公开(公告)号：US10138609B2

公开(公告)日：2018-11-27

申请号：US14773014

申请日：2014-02-26

Applicant: KÜPPER-WEISSER GMBH

Inventor： Marcel Boschung ,  Rolf Isele

IPC: E01H10/00 ,  B60P1/40 ,  B65D88/62 ,  B65D88/68 ,  B05B3/10 ,  B65D88/64 ,  B65G69/08

Abstract: A spreader, in particular for winter service vehicles, for spreading out solid spreading materials includes a spreading-material container for receiving the solid spreading materials to be spread out, and at least one liquid tank arranged within the spreading-material container and having an at least partly flexible sheath and variable volume for receiving liquid. The spreader furthermore comprises a conveying device in a floor surface of the spreading-material container for conveying the spreading materials out of the spreading-material container. The floor surface of the spreading-material container is horizontal or almost horizontal, with the at least one liquid tank being arranged on or above the floor surface such that, upon an at least partial filling of the liquid tank, there is formed a sliding surface for the solid spreading materials to be spread out that is inclined toward the conveying device relative to the floor surface.

公开(公告)号：US09090450B2

公开(公告)日：2015-07-28

申请号：US12158463

申请日：2006-11-16

Applicant: Kirk M. Reimann ,  William E. Simpson ,  Nancy D. Trafelet ,  Andy Swain ,  David Holden ,  Garry W. Crossdale ,  Brian D. Haworth ,  Bert Van Der Heijden ,  Shirley A. Webb

Inventor： Kirk M. Reimann ,  William E. Simpson ,  Nancy D. Trafelet ,  Andy Swain ,  David Holden ,  Garry W. Crossdale ,  Brian D. Haworth ,  Bert Van Der Heijden ,  Christopher J. Webb

IPC: B65D88/64 ,  B67D7/34

CPC classification number: B67D7/34 ,  B67D7/344

Abstract: A method and device to insure that a particular dispensing package (18) can only be engaged into an appropriate dispensing location (14). Specifically, the package and the dispenser have mating concentric rings (24, 30) (or portions thereof) to prevent engagement and dispensing of an inappropriate product. In one embodiment, the package (18) is provided with one or more concentric ring projections (24) (or portions thereof) and the dispenser (10) is provided with one or more matching concentric ring recesses (30). The projections and the recesses have similar diameters to define a mating set. In some embodiments, the concentric ring projections are placed on a closure (20), such as a cap, of the package. In alternative embodiments, the projections are placed on the dispenser and the recesses are placed on the package.

Abstract translation: 一种确保特定分配包装（18）只能接合到适当的分配位置（14）中的方法和装置。 具体地，包装和分配器具有配合的同心环（24,30）（或其部分），以防止不合适的产品的接合和分配。 在一个实施例中，包装（18）设置有一个或多个同心环突起（24）（或其部分），并且分配器（10）设置有一个或多个匹配的同心环凹部（30）。 突起和凹槽具有相似的直径以限定配合组。 在一些实施例中，同心环突起放置在包装的封闭件（例如盖）上。 在替代实施例中，突起被放置在分配器上，并且凹槽被放置在包装上。

公开(公告)号：US08689840B2

公开(公告)日：2014-04-08

申请号：US13058213

申请日：2008-08-14

Applicant: Yongyong Yang ,  Ang Zhao ,  Shinichi Suzuki ,  Xiaohai Gong

Inventor： Yongyong Yang ,  Ang Zhao ,  Shinichi Suzuki ,  Xiaohai Gong

IPC: B65D88/64 ,  B65B57/10 ,  B65B1/06 ,  B65B37/02

CPC classification number: B65D88/64 ,  B29C47/0021 ,  B29C47/10 ,  B29C47/1009 ,  B65D90/48

Abstract: Agglomerated fine solids, e.g., agglomerated pellets (2B), that are located within a restricted space or pinch point of a conveyance system (1), and that impede the free-flow of fine solids from one vessel (4) to another vessel (10), are detected and fragmented through the coordinated use of a flow detector (12), breaker plate (8) and press (6). The flow detector (12) senses an interruption or diminishment in the flow of the fine solids and signals and actuates the press (6) which in turn engages and fragments the agglomeration. The breaker plate (8) is sized and configured to trap major agglomerates.

