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    • 62. 发明授权
    • Mixer waveform analysis for monitoring and controlling concrete
    • 用于监测和控制混凝土的混合器波形分析
    • US08960990B2
    • 2015-02-24
    • US13260391
    • 2010-03-23
    • Eric KoehlerSteve VerdinoRobert Culley
    • Eric KoehlerSteve VerdinoRobert Culley
    • B28C5/18B28C7/04G05B21/00G05D21/02B28C7/02G01N33/38
    • G05D21/02B28C7/026G01N33/383
    • Method and system for motoring and obtaining information about quantity and characteristics of cementitious material In a rotating mixing drum. The present invention involves analysis of a sequence of values corresponding to a waveform reflecting the hydraulic pressure required to turn a concrete mixing drum at successive instances during rotation. Preferred embodiments involve the conversion of this time-domain data into the frequency-domain. Behavior of multiple harmonics can be examined in real time and further information obtained regarding physical properties of the concrete. Rheology or other properties can be adjusted by introducing a liquid into the concrete, based on a comparison between time-domain and/or frequency-domain values derived from a sample concrete in the drum and previously stored time-domain and/or frequency-domain values, which are preferably correlated with physical characteristics of concrete, such as slump, slump flow, load weight, and other factors.
    • 用于驾驶和获取有关水泥质材料的数量和特性的信息的方法和系统在旋转搅拌滚筒中。 本发明涉及分析对应于反映在旋转期间的连续情况下转动混凝土搅拌筒所需的液压的波形的值序列。 优选实施例涉及将该时域数据转换为频域。 可以实时检查多次谐波的行为,并获得关于混凝土物理性能的更多信息。 基于从滚筒中的样品混合物得到的时域和/或频域值与预先存储的时域和/或频域之间的比较,流变学或其它性质可以通过将液体引入混凝土中来调节 值,其优选地与混凝土的物理特性相关,例如坍落度,坍落度流动,载荷重量和其他因素。
    • 67. 发明申请
    • DETACHABLE BUCKET MIXER
    • 可拆卸的水壶混合器
    • US20120063258A1
    • 2012-03-15
    • US12881543
    • 2010-09-14
    • David S. IversonLeopold Budzik
    • David S. IversonLeopold Budzik
    • B28C5/18
    • B28C5/166B01F7/00583B01F13/0028B01F15/00006B01F15/0072
    • A detachable bucket mixer for mixing viscous fluids and compositions while holding the bucket stationary during the mixing process includes a rotational drive and a clamping frame for mounting the rotational drive to a container. The clamping frame includes a barrel having a central axis, and two or more arms extending radially from the barrel. At the distal end of each of the arms is a flange having a claw-shaped grip configured to affix to a rim of the container. The arms may be capable of telescoping in order to accommodate varying diameters of buckets. Extending downward from the barrel is a drive shaft that may include a detachable mixing paddle configured for mixing viscous fluids. When the rotational drive is inserted into the barrel, it is connected to the detachable mixing paddle through the drive shaft to commence mixing. The clamping frame is configured to prevent rotation of the bucket relative to the rotational drive.
    • 一种用于混合粘性流体和组合物的可拆卸斗式混合器,同时在混合过程中保持铲斗静止,包括用于将旋转驱动器安装到容器上的旋转驱动和夹紧框架。 夹紧框架包括具有中心轴线的筒体和从筒体径向延伸的两个或多个臂。 在每个臂的远端处具有法兰,该凸缘具有爪形把手,其构造成贴附在容器的边缘上。 臂可能能够伸缩以适应桶的不同直径。 从筒体向下延伸的是驱动轴,其可包括构造成用于混合粘性流体的可拆卸混合桨叶。 当旋转驱动器插入筒体时,其通过驱动轴连接到可拆卸的混合桨,以开始混合。 夹紧框架构造成防止铲斗相对于旋转驱动器的旋转。
    • 68. 发明授权
    • Concrete agitating drum driving device
    • 混凝土搅拌滚筒驱动装置
    • US08104947B2
    • 2012-01-31
    • US12309355
    • 2007-07-13
    • Kunihiro AndoMasaya AbeYoshihito Iwasaki
    • Kunihiro AndoMasaya AbeYoshihito Iwasaki
    • B28C5/18
    • B28C5/422B28C5/4213F15B7/005F15B7/008F15B2211/20553F15B2211/20584F15B2211/50527F15B2211/615F15B2211/62F15B2211/7058F16H61/4061F16H61/47
    • A concrete agitating drum (1) is driven by a hydraulic motor (81). A connection switch-over valve (20) is arranged to have a function to regulate a flow cross-sectional area of pressurized working oil supplied to the hydraulic motor (81) from a variable capacity hydraulic pump (10). The variable capacity hydraulic pump (10) is driven by a combustion engine (60) together with a charge pump (11). When a discharge pressure of the charge pump (11) is low, the connection switch-over valve (20) maintains a small flow cross-sectional area to rotate the agitating drum (1) at a low rotation speed so that fuel consumption of the combustion engine (60) is suppressed to be small. When the discharge pressure of the charge pump (11) becomes high, the connection switch-over valve (20) enlarges the flow cross-sectional area, thereby realizing a rated rotation speed of the agitating drum (1).
    • 混合搅拌滚筒(1)由液压马达(81)驱动。 连接切换阀(20)被配置为具有调节从可变容量液压泵(10)供给到液压马达(81)的加压工作油的流动横截面积的功能。 可变容量液压泵(10)与电动泵(11)一起由内燃机(60)驱动。 当电荷泵(11)的排出压力低时,连接切换阀(20)保持小的流动横截面面积,以使转动鼓(1)以低转速旋转,从而使得燃料消耗 内燃机(60)被抑制得很小。 当电荷泵(11)的排出压力变高时,连接切换阀(20)扩大流动横截面积,从而实现搅拌滚筒(1)的额定转速。