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    • 22. 发明授权
    • Cigarette making apparatus
    • 香烟制造设备
    • US07690384B2
    • 2010-04-06
    • US11896495
    • 2007-08-31
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • A24C1/34
    • A24C5/34A24C5/005F04B2201/1201F04B2205/09Y10S131/909
    • A cigarette making apparatus comprises an application nozzle for applying a flavoring material to a wrapping-paper web supplied continuously to a wrapping machine, a pump for supplying the flavoring material to the application nozzle, and a pump control device for controlling the pump driving speed depending on the wrapping machine operating speed. The pump control device divides the wrapping machine operating speed into a plurality of speed regions and determines an approximation pump characteristic which approximates a relationship between the pump driving speed and the rate of discharge of the flavoring material from the pump in each of the speed regions, in advance, and determines the speed at which the pump should be driven, depending on the wrapping machine operating speed, according to the approximation pump characteristic. Consequently, the flavoring material is applied to the wrapping-paper web in an appropriate amount depending on the wrapping machine operating speed.
    • 香烟制造装置包括:施用喷嘴,用于将调味料施加到连续供给到包装机的包装纸网;将调味料供给到施用喷嘴的泵;以及泵控制装置,用于根据 对包装机的运行速度。 泵控制装置将包装机运行速度分成多个速度区域,并且确定近似泵特性,其近似来自每个速度区域中的泵的泵驱动速度和调味料的排出速率之间的关系, 根据近似泵特性,根据包装机的运行速度,确定泵的驱动速度。 因此,根据包装机操作速度,调味材料以适当的量施加到包装纸幅上。
    • 25. 发明申请
    • Ink Tank and Ink Jet Printer
    • 墨盒和喷墨打印机
    • US20090160888A1
    • 2009-06-25
    • US12390182
    • 2009-02-20
    • Atsushi NishiokaYukihiro HanaokaManabu Yamada
    • Atsushi NishiokaYukihiro HanaokaManabu Yamada
    • B41J2/195B41J2/175
    • B41J2/17566B41J2/17513B41J2/17523B41J2/17553B41J2/19B41J2002/17573
    • An ink tank of the foam type which is provided with a detected portion capable of exactly and surely detecting the amount of ink used by the printer or remaining in the ink tank. The ink tank includes a sub ink chamber that is disposed or formed between a main ink chamber and an ink outlet of an ink tank of a foam type. When an amount of air flowing into the sub ink chamber increases, one or more reflecting surfaces of a right-angled prism, which function as ink interfaces, resume their original function of reflecting surfaces, thereby enabling the detection of an ink end. Air bubbles having entered the sub ink chamber are surely led onto the one or more reflecting surfaces by a bubble storage part. At an ink passage having a narrow width, which is defined by the one or more reflecting surfaces, air bubbles are pressed against the one or more reflecting surfaces to be put to a crushed state and in surface contact with the latter. Air bubbles are surely led onto the one or more reflecting surfaces, and are crushed and pressed against the reflecting surfaces. This configuration prevents the one or more reflecting surfaces from being covered with ink retained in spaces among the air bubbles. Therefore, the ink end can be detected surely and exactly.
    • 一种泡沫型墨罐,其具有检测部分,能够准确且可靠地检测打印机使用的墨水量或墨水盒中的墨水量。 墨水盒包括设置或形成在主墨室和泡沫型墨罐的墨出口之间的副墨室。 当流入副油墨室的空气量增加时,作为油墨界面的直角棱镜的一个或多个反射表面恢复其原始反射表面的功能,从而能够检测油墨端。 已经进入副油墨室的气泡通过气泡存储部分被可靠地引导到一个或多个反射表面上。 在由一个或多个反射表面限定的具有窄宽度的墨通道中,气泡被压靠在一个或多个反射表面上,以被置于破碎状态并与其表面接触。 气泡可靠地被引导到一个或多个反射表面上,并被压碎并压靠在反射表面上。 这种构造防止了一个或多个反射表面被保留在气泡中的空间中的墨覆盖。 因此,可以准确,精确地检测墨水端。
    • 27. 发明授权
    • Ink tank and ink jet printer
    • 墨盒和喷墨打印机
    • US07252377B2
    • 2007-08-07
    • US11400386
    • 2006-04-10
    • Atsushi NishiokaYukihiro HanaokaManabu Yamada
    • Atsushi NishiokaYukihiro HanaokaManabu Yamada
    • B41J2/175B41J3/06
    • B41J2/17566B41J2/17513B41J2/17523B41J2/17553B41J2/19B41J2002/17573
    • An ink tank of the foam type which is provided with a detected portion capable of exactly and surely detecting the amount of ink used by the printer or remaining in the ink tank. The ink tank includes a sub ink chamber that is diposed or formed between a main ink chamber and an ink outlet of an ink tank of a foam type. When an amount of air flowing into the sub ink chamber increases, one or more reflecting surfaces of a right-angled prism, which function as ink interfaces, resume their original function of reflecting surfaces, thereby enabling the detection of an ink end. Air bubbles having entered the sub ink chamber are surely led onto the one or more reflecting surfaces by a bubble storage part. At an ink passage having a narrow width, which is defined by the one or more reflecting surfaces, air bubbles are pressed against the one or more reflecting surfaces to be put to a crushed state and in surface contact with the latter. Air bubbles are surely led onto the one or more reflecting surfaces, and are crushed and pressed against the reflecting surfaces. This configuration prevents the one or more reflecting surfaces from being covered with ink retained in spaces among the air bubbles. Therefore, the ink end can be detected surely and exactly.
