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    • 2. 发明授权
    • Tension tester
    • 张力测试仪
    • US4841779A
    • 1989-06-27
    • US184631
    • 1988-04-21
    • Kenhachi MitsuhashiYoshinobu OhashiShohei NakayamaAkira Yamada
    • Kenhachi MitsuhashiYoshinobu OhashiShohei NakayamaAkira Yamada
    • G01B11/16G01N3/06
    • G01B11/16G01N3/068G01N2203/0017G01N2203/0647
    • A tension tester in which a specimen marked with at least one measuring marking whose optical characteristic is different from that of the specimen's ground color is held by chucks at the ends and subjected to a tensile load by moving one of the chucks; in which, while the specimen is being stretched, the marking is scanned by a scanner to detect a positional change of the marking in the tensile direction; and in which electric signals which are produced due to the difference in the optical characteristic between the marking and the specimen's ground color are processed to determine the tensile characteristic of the specimen. In this tension tester, the scanner consists of a first scanner with its field of view set to the entire elongation range of the specimen; and at least one second scanner having its field of view set only to a low elongation range of the specimen, the second scanner either having a greater number of elements than the first scanner or being adapted to perform a magnified scanning with greater magnification than that of the first scanner.
    • 张力测试仪,其中标记有至少一个测量标记的样品,其光学特性不同于样品底色的测量标记通过卡盘在端部保持,并通过移动其中一个卡盘而承受拉伸载荷; 其中,当试样被拉伸时,通过扫描仪扫描标记以检测标记在拉伸方向上的位置变化; 并且处理由于标记和样品的底色之间的光学特性的差异而产生的电信号,以确定样品的拉伸特性。 在这种张力测试仪中,扫描仪由第一台扫描仪组成,其扫描仪的视野设置在样品的整个伸长范围内; 以及至少一个第二扫描器,其视野仅设置在试样的低伸长范围内,所述第二扫描仪具有比第一扫描仪更多的元件数量,或者适于执行放大倍率比 第一台扫描仪
    • 4. 发明授权
    • Ventilation regulated hot air supplied constant temperature oven
    • 通风调节热风供应恒温烤箱
    • US4954693A
    • 1990-09-04
    • US378293
    • 1989-07-11
    • Kenhachi MitsuhashiShigeru Suga
    • Kenhachi MitsuhashiShigeru Suga
    • F27B17/00F27B17/02F27D7/06F27D19/00
    • F27B17/0083F27D19/00F27B17/02F27D2019/0009F27D2019/0018F27D7/06
    • A ventilation regulated hot air supplied constant temperature oven used for heat aging testing. Heated air of a predetermined temperature is supplied to a test oven body through an air supply port. Ventilation of the test oven is carried out through the air discharge port at a predetermined rate at predetermined time intervals. A discharge cylinder is provided at the discharge port, a blower is connected to the air supply port, a differential pressure detector is connected to the discharge cylinder and adapted to detect a differential pressure corresponding to the air flow rate on the basis of the data obtained in advance on the relation between a difference between the pressure at an outlet port of the blower and that at the discharge cylinder and the air flow rate, and a blower speed regulator is provided between the blower and the differential pressure detector and adapted to control the speed of the blower in accordance with an output level of a signal corresponding to a differential pressure measured by the differential pressure detector.
