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    • 1. 发明授权
    • Stall house for livestock breeding
    • 摊铺家畜养殖
    • US4706607A
    • 1987-11-17
    • US713708
    • 1985-03-19
    • Masakatsu IjichiYutaka UeharaMasahiro SakaguchiShinichi Imamura
    • Masakatsu IjichiYutaka UeharaMasahiro SakaguchiShinichi Imamura
    • A01K1/01A01K31/00
    • A01K1/01
    • The invention provides an improved stