会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Feeder idler drum shaft with removable extensions
    • 进料器惰轮鼓轴,带有可拆卸的延长件
    • US4369617A
    • 1983-01-25
    • US283975
    • 1981-07-16
    • Roger D. HanawayLarry R. James
    • Roger D. HanawayLarry R. James
    • A01D61/00A01D41/06A01D57/20B65G23/44
    • A01D61/008Y10S56/15
    • The idler drum shaft (59) of a feeder conveyor (28, 29) has a pair of detachable extensions (68, 69, 168) which when removed permit a floating idler roller (47) and the central portion (63) of the shaft (59) to be removed in a direction parallel to the conveyor side walls (41, 42, 116). The idler roller support arms (66, 67) of inside mounted tensioning mechanisms (56, 57) are connected with the shaft extensions (68, 69, 168) and also serve as abutments cooperating with upper and lower stops (81, 82) limiting vertical swinging movement of the floating idler roller (47). Washers (114) may be used to lengthen the idler drum shaft and to maintain a predetermined minimum lateral spacing between the idler drum support arms (66, 67).
    • 馈送输送机(28,29)的空转鼓轴(59)具有一对可拆卸的延伸部分(68,69,168),当移除时,允许浮动惰轮(47)和轴的中心部分(63) (59)沿平行于传送器侧壁(41,42,116)的方向移除。 内部安装的张紧机构(56,57)的惰辊支撑臂(66,67)与轴延伸部(68,69,168)连接,并且还用作与上部和下部止动件(81,82)配合的支座,限制 浮动惰轮(47)的垂直摆动。 垫圈(114)可以用于延长惰​​轮鼓轴并且保持惰轮支撑臂(66,67)之间的预定的最小横向间隔。
    • 3. 发明授权
    • Rock door latch with opposed roller detents
    • 摇门锁与相对的滚轮定位器
    • US4616661A
    • 1986-10-14
    • US744427
    • 1985-06-13
    • Roger D. HanawayRandall E. Breyer
    • Roger D. HanawayRandall E. Breyer
    • A01F12/16A01F12/00
    • A01F12/16
    • A rock door has its front end pivotally mounted on a combine near the crop inlet to the threshing cage and when closed has a pivoted lip structure at its rear end resting on the front end of the threshing concave. The lip structure is releasably held in its normal operating position by a latching mechanism employing a pair of oppositely acting spring biased roller detents engaging opposite sides of a detent finger carried by the lip structure. When a rock of substantial size is conveyed to the gap between the threshing rotor and the door, the force of the rock against the door causes the latch mechanism to release the door allowing the rock to be discharged.
    • 岩门的前端可枢转地安装在靠近打谷仓的作物入口附近的组合体上,当关闭时,其后端具有枢转的唇形结构,其位于脱粒凹槽的前端。 唇形结构通过使用一对相对作用的弹簧偏置辊定位器的闩锁机构可释放地保持在其正常操作位置,所述棘爪接合由唇形结构承载的止动爪的相对侧。 当大小的岩石被输送到脱粒转子和门之间的间隙时,岩石抵靠门的力使闩锁机构释放门,允许岩石排出。
    • 4. 发明授权
    • Long stroke spring brake actuator
    • 长行程弹簧制动器执行器
    • US5623862A
    • 1997-04-29
    • US516444
    • 1995-08-17
    • Roger D. HanawayJohn Heard, IIIAlbert D. Fisher
    • Roger D. HanawayJohn Heard, IIIAlbert D. Fisher
    • B60T17/08F01B7/00
    • B60T17/083
    • A long-stroke fail-safe spring brake assembly for heavy duty vehicles comprises aligned first and second cups secured adjacent one another to form a housing for a compressed power spring which biases a spring piston, a hollow tubular push rod having one end open and sealingly secured, preferably by press fitting, to the spring piston and the other end closed and extending sealingly through the second cup for reciprocal control of a brake actuator by the power spring, an annular-shaped flexible diaphragm having an outer periphery radially-sealingly secured adjacent between the cups and an inner periphery sealingly secured adjacent the outer periphery of the spring piston, the intermediate portion of the diaphragm being disposed radially-outwardly of the spring piston. The spring piston is disposed to compress the compressed spring still further toward the first cup under the influence of a compressed fluid medium, the push rod, and the spring piston being sealingly secured to each other. The hollow interior of the push rod houses an elongated caging member having a distal portion confined therein which prevents separation of the compressed spring from the first cup in the event the latter is separated from the second cup. The push rod reciprocates sealingly through the second cup by a centerseal bearing comprising opposed interlocked plastic components sealed to each other by fused contact.
