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    • 22. 发明专利
    • BASE ISOLATION DEVICE
    • JPH11125308A
    • 1999-05-11
    • JP28868897
    • 1997-10-21
    • MITSUBISHI HEAVY IND LTD
    • ONO HIDETAKAKANEKO TORU
    • E04H9/02F16F15/02F16F15/03
    • PROBLEM TO BE SOLVED: To keep horizontal agitating force from being transmitted to the utmost and enable positioning by fitting a roller to the lower part of a structure, and disposing electromagnetic powder at the base of the structure and between magnetic pole plates installed on the ground. SOLUTION: A roller 6 is fitted to the lower part so that a structure 1 is moved by vibration, and electromagnetic powder 7 is disposed at the base of the structure 1 and between two magnetic pole plates 8, 8 installed on the ground. In the case where there are side walls 12, 13, for example, the respective positions A, B, C of the structure (rack) 1 are moved according to the respective waveforms 14, 15, 16 of the relative displacement to the ground 2. In the case where an earthquake wave with a displacement over the wall surface is produced in the first one or two periods, the rack 1 collides with the side walls 12, 13 to be subjected to large collision acceleration. The distances to the side walls are measured by range finders 10, 11, and just before the collision, magnetic field is applied to the magnetic pole plates 8, whereby when the viscosity of the electromagnetic powder 7 is increased to generate brake force, the rack 1 is decelerated to become a displacement waveform 17, so that collision can be avoided.
    • 26. 发明专利
    • CHECKING METHOD OF BOTTLE
    • JPH01257251A
    • 1989-10-13
    • JP8406588
    • 1988-04-07
    • MITSUBISHI HEAVY IND LTD
    • ONISHI TAKASHIONO HIDETAKA
    • G01N21/88G01N21/90G01N21/94
    • PURPOSE:To enable the execution of checking using one image processing device, by a method wherein bottles on a plurality of bottle checking lines are imaged on mirrors to form virtual images of the bottles, these virtual images are gathered to one place to form one image plane, and an information on the image plane is sent to one image processing device. CONSTITUTION:Bottles (a)-(c) are sent onto checking tables 2a-2c via bottle moving device 1a-1c on lines I-III respectively and are stopped thereon. Next, lights of light source bodies 8a-8c are applied to the bottles (a)-(c), and the bottles (a) and (c) are imaged on mirrors 3a and 3c to form virtual images a' and c' at parallel positions on the left and the right of the bottle (b). On the occasion, a CCD camera 7 picks up a real image b' and the virtual images a' and c' to form one image plane, and an information on the image plane obtained on the occasion is sent from the camera 7 to an image processing device. Based on an image information, it is determined therein whether any foreign substance is present in the bottle contents filled up in the bottles (a)-(c). A signal of this determination is sent to a controller, a control signal is sent therefrom a separators 6a-6c to control the separators 6a-6c and thereby the discrimination of good and defective bottles are executed.
    • 28. 发明专利
    • BURNING CONTROL OF REFUSE INCINERATOR
    • JPS6080020A
    • 1985-05-07
    • JP18774683
    • 1983-10-07
    • MITSUBISHI HEAVY IND LTD
    • ONO HIDETAKA
    • F23N3/00F23G5/50F23N5/00
    • PURPOSE:To maintain automatically the steady burning even in case of a lower quality material refuse incineration by a method wherein a low level heating value of a refuse is estimated and an air quantity is changed according to the estimated value. CONSTITUTION:A LHV estimating device 4 estimates and calculates the LHV (low level heating value) of a refuse 11 with a heat balance method and the like based on the determined value for a boiler vaporizing quantity 1, a burning air quantity 2 and a burning air temperature 3 and the like. The estimated value LHV5 is inputted to a function, then an O2 target setting value 7 is calculated based on the LHV. Meanwhile, a normal O2 constant control device 8 compares the O2 measurements 9 with the O2 target setting valve 7 inputted in cascade manner, then an air quantity adjusting signal 10 is outputted so that the deviation is made to be zero. Thereby, the LHV changing is estimated moment by moment, when the LHV is low, the operation is maintained under higher level of the O2 target setting value, the amount of the air is introduced larger than the amount of the air which corresponds to the load, thus, the drying of refuse is accelerated by the diffusion effect, accordingly, the steady burning is maintained.
    • 29. 发明专利
    • Combustion finishing point detecting device
    • 燃烧点检测装置
    • JPS59131825A
    • 1984-07-28
    • JP571483
    • 1983-01-17
    • Mitsubishi Heavy Ind Ltd
    • ONO HIDETAKA
    • G01J1/42F23G5/50F23N5/08
    • F23N5/082F23G5/50F23N2029/20
    • PURPOSE:To reduce erroneous operation, provide a device capable of resisting noise and enable a high speed operation by a method wherein a point where a brightness value or a rate of variation of brightness becomes a predetermined value is detected as a combustion finishing point. CONSTITUTION:When an incinerater H is observed through an industrial television (ITV), it shows that a high voltage is found in a combustion zone Q due to a flame of high brightness and a low voltage is found in an ash zone R. When voltages corresponding to one scan line are integrated, a mean brightness at the position can be calculated. In order to calculate the position of combustion finishing point P, a slice level of brightness is specified by a parameter and a distance showing the specified brightness may be found. Therefore, since a sensing parameter is based on one brightness level, the processing is easy and few erroneous operation is made. The brightness signal is made to show its mean value, so that the device is capable of enduring electrical or image noises.
    • 目的:为了减少错误的操作,提供能够抵抗噪声的设备,并且通过以下方法提供能够进行高速操作的方法:其中将亮度值或亮度变化率变为预定值的点被检测为燃烧终点。 构成:当通过工业电视(ITV)观察到焚化炉H时,表明由于高亮度的火焰和在灰区R中发现低电压,在燃烧区域Q中发现高电压。当电压 对应于一条扫描线,可以计算该位置处的平均亮度。 为了计算燃烧终点P的位置,通过参数指定亮度的切片等级,并且可以找到表示指定亮度的距离。 因此,由于感测参数基于一个亮度水平,所以处理容易,并且几乎没有错误的操作。 使亮度信号显示其平均值,使得该装置能够承受电或图像噪声。
    • 30. 发明专利
    • MEASURING APPARATUS FOR DISTRIBUTION OF SIZE OF DROPLET SPRAYED FROM NOZZLE
    • JPS56118642A
    • 1981-09-17
    • JP2181980
    • 1980-02-23
    • MITSUBISHI HEAVY IND LTD
    • ONO HIDETAKA
    • G01B7/12G01N15/02
    • PURPOSE:To simply and efficiently measure the sprayed droplet size distribution by a method wherein through a rectifying plate the droplets sprayed from a nozzle are divided on a receiving measure according to particle size, and each particle size is measured from the difference in drop velocity. CONSTITUTION:Droplets are horizontally sprayed from a nozzle 1 and then start to drop vertically. Thereafter, they continue to drop at respective terminal velocities according to their particle sizes. The velocities at that time are measured by a speedometer 5, and the particle sizes are calculated according to the Stokes' equation. Then, because the droplets passing through the slit 3 in a rectifying plate 2 and spreading triangularly vary in the reaching distance as well as the distribution of distance from the nozzle center axis can be divided according to the difference in the horizontal reaching distance, the droplets are received on a receiving measure 4. From the liquid amount distribution in each lattice measure of the receiving measure 4 and the particle size therein as well as the total liquid amount in the receiving measure, the frequency distribution of each particle size and the particle size distribution from the center axis can be calculated. Thereby, the sprayed droplet size distribution can be simply and efficiently measured.