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
    • 13. 发明授权
    • Counter flow cooler
    • 逆流冷却器
    • US5701683A
    • 1997-12-30
    • US748588
    • 1996-11-13
    • Donald M. Wilhelm
    • Donald M. Wilhelm
    • F26B17/14F26B25/00F26B7/00
    • F26B25/002F26B17/14
    • A counter flow cooler in which feed material is fed into the top inlet of the cooler and dispersed into a plurality of cooling chambers. At the bottom of each cooling chamber is a discharge grid which will discharge feed material uniformly over the area of the cooling chamber. The discharge rate of this discharge grid can be adjusted to the desired throughput of the cooler. Air is drawn through the bottom of the discharge grid and passes up through the feed material in a counter flow manner. That is, while the product is passing down through the cooler, the air is passing up through the feed material, carrying away heat and possibly. A feed controller is used to selectively direct feed material into the plurality of cooling chambers. When a second batch of feed material is to be introduced into the cooler, feed material to the first cooling chamber is stopped and all the feed material is directed into the second cooling chamber. When the first cooling chamber is empty, its discharge is closed and the new feed material is directed into the first cooling chamber and feed material to the second cooling chamber is stopped. When the second cooling chamber is empty, the new feed material can be directed into the second cooling chamber and discharge of the new feed material from the first cooling chamber can begin.
    • 逆流式冷却器,其中将进料输送到冷却器的顶部入口并分散到多个冷却室中。 在每个冷却室的底部是排放格栅,其将进料均匀地排放到冷却室的区域上。 该放电栅格的放电速率可以调节到所需的冷却器吞吐量。 空气被吸入放电栅格的底部,并以逆流方式向上通过进料。 也就是说,当产品通过冷却器通过时,空气向上通过进料,从而携带热量并且可能。 进料控制器用于选择性地将进料输送到多个冷却室中。 当将第二批进料材料引入冷却器时,停止向第一冷却室供料,并将所有进料输入第二冷却室。 当第一冷却室为空时,其排出物被关闭,并且新的进料被引导到第一冷却室中并且停止向第二冷却室供料。 当第二冷却室为空时,新的进料可以被引导到第二冷却室中,并且可以开始从第一冷却室排出新的进料。
    • 14. 发明授权
    • Apparatus for pelletizing coarsely ground particulate feed material
    • 颗粒饲料粗粉碎设备
    • US5263817A
    • 1993-11-23
    • US973246
    • 1992-11-09
    • Robert C. States
    • Robert C. States
    • A23K1/00A23N17/00B29C31/00
    • A23N17/005A23K40/20Y10S425/23
    • A pelleting line incorporates a flash dryer in order to permit processing of coarsely ground particulate feed material under optimum conditions at all stages of processing. By conditioning using steam having higher than normally optimum moisture content and temperature, an increased gradient of moisture and temperature can be maintained from surface of the feed material particle to its center. The conditioning can be accomplished in approximately the same time as that required for finely ground feed material. Thus starch conversion, salmonella destruction, and shear strength adjustment are each optimized for the pellet production process. Because it permits processing of coarsely ground feed material, incorporation of the flash dryer in the pelleting line reduces grinding costs and eliminates down time of the pelleting line caused by plugging of the pelletizing mill and/or the necessity to purge the feed material conditioner.
    • 造粒线包括闪蒸干燥器,以便在处理的所有阶段的最佳条件下允许对粗磨碎的颗粒饲料进行处理。 通过使用高于正常最佳含水量和温度的蒸汽进行调理,可以将进料物质颗粒的表面保持在其中心的水分和温度梯度增加。 调理可以在与精细研磨的进料材料所需的时间大致相同的时间内完成。 因此淀粉转化,沙门氏菌破坏和剪切强度调整各自针对颗粒生产过程进行了优化。 因为它可以处理粗磨进料,所以将造粒线中的闪蒸干燥器结合在一起可以降低研磨成本,并且消除由造粒机的堵塞引起的造粒线的停机时间和/或清洗进料调理剂的必要性。
    • 15. 发明授权
    • Mechanical remote roll adjusting apparatus and method for a pellet mill
    • 机械式远程轧辊调整装置及其制粒方法
    • US5248469A
    • 1993-09-28
    • US963174
    • 1992-10-19
    • Donald M. Wilhelm
    • Donald M. Wilhelm
    • A23N17/00B01J2/20B29B9/06B30B11/20
    • B29B9/06B30B11/201B30B11/208Y10S425/23
    • An apparatus provides separate coarse rate and fine rate adjustability of spacing between extrusion rolls and a surrounding extrusion die in a pellet mill, including a roller tire, for each extrusion roll, mounted on bearings which are supported on a hollow shaft having a cylindrical eccentric bore; a solid axle shaft disposed within each hollow shaft and having eccentric bearing-journaled extensions and an axial length greater than that of the hollow shaft; a rigidly mounted front roller support plate having a bore for supporting said bearing-journaled eccentric extension at a front end of said solid axle shaft for each said roll, the bore being aligned with a matching bore for supporting a bearing-journaled eccentric extension at a rear end of each solid axle shaft for each said roll. Attached to each hollow shaft is a provision for rotating the hollow shaft to adjust a spacing distance between the roller tire and the extrusion die and for holding the shaft in a desired rotated position. The eccentric extensions of the solid roller shaft have a device, which can be located internally or externally to the mill, for rotating the solid shaft to adjust the spacing distance at a different rate than that produced by rotation of the hollow shaft.