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    • 3. 发明申请
    • METHOD FOR PRODUCTION OF MICROBIAL FERMENTATION PRODUCT
    • 生产微生物发酵产品的方法
    • US20100028964A1
    • 2010-02-04
    • US12529716
    • 2008-03-05
    • Masakatsu HamaHiroyuki KonishiTakaaki WatanabeKazuhiro OnozukaShingo Koyama
    • Masakatsu HamaHiroyuki KonishiTakaaki WatanabeKazuhiro OnozukaShingo Koyama
    • C12P7/02
    • C11B9/0053C12P7/22
    • The present invention relates to a method for production of a diol form represented by the formula (2), which includes filtering a culture fluid obtained by microbial conversion using a compound represented by the following formula (1a) and/or formula (1b) as a substrate, using a filter having an aperture size of 10 to 100 μm; washing the residue on the filter with water or a solvent having an SP value outside the range of 8.3 to 20 (cal/cm3)1/2; subsequently dissolving the obtained cake in a solvent having an SP value of 8.3 to 20 (cal/cm3)1/2; and then filtering or centrifuging the solution.According to the present invention, 1-(2-hydroxyethyl)-2,5,5,8a-tetramethyldecahydronaphthalen-2-ol, which is useful as an intermediate for the production of 3a,6,6,9a-tetramethyldodecahydronaphtho[2,1-b]furan, can be efficiently produced at high purity.
    • 本发明涉及一种由式(2)表示的二醇形式的制备方法,其包括使用下式(1a)和/或式(1b)表示的化合物将通过微生物转化获得的培养液过滤为 使用孔径为10〜100μm的滤光片的基板; 用水或SP值在8.3〜20(cal / cm3)1/2以下的溶剂洗涤过滤器上的残留物; 随后将得到的滤饼溶解在SP值为8.3〜20(cal / cm 3)1/2的溶剂中; 然后过滤或离心溶液。 根据本发明,可用作制备3a,6,6,9a-四甲基十二氢萘并[2,5-二氮杂萘基]的中间体的1-(2-羟乙基)-2,5,5,8a-四甲基十氢萘-2-醇, 1-b]呋喃可以高纯度地高效生产。
    • 4. 发明申请
    • SHEET STACKING APPARATUS AND IMAGE FORMING SYSTEM USING THE SAME
    • 表格堆叠装置和图像形成系统
    • US20090243198A1
    • 2009-10-01
    • US12409053
    • 2009-03-23
    • Hiroyuki KONISHI
    • Hiroyuki KONISHI
    • B65H31/00
    • B65H31/10B65H31/34B65H2301/4212B65H2301/42192B65H2404/725B65H2404/742B65H2511/10B65H2513/51B65H2801/06G03G15/6547G03G2215/00902B65H2220/01B65H2220/02
    • A sheet stacking apparatus including a stacking section which stacks sheets; a sorting section which changes an ejecting position of the sheet in the stacking device to sort the sheets; an aligning section which aligns the sheet sorted by the sorting section and ejected onto the stacking section; a shifting section which shifts the aligning section based on the ejecting position changed by the sorting section in the stacking section; and a control section which controls at least the aligning section and the shifting section; wherein when the number of sheets as a sheet unit to be sorted by the sorting section is plural, the control section controls the aligning section to align the sheets as the sheet unit, and when the number of sheets is singular, the control section controls at least the aligning section and shifting section not to align the single sheet in the sheet unit.
    • 一种片材堆垛装置,包括堆叠片材的堆垛部分; 分类部,其改变所述堆叠装置中的所述片材的排出位置以对所述片材进行分类; 对准部,其将由分选部分分选出的片材排列并排出到堆叠部分上; 移位部,其基于由所述分选部在所述堆叠部中改变的所述排出位置移动所述对准部; 以及至少控制所述对准部和所述变速部的控制部; 其中,当作为由分类部分分类的片材单元的片材的数量是多个时,控制部分控制对准部分将片材作为片材单元对齐,并且当片材数量是单数时,控制部分控制在 至少对准部分和移动部分不使片材单元中的单张纸对齐。
    • 5. 发明授权
    • Load cell having a hollow and a strain gauge formed on a substrate
attached inside the hollow
    • 称重传感器具有形成在安装在中空部内的基板上的中空和应变计
    • US5512713A
    • 1996-04-30
    • US266210
    • 1994-06-27
    • Kazufumi NaitoMichito UtsunomiyaHiroyuki KonishiShotaro Tamai
    • Kazufumi NaitoMichito UtsunomiyaHiroyuki KonishiShotaro Tamai
    • G01G3/14G01L1/22G01G3/08
    • G01G3/1412G01L1/2243
    • A load cell for use in detecting a load imposed thereon which includes a strain inducing unit (1) having a longitudinal axis and including a strain generating area (6) for generating a strain as a function of the load, and a strain sensor (40) including a substrate (41) having a strain detecting element (43) formed thereon for detecting the strain generated at the strain generating area (6) of the strain inducing unit (1). The strain inducing unit (1) includes a fixed rigid body (2), a movable rigid body (3), first and second beams (4) connecting the fixed rigid body (2) and the movable rigid body (3) together, and an intermediate plate structure (30) fixed to and positioned between the fixed and movable rigid bodies (2 and 3). The intermediate plate structure (30) has a cut space (P) defined therein at a location intermediate between the fixed rigid body (2) and the movable rigid body (3). The strain inducing unit (1) is of a symmetrical profile with respect to a geometric center point (C) of the load cell and having a hollow defined therein and delimited by the fixed rigid body (2), the movable rigid body (3), the first and second beams (4) and the intermediate plate structure (30). The strain sensor (40) is accommodated within the hollow so as to straddle the cut space (P) and positioned substantially in alignment with a mid-center line (OX) extending past the geometric center point (C) and parallel to the longitudinal axis (X) of the strain inducing unit (1).
