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    • 2. 发明授权
    • Lawn mower clipping collection system
    • 割草机割草收集系统
    • US5778648A
    • 1998-07-14
    • US707772
    • 1996-09-04
    • Donald H. ParkesScott A. Schick
    • Donald H. ParkesScott A. Schick
    • A01D34/63A01D43/077A01D34/70
    • A01D43/077A01D2101/00A01D34/63
    • A mower clipping collection system for a riding mower comprises a collector housing having an interior collection chamber and having an interior cylindrical wall forming a cylindrical separation chamber positioned above and in communication with the collection chamber. A clipping transfer conduit extends from the mower deck and is mounted tangentially with respect to the cylindrical wall of the collector housing such that mower clippings, entrained in a stream of air exiting the mower, are blown tangentially into the separation chamber through an opening in the cylindrical wall. The collector housing includes a floor which slopes downward to a clipping dump opening extending across a rear side of the housing. A door is pivotally mounted to the collector housing across the clipping dump opening and moveable in and out of covering relationship therewith by a door operating assembly engageable by an operator while seated on the mower. A blower, that is selectively engageable by the operator while seated on the mower, is connected to the clipping transfer conduit to facilitate the transfer of clippings. An exhaust duct is connected to the collector housing and extends from an exhaust opening therein to a downwardly directed exhaust duct outlet near ground level.
    • 用于骑马割草机的割草机收割系统包括具有内部收集室的收集器壳体,并且具有形成位于收集室上方并与收集室连通的圆柱形分离室的内部圆柱形壁。 剪切传送管道从割草机甲板延伸并且相对于收集器壳体的圆柱形壁切向安装,使得夹带在离开割草机的空气流中的割草机切向地通过开口处被吹入分离室 圆柱形墙。 收集器壳体包括一个向下倾斜到穿过壳体后侧延伸的剪切倾倒开口的地板。 一个门可枢转地安装在收集器壳体上横跨剪切倾倒开口,并通过门操作组件可移动进入和退出与之相关的门操作组件,门操作组件可在操作者坐在割草机上时啮合。 在坐在割草机上时由操作者选择性地接合的鼓风机连接到夹持传送导管以便于剪切传送。 排气管连接到集电器壳体并且从其中的排气开口延伸到靠近地面的向下定向的排气管出口。
    • 5. 发明授权
    • Computer controlled grain drying
    • 计算机控制谷物干燥
    • US4750273A
    • 1988-06-14
    • US885059
    • 1986-07-14
    • Donald H. ParkesSteven D. Shivvers
    • Donald H. ParkesSteven D. Shivvers
    • A23B9/08F26B25/22F26B21/10
    • A23B9/08F26B25/22
    • A computer controlled grain dryer system includes a grain drying chamber, an air heater unit, and an arrangement of grain loading and unloading conveyors. A grain moisture sampling system receives a grain sample from the grain chamber and conveys the sample to a capacitive sample cell. A grain moisture meter measures grain moisture content as a function of the dielectric constant of the sample in the cell. A digital computer is interfaced with the moisture meter and the grain conveyor and is programmed to automatically control the grain sampling and the drying process. In continuous crossflow and concurrent flow dryers, the drying process is controlled by controlling the speed of grain flow. In batch type dryers, the process is controlled by way of the time that the grain is present in the drying chamber.
    • 计算机控制的谷物干燥器系统包括谷物干燥室,空气加热器单元和谷物装载和卸载输送机的布置。 谷物湿度采样系统从颗粒室接收谷粒样品并将样品传送到电容性样品池。 谷物水分计测量作为细胞中样品的介电常数的函数的谷物含水量。 数字计算机与湿度计和谷物输送机接口,并被编程为自动控制谷物取样和干燥过程。 在连续交叉流和并流式干燥器中,通过控制谷物流速来控制干燥过程。 在间歇式干燥器中,通过干燥室中存在颗粒的时间来控制该过程。
    • 7. 发明授权
    • Grain dryer system
    • 谷物烘干机系统
    • US4599809A
    • 1986-07-15
    • US650677
    • 1984-09-13
    • Donald H. Parkes
    • Donald H. Parkes
    • A23B9/08F26B25/22F26B21/10
    • A23B9/08F26B25/22
    • A computer controlled grain dryer system includes a grain drying bin, a solenoid valved burner, a blower, and an arrangement of grain unloading augers. An air temperature sensor for the drying airflow provides a temperature signal. A grain moisture sampling system receives a grain sample from the grain unloaders and conveys the sample to a capacitive sample cell. A grain moisture meter senses grain moisture content as a function of the dielectric constant of the sample in the cell. A digital computer is interfaced with the temperature sensors, the moisture meter, the burner valves, the blower, and the auger motors and is programmed to automatically control the grain sampling and the drying process according to a set temperature limit and moisture content for the particular grain to be processed.
    • 计算机控制的谷物干燥器系统包括谷物干燥箱,电磁阀燃烧器,鼓风机和谷物卸载螺旋钻的布置。 用于干燥气流的空气温度传感器提供温度信号。 谷物水分采样系统从颗粒卸载机接收谷粒样品,并将样品传送到电容性样品池。 谷物水分计感测谷物含水量作为细胞中样品的介电常数的函数。 数字计算机与温度传感器,湿度计,燃烧器阀,鼓风机和螺旋电动机接口,并被编程为根据特定的温度限制和湿度含量自动控制颗粒取样和干燥过程 粮食待处理。