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    • 1. 发明授权
    • System for monitoring the quantity of cut tobacco in cigarettes
    • 用于监测卷烟烟草数量的系统
    • US5526827A
    • 1996-06-18
    • US216856
    • 1994-03-24
    • Fumio KuboMikio KomoriTakehiro SuzukiShigemitsu Inomata
    • Fumio KuboMikio KomoriTakehiro SuzukiShigemitsu Inomata
    • A24C5/18A24C5/34A24C5/60
    • A24C5/1871A24C5/3412Y10S131/906Y10S131/908
    • A monitoring system comprises an inspection device incorporated in a cigarette manufacturing machine and a server computer connected to the inspection device by means of a communication line. The inspection device includes a measuring circuit for continuously calculating the fill of the cut tobacco in each of a given number of divisions of each cigarette in accordance with a detection signal from a density sensor, an enrollment control section for repeatedly storing calculation data from the measuring circuit in a quantity corresponding to a predetermined number of cigarettes at a time, and a CPU for computing average calculation data for each division of each cigarette in accordance with the stored calculation data. The server computer originates quality data for the cigarettes in accordance with the average calculation data and displays the quality data on a CRT.
    • 监视系统包括结合在卷烟制造机器中的检查装置和通过通信线路连接到检查装置的服务器计算机。 检查装置包括:测量电路,用于根据来自密度传感器的检测信号连续地计算每根卷烟的给定数量的划分中的烟丝的填充量;登记控制部分,用于重复地存储来自测量的计算数据 一次对应于预定数量的香烟的电路;以及CPU,用于根据存储的计算数据计算每个卷烟的每个划分的平均计算数据。 服务器计算机根据平均计算数据产生香烟的质量数据,并将质量数据显示在CRT上。
    • 2. 发明授权
    • Dilution monitoring system for filter cigarettes
    • 过滤嘴香烟稀释监测系统
    • US5503166A
    • 1996-04-02
    • US284214
    • 1994-08-02
    • Takeshi MatsumuraFumio KuboMikio KomoriTakehiro Suzuki
    • Takeshi MatsumuraFumio KuboMikio KomoriTakehiro Suzuki
    • A24C5/47A24C5/34G01N15/08G01N33/02A24C5/60
    • A24C5/3418G01N33/02Y10S131/904
    • A dilution monitoring system for filter cigarettes has pairs of pressure sensors provided individually for left- and right-hand manufactured filter cigarettes, a dilution processor card adapted to receive pressure signals from the pressure sensors through an A/D converter, and a server computer connected to the processor card by means of a communication line and including a CRT. The dilution processor card computes the respective dilutions of the individual filter cigarettes in accordance with the pressure signals, and stores the computation results in a RAM. Thereafter, the processor card obtains quality data, such as the average, frequency distribution, and standard deviation of the stored dilutions, for each group of the left- and right-hand filter cigarettes, also stores the quality data in the RAM. The server computer receives the quality data transmitted from the processor card, and displays them in the form of a graph or table on the CRT.
    • 用于过滤嘴香烟的稀释监测系统具有分别为左右制造的过滤嘴香烟提供成对的压力传感器,适用于通过A / D转换器从压力传感器接收压力信号的稀释处理器卡和连接到服务器的计算机 通过通信线路并且包括CRT到处理器卡。 稀释处理器卡根据压力信号计算各个过滤嘴香烟的各自的稀释度,并将计算结果存储在RAM中。 此后,对于每组左右的过滤嘴香烟,处理器卡获得质量数据,例如存储的稀释液的平均值,频率分布和标准偏差,也将质量数据存储在RAM中。 服务器计算机接收从处理器卡发送的质量数据,并以CRT或图表的形式显示它们。
    • 3. 发明申请
    • Printer for a cigarette-manufacturing machine
    • 卷烟制造机的打印机
    • US20050028832A1
    • 2005-02-10
    • US10942895
    • 2004-09-17
    • Fumio KuboTakehiro SuzukiMasayoshi SaitouHiroshi Okamoto
    • Fumio KuboTakehiro SuzukiMasayoshi SaitouHiroshi Okamoto
    • A24C5/34A24C5/38A24C1/42
    • A24C5/38A24C5/3412B41P2233/52
    • A printer for a cigarette-manufacturing machine has a density sensor (70) disposed between a wrapping section (4) and a cutting section (16) of the machine, and the density sensor (70) detects the print density of printed information (PI) of a tobacco rod (TR). The information (PI) is printed on a paper web W by a printing unit (20) located upstream from the wrapping section (4). Disposed between the printing unit (20) and the wrapping section (4) is an adjusting device (62) for varying the length of a feeding path of the paper web W. A density signal from the density sensor (70) is used to control the operation of the printing unit (20) and adjusting device (62). Thus, based on the density signal, the print density of the printed information (PI) and the arrival timing thereof at the density sensor (70) are each controlled.
