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    • 4. 发明授权
    • Fermentation treatment apparatus of organic waste
    • 有机废物发酵处理装置
    • US06420167B1
    • 2002-07-16
    • US09403634
    • 2000-01-24
    • Masakatsu OkamotoKazuo HayashiNoriaki TsuchiiwaYasuo Hayami
    • Masakatsu OkamotoKazuo HayashiNoriaki TsuchiiwaYasuo Hayami
    • C12M136
    • C05F9/02C05F17/0063C05F17/02C05F17/027Y02A40/215Y02P20/145Y02W30/43
    • To make organic fertilizer by performing fermentation treatment of organic waste containing a large quantity of water content such as garbage, while maintaining conditions of treatment suitable for fermentation. A fermentation treatment apparatus of organic waste according to the present invention is constituted in such a way that a steam supply pipe 3 is connected to a jacket part 2 of a fermentation tank 1 by way of reducing valves 17 and 18, and a vacuum pump 4 is connected below the jacket part 2 by way of a communicating line 27. When steam reduced in pressure lower than 100° C. is supplied into the jacket part 2, the waste housed within the fermentation tank 1 can be promptly treated with fermentation by utilizing condensation heat of steam. Furthermore, the air at a predetermined humidity is supplied into the fermentation tank 1 from the air supply part 36, so that fermentation treatment due to aerobic bacteria can be performed in a short time and efficiently.
    • 通过对含有大量水分的有机废物进行发酵处理来制造有机肥料,例如垃圾,同时保持适合发酵的处理条件。本发明的有机废物发酵处理装置的构成如下: 蒸汽供给管3通过减压阀17和18与发酵罐1的护套部分2连接,真空泵4通过连通管线27连接在护套部分2的下方。当蒸汽减少时 将低于100℃的压力供给到护套部2中,通过利用蒸汽的冷凝热可以迅速地发酵容纳在发酵罐1内的废物。 此外,从空气供给部36向发酵罐1供给预定湿度的空气,能够在短时间内有效地进行由需氧细菌引起的发酵处理。
    • 5. 发明授权
    • Condensate recovery system
    • 冷凝回收系统
    • US4304197A
    • 1981-12-08
    • US119953
    • 1980-02-08
    • Masakatsu Okamoto
    • Masakatsu Okamoto
    • F22D11/06F22D5/26
    • F22D11/06
    • A condensate recovery system wherein a condensate receiver is provided between a boiler and a feed water tank with condensate being introduced into the condensate receiver during a period when water is not being fed to the boiler and with water being fed into the boiler during a subsequent feeding period by pumping make-up water into the condensate receiver. The system is arranged so that equalizing the pressure of the condensate inlet port of the condensate receiver with that at the low temperature water outlet port of the condensate receiver allows condensate to flow by gravity and replace low temperature water therein, leaving the condensate receiver filled with water.
    • 一种冷凝水回收系统,其中在锅炉和给水箱之间设置冷凝物接收器,在水未被供给到锅炉期间以及随后的进料期间将水送入锅炉期间,冷凝物被引入冷凝水接收器中 通过将补充水泵入冷凝水接收器。 该系统被布置成使得冷凝水接收器的冷凝物入口的压力与冷凝水接收器的低温出水口处的压力平衡允许冷凝物通过重力流动并且在其中替换低温水,使冷凝物接收器被填充 水。
    • 6. 发明授权
    • Double deck elevator that controls a velocity change during inter-cage distance adjustment
    • 双层电梯控制车间距离调整期间的速度变化
    • US07090056B2
    • 2006-08-15
    • US10479514
    • 2003-04-10
    • Yoshiaki FujitaMasakatsu Okamoto
    • Yoshiaki FujitaMasakatsu Okamoto
    • B66B1/16B66B1/24
    • B66B1/42B66B1/285B66B1/30B66B1/425B66B11/022Y10S187/902
    • A double deck elevator including a winding machine which lifts up/down a cage frame loaded with two cages in a vertical direction, a cage driving unit which changes a relative distance between upper and lower cages, and a cage position controller which starts an inter-cage distance adjustment operation of the cage driving unit almost at the same time when the winding machine is shifted from an acceleration operation to a constant velocity operation, and changes an operating velocity of the inter-cage distance adjustment operation corresponding to a destination floor almost at the same time when the winding machine changes from the constant velocity operation to a deceleration operation after the destination floor is determined, whereby completing the inter-cage distance adjustment operation almost at the same time when the winding machine stops.
    • 一种双层升降机,包括一个绕垂直方向上升/下降两个笼子的笼式框架的卷绕机,一个改变上部和下部笼子之间的相对距离的笼式驱动单元,以及一个启动相互间隔的轿厢位置控制器, 几乎在卷绕机从加速操作转移到恒速操作的同时几乎同时将轿厢驱动单元的轿厢距离调节操作改变为对应于目的地楼层的轿厢间距离调整操作的操作速度几乎在 同时当绕线机在确定目的地楼层之后从恒速运行变为减速操作时,几乎与卷绕机停止同时完成间隔间距离调整操作。