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    • 51. 发明授权
    • Can conveying apparatus
    • 可输送设备
    • US5232083A
    • 1993-08-03
    • US957795
    • 1992-10-08
    • Yutaka MotominamiKouji TeraiMasao Iguchi
    • Yutaka MotominamiKouji TeraiMasao Iguchi
    • B65G17/32B65G17/40B65G17/42B65G47/84
    • B65G17/42B65G2201/02B65G2201/0244B65G2207/38
    • The can conveying apparatus is provided with a conveying part composed of a pin extending at a predetermined pitch from a chain, a shock absorbing member having a central hole to receive and be fitted onto the end portion of the conveying part by a stopper, a spring interposed between the bottom of the hole of the shock absorbing member and the conveying part under a certain pressure, and a space arranged between the end portion of the conveying part and the bottom of the hole to allow the shock absorbing member to longitudinally move together with the spring compressed. The hole of the shock absorbing member has a cylindrical hole to contain the spring, and a smaller-diameter hole wherein the conveying part is inserted slidably, and there is provided a clearance to permit the shock absorbing member to be biased while compressing the spring. Accordingly, if shock acts on the can longitudinally as it is hanged on the conveying part, the shock will be absorbed because the shock absorbing member moves longitudinally while pressurizing the spring. If shock is given to the can laterally by a rickety chain when the can is hanged on the conveying part, the shock will be absorbed because the shock absorbing member is biased, compressing the spring.
    • 罐输送装置设有由链条以预定间距延伸的销组成的输送部件,具有中心孔的冲击吸收部件,该中心孔通过止动件接收并安装在输送部件的端部上,弹簧 介于缓冲构件的孔的底部和一定压力之间的输送部分之间,以及布置在输送部分的端部与孔的底部之间的空间,以允许冲击吸收构件与 弹簧压缩。 减震构件的孔具有容纳弹簧的圆筒孔和可滑动地插入输送部的小直径孔,并且设有间隙以允许冲击吸收构件在压缩弹簧的同时被偏置。 因此,如果冲击作用在罐体纵向延伸在输送部件上时,冲击将被吸收,因为冲击吸收件在对弹簧加压的同时纵向移动。 如果当罐被悬挂在输送部件上时,由摇摆的链条向罐侧面施加冲击,则冲击将被吸收,因为减震构件被偏压,压缩弹簧。
    • 54. 发明授权
    • Plastic modular conveyor belts and modules therefor
    • 塑料模块化输送带及其模块
    • US4893710A
    • 1990-01-16
    • US296792
    • 1989-01-13
    • Peter K. BaileyMichael L. Spangler
    • Peter K. BaileyMichael L. Spangler
    • B65G17/08B65G17/38B65G17/40
    • B65G17/08B65G2201/02B65G2207/12
    • A plastic conveyor belt is formed of a plurality of non-reversible modules having inter-fitting link ends connected together and hinged by pivot rods having a rod capturing arrangement at each end of the outermost link ends of end module assemblies which is a blocking member insertable into a slot in the widest and outermost link end with the flat surface of the blocking member facing the rod and a projection for cooperating with the rod hole for holding the blocking member in place but allowing it to be removed. The belt also has internal modules in addition to end modules and all modules are constructed such that the narrowest link ends of unequal width link ends are adjacent sprocket cavities but are offset in a direction of another link end to provide additional strength and rigidity.
    • 塑料输送带由多个不可逆模块形成,该模块具有连接在一起的连接连接端,并且通过枢转杆铰接,该枢转杆在末端模块组件的最外侧链节端的每个端部处具有杆捕获装置,该阻挡构件可插入 进入最宽和最外侧链节端的狭槽中,阻挡构件的平坦表面面向杆,以及用于与杆孔配合的突起,用于将阻挡构件保持在适当位置,但允许其移除。 除了端部模块之外,带还具有内部模块,并且所有模块被构造成使得不相等的宽度连杆端部的最窄的连杆端部是相邻的链轮腔,而是在另一个连杆端的方向上偏移以提供额外的强度和刚度。
    • 56. 发明授权
    • Slatted conveyor
    • 液压输送机
    • US3904028A
    • 1975-09-09
    • US37584773
    • 1973-07-02
    • MULLER HUGO STEFAN
    • MULLER HUGO STEFAN
    • B65G17/00B65G17/40B65G15/42
    • B65G17/002B65G17/40B65G2201/06
    • A slatted conveyor is provided, with longitudinally extending laterally-spaced slats supported on an endless belt, in which the gaps between the slats are closed by means of flexible bridging strips loosely engaged in slots in the sides of the slats. Each slat has a multi chamber hollow cross-section and the longitudinal margins of the bridging strips enter side chambers within the slats through the aforesaid slots, said margins having edge terminations so formed as to prevent the strip margins from slipping out of the slots.
    • 1442153无尽输送机HS MULLER 1973年7月4日[1972年7月6日] 31887/73标题B8A槽式输送机的槽1每个包括三个中空室,并通过压头3可拆卸地连接到诸如环形带的行进支撑件2 ,相邻狭槽1之间的间隙被桥接元件6覆盖,桥接元件6在输送机的大致宽度上延伸,并且位于形成在槽的相邻室中的槽5中,在桥接元件的端部处的杆7防止元件6 从输送方向滑出槽1。 在图1的实施例中 如图2(未示出),桥接元件为波纹状柔性带(8)的形式,而在图2的实施例中, 如图3(未示出),每个槽(1b)在其一侧上形成有槽(5b),并且在另一侧上的柔性延伸部(10)为桥接元件提供相邻的槽。 在图1的实施例中 如图4(未示出),每个槽(1c)包括两个中空室,并且每个槽的倾斜壁形成桥接元件。
    • 57. 发明授权
    • Conveying arrangement for containers
    • 为集装箱输送装置
    • US3703953A
    • 1972-11-28
    • US3703953D
    • 1971-05-27
    • BANGOR PUNTA OPERATIONS INC
    • BARKER MAYNARD C
    • B65G17/26B65G17/40B65G15/14
    • B65G17/40B65G17/26B65G2201/02
    • A container-conveying arrangement is disclosed, having an endless guided conveyor chain with replaceable chain-guiding and containerengagable conveying caps or pads forming an articulated shingled or saw-toothed conveying surface. The basic conveyor chain and cap assembly is disclosed in several containerconveying embodiments, namely a container elevator, a container lowerator or lowering conveyor, and a horizontal container conveyor, the elevator and lowerator each having two opposed parallel conveyor chains with interfacing shingled conveying caps forming opposed articulated saw-toothed conveying surfaces, and the horizontal conveyor having a single length of endless chain with shingled caps forming an articulated saw-toothed generally horizontal conveying surface.
    • 公开了一种容器输送装置,其具有环形导向输送链,其具有可更换的链条引导和可容纳的可移动的输送帽或垫,其形成铰接的带状或锯齿形的输送表面。 基本的输送链和盖组件在几个容器输送实施例中公开,即集装箱升降机,集装箱下料机或下降输送机和水平容器输送机,每个升降机和升降机具有两个相对的平行的输送链, 形成相对的铰接锯齿形输送表面,并且水平输送机具有单个长度的环形链,带有带盖的帽,形成铰接的锯齿状的大体水平的输送表面。