    • 一种泡沫型墨罐,其具有检测部分,能够准确且可靠地检测打印机使用的墨水量或墨水盒中的墨水量。 墨水盒包括在主墨水室和泡沫型墨水盒的墨水出口之间浸渍或形成的副墨水室。 当流入副油墨室的空气量增加时,作为油墨界面的直角棱镜的一个或多个反射表面恢复其原始反射表面的功能,从而能够检测油墨端。 已经进入副油墨室的气泡通过气泡存储部分被可靠地引导到一个或多个反射表面上。 在由一个或多个反射表面限定的具有窄宽度的墨通道中,气泡被压靠在一个或多个反射表面上,以被置于破碎状态并与其表面接触。 气泡可靠地被引导到一个或多个反射表面上,并被压碎并压靠在反射表面上。 这种构造防止了一个或多个反射表面被保留在气泡中的空间中的墨覆盖。 因此,可以准确,精确地检测墨水端。
    • 28. 发明申请
    • Chemical diffusion system, chemical diffusion apparatus, chemical diffusion unit and chemical cartridge
    • 化学扩散系统,化学扩散装置,化学扩散装置和化学药筒
    • US20060261188A1
    • 2006-11-23
    • US10549374
    • 2004-02-19
    • Kiyoshi ItoManabu Yamada
    • Kiyoshi ItoManabu Yamada
    • A62C13/62A01M1/20A01M7/00A01M1/02
    • A01M1/2044A01M1/02A01M1/2038A01M1/205A01M1/2077A61L9/14
    • A chemical diffusion apparatus (1) comprises a first tank (2) filled up with a volatile chemical A such as a communication disturbance agent and a second tank (3) filled up with a volatile chemical B. The chemicals A and B are sucked by means of a discharge volume variable pump (6) to be discharged onto an evaporating dish (8) through a discharge tube (7). A mixed chemical C discharged onto the evaporating dish 8 is naturally diffused in the air. A control circuit (9) controls drive of the pump (6). An input side of the control circuit (9) is connected to a timer (11) and an environment parameter detecting means such as a temperature sensor (12), an illumination sensor (13), a wind direction sensor (14) and a wind velocity sensor (15). The control circuit (9) controls discharge and discharge volume of the mixed chemical C from the pump (6) on the basis of detecting results from the respective sensors in accordance with a control program.
    • 化学扩散装置(1)包括填充有诸如连通扰动剂的挥发性化学品A的第一罐(2)和填充有挥发性化合物B的第二罐(3)。化学品A和B被吸入 排出容量可变泵(6)的装置通过排放管(7)排放到蒸发皿(8)上。 排出到蒸发皿8上的混合化学品C自然地在空气中扩散。 控制电路(9)控制泵(6)的驱动。 控制电路(9)的输入侧连接到定时器(11)和诸如温度传感器(12),照明传感器(13),风向传感器(14)和风的环境参数检测装置 速度传感器(15)。 控制电路(9)根据控制程序从各个传感器的检测结果来控制来自泵(6)的混合化学品C的排放量。
    • 30. 发明申请
    • Ink tank and ink jet printer
    • 墨盒和喷墨打印机
    • US20050128263A1
    • 2005-06-16
    • US11045059
    • 2005-01-31
    • Atsushi NishiokaYukihiro HanaokaManabu Yamada
    • Atsushi NishiokaYukihiro HanaokaManabu Yamada
    • B41J2/175B41J2/045
    • B41J2/17566B41J2/17513B41J2/17523B41J2/17553B41J2/19B41J2002/17573
    • An ink tank of the foam type which is provided with a detected portion capable of exactly and surely detecting the amount of ink used by the printer or remaining in the ink tank. The ink tank includes a sub ink chamber that is diposed or formed between a main ink chamber and an ink outlet of an ink tank of a foam type. When an amount of air flowing into the sub ink chamber increases, one or more reflecting surfaces of a right-angled prism, which function as ink interfaces, resume their original function of reflecting surfaces, thereby enabling the detection of an ink end. Air bubbles having entered the sub ink chamber are surely led onto the one or more reflecting surfaces by a bubble storage part. At an ink passage having a narrow width, which is defined by the one or more reflecting surfaces, air bubbles are pressed against the one or more reflecting surfaces to be put to a crushed state and in surface contact with the latter. Air bubbles are surely led onto the one or more reflecting surfaces, and are crushed and pressed against the reflecting surfaces. This configuration prevents the one or more reflecting surfaces from being covered with ink retained in spaces among the air bubbles. Therefore, the ink end can be detected surely and exactly.
    • 一种泡沫型墨罐,其具有检测部分,能够准确且可靠地检测打印机使用的墨水量或墨水盒中的墨水量。 墨水盒包括在主墨水室和泡沫型墨水盒的墨水出口之间浸渍或形成的副墨水室。 当流入副油墨室的空气量增加时,作为油墨界面的直角棱镜的一个或多个反射表面恢复其原始反射表面的功能,从而能够检测油墨端。 已经进入副油墨室的气泡通过气泡存储部分被可靠地引导到一个或多个反射表面上。 在由一个或多个反射表面限定的具有窄宽度的墨通道中,气泡被压靠在一个或多个反射表面上,以被置于破碎状态并与其表面接触。 气泡可靠地被引导到一个或多个反射表面上,并被压碎并压靠在反射表面上。 这种构造防止了一个或多个反射表面被保留在气泡中的空间中的墨覆盖。 因此,可以准确,精确地检测墨水端。