    • 一种用于检测施加在其上的负载的测力传感器,其包括具有纵向轴线的应变感应单元(1),并且包括用于产生作为负载的函数的应变的应变产生区域(6)和应变传感器(40 )包括其上形成有应变检测元件(43)的基板(41),用于检测在应变诱发单元(1)的应变产生区域(6)处产生的应变。 应变诱导单元(1)包括固定的刚体(2),可动刚体(3),将固定的刚体(2)和可动刚体(3)连接在一起的第一和第二梁(4),以及 固定到固定和可移动的刚体(2和3)之间并定位在其中的中间板结构(30)。 中间板结构(30)在固定刚体(2)和活动刚体(3)之间的位置处具有限定在其中的切割空间(P)。 应变诱导单元(1)相对于称重传感器的几何中心点(C)具有对称的轮廓,并且具有限定在其中并由固定刚体(2)限定的中空的可移动刚体(3) ,第一和第二梁(4)和中间板结构(30)。 应变传感器(40)容纳在中空部内以便跨越切割空间(P)并且基本上与延伸经过几何中心点(C)并且平行于纵向轴线的中心线(OX)对准 (1)的应变诱导单元(X)。
    • 6. 发明授权
    • Combined weighting and displacement sensor and weighing apparatus using
the same
    • 组合称重和位移传感器及使用其的称重装置
    • US5440077A
    • 1995-08-08
    • US277748
    • 1994-07-20
    • Hiroyuki KonishiMichito UtsunomiyaKazufumi Naito
    • Hiroyuki KonishiMichito UtsunomiyaKazufumi Naito
    • G01P15/12G01G3/14G01G23/01G01G23/10
    • G01G23/10G01G3/1414
    • A combination of a weighing cell (C) with a displacement sensor (S) is disclosed, in which the weighing cell (C) includes a strain inducing element (1) having a strain generating region (55) at which strain is generated in response to application of a load thereto, and a strain gauge (56) for detecting the strain generated in the strain generating region (55), and the displacement sensor (S) includes a fixed rigid component (10), a movable rigid components (11) forming a weight element, a generally elongated beam member (20) rigidly secured at opposite ends to the fixed and movable rigid components (10, 11), respectively, so as to extend between the fixed and movable rigid components (10, 11), and a displacement detecting element (23) mounted on the elongated beam member (20) for outputting an electric signal of a magnitude proportional to the amount of displacement of the movable rigid component (11) in a direction generally perpendicular to the elongated beam member (20). The strain inducing element (1) of the weighing cell includes a fixed rigid body (52) adapted to be secured to a base (B) and a movable rigid body (57) adapted to receive the load to be measured, and first and second beams (54) rigidly secured at opposite ends to the fixed and movable rigid bodies (52, 57) and extending parallel to each other between the fixed and movable rigid bodies (52, 57). The displacement sensor (S) is fixedly carried by the fixed rigid body (52) of the weighing cell (C).
    • 公开了称重传感器(C)与位移传感器(S)的组合,其中称重传感器(C)包括具有应变产生区域(55)的应变诱导元件(1),在应变产生区域(55)处响应于应变 以及用于检测在应变发生区域(55)中产生的应变的应变计(56),位移传感器(S)包括固定的刚性部件(10),可动刚性部件(11) 形成重量元件,大致细长的梁构件(20)分别刚性地固定到固定和可移动的刚性部件(10,11)上,以在固定和可移动的刚性部件(10,11)之间延伸, ,以及安装在所述细长梁构件(20)上的位移检测元件(23),用于输出大致垂直于所述细长梁构件的方向的与所述可移动刚性构件(11)的位移量成比例的大小的电信号 (20)。 称重传感器的应变诱导元件(1)包括适于固定到基座(B)的固定刚体(52)和适于接收待测量载荷的可移动刚体(57),以及第一和第二 梁(54)在相对端处刚性地固定到固定和可移动的刚体(52,57)并且在固定和可移动刚体(52,57)之间彼此平行延伸。 位移传感器(S)由称重单元(C)的固定刚体(52)固定地承载。