Abstract translation: 聚集的细固体，例如聚集的颗粒（2B），其位于输送系统（1）的有限空间或夹点内，并且阻止细颗粒从一个容器（4）到另一个容器（4）的自由流动 通过协调使用流量检测器（12），断路器板（8）和压力机（6）来检测和分段。 流量检测器（12）感测细小固体的流动的中断或减少，并且发出信号并致动压力机（6），压力机（6）又接合和分散凝聚物。 破碎板（8）的尺寸和构造被捕获主要的附聚物。

公开(公告)号：US20050183779A1

公开(公告)日：2005-08-25

申请号：US11046177

申请日：2005-01-28

Applicant: Zoltan Horvath ,  Pal Biegelbauer ,  Tamas Vitalis ,  Karoly Balazs ,  Mihaly Soos ,  Viktor Nyeste ,  Zsolt Kariko

Inventor： Zoltan Horvath ,  Pal Biegelbauer ,  Tamas Vitalis ,  Karoly Balazs ,  Mihaly Soos ,  Viktor Nyeste ,  Zsolt Kariko

IPC: B60K15/035 ,  B65D88/64 ,  F02M37/04 ,  F02M37/10 ,  F02M37/20 ,  F02M37/22

CPC classification number: F02M37/20 ,  B60K15/03504 ,  B60K2015/03557 ,  F02M37/103 ,  F02M37/22 ,  Y10T137/86035

Abstract: A fuel delivery module assembly for a vehicle which includes a fuel delivery module for supplying fuel from a fuel tank, a flange for attachment to a fuel tank and an emissions canister for controlling evaporative emissions. The fuel delivery module includes a reservoir for retaining fuel and a fuel pump for supplying fuel from the reservoir. The emissions canister is coupled to the fuel delivery module in a sliding relationship and is arranged such that the emissions canister can be displaced along a slide axis relative to the fuel delivery module between an installed position, in which the reservoir and emissions canister overlap parallel with the slide axis, and an installation position, in which the reservoir and emissions canister substantially do not overlap parallel with the slide axis. The invention also provides a fuel tank assembly comprising such a fuel delivery module assembly and to a method of positioning such a fuel delivery module assembly within a fuel tank.

Abstract translation: 一种用于车辆的燃料输送模块组件，其包括用于从燃料箱供应燃料的燃料输送模块，用于附接到燃料箱的凸缘和用于控制蒸发排放的排放罐。 燃料输送模块包括用于保持燃料的储存器和用于从储存器供应燃料的燃料泵。 排放罐以滑动关系耦合到燃料输送模块并且布置成使得排放罐可以在安装位置之间相对于燃料输送模块沿着滑动轴线移位，在该位置之间，储存器和排放罐重叠与 滑动轴线和安装位置，其中储存器和排放罐基本上不与滑动轴线平行重叠。 本发明还提供了一种燃料箱组件，其包括这种燃料输送模块组件和将这种燃料输送模块组件定位在燃料箱内的方法。

公开(公告)号：US6116471A

公开(公告)日：2000-09-12

申请号：US233688

申请日：1999-01-19

Applicant: Gary E. Miller

Inventor： Gary E. Miller

IPC: A01K5/02 ,  A01K61/02 ,  B65D88/64 ,  A45D24/22

CPC classification number: A01K61/02 ,  A01K5/0225 ,  B65D88/64

Abstract: Improved apparatus and method are provided for the dispensing of particulate material from the gravitationally bottom discharge mouth of a hopper. In a presently preferred form, the particulate material moves downwardly first through a conically sided zone to a toroidally-configured aperture, and, after passage therethrough, moves downwardly through a cavity that preferably has a cross-sectionally circular perimeter. Centrally upstanding in the cavity is a body with preferably conically diverging sides over which the particulate material moves downwardly to a cover plate or deck which has a circumferentially extending discharge opening through which the particulate material is discharged. Most preferably, the body also extends upwardly through the aperture and through the conically sided zone. Particulate material downward movement and discharge is produced by shaking, preferably vibration, of the deck. A presently preferred particulate material is fish feed. The apparatus and method avoid particulate material bridging and hang-up and provide the capability for achieving uniform dispensing rates generally independently of the fill level of particulate material in the hopper.

