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    • 1. 发明授权
    • Light beam scanning recording apparatus and method of correcting
intensity of image to be recorded thereby
    • 光束扫描记录装置以及由此记录的图像的强度校正方法
    • US4751377A
    • 1988-06-14
    • US947221
    • 1986-12-29
    • Hideo IshizakaYuji Ohara
    • Hideo IshizakaYuji Ohara
    • G01N21/59H04N1/401H04N1/407H04N1/23
    • H04N1/4015G01N21/5911H04N1/4078
    • In a light beam scanning recording apparatus, a light beam is modulated by a modulator according to image signals and is caused to scan a photosensitive recording material, and the recording material is developed. The apparatus is provided with a signal converting section which converts image signals to be input into the modulator according to a predetermined conversion table so that desired image densities can be obtained on the recording material, a test pattern signal generating section which generates test pattern signals bearing thereon different image densities and inputs them into the modulator, an image density measuring system which measures the image densities of the test pattern on the recording material developed after scanning by a light beam modulated according to the test pattern signals, and a conversion table making section which determines, on the basis of the relation between the test pattern signals and the image densities of the test pattern measured by the image density measuring system and desired image signal-image density characteristics, the image signals corresponding to the image densities obtained by the respective test pattern signals referring to the desired image signal-image density characteristics, thereby obtaining the relation between the image signals and the test pattern signals, and makes the conversion table on the basis of the relation between the image signals and the test pattern signal.
    • 在光束扫描记录装置中,根据图像信号由调制器调制光束,并且对光敏记录材料进行扫描,并且显影记录材料。 该装置设置有信号转换部分,该信号转换部分根据预定的转换表转换要输入到调制器的图像信号,从而可以在记录材料上获得期望的图像密度;测试图案信号产生部分, 在其上具有不同的图像密度并将其输入到调制器中,图像浓度测量系统,其测量通过根据测试图案信号调制的光束在扫描之后显影的记录材料上的测试图案的图像密度,以及转换表制作部分 其基于测试图案信号与由图像浓度测量系统测量的测试图案的图像浓度和期望的图像信号 - 图像密度特性之间的关系,确定与由各个图像信号获得的图像密度相对应的图像信号 参考所需图像的测试图案信号 信号图像浓度特性,从而获得图像信号和测试图案信号之间的关系,并且基于图像信号和测试图案信号之间的关系进行转换表。
    • 3. 发明授权
    • Electronic clinical thermometer, and method of measuring body temperature
    • 电子体温计,体温测量方法
    • US4574359A
    • 1986-03-04
    • US561181
    • 1983-12-14
    • Hideo IshizakaYoshiki Hanzawa
    • Hideo IshizakaYoshiki Hanzawa
    • G01K3/00G01K7/42G01K7/24
    • G01K3/00G01K7/42
    • An electronic clinical thermometer successively stores the temperature detected at a portion of a body, measures the time which has elapsed since start of measurement, and reads the detected temperature, corresponding to a prescribed length of past time, out of a storage to obtain a mean value during the length of past time. The thermometer repeats, at a predetermined period, a process of obtaining and displaying a predicted value of a stable temperature from the mean detected temperature and elapsed measurement time on the basis of a stable temperature prediction function in which measurement time is a variable, the temperature prediction function defining a temperature change up to a final, stable temperature. The prediction computation is halted when, after the elapsed measurement time has exceeded a prescribed magnitude and a difference exhibited by the mean detected temperature corresponding to two points in time no longer shows an increase outside a prescribed range, the detected mean temperature corresponding to a present point in time exhibits a decrease outside a prescribed range in being compared with the mean detected temperature at the preceding point in time.