    • 用于重型车辆的长行程故障安全弹簧制动器组件包括彼此相邻固定的对准的第一和第二杯,以形成用于压缩弹簧活塞的压缩动力弹簧的壳体,一个端部敞开并密封地形成的中空管状推杆 优选地通过压配合固定到弹簧活塞上,另一端通过第二杯密封地延伸,用于通过动力弹簧对制动器致动器进行往复控制,环形柔性隔膜的外周径向密封地邻近 在杯子与密封地紧固在弹簧活塞的外周边的内周之间,隔膜的中间部分设置在弹簧活塞的径向外侧。 弹簧活塞设置成在压缩流体介质的作用下将压缩弹簧压向第一杯,推杆和弹簧活塞彼此密封地固定。 推杆的中空内部容纳有限定在其中的远侧部分的细长的笼状构件,其防止当压缩弹簧与第二杯分离时,压缩弹簧与第一杯分离。 推杆通过中心轴承通过第二杯密封地往复运动,该中心轴承包括通过熔融接触彼此密封的相对的互锁塑料部件。
    • 5. 发明授权
    • Tailings return for an axial flow combine
    • 尾料返回轴流组合
    • US4178944A
    • 1979-12-18
    • US841212
    • 1977-10-11
    • Roger D. Hanaway
    • Roger D. Hanaway
    • A01F7/00A01F12/52
    • A01F12/52A01F7/04
    • Grain and other small particles are separated from the stalks in a transverse cage and cylinder of an axial flow combine and pass through the concave and small radial openings in the cage. Distribution augers below the cage convey the threshed material to a pair of accelerator rolls, by way of a feeder slot, which accelerate the threshed material downwardly across a layer of rearwardly directed air. The grain is separated from the chaff in the cleaning section where clean grain auger delivers the clean grain to an appropriate elevator which in turn delivers the grain to a grain bin. The heavy material or tailings which does not pass through the sieves, such as grain or seed not completely removed from the hulls or pods, moves to a tailings auger which connects to a tailings elevator. The tailings elevator moves the tailings upwardly to one end of one of the distribution augers. The tailings are conveyed to the accelerator rolls by the distribution auger by way of the accelerator rolls feeder slot thus avoiding a second pass through the threshing cylinder and the attendant cracking of seed or grain.
    • 颗粒和其他小颗粒在横向笼中与茎分离,并且轴向流动的圆筒组合并且穿过笼中的凹入和小的径向开口。 托架下方的分配螺旋输送器将脱落的材料通过进料器槽传送到一对加速器辊,该进料槽将脱落的材料向下延伸穿过一层向后指向的空气。 在清洁部分中,谷物与谷壳分离,其中清洁的谷物螺旋钻将清洁的颗粒递送到适当的升降机,该升降机又将谷粒输送到谷仓。 不通过筛子的重物质或尾矿,例如未完全从船体或荚中除去的谷物或种子,移动到连接尾矿提升机的尾矿螺旋钻。 尾矿升降机将尾矿向上移动到一个分配螺旋推运器的一端。 尾渣通过分配螺旋推运器通过加速辊进料槽输送到加速器辊,从而避免了脱粒筒的第二次通过和种子或谷粒的伴随的开裂。
    • 7. 发明授权
    • Floating grain bin extension for use with agricultural combine
    • 用于农业结合的浮动谷仓延伸
    • US4106649A
    • 1978-08-15
    • US826751
    • 1977-08-22
    • John P. NelsonRoger D. Hanaway
    • John P. NelsonRoger D. Hanaway
    • A01D41/12B60P1/42
    • A01D41/1226B60P1/42
    • A grain bin adapted to be mounted on the upper part of an agricultural combine is provided with at least one "floating" bin side wall extension which is automatically movable into substantially vertical grain-retaining position as the bin approaches and reaches a full condition. Clean grain which has been separated from the straw, chaff or the like is conveyed by an elevating conveyor which discharges the grain via a chute into the intake end of an elongated "floating" bin loading conveyor which is pivotally mounted for angular movement in a vertical plane. In the illustrated embodiment, the bin loading conveyor is an auger conveyor and the rotatable shaft of the floating auger conveyor is driven by a suitable drive means through a universal joint. As the grain level in the grain bin approaches a full condition, the bin loading conveyor moves angularly upwardly from a horizontal position due to an upward thrust on the bin loading conveyor caused by the reaction of the grain discharging from the bin loading conveyor against the upper surface of the already loaded grain. In the illustrated embodiment, a pair of oppositely disposed bin side wall extensions are hingedly connected to the fore and aft walls of the upper edges of the grain bin, the bin wall extensions normally being folded downwardly in a lowered position. The respective bin wall extensions are connected by suitable link means to the floating bin loading conveyor whereby upward pivotal movement of the loading conveyor, as the level of the grain in the bin approaches a full condition, causes the bin wall extensions to be swung upwardly about their hinge connections into a vertical grain-retaining position. When the grain bin is unloaded, the hinged bin wall extensions move downwardly with the pivoted bin loading conveyor to a substantially horizontal lowered position.