    • 通风调节热风供应恒温烤箱用于热老化测试。 预定温度的加热空气通过供气口供给到试验箱本体。 试验炉的通风以预定的速率以预定的时间间隔通过排气口进行。 在排出口设有排气筒,鼓风机连接到供气口,差压检测器连接到排气缸,适合于根据获得的数据检测与空气流量对应的差压 在鼓风机和差压检测器之间,提供鼓风机和差压检测器之间的关系,鼓风机和差压检测器之间的关系,鼓风机和差压检测器之间的关系,鼓风机速度调节器之间的关系, 根据与差压检测器测得的压差对应的信号的输出电平,鼓风机的转速。
    • 5. 发明授权
    • Method of measuring and controlling ozone concentration
    • 测量和控制臭氧浓度的方法
    • US4983526A
    • 1991-01-08
    • US314926
    • 1989-02-24
    • Shigeru SugaKenhachi Mitsuhashi
    • Shigeru SugaKenhachi Mitsuhashi
    • G01D3/028G01N1/00G01N17/00G01N21/33G01N33/00
    • G01N17/00G01N33/0006Y10T436/12Y10T436/142222Y10T436/206664Y10T436/209163Y10T436/25125
    • A method of measuring or controlling ozone concentration by ultraviolet ray absorptiometry, includes charging air into a testing tank with its temperature controlled, measuring the disturbing gases generated from testpieces such as rubber samples inside the testing tank by regarding them as ozone, subtracting a value representative of the disturbing gases with a calculation circuit from a value indicative of the preexisting state in the tank to set the ozone concentration at zero, generating a necessary quantity of ozone with an ozonizer by using the zero ozone concentration as a reference point, suspending the generation of ozone after the passage of a predetermined time, measuring once again to obtain a new ozone concentration zero value, adjusting the ozone concentration zero value to the new value if there has been a change in the amount of disturbing gases generated, and repeating at least once the operation described above to regulate the ozone concentration to a desired ozone concentration.
    • 一种通过紫外线吸收测定法测量或控制臭氧浓度的方法包括将空气充入温度控制的测试罐中,通过将它们视为臭氧来测量由测试罐内的橡胶样品等试样产生的扰动气体,减去代表值 的扰动气体与来自指示罐中的预先存在状态的值的计算电路以将臭氧浓度设定为零,通过使用零臭氧浓度作为参考点,用臭氧浓度产生必要量的臭氧,将所述一代 的臭氧经过预定时间后,再次测量以获得新的臭氧浓度零值,如果产生的干扰气体量发生变化,则将臭氧浓度零值调整到新值,并至少重复 一旦上述操作将臭氧浓度调节到所需的臭氧Co 浓缩。
    • 6. 发明授权
    • Oven provided with oxygen concentration controls
    • 烤箱提供氧气浓度控制
    • US4975047A
    • 1990-12-04
    • US383149
    • 1989-07-19
    • Kenhachi MitsuhashiShigeru Suga
    • Kenhachi MitsuhashiShigeru Suga
    • B01L7/04F27B17/00F27B17/02F27D7/06F27D19/00
    • F27B17/0083F27D19/00F27D7/06F27B17/02F27D2019/0012
    • A test oven wherein heated air having a predetermined temperature is supplied and the oxygen concentration in the supplied air is controlled. The test oven has a test oven body having an air supply port and an air discharge port, a blower connected to the air supply port for blowing air thereinto, an oxygen concentration detector connected to the test oven body, an oxygen concentration setting control unit connected to the oxygen concentration detecting detector and including an oxygen concentration setter for setting a desired level of oxygen, and an oxygen concentration controller constantly comparing a reference output level generated on the basis of a concentration level set in advance in the oxygen concentration setter with an output level outputted from the oxygen concentration detector and for controling the actual output level to a set level, and at least one oxygen concentration adjusting device. This can be an oxygen and nitrogen supply unit controlled by the oxygen concentration setting control unit for supplying an amount of oxygen and/or nitrogen to an air circulating passage upstream of the blower for regulating the concentration of the oxygen in response to the actual output level of the oxygen concentration setting control, or it can be a blower speed control for controlling the speed of the blower in accordance with such actual output level to blow air from outside into the oven body.
    • 供给具有预定温度的加热空气并且控制供给空气中的氧浓度的试验箱。 试验箱具有:具有空气供给口和排气口的试验炉体,与供给空气供给口连接的鼓风机,与测试炉主体连接的氧浓度检测器,连接有氧浓度设定控制单元 氧浓度检测检测器,并且包括用于设定所需氧气浓度的氧浓度设定器,以及氧浓度控制器,将基于氧浓度设定器中预先设定的浓度水平生成的基准输出水平与输出 电平,并且将实际输出电平控制到设定电平,以及至少一个氧浓度调节装置。 这可以是由氧浓度设定控制单元控制的氧气和氮气供应单元,用于向鼓风机上游的空气循环通道供应一定量的氧气和/或氮气,以响应于实际的输出水平来调节氧浓度 或者可以是鼓风机速度控制,用于根据这样的实际输出水平来控制鼓风机的速度,以将空气从外部吹入烘箱主体。