    • 用于香烟制造机的打印机具有设置在机器的包装部分(4)和切割部分(16)之间的密度传感器(70),并且密度传感器(70)检测打印信息的打印浓度(PI )烟草棒(TR)。 信息(PI)通过位于包装部分(4)上游的打印单元(20)打印在纸幅W上。 布置在打印单元(20)和包装部分(4)之间的是用于改变纸幅W的进给路径的长度的调节装置(62)。来自密度传感器(70)的密度信号用于控制 打印单元(20)和调节装置(62)的操作。 因此,基于浓度信号,分别控制印刷信息(PI)的印刷密度及其在密度传感器(70)的到达时刻。
    • 6. 发明授权
    • Solid state camera and sensor system and method
    • 固态摄像头和传感器系统及方法
    • US08218024B2
    • 2012-07-10
    • US11867121
    • 2007-10-04
    • Tadashi KawataMichinori IchikawaFumio KuboYutaka IshiyamaRyouhei Ikeno
    • Tadashi KawataMichinori IchikawaFumio KuboYutaka IshiyamaRyouhei Ikeno
    • H04N5/228
    • H04N5/2251G01S11/12G01S17/023G01S17/936
    • The disclosed subject matter is directed to solid state cameras and sensor systems that include a pickup surface thereof with both a distance detecting area for measuring a distance from a moving object and a movement detecting area for detecting the object's movement. The device can also include an optical communication area for communicating with an outside communication device. Therefore, the device enables a single pickup surface to include at least the following three functions: distance measurement; movement detection; and optical communication. The above-described sensor systems can output a control signal for collision avoidance with stationary or moving obstacle(s) by using the solid state camera. Because the sensor system can be integrated as a single chip IC with a small size, the system is useful as a sensor device in a vehicle, a robot, and the like.
    • 所公开的主题涉及固态照相机和传感器系统,其包括其拾取表面,其具有用于测量与移动物体的距离的距离检测区域和用于检测物体的移动的移动检测区域。 该设备还可以包括用于与外部通信设备进行通信的光学通信区域。 因此,该装置使得单个拾取表面至少包括以下三个功能:距离测量; 运动检测; 和光通信。 上述传感器系统可以通过使用固态摄像机来输出用于避免碰撞的控制信号与静止或移动的障碍物。 因为传感器系统可以集成为具有小尺寸的单芯片IC,所以该系统可用作车辆,机器人等中的传感器装置。
    • 7. 发明授权
    • Method and apparatus for distance measurement
    • 距离测量方法和装置
    • US07645974B2
    • 2010-01-12
    • US12057370
    • 2008-03-27
    • Ryohei IkenoTadashi KawataFumio Kubo
    • Ryohei IkenoTadashi KawataFumio Kubo
    • G01J1/32G01C3/08
    • G01S17/32G01S17/89G01S17/936
    • The disclosed subject matter relates to a method and distance measurement apparatus for measuring a distance to an object, which can include a light source, a solid state camera, a controller and a distance data generator. The light source can be configured to emit a modulated light towards an object, and the solid state camera can convert the light reflected from the object into charges. The distance data generator can be configured to calculate the distance based on the charges, and the controller can be configured to adjust the modulated light to be more favorable under various circumstances. Thus, the method of the disclosed subject matter can accurately measure distance under various circumstances and can result in providing a distance measurement apparatus with a simple configuration and at low cost, and can be used as a sensor for distance measurement of an obstacle and the like in a vehicle, security system, robot, etc.