Abstract translation: 提供改进的装置和方法用于从料斗的重力底部排出口分配颗粒材料。 在目前优选的形式中，颗粒材料首先通过圆锥形侧面区向下移动到环形构造的孔，并且在通过之后，向下移动通过优选具有横截面圆形周长的空腔。 在空腔中中央竖立的是具有优选锥形发散侧的主体，颗粒材料在该主体上向下移动到具有周向延伸的排放开口的盖板或甲板，颗粒材料通过其排出。 最优选地，主体还向上延伸穿过孔并穿过圆锥形侧面区域。 颗粒材料向下运动和排放是通过摇动，优选地振动的。 目前优选的颗粒材料是鱼饲料。 该装置和方法避免了颗粒材料的桥接和悬挂，并且提供了通常独立于料斗中的颗粒材料的填充水平实现均匀分配速率的能力。

公开(公告)号：US6029838A

公开(公告)日：2000-02-29

申请号：US214793

申请日：1999-01-07

Applicant: Christen Gr.o slashed.nvold Hansen ,  Peter Christen Kylin ,  Sven-Erik Olsson

Inventor： Christen Gr.o slashed.nvold Hansen ,  Peter Christen Kylin ,  Sven-Erik Olsson

IPC: B65D88/28 ,  B65D88/64 ,  B65D25/14

CPC classification number: B65D88/28 ,  Y10S220/13

Abstract: A chip bin that has a feeding device, an upper container part and a discharge opening defined therein. A discharge zone is disposed between the upper container part and the discharge opening. The discharge zone has no moving parts and has a diameter that is decreasing from the upper container part down towards the discharge zone. The discharge zone has a discharge section in the form of a truncated cone that has a downwardly continuously decreasing circular cross section. The discharge section has a center line extending therethrough so that the center line and the longitudinal vertical axis of the chip bin form an acute angle alpha.

Abstract translation: PCT No.PCT / SE97 / 01146 Sec。 一九九九年一月七日 102（e）日期1999年1月7日PCT提交1997年6月26日PCT公布。 第WO98 / 01371号公报 日期1998年1月15日具有进料装置的切屑仓，其中限定的上部容器部分和排出口。 排出区设置在上部容器部和排出口之间。 排放区域没有移动部件，并且具有从上部容器部分朝向排出区域减小的直径。 排放区具有呈锥形形式的排放部分，其具有向下连续减小的圆形横截面。 放电部分具有穿过其延伸的中心线，使得芯片仓的中心线和纵向纵向轴线形成锐角α。

公开(公告)号：US5833092A

公开(公告)日：1998-11-10

申请号：US803219

申请日：1997-02-20

Applicant: Scott E. Godfrey ,  Leonard L. Hierath ,  Mark E. Hillam ,  Michael R. Schmehl ,  Charles F. Watson

Inventor： Scott E. Godfrey ,  Leonard L. Hierath ,  Mark E. Hillam ,  Michael R. Schmehl ,  Charles F. Watson

IPC: B65D88/64 ,  B65G65/48 ,  B67D5/64

CPC classification number: B65D88/64 ,  B65G65/4818

Abstract: Apparatus for feeding poorly flowable dry particulate materials includes a rotary supply hopper having an interior chamber for receiving and containing a quantity of material and an annular sidewall open at a lower edge, a stationary platform having a circular groove formed in a top surface of the platform encircling an upright central axis and an opening extending through the platform adjacent to the circular groove, spaced from the central axis and defined between the circular groove and central axis, a support structure supporting the hopper above the platform to undergo rotation relative to the platform about the upright central axis with the lower edge of the supply hopper being spaced from and extending downward into the circular groove of the platform such that the platform serves as a stationary bottom for the rotary supply hopper, and an annular discharge spout attached at an open upper end to the platform below and encircling the opening through the platform and having a transfer passage extending from the open upper end to an open lower end so that material can undergo gravity-assisted flow downward through the platform opening and discharge spout passage for discharge at the open lower end of the discharge spout. The apparatus also includes a stripper blade rotatably mounted to the discharge spout and extending radially inward across the open lower end thereof for engaging discharging material to assist its movement away from the open lower end of the discharge spout.

Abstract translation: 用于供给不良流动干燥颗粒材料的设备包括旋转供料料斗，其具有用于接收和容纳一定量材料的内部室和在下边缘开口的环形侧壁，具有形成在平台的顶表面中的圆形槽的固定平台 环绕直立的中心轴线和与该圆形槽相邻的平台延伸穿过平台的开口，与中心轴线间隔开并限定在圆形槽和中心轴线之间;支撑结构，其支撑在平台上方的料斗以相对于平台围绕 供应料斗的下边缘的直立中心轴线与平台的圆形槽间隔开并向下延伸到平台的圆形槽中，使得平台用作用于旋转供料料斗的固定底部，以及附接在开口上部的环形排出喷嘴 结束到平台下面，并通过平台环绕开口，并具有一个转动 从打开的上端延伸到开口的下端，使得材料可以经受重力辅助的流动，通过平台开口和排出喷口通道，以在排放口的开口下端排出。 该设备还包括可旋转地安装到排出口并且沿其开口的下端径向向内延伸的剥离器叶片，用于接合排出材料以帮助其移动远离排放口的敞开的下端。

