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    • 1. 发明授权
    • Computerized cooking device
    • 电脑烹饪器具
    • US5573691A
    • 1996-11-12
    • US455066
    • 1995-05-31
    • Shinji YoshidaYasumasa HironakaAkinori Okazaki
    • Shinji YoshidaYasumasa HironakaAkinori Okazaki
    • A47J37/00A21B7/00F24C7/04G05B19/02G05D23/19H05B1/02
    • G05D23/1917A21B7/005
    • Cooking device which requires a lesser amount of data for preparation of a menu necessary to be pre-memorized and which can use a memory having a small capacity. The cooking device (breadmaking device) is provided with a transformation means which transforms a menu number set by a menu set means to the binary digit data having a fixed bit length, and a control data preparation means in which a cord which is able to show the transformed binary digit data by a fixed bit number when the above binary digit data is divided to each fixed bit number, is allowed to correspond to a parameter level of a step control variable, and the above data is read out from the data table which memorizes the data of each step corresponding to the above parameter level based upon the above code and transforms the above read-out data to the control data.
    • 烹饪装置需要较少量的数据来准备预先存储的菜单,并且可以使用具有小容量的存储器。 烹饪装置(面包制作装置)具有变换装置,将由菜单设定装置设定的菜单编号变换成具有固定位长度的二进制数字数据;以及控制数据准备装置,其中能够显示的电线 当将上述二进制数字数据划分为每个固定位数时,被变换的二进制数字数据以固定位数被允许对应于步进控制变量的参数级别,并且从数据表中读出上述数据 基于上述代码存储与上述参数等级对应的每个步骤的数据,并将上述读出数据转换为控制数据。
    • 2. 发明授权
    • Bread making apparatus and its temperature control method
    • 面包制作机及其温度控制方法
    • US5466913A
    • 1995-11-14
    • US975865
    • 1992-11-13
    • Toshinobu TanimotoYoshikatsu OkamotoShinji YoshidaYasumasa Hironaka
    • Toshinobu TanimotoYoshikatsu OkamotoShinji YoshidaYasumasa Hironaka
    • A21B7/00G05D23/19H05B1/02
    • A21B7/005G05D23/1951
    • In a temperature controlling method of a kitchen-heating apparatus having a temperature sensor at a certain place in the heating area, the temperature control is performed by comparing a temperature detected by the temperature sensor with a set temperature. In this case, an acceleration of the temperature ascent and descent at each certain interval is required and the temperature of the above heating portion is controlled with a duty ratio which corrects the duty ratio of the above heating portion of each interval with the acceleration of the temperature ascent and descent in the front step. In another temperature control method, the point of time where the ascent of the sensor detecting temperature due to the heater being on turns to descend together with a time lag due to the heater being off is detected, and performs the control again by turning the heater on at an earlier point of time than the point where at least the sensor detecting temperature comes down to the set value of the sensor detecting temperature.
    • 在具有在加热区域的某个位置具有温度传感器的厨房加热装置的温度控制方法中,通过将由温度传感器检测的温度与设定温度进行比较来进行温度控制。 在这种情况下,需要每隔一定间隔的温度上升和下降的加速度,并且以占空比来控制上述加热部分的温度,该占空比校正每个间隔的上述加热部分的占空比与加速度 温度上升和下降。 在另一种温度控制方法中,检测由于加热器开启而导致的传感器检测温度上升的时间点由于加热器断开而以时间差下降在一起,并且通过转动加热器再次进行控制 在比至少传感器检测温度降低到传感器检测温度的设定值的点的更早的时间点处。
    • 5. 发明申请
    • RTF TEMPLATE AND XSL/FO CONVERSION: A NEW WAY TO CREATE COMPUTER REPORTS
    • RTF模板和XSL / FO转换:创建计算机报告的新方法
    • US20100174981A1
    • 2010-07-08
    • US12732113
    • 2010-03-25
    • Xin JiangShinji Yoshida
    • Xin JiangShinji Yoshida
    • G06F17/00
    • G06F8/51G06F3/1243G06F3/1257G06F17/248
    • A template processor converts an initial template document into an XSL template that can be used to automatically generate reports from report data extracted from a database or other application. Users create initial template documents using a word processor or other rich-text editing application. The initial template document employs the word processor's native formatting features to specify the formatting of report data. The initial template document includes placeholder tags inserted by the user to define the locations of report data in the report. The initial template document also includes transformation tags that dynamically define the content of a report based on the value or quantity of report data. The template processor can include a reader adapted to read portions of the initial template file and a parser adapted to create corresponding XSL code from these portions. The XSL template can be combined with XML-formatted data to create a report.
