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    • 11. 发明授权
    • Portable batt cutter
    • 便携式蝙蝠刀
    • US06170369B2
    • 2001-01-09
    • US09185427
    • 1998-11-03
    • Larry J. WeinsteinRobert J. AllweinJohn A. FryVern C. PlottsJo M. TeagueWilliam H. Olbert
    • Larry J. WeinsteinRobert J. AllweinJohn A. FryVern C. PlottsJo M. TeagueWilliam H. Olbert
    • B26D100
    • B65H35/0066B65H2701/177Y10T83/04Y10T83/6475Y10T83/896
    • A portable batt cutter custom cuts standard width, continuous, extended length fibrous insulation blankets at a construction site to form batts with specific dimensions corresponding to the dimensions of the structural framework cavities to be insulated. The portable batt cutter includes storage for retaining a fibrous insulation blanket; a feed mechanism for feeding the fibrous insulation blanket from the storage to a transverse cutter; and the transverse cutter which makes a transverse cut across the width of the fibrous insulation blanket to determine the length of the batt. The portable batt cutter may also include a cutter for making a longitudinal cut in the fibrous insulation blanket to form a batt having a width less than the width of the fibrous insulation blanket and a measuring device to measure the length of the batt prior to forming the transverse cut in the fibrous insulation blanket. The portable batt cutter has a size and weight enabling the cutter to be readily moved from construction site to construction site.
    • 便携式蝙蝠切割机定制在建筑工地切割标准宽度,连续长度的纤维绝缘毯,以形成具有相应于要被绝缘的结构框架腔的尺寸的特定尺寸的絮垫。 便携式捶刀包括用于保持纤维绝缘毯的储存器; 用于将纤维绝缘毯从储存器供给到横向切割器的进给机构; 横向切割器跨越纤维绝缘层的宽度进行横向切割以确定絮垫的长度。 便携式捶刀还可以包括用于在纤维绝缘毯中纵向切割以形成宽度小于纤维绝缘毯宽度的絮垫的切割器,以及在形成之前测量絮垫长度的测量装置 在纤维绝缘毯中横切。 便携式捶刀具有尺寸和重量,使刀具能够从施工现场轻松移动到施工现场。
    • 12. 发明授权
    • Method and apparatus for forming rolls from strips of compressible
material
    • 用于从可压缩材料条形成辊的方法和装置
    • US5305963A
    • 1994-04-26
    • US984765
    • 1992-12-03
    • Emerson C. Harvey, IIIRobert J. AllweinLarry J. WeinsteinJo M. Teague, III
    • Emerson C. Harvey, IIIRobert J. AllweinLarry J. WeinsteinJo M. Teague, III
    • B65B63/02B65B63/04B65H18/22B65H18/26B65H18/16B65H18/08
    • B65H18/22B65B63/024B65B63/04B65H18/26B65H2301/4138B65H2701/177B65H2701/1846B65H2701/1922Y10S242/03
    • A method and apparatus for forming spiral wound rolls from strips of compressible material uses a first endless belt conveyor to deliver the strips of compressible material into a winding space. As the strip enters the winding space, the strip is compressed by a compression and slider plate to the desired thickness for the layers of strip material in the spiral roll. Then, the leading portion of the strip successively contacts: an inclined, second endless belt conveyor, a compression roll, and a third endless belt conveyor which together with the first conveyor define the winding space. The second conveyor extends upwardly at an acute angle to the first conveyor and as the strip of compressible material contacts the second conveyor it maintains the strip in compression and starts to turn the strip back upon itself to form the spiral roll. The strip next contacts the compression roll which is located intermediate the first and second conveyors. The compression roll continues to turn the strip back upon itself and maintains the strip in compression. The strip next contacts the third conveyor which is located intermediate to the compression roll and the first conveyor. The third conveyor maintains the strip in compression and guides leading portions of the strip inside trailing portions of the strip being fed into the winding space by the first conveyor to complete the spiral winding of each layer of the strip in the roll. The compression roll and the third conveyor and compression and slider plate are moved to enlarge the winding space as the diameter of the spiral roll increases during the winding operation.
    • 用于从可压缩材料的条形成螺旋卷绕辊的方法和装置使用第一环形带式输送机将可压缩材料条递送到卷绕空间中。 当条带进入绕组空间时,条带被压缩和滑动板压缩到螺旋卷中的带状材料层所需的厚度。 然后,条带的引导部分依次接触:倾斜的第二环形带式输送机,压缩辊和与第一输送机一起限定绕组空间的第三环形带式输送机。 第二传送器以与第一传送器成锐角向上延伸,并且当可压缩材料条接触第二传送器时,其将带保持在压缩状态并开始将带自身转回以形成螺旋卷。 该条接下来接触位于第一和第二输送机之间的压缩辊。 压缩辊继续将带自身转回并将带保持在压缩状态。 接下来的条接触位于压缩辊和第一输送机之间的第三输送机。 第三输送机将条带保持在压缩状态,并且通过第一输送机引导条带的引导部分进入带状空间的后部,从而完成卷中每条带的螺旋缠绕。 当卷绕操作期间螺旋辊的直径增加时,压缩辊和第三输送机和压缩滑块板被移动以增大卷绕空间。
    • 17. 发明授权
    • Method and apparatus for measuring flow characteristics of moving fluid
stream
    • 测量移动流体流动特性的方法和装置
    • US4297893A
    • 1981-11-03
    • US125303
    • 1980-02-27
    • Larry J. Weinstein
    • Larry J. Weinstein
    • G01F1/00G01F1/66G01F1/78G01F13/00
    • G01F1/78G01F1/002G01F1/661
    • This invention relates to the measurement of the temperature and/or mass flow rate of a free falling molten stream of material. Previous techniques have not recognized the effects temperature variations of the molten stream of material have on the measurement of the above flow properties. The present invention utilizes a line scan camera having photodiodes disposed in a predetermined array to measure the temperature and mass flow rate of a moving mass of molten material. This is accomplished in the present invention by limiting the maximum voltage generated by any one photodiode exposed to light energy of a mass by varying the scan rate and thus the exposure time of the photodiodes in response to a variance in the light intensity and thus the temperature of the molten mass of material.
    • 本发明涉及测量材料自由落下的熔融流的温度和/或质量流量。 以前的技术没有认识到材料的熔融流的温度变化对上述流动特性的测量具有影响。 本发明利用具有以预定阵列设置的光电二极管的线扫描照相机来测量熔融材料移动块的温度和质量流量。 这在本发明中通过限制暴露于质量的光能的任何一个光电二极管产生的最大电压来改变扫描速率,从而通过响应于光强度的变化并因此改变光电二极管的曝光时间 的熔融物料。