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    • 5. 发明授权
    • Paste-form natto and a process for producing the same
    • 糊状纳豆及其制造方法
    • US06365206B1
    • 2002-04-02
    • US09638492
    • 2000-08-15
    • Akira YanaiKumi Chikushi
    • Akira YanaiKumi Chikushi
    • A23L1211
    • A23L11/09
    • Paste-form natto which has a comfortable feeling on the tongue and has little or none of the undesired properties of viscous thread, odor and bitterness of ordinary natto, and a method of producing it in which dried soybeans are dehulled and the kernels sliced to 0.1-5 mm thickness and soaked in 1.0-2.5 times their weight in water, steamed, and lumps of steamed soybean flakes are decomposed during or before seeding with commercial [Bacillus nattol] Bacillus natto. The seeded soybean flakes are fermented aerobically, aged in a chilled room to produce paste-form natto, which had a good feeling on the tongue, does not have the viscous thread, odor and bitterness of ordinary natto. The paste-form natto is packed in plastic or edible containers of any size, chilled or frozen, and shipped to food processing plants. The packed and frozen paste-form natto is not contaminated by micro-organisms and is sanitary. Accordingly, it can be supplied to food manufacturing plants without leaking natto bacteria to the outside. The paste-form natto is useful to sandwiches, rice balls, sushi, etc.
    • 在舌头上具有舒适感觉的糊状纳豆,并且具有很少或没有普通纳豆的粘性线,气味和苦味的不期望的性质,以及其中制造干大豆脱壳的方法,并将籽粒切成0.1 -5毫米厚,浸泡在水中的重量的1.0-2.5倍,蒸,蒸的大豆薄片块在用纳豆芽孢杆菌纳豆芽孢杆菌播种期间或之前分解。 种子大豆薄片有氧发酵,在冷藏室中陈化,生成糊状纳豆,舌头感好,不含普通纳豆的粘稠线,气味和苦味。 糊状纳豆包装在任何尺寸,冷冻或冷冻的塑料或可食用容器中,并运送到食品加工厂。 包装和冷冻的糊状纳豆不被微生物污染并且是卫生的。 因此,可以将食品制造厂提供给不向外界泄漏的纳豆菌。 糊状纳豆用于三明治,米饭,寿司等。
    • 9. 发明授权
    • Coordinate input apparatus
    • 坐标输入装置
    • US06359616B1
    • 2002-03-19
    • US09336420
    • 1999-06-17
    • Tsuyoshi OguraHarumi TakaseShoji SuzukiYoshiyuki KikuchiAkira Yanai
    • Tsuyoshi OguraHarumi TakaseShoji SuzukiYoshiyuki KikuchiAkira Yanai
    • G09G500
    • G06F3/0418G06F3/03547
    • A coordinate input apparatus for correcting the shift in an input coordinate system between different coordinate input apparatuses relative to an opening of each apparatus. A data processing block captures information from a coordinate detector PD to determine whether a tapping operation has been performed and determine whether the finger is being slid on a sensor board. A data analyzing block compares inputted absolute coordinates (X, y) with minimum coordinate values (Xmin, Ymin) and maximum coordinate values (Xmax, Ymax) indicative of a preset effective pointing area on the sensor board. A control block controls the data analyzing block to transfer replaced minimum coordinate values (Xmin, Ymin), maximum coordinate values (Xmax, Ymax) and the values of absolute coordinates (X, Y) to a data correcting block. Based on these minimum coordinate values (Xmin, Ymin) and maximum coordinate values (Xmax, Ymax), the data correcting block transforms the absolute coordinates (X, Y) into display coordinates. The control block moves a screen window or a cursor to a position indicated by absolute coordinates (X′, Y′) on a display screen.
    • 一种坐标输入装置,用于相对于每个装置的开口来校正不同坐标输入装置之间的输入坐标系的偏移。 数据处理块从坐标检测器PD捕获信息,以确定是否执行了敲击操作,并且确定手指是否在传感器板上滑动。 数据分析块将输入的绝对坐标(X,y)与表示传感器板上的预设有效指示区域的最小坐标值(Xmin,Ymin)和最大坐标值(Xmax,Ymax)进行比较。 控制块控制数据分析块将替代的最小坐标值(Xmin,Ymin),最大坐标值(Xmax,Ymax)和绝对坐标值(X,Y)传送到数据校正块。 基于这些最小坐标值(Xmin,Ymin)和最大坐标值(Xmax,Ymax),数据校正块将绝对坐标(X,Y)变换为显示坐标。 控制块将屏幕窗口或光标移动到显示屏上由绝对坐标(X',Y')表示的位置。
    • 10. 发明授权
    • Apparatus and method for changing an operation mode of a coordinate
input apparatus
    • 用于改变坐标输入装置的操作模式的装置和方法
    • US5781181A
    • 1998-07-14
    • US682057
    • 1996-07-16
    • Akira YanaiOsamu HaraTsuyoshi Ogura
    • Akira YanaiOsamu HaraTsuyoshi Ogura
    • G06F3/041G06F3/033G06F3/038G06F3/048G08C21/00
    • G06F3/04883
    • A coordinate detection system capable of displaying relevant coordinates when operated with only one fingertip or like coordinate designator even during a repeat operation of the latter with no complicated designator manipulations required. The system comprises a coordinate detection apparatus and a coordinate output apparatus. The coordinate detection apparatus includes a sensor substrate to be operated by the coordinate designator, scan driving output units for generating a detection signal in response to the coordinate designator operation, and signal processing units for extracting tap and slide component data from the detection signal and supplying the extracted data to the coordinate output apparatus. The coordinate output apparatus includes a state detecting unit for detecting the state of the tap and slide component data, a measuring unit for measuring the tap component data, a mode changing unit for changing operation modes depending on the result of the measurement, a control unit for controlling the apparatus and a display unit for displaying various kinds of data. Operation modes are changed only if the tap component data is supplied in a predetermined state.
    • 一种坐标检测系统,即使在后者的重复操作中也只能使用一个指尖或类似的坐标指示器来显示相关坐标,而不需要复杂的指示符操作。 该系统包括坐标检测装置和坐标输出装置。 坐标检测装置包括由坐标指示器操作的传感器基板,响应于坐标指示器操作产生检测信号的扫描驱动输出单元和用于从检测信号中提取抽头和滑动分量数据的信号处理单元, 提取的数据到坐标输出装置。 坐标输出装置包括用于检测抽头和滑动部件数据的状态的状态检测单元,用于测量分接部件数据的测量单元,用于根据测量结果改变操作模式的模式改变单元,控制单元 用于控制装置和用于显示各种数据的显示单元。 仅当在预定状态下提供抽头分量数据时才改变操作模式。