    • 电子临床温度计依次存储在身体的一部分检测出的温度,测量从开始测量起经过的时间,并从存储器中读出对应于规定的过去时间长度的检测温度,以获得平均值 价值在过去的时间长度。 温度计在预定时间段内,根据测定时间为可变温度的稳定的温度预测功能,根据平均检测温度和经过的测定时间,求出并显示稳定温度的预测值的处理,温度 预测功能定义温度变化达到最终稳定的温度。 当经过的测量时间超过规定的大小,并且由对应于两个时间点的平均检测温度显示的差异不再显示超出规定范围的增加时,预测计算停止,所检测的平均温度对应于现在 与前一时间点的平均检测温度相比,时间点在规定范围之外显示出减少。
    • 4. 发明授权
    • Measuring apparatus, method of manufacture thereof, and method of
writing data into same
    • 测量装置,制造方法以及将数据写入其中的方法
    • US4443117A
    • 1984-04-17
    • US302824
    • 1981-06-16
    • Yutaka MuramotoSusumu KobayashiHideo Ishizaka
    • Yutaka MuramotoSusumu KobayashiHideo Ishizaka
    • G01D18/00G01K7/24G01K13/00G01K7/16
    • G01K13/002G01D18/008G01K7/245
    • A measuring apparatus is equipped with an input/output unit for delivering data to externally located equipment and for receiving data from the externally located equipment, or with an input unit for receiving data from the externally located unit, and is adapted to generate correlation data between data delivered by a sensing system provided within the measuring apparatus proper, and data delivered by a standard measurement system which can be disconnected from the measuring apparatus. The correlation data is generated by a data processing device located outside or located within the measuring apparatus, through the intermediary of the input/output unit or the input unit. The generated correlation data is stored, in non-volatile fashion, in a storage section located in the measuring apparatus, in such a manner that the data can be read out of the storage section in response to the data from the sensing system contained within the measuring apparatus.
    • 测量装置配备有输入/输出单元,用于将数据传送到外部设备并从外部设备接收数据,或者与用于从外部定位的单元接收数据的输入单元,并且适于产生相关数据, 由设置在测量设备本身内的传感系统提供的数据以及可以与测量设备断开的标准测量系统传送的数据。 相关数据由位于测量装置外部或位于测量装置内部的数据处理装置通过输入/输出单元或输入单元的中间产生。 所产生的相关数据以非易失性的方式存储在位于测量装置中的存储部分中,使得可以响应于来自包含在所述测量装置中的感测系统的数据,从存储部分读出数据 测量装置。
    • 5. 发明授权
    • Method and apparatus for forming image with plural coating liquids
    • 用多种涂布液形成图像​​的方法和装置
    • US06467893B1
    • 2002-10-22
    • US09472974
    • 1999-12-28
    • Nobuo MatsumotoRyoichi YamamotoHideo Ishizaka
    • Nobuo MatsumotoRyoichi YamamotoHideo Ishizaka
    • B41J217
    • B41J2/0057B05C1/0826B05C5/007B05C5/0254B05C5/0279B05C9/06B41J2/01B41M3/00
    • An image forming method and apparatus for forming an image on an image receiving medium with plural coating liquids. A plurality of types of coating liquid are combined to form a recording liquid and extruded as a continuous flow from an array of plural extruding ports which are aligned in a direction substantially orthogonal to a relative movement direction of the image receiving medium. While a mixing ratio of the plural coating liquids is varied based on an image signal, the recording liquid is continuously applied on the image receiving medium to form the image thereon. The high-speed image formation is enabled with a reduced amount of ink to be wasted. Preferably, the plurality of types of the coating liquid are not equally mixed but can be superimposed in the form of a layer in the coating thickness direction to be continuously applied.
    • 一种用于在具有多个涂布液体的图像接收介质上形成图像的图像形成方法和装置。 将多种类型的涂布液组合形成记录液体,并从与图像接收介质的相对移动方向大致正交的方向排列的多个挤出口的阵列作为连续流动挤出。 在多个涂布液的混合比基于图像信号变化的同时,将记录液体连续地施加到图像接收介质上以形成图像。 高速图像形成能够减少浪费的墨水量。 优选地,多种类型的涂布液不是均匀混合的,而是能够以涂层厚度方向的层的形式叠加以连续施加。