    • 模板处理器将初始模板文档转换为可用于根据从数据库或其他应用程序提取的报表数据自动生成报表的XSL模板。 用户使用文字处理器或其他富文本编辑应用程序创建初始模板文档。 初始模板文档采用字处理程序的本机格式化功能来指定报表数据的格式。 初始模板文档包括用户插入的占位符标签,用于定义报表中报表数据的位置。 初始模板文档还包括根据报表数据的值或数量动态定义报表内容的转换标签。 模板处理器可以包括适于读取初始模板文件的部分的读取器和适于从这些部分创建相应的XSL代码的解析器。 XSL模板可与XML格式的数据组合以创建报告。
    • 8. 发明授权
    • Infrared sensor and infrared sensor array
    • 红外传感器和红外传感器阵列
    • US07332717B2
    • 2008-02-19
    • US10580534
    • 2005-09-15
    • Takahiko MurataTakumi YamaguchiShigetaka KasugaShinji YoshidaYoshito Ikeda
    • Takahiko MurataTakumi YamaguchiShigetaka KasugaShinji YoshidaYoshito Ikeda
    • G01J5/00
    • G01J5/24G01J1/46H04N5/33
    • An infrared sensor includes a series capacitor element and a reference capacitor element each exhibiting a predetermined capacitance value; an infrared-detecting capacitor element whose capacitance value varies depending on an intensity of infrared light incident on the element; and an output node being a node at which a first terminal of the series capacitor element, a first terminal of the reference capacitor element and a first terminal of the infrared-detecting capacitor element are connected to one another. The intensity of infrared light is output as a potential difference between the reference potential which is brought to a potential by applying a predetermined voltage between the series capacitor element and the reference capacitor element and the detection potential which is brought to a potential by applying a predetermined voltage between the series capacitor element and the infrared-detecting capacitor element.
    • 红外线传感器包括串联电容器元件和参考电容器元件,每个都具有预定的电容值; 其电容值根据入射到元件上的红外光的强度而变化的红外线检测电容器元件; 并且输出节点是串联电容器元件的第一端子,参考电容器元件的第一端子和红外线检测电容器元件的第一端子彼此连接的节点。 红外光的强度通过在串联电容器元件和参考电容器元件之间施加预定电压而被引入到电位的参考电位之间的电位差和通过施加预定的 串联电容器元件和红外线检测电容器元件之间的电压。
    • 10. 发明授权
    • Recording medium reproduction apparatus with multiple reproducing mode
    • 具有多种再现模式的记录介质再现装置
    • US06876811B1
    • 2005-04-05
    • US09604797
    • 2000-06-27
    • Shinji Yoshida
    • Shinji Yoshida
    • G11B27/10G11B27/11H04N5/85H04N5/93
    • H04N5/85G11B27/105G11B27/11G11B2220/2562G11B2220/65
    • It is checked whether a reproduction using a user lock function has been set (Step S82) and if it has been set, it is checked whether each disk is the one registered in a skip point table 3a according to disk data on the disk loaded, for example, BCA data and the total reproduction time (Step S84). If the disk is otherwise found registered, POINT # is read out and set in the work area of memory 3 (Step S86). The reproduction is also started by using the user lock function (Step S88). In other words, the skip reproduction is carried out when a reproduction point approaches the section defined by the POINT #. It is checked whether or not the remaining reproduction time is zero (Step S90) and if it is not zero, this action is repeated. If the remaining time is found zero at Step S90, the reproduction operation is terminated (Step S92) and so is the whole process.
    • 检查是否已经设置了使用用户锁定功能的再现(步骤S82),并且如果已经被设置,则根据所加载的盘上的盘数据来检查每个盘是否是在跳过点表3a中登记的盘, 例如BCA数据和总再现时间(步骤S84)。 如果以其他方式注册磁盘,则POINT#被读出并设置在存储器3的工作区域中(步骤S86)。 通过使用用户锁定功能也开始再现(步骤S88)。 换句话说,当再现点接近由点#定义的部分时,执行跳过再现。 检查剩余再现时间是否为零(步骤S90),如果不为零,则重复该动作。 如果在步骤S90中剩余时间为零,则再现操作终止(步骤S92),整个过程也是如此。