口部排出的多个部件的部件支承部件220 在处于被安装到框架的状态下的部件供给装置的情况下,操作员能够通过抓住部件供给装置的把手104并释放锁定机构来从框架移除部件供给装置。 因此,例如,当通过部件保持头的操作从部件支撑部件供应下一个步骤的部件时,可以从框架移除部件供给器,并且附接其中新的部件供给器 组件的类型被存储到框架。 因此,可以在不停止供应部件的工作的情况下执行部件的更换。
    • 9. 发明公开
    • DROP DELIVERY CHUTE
    • EP0746659A1
    • 1996-12-11
    • EP95910339.0
    • 1995-02-24
    • PRESTON, John Clement
    • PRESTON, John Clement
    • E04F17B65G11E04B7
    • B65G11/183E04B7/12E04F17/12E04G21/166
    • PCT No. PCT/AU95/00094 Sec. 371 Date Sep. 12, 1996 Sec. 102(e) Date Sep. 12, 1996 PCT Filed Feb. 24, 1995 PCT Pub. No. WO95/23264 PCT Pub. Date Aug. 31, 1995A drop delivery debris disposal chute formed of a continuous trough sectioned body having an open face, and a plurality of cover elements each secured to span the open face to constitute a respective part of a closure wall of the chute, wherein each of a plurality of duct access openings in the closure wall is constituted by a gap between neighboring spaced apart cover elements, and at least two inlet structures supporting the duct fixedly mounted to a building floor and including an intake opening and an inclined race extending from the intake opening to a corresponding duct access opening, and wherein the spacing between neighboring duct access openings is established to bring each access opening into register with the race of a corresponding inlet structure by use of a cover sheet in overlapping relationship with a cover element.
    • 液滴输送碎屑处理滑槽包括首尾相连的多个U形主体模块(22)和形成连续垂直管道的多个盖模块(23)。 相邻盖板模块之间的空间构成管道通道开口。 该管道被夹紧到固定在正在建造中的多层建筑物的地板上的入口结构(12,30)上,并且每个都提供与相应入口开口连通的供给座圈。 通入开口的间距适合于地板间距通过在每个入口结构之间的非模块化盖提供,所述非模块化盖能够被相邻的盖模块重叠。
    • 10. 发明公开
    • Mechanism for detachably connecting a chute to a hopper
    • 一种用于斜道可释放地连接到储存容器设备。
    • EP0086854A1
    • 1983-08-31
    • EP82101226.7
    • 1982-02-18
    • YOSHIDA KOGYO K.K.
    • Seki, Fumio
    • B65G11/00F16B21/00
    • B65G11/183B65G11/023B65G11/203
    • A mechanism, for detachably connecting a chute (14) to a hopper (12) having an outlet (16) for delivering parts (11) therefrom, includes a plug (14a) constituted by one end portion of the chute (14), and a socket (16a) constituted by a free end portion of the outlet port (16) of the hopper (12) for receiving the plug (14a) tightly. A spring-biased ball (19) is carried by a wall (16b) of the socket (16a), and is movable between a projected position in which it projects into the socket (16a), and a retracted position in which it is retracted out of the socket (16a). The plug (14a) has a locking recess (22) for receiving the ball (19) when the plug (14a) is inserted in the socket (16a) in position for correct connection. With this mechanism, the chute (14) can be attached to, or detached from, the hopper (12) with only a single simple snap action.
    • 的机构,用于可拆卸地斜槽(14)从连接到用于输送部件的料斗(12),其具有出口(16)(11)存在,包括由滑道(14)的一个端部构成的插头(14A),和 由料斗(12)的出口(16)的自由端部,用于接收所述插头(14A)构成紧密的插座(16A)。 弹簧偏压的球(19)由一个壁(16b)的所述插座(16A)的承载,并且是突出位置在其突出到插座(16A)和其所退避的退避位置之间移动 从插座(16)的。 所述插头(14)具有用于接收在位置的球(19)当插头(14A)插入插座(16A),用于正确连接的锁定凹槽(22)。 与此机制,斜槽(14)可以连接到,或从料斗(12)仅与单个简单卡扣动作分离。