    • 所公开的主题涉及用于测量与物体的距离的方法和距离测量装置,其可以包括光源,固态照相机,控制器和距离数据发生器。 光源可以被配置为朝向物体发射调制光,并且固态照相机可以将从物体反射的光转换为电荷。 距离数据发生器可以被配置为基于电荷计算距离,并且控制器可以被配置为在各种情况下调整调制光更有利。 因此,所公开的主题的方法可以在各种情况下精确地测量距离,并且可以提供具有简单配置并且成本低的距离测量装置,并且可以用作用于障碍物等的距离测量的传感器 在车辆,安全系统,机器人等
    • 8. 发明申请
    • REGENERATED SULFUR RECOVERY APPARATUS
    • 再生硫回收装置
    • US20090242379A1
    • 2009-10-01
    • US12410072
    • 2009-03-24
    • Yoshihisa TokumasuKazuo FujitaFumio Kubo
    • Yoshihisa TokumasuKazuo FujitaFumio Kubo
    • B01D5/00
    • C01B17/021C01B17/0221C01B17/0232
    • A regenerated sulfur recovery apparatus positioned in a sulfur recovery plant, which apparatus contains a sulfur purifier that cools gaseous sulfur and condensates it, forming liquid sulfur while removing impurities contained therein; the apparatus containing a steam supplying means for melting solid sulfur deposited on an inner wall of the sulfur purifier, a molten sulfur reservoir that recovers and stores the melted sulfur, a reservoir heating means that heats the reservoir, an exhaust gas line that directs to the outside an exhaust gas formed in the reservoir when the reservoir is heated by the reservoir heating means, and an inert gas supply means that supplies an inert gas to the reservoir, such that the inert gas supplied into the reservoir flows to the outside through the exhaust gas line when molten sulfur stored in the reservoir is discharged from the reservoir.
    • 一种位于硫回收装置中的再生硫回收装置,该装置含有一种硫化物净化器,其将气态硫冷却并冷凝,形成液态硫同时除去其中所含的杂质; 该装置包含用于熔化沉积在硫净化器的内壁上的固体硫的蒸汽供应装置,回收和储存熔化的硫的熔融硫储存器,加热储存器的储存器加热装置,引导至 在储存器被储存器加热装置加热时形成在储存器中的废气外部;以及惰性气体供应装置,其向储存器供应惰性气体,使得供应到储存器中的惰性气体通过排气流向外部 储存在储存器中的熔融硫从储存器排出时的气体管线。
    • 9. 发明授权
    • Regenerated sulfur recovery apparatus
    • 再生硫回收装置
    • US08025719B2
    • 2011-09-27
    • US12410072
    • 2009-03-24
    • Yoshihisa TokumasuKazuo FujitaFumio Kubo
    • Yoshihisa TokumasuKazuo FujitaFumio Kubo
    • B01D59/26
    • C01B17/021C01B17/0221C01B17/0232
    • A regenerated sulfur recovery apparatus positioned in a sulfur recovery plant, which apparatus contains a sulfur purifier that cools gaseous sulfur and condensates it, forming liquid sulfur while removing impurities contained therein; the apparatus containing a steam supplying means for melting solid sulfur deposited on an inner wall of the sulfur purifier, a molten sulfur reservoir that recovers and stores the melted sulfur, a reservoir heating means that heats the reservoir, an exhaust gas line that directs to the outside an exhaust gas formed in the reservoir when the reservoir is heated by the reservoir heating means, and an inert gas supply means that supplies an inert gas to the reservoir, such that the inert gas supplied into the reservoir flows to the outside through the exhaust gas line when molten sulfur stored in the reservoir is discharged from the reservoir.
    • 一种位于硫回收装置中的再生硫回收装置,该装置含有一种硫化物净化器,其将气态硫冷却并冷凝,形成液态硫同时除去其中所含的杂质; 该装置包含用于熔化沉积在硫净化器的内壁上的固体硫的蒸汽供应装置,回收和储存熔化的硫的熔融硫储存器,加热储存器的储存器加热装置,引导至 在储存器被储存器加热装置加热时形成在储存器中的废气外部;以及惰性气体供应装置,其向储存器供应惰性气体,使得供应到储存器中的惰性气体通过排气流向外部 储存在储存器中的熔融硫从储存器排出时的气体管线。