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    • 2. 发明授权
    • Horizontal cooler and dryer with solid pans
    • 水平冷却器和干燥机与固体锅
    • US5653044A
    • 1997-08-05
    • US620770
    • 1996-03-22
    • Kelsey C. Thom, Jr.
    • Kelsey C. Thom, Jr.
    • F25D25/04F26B15/14F26B19/00
    • F25D25/04F26B15/14
    • A horizontal cooler/dryer having a continuous traveling conveyor, the conveyor being a chain conveyor formed of a plurality of links adjoined in end-to-end relationship, each of the links being pivotally pinned at its ends to adjacent links; a housing about the conveyor, the housing having a cooling gas inlet, a gas exhaust, a product inlet through which material to be cooled may be deposited on the conveyor and a product outlet through which cooled material can be discharged; and a plurality of non-perforate material pans mounted to the conveyor in juxtaposed overlapping relationship to form a substantially continuous surface about the conveyor.
    • 一种具有连续行进输送机的水平冷却器/干燥机,该输送机是由多个以端对端关系相邻的连杆形成的链式输送机,每个连杆在其端部枢转地固定在相邻的连杆上; 围绕输送机的壳体,壳体具有冷却气体入口,气体排出口,产品入口,待冷却的材料可以通过该入口沉积在输送机上,产品出口可通过冷却材料排出; 以及以并置的重叠关系安装到输送机的多个非穿孔材料盘,以形成围绕输送机的基本上连续的表面。
    • 3. 发明授权
    • Pillow block bearing
    • 枕头轴承
    • US5582482A
    • 1996-12-10
    • US441148
    • 1995-05-15
    • Kelsey C. Thom, Jr.William S. Olson
    • Kelsey C. Thom, Jr.William S. Olson
    • B21B31/07F16C13/02F16C23/08F16C35/073F16C35/00
    • F16C13/02F16C23/086F16C35/047F16C35/073B21B31/07
    • A split housing pillow block bearing assembly for use with a roll having a shaft. A bearing assembly including a bearing housing split along a parting line passing through the axis of the shaft into an upper housing and a lower housing, the lower housing having a foot portion extending therefrom, the foot portion being offset towards the roll whereby a portion of the bearing housing projects axially outward from the foot portion away from the roll, the lower housing and the upper housing each having an arcuate bearing receiving aperture; a spherical roller bearing positioned within the arcuate bearing receiving apertures, the spherical roller bearing having a inner bore extending therethrough, the inner bore being tapered; and a tapered sleeve mounted on the shaft, the tapered sleeve being received within the bearing inner bore, the foot portion of the bearing being attached to the frame.
    • 一种用于与具有轴的辊一起使用的分体式轴承座轴承组件。 一种轴承组件,包括沿着穿过轴的轴线的分型线分离成上壳体和下壳体的轴承壳体,所述下壳体具有从其延伸的脚部分,所述足部部分朝向辊偏移, 轴承壳体从脚部远离辊轴向向外突出,下壳体和上壳体均具有弓形轴承接收孔; 定位在所述弧形轴承接收孔内的调心滚子轴承,所述调心滚子轴承具有延伸穿过其中的内孔,所述内孔是锥形的; 以及安装在所述轴上的锥形套筒,所述锥形套筒被容纳在所述轴承内孔内,所述轴承的所述脚部附接到所述框架。
    • 6. 发明授权
    • Counter flow cooler
    • 逆流冷却器
    • US5709035A
    • 1998-01-20
    • US681257
    • 1996-07-22
    • Donald M. Wilhelm
    • Donald M. Wilhelm
    • F26B17/14F26B25/00F26B17/12
    • 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。
    • 7. 发明授权
    • Fine adjustment/quick acting manual actuator for roller mill feed gates
    • 用于滚磨机进料口的微调/快速手动执行器
    • US5609308A
    • 1997-03-11
    • US543431
    • 1995-10-16
    • Kelsey C. Thom, Jr.Heath L. Hartwig
    • Kelsey C. Thom, Jr.Heath L. Hartwig
    • B02C4/28
    • B02C4/286
    • A manually actuated mechanism for roller mill feed gates that features both fine adjust and quick acting actuation. The mechanism consists of a hand wheel attached to an acme threaded rod, both of which are mounted in a bracket, the rod is attached to a clevis which is attached to a linkage and lever that is attached to the feed gate shaft. The fine adjust and quick action is accomplished by the lever which is spring loaded by tension spring. The lever has a half round acme nut that engages the acme threaded rod. The lever is normally held engaged to the rod by the spring for fine adjust but can be pulled by hand to release the rod for quick acting adjustment.
    • 用于辊磨机进料口的手动致动机构,其特征在于精细调节和快速动作。 该机构包括一个安装在一个安装在支架上的Acme螺纹杆上的手轮,该杆被连接到一个U形夹上,该U形夹连接到连接到进料门轴上的连杆和杠杆上。 微调和快速动作由拉杆弹簧加载的杠杆完成。 杠杆具有接合尖端螺纹杆的半圆形尖端螺母。 杆通常通过弹簧保持接合到杆上以进行微调,但是可以用手拉动杆以释放杆以进行快速调节。