公开(公告)号：US4764221B1

公开(公告)日：1998-06-16

申请号：US92809086

申请日：1986-11-07

Applicant: SMC MINING COMPANY

Inventor： HARTWIGSEN WESLEY D ,  JOHNSON ALAN D ,  BECKHAM JEFFREY C ,  WHITE KENNETH L

IPC: B08B1/00 ,  B08B7/02 ,  B65D88/64

CPC classification number: B08B1/00 ,  B08B7/02 ,  B65D88/64

公开(公告)号：US4706854A

公开(公告)日：1987-11-17

申请号：US826200

申请日：1986-02-05

Applicant: Charles D. Pole

Inventor： Charles D. Pole

IPC: B65D88/64 ,  B65D

CPC classification number: B65D88/64

Abstract: Apparatus and method for containing and feeding particulate material tending to pack into a mass from an elongated hopper having opposed sloping walls converging downward and inward towards each other to terminal margins presenting between them an elongated laterally restricted outlet for directing material onto a conveyor below. Gates are provided to close the outlet for containing the material and to open the outlet to discharge it onto the conveyor belt. Baffles within the hopper are provided to divide the cargo at a level spaced above the outlet into several piles which merge above and below the outlet. In this way the material is channelled to the outlet so that lateral arches which may be formed in the material are prevented or broken up to assure feeding. Pressure may be relieved on some of the piles by flanges extending laterally of the baffles. The invention also includes the combination of gates equipped to break up longitudinal arches with baffles to prevent the formation of lateral arches.

Abstract translation: 用于容纳和进料的微粒材料的装置和方法，所述颗粒材料倾向于从具有相对的倾斜壁的细长料斗包装成块，所述相对的倾斜壁朝向彼此向下并向内收敛，以在其间呈现的端部边缘之间延伸有用于将材料引导到下面的输送机上的横向受限的出口。 提供盖以关闭用于容纳材料的出口并打开出口将其排出到输送带上。 提供料斗内的挡板，以将出口间隔开的水平分隔成几个在出口上方和下方合并的桩。 以这种方式，材料被引导到出口，使得可以形成在材料中的侧向拱被防止或分解以确保进料。 压力可以通过在挡板的侧面延伸的凸缘在一些桩上减轻。 本发明还包括装配有用于将纵向拱门与挡板分开以防止形成横向拱门的组合。

公开(公告)号：US3940623A

公开(公告)日：1976-02-24

申请号：US512866

申请日：1974-10-07

Applicant: Gunter Hempowitz ,  Jochen Pokar

Inventor： Gunter Hempowitz ,  Jochen Pokar

IPC: B65D88/28 ,  B65D88/64 ,  C10B31/04 ,  G01N21/31 ,  G01N21/26

CPC classification number: B65D88/64 ,  C10B31/04 ,  G01N21/314

Abstract: For measuring the proportion or quantity of a component in a radiation-transparent mixture, a beam is passed through the mixture and subsequently split by a beam splitter into a measuring beam and a reference beam. The measuring beam is passed through a narrow-band interference filter which has a transmitting wavelength that corresponds to a discrete absorption wavelength of the component. This filter is oscillated in a range of oscillation which traverses the absorption maximum. The reference beam is passed through a narrow-band interference filter which has a transmitting wavelength that differs from the absorption wavelength of the component. Subsequently, the radiation intensities of the measuring beam and the reference beam are separately detected and their difference is formed. This difference is a function of the proportion or quantity of the component.

Abstract translation: 为了测量辐射透明混合物中组分的比例或数量，将光束通过混合物，然后由分束器分裂成测量光束和参考光束。 测量光束通过窄带干涉滤光片，窄带干涉滤光片具有对应于部件离散吸收波长的透射波长。 该滤波器在穿过吸收最大值的振荡范围内振荡。 参考光束通过窄带干涉滤光片，该滤光片具有不同于部件的吸收波长的透射波长。 随后，分别检测测量光束和参考光束的辐射强度，并形成它们的差异。 该差异是组分的比例或数量的函数。