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    • 2. 发明公开
    • Overhead work suspension conveyor
    • HochliegendeAufhängfördererfürWerkstücke。
    • EP0603426A1
    • 1994-06-29
    • EP92121806.1
    • 1992-12-22
    • MITSUBISHI JIDOSHA KOGYO KABUSHIKI KAISHA
    • Kakida, TakuyaInoue, NoriyukiOkada, ShoichiNakamura, YoshikiIkeda, WakaharuMikami, AkiraKimura, AkiyoshiAihara, MasayukiFujiwara, HisashiWatanabe, Yuji
    • B62D65/00
    • B62D65/18Y10S414/115
    • An endless feeder rail (1) is arranged at a high altitude. A transfer position (2) is set in a path defined by the feeder rail. Corresponding to the transfer position, a loading position (3) is set at a lower altitude. A work-loading traverser (4) extends between these positions. Plural running carriages (1A) (see FIG. 2) are arranged along the rail so that each of the carriages is temporarily stopped at the transfer position. From a work storage (8), a piece of work is loaded on a work loading frame (7) by a worker (9). A loading traverser mechanism (11) lifts the work piece in a suspended position from the loading position (3) to the transfer position (2), where the work piece is transferred onto a work receiving jig (5) of one of the carriage for its conveyance along the rail. The frame (7) is arranged pivotally so that it assumes an inclined position at the position (3) but a horizontal position at the position (2) to facilitate the loading and transfer of the work piece.
    • 在高空设置无端的送料轨(1)。 传送位置(2)设置在由馈电轨限定的路径中。 对应于传送位置,将装载位置(3)设定在较低的高度。 工件加载横移器(4)在这些位置之间延伸。 多个行进车架(1A)(参见图2)沿着轨道布置,使得每个托架临时停在转移位置。 从工作存储(8)中,工作人员(9)将一件工作装载在工作装载框架(7)上。 装载横移机构(11)将工件从装载位置(3)提升到悬挂位置到传送位置(2),其中工件被转移到一个托架的工件接收夹具(5)上,用于 沿铁路运输。 框架(7)枢转地布置,使得其在位置(3)处呈现倾斜位置,但在位置(2)处呈现水平位置,以便于工件的装载和传送。
    • 3. 发明公开
    • Work conveyor
    • Werkstückförderer。
    • EP0594884A1
    • 1994-05-04
    • EP92118536.9
    • 1992-10-29
    • MITSUBISHI JIDOSHA KOGYO KABUSHIKI KAISHA
    • Kakida, TakuyaInoue, NoriyukiOkada, ShoichiNakamura, YoshikiIkeda, WakaharuMikami, AkiraKimura, AkiyoshiAihara, MasayukiFujiwara, HisashiWatanabe, Yuji
    • B62D65/00
    • B62D65/18Y10T29/53548
    • Left side panels (2a) and right side panel (2b) (see FIGURE 7) are produced in a left side panel production line (LL) and a right side panel production line (RL), respectively. By vertical lifters, each left side panel (2a) and each right side panel (2b) are lifted at the delivery stations (L9,R9) and then transferred to runners (10) at work transfer positions (1A,1B). The runner (10) with the left side panel (2a) held thereon travels along a rail (1a) while the runner (10) with the right side panel (2a) held thereon travels along a rail (1b). Both runners (10,10) are stopped at a standby position (1C) and then conveyed to a runner transfer position (1D) simultaneously. The runners (10,10) with the left and right side panels (2a,2b) held thereon, respectively, are loaded on the traverser (TR) and then conveyed to a drop lifter (3) arranged above a main body assembly line (ML). The left and right side panels (2a,2b) are transferred to the drop lifter (3). The drop lifter (3) then descends and feeds the left and right side panels (2a,2b) simultaneously on opposite sides of a floor panel (5) in the main body assembly line (ML).
    • 在左侧板生产线(LL)和右侧板生产线(RL)中分别制造左侧板(2a)和右侧板(2b)(见图7)。 通过垂直升降器,每个左侧板(2a)和每个右侧板(2b)在输送站(L9,R9)处被提升,然后在工件转移位置(1A,1B)处转移到流道(10)。 其中保持有左侧面板(2a)的转轮(10)沿着轨道(1a)行进,而具有右侧板(2a)的滑轮(10)沿轨道(1b)行进。 两个流道(10,10)都停在待机位置(1C),然后同时传送到流道传送位置(1D)。 分别保持在其上的左右侧面板(2a,2b)的跑道(10,10)被装载在横动器(TR)上,然后传送到设置在主体组装线上方的滴液升降器(3) ML)。 左右侧面板(2a,2b)被传送到滴液升降器(3)。 滴液升降器(3)然后在主体装配线(ML)中的底板(5)的相对侧同时下降并进给左右侧板(2a,2b)。