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    • 13. 发明授权
    • Feeding device
    • 送料装置
    • US07913994B2
    • 2011-03-29
    • US12248920
    • 2008-10-10
    • Shuichi MorikawaMasao TakayamaHideyuki Okumura
    • Shuichi MorikawaMasao TakayamaHideyuki Okumura
    • B65H3/52
    • B65H3/063B65H3/5284B65H2220/09B65H2404/10
    • In a feeding device, a first friction pad and a second friction pad are disposed on a circumferential surface of a pick roller so that a first contact area and a second contact area overlap each other. Thus, to a conveyance-target medium, which is either one of a conveyed medium and a separation-target medium, pressing forces are successively applied by the first friction pad or the second friction pad over the first contact area to the second contact area. Therefore, the conveyance-target medium, which is either one of the conveyed medium and the separation-target medium, successively receives a separation force in a total contact area wider than an area when receiving a separation force only in either one of the first contact area and the second contact area. With this, the capability of separating the conveyed medium and the separation-target medium can be increased.
    • 在进给装置中,第一摩擦垫和第二摩擦垫设置在拾取辊的圆周表面上,使得第一接触区域和第二接触区域彼此重叠。 因此,作为输送介质和分离对象介质中的任一个的输送对象介质,第一摩擦垫或第二摩擦垫在第一接触区域上依次施加按压力到第二接触区域。 因此,作为输送介质和分离对象介质中的任一个的输送对象介质,在仅接收分离力的区域的宽度以上的接触区域中依次接收分离力,该区域仅在第一接触 区域和第二接触区域。 由此,可以提高分离输送介质和分离对象介质的能力。
    • 15. 发明授权
    • Process for preparing attrition resistant zeolitic layered catalyst composition
    • 制备耐磨沸石层状催化剂组合物的方法
    • US06710003B2
    • 2004-03-23
    • US10022024
    • 2001-12-13
    • Deng-Yang JanJames F. Mc GeheeGuy B. WoodleMasao TakayamaRaelynn M. Miller
    • Deng-Yang JanJames F. Mc GeheeGuy B. WoodleMasao TakayamaRaelynn M. Miller
    • B01J2904
    • B01J23/626B01J23/40B01J29/06B01J29/7007B01J37/0219B01J37/0242B01J37/0246Y10T428/2991Y10T428/2993
    • A layered catalyst composition is disclosed where the composition is prepared by bonding an outer layer comprising a bound zeolite (e.g. zeolite beta) to an inner core material (e.g. cordierite). The use of an organic bonding agent in the catalyst preparation procedure provides a composition that is sufficiently resistant to mechanical attrition to be used commercially in aromatic alkylation processes (e.g. benzene alkylation to ethylbenzene). Advantages associated with the use of layered compositions include a significant reduction in the amount of zeolite used for a given reactor loading and improved selectivity to desired alkylated aromatic products. Further benefits are realized when the layered composition is formed into shapes having a sufficiently high void volume to reduce pressure drop across the alkylation catalyst bed. This is especially relevant for operation involving high recycle rates and consequently low alkylating agent concentrations in the reaction zone. Such conditions are known to promote reduced byproduct formation.