    • 适于安装在农业联合体的上部的谷仓设置有至少一个“浮动”箱侧壁延伸部分,当箱子接近并达到完整状态时,其可自动移动到基本垂直的谷物保持位置。 已经从吸管,谷壳等分离的清洁谷物通过升降输送机输送,该输送机将谷物经由斜槽排出到细长的“浮动”料斗装载输送机的进气端中,该输送机枢转地安装成用于垂直 飞机 在所示的实施例中,料斗装载输送机是螺旋输送机,并且浮动螺旋输送机的可旋转轴由合适的驱动装置通过万向接头驱动。 当粮仓中的谷物水平接近完整状态时,料斗装载输送机由于料仓装载输送机的谷物排出物反对上部的反作用力而由于料仓装载输送机上的向上推力而从水平位置向上倾斜地移动 已经装载的颗粒的表面。 在所示的实施例中,一对相对设置的仓侧壁延伸部铰接地连接到粮仓的上边缘的前壁和后壁,箱壁延伸部通常在向下折叠的位置向下折叠。 相应的箱壁延伸部通过合适的连接装置连接到浮动料仓装载传送器,由此当装载传送带的向上的枢转运动随着料仓中的谷物的水平接近完整状态时,使得箱壁延伸部向上围绕 它们的铰链连接成垂直的颗粒保持位置。 当粮仓被卸载时,铰链箱壁延伸部分随枢转箱装载输送机向下移动到基本上水平的降低位置。
    • 8. 发明授权
    • System for electrically detecting piston positions in a hydraulic system
    • 用于在液压系统中电检测活塞位置的系统
    • US06311804B1
    • 2001-11-06
    • US09553812
    • 2000-04-21
    • Joseph G. BaalmannRobert J. McMullenRoger D. Hanaway
    • Joseph G. BaalmannRobert J. McMullenRoger D. Hanaway
    • F16D6600
    • F15B15/2807B60T13/583F16D66/00F16D2066/003F16D2121/12
    • A system for electrically detecting different positions of a movable piston within a piston housing of a hydraulic system is provided. The system includes at least two electrically conductive pads mounted on the piston housing at different locations along the path of movement of the piston, an electrically conductive segment mounted on the piston housing along the path of movement of the piston adjacent the conductive pads, and an electrical coupler, such as a spring-loaded conductor, attached for movement with the piston to provide an electrical connection between each conductive pad and the conductive segment as the piston moves along within the piston housing. The system also includes an electronic control unit, which may be a microprocessor, coupled to each conductive pad and the conductive segment to detect electrical connection between each conductive pad and the conductive segment. Each electrical connection corresponds to a specific position of the piston.
    • 提供一种用于电动检测液压系统的活塞壳体内的可移动活塞的不同位置的系统。 该系统包括沿着活塞运动路径的不同位置安装在活塞壳体上的至少两个导电垫片,沿邻近导电垫片的活塞运动路径安装在活塞壳体上的导电段,以及 电耦合器,例如弹簧加载的导体,其被附接用于随活塞一起移动,以在活塞在活塞壳体内移动时在每个导电垫和导电段之间提供电连接。 该系统还包括电子控制单元,其可以是微处理器,耦合到每个导电焊盘和导电段以检测每个导电焊盘和导电段之间的电连接。 每个电气连接对应于活塞的特定位置。
    • 9. 发明授权
    • Hydraulic system for accommodating fluid pressure variations
    • 用于容纳流体压力变化的液压系统
    • US5704273A
    • 1998-01-06
    • US778902
    • 1997-01-03
    • Scot C. ReederRobert J. McMullenRoger D. Hanaway
    • Scot C. ReederRobert J. McMullenRoger D. Hanaway
    • B60T13/22B60T17/08F01B31/00
    • B60T13/22B60T17/085
    • A hydraulic system for accommodating fluid pressure variations is provided. The system includes a housing for an actuating piston with the housing having a first end with a hydraulic fluid port and a second end. The actuating piston includes a body portion, having a face, and a rod portion. A first resilient member is confined between the actuating piston and the second end of the housing. A second resilient member is confined between the body portion and the face of the actuating piston. The face of the actuating piston is preferably a pressure accommodating piston which moves relative to the body portion of the actuating piston. Preferably, the second resilient member has a tension force greater than the tension force of the first resilient member. As the actuating piston moves against the bias of the first resilient member toward the second end of the housing in response to hydraulic fluid entering the housing through the fluid port, the movement of the actuating piston is limited by a stop. If there is an increase in hydraulic fluid pressure with the actuating piston in the stopped position, the additional pressure is accommodated by compression of the second resilient member.
    • 提供一种用于容纳流体压力变化的液压系统。 该系统包括用于致动活塞的壳体,壳体具有带液压流体端口的第一端和第二端。 致动活塞包括具有面部的主体部分和杆部分。 第一弹性构件被限制在致动活塞和壳体的第二端之间。 第二弹性构件被限制在主体部分和致动活塞的表面之间。 致动活塞的表面优选地是相对于致动活塞的主体部分移动的压力容纳活塞。 优选地,第二弹性构件具有大于第一弹性构件的张力的张力。 当致动活塞响应于通过流体端口进入壳体的液压流体而抵抗第一弹性构件的偏压朝向壳体的第二端移动时,致动活塞的运动受到停止的限制。 如果在致动活塞处于停止位置时液压流体压力增加,则通过第二弹性构件的压缩来容纳附加压力。