    • 公开了一种分层催化剂组合物,其中通过将包含结合的沸石(例如β沸石)的外层粘合到内芯材料(例如堇青石)来制备组合物。 在催化剂制备方法中使用有机粘合剂提供了足够耐机械磨损的组合物,其可以在芳族烷基化方法(例如苯烷基化至乙苯)中商业使用。 与使用分层组合物相关的优点包括用于给定反应器负载的沸石的量的显着减少和对所需烷基化芳族产物的改进的选择性。 当层状组合物形成为具有足够高的空隙体积的形状以减少跨越烷基化催化剂床的压降时,可实现进一步的益处。 这对于涉及高回收率和因此反应区中低烷基化剂浓度的操作特别有用。 已知这种条件促进副产物形成。
    • 16. 发明授权
    • Offset correction device of comparator
    • 比较器偏移校正装置
    • US08922402B2
    • 2014-12-30
    • US13564496
    • 2012-08-01
    • Masao TakayamaKazuo Matsukawa
    • Masao TakayamaKazuo Matsukawa
    • H03M1/06H03K5/24H03M1/10H03K3/356H03M1/36
    • H03M1/1023H03K3/356139H03K5/2481H03K5/249H03M1/36
    • A comparator offset correction device opens an open switch 205 and closes a short-circuit switch 204 in offset correction of a comparator 201. In this state, a controller 203 allows the comparator 201 to repeat, more than once, the operation of comparing reference voltages 101 input to two input terminals with each other. The filter 202 outputs a frequency signal obtained by smoothing a plurality of comparison results. Based on the frequency signal from the filter 202, the controller 203 outputs a threshold value control signal to the comparator 201 so that the ratio of a high-level voltage to a low-level voltage in the results of the comparison in the comparator 201 is 50%. Thus, even when a current which will be input may differ from a current which is currently input due to, for example, the influence of noise, the threshold value offset amount is normally corrected.
    • 比较器偏移校正装置打开开关205并在比较器201的偏移校正中闭合短路开关204.在该状态下,控制器203允许比较器201多次重复比较参考电压 101输入到两个输入端子。 滤波器202输出通过平滑多个比较结果而获得的频率信号。 基于来自滤波器202的频率信号,控制器203向比较器201输出阈值控制信号,使比较器201中的比较结果中的高电平电压与低电平电压的比率为 50%。 因此,即使当输入的电流可能与由于例如噪声的影响而当前输入的电流不同时,通常校正阈值偏移量。
    • 18. 发明授权
    • Semiconductor device having ΔΣ modulator, and semiconductor system
    • 具有&Dgr& 调制器和半导体系统
    • US07868803B2
    • 2011-01-11
    • US12445357
    • 2007-10-11
    • Shiho MurakiNaoya IguchiKouichi NaganoKazuo MatsukawaMasao Takayama
    • Shiho MurakiNaoya IguchiKouichi NaganoKazuo MatsukawaMasao Takayama
    • H03M3/00
    • H03M3/364H03M3/424H03M3/454
    • A semiconductor device comprises an overflow detection circuit (5) which compares an output of at least one integrator in a ΔΣ modulator (13) with a predetermined value to output an overflow detection signal; an overflow frequency calculation circuit (6) which calculates an overflow frequency value that is the frequency of the output from the integrator being outside a normal range, based on the overflow detection signal, and outputs the overflow frequency value; an oscillation judgment circuit (7) which judges whether the ΔΣ modulator (13) is in the oscillation state or not based on the overflow frequency value; and an oscillation halt circuit which suppresses oscillation of the ΔΣ modulator (13) when the oscillation judgment circuit (7) judges that the ΔΣ modulator is in the oscillation state; wherein it is determined whether the output of the integrator is temporarily outside the normal range due to noise or the like or the output of the integrator is outside the normal range due to oscillation, by obtaining the frequency with which the output of the integrator is outside the normal range, and the oscillation of the ΔΣ modulator (13) is suppressed only when it is oscillated.
    • 一种半导体器件包括一个溢出检测电路(5),它将至少一个积分器的输出与“ 调制器(13)具有预定值以输出溢出检测信号; 溢出频率计算电路(6),根据上述溢出检测信号,计算作为正常范围以外的积分器的输出频率的溢出频率值,并输出溢出频率值; 振荡判断电路(7),判断“ 调制器(13)基于溢出频率值处于振荡状态; 以及抑制“Dgr”的振荡的振荡停止电路。 调制器(13)当振荡判断电路(7)判断为&Dgr& 调制器处于振荡状态; 其中,通过获得积分器的输出外部的频率,确定积分器的输出是否由于噪声等而暂时超出正常范围,或积分器的输出由于振荡而在正常范围之外 正常范围和振荡的&Dgr& 调制器(13)只有在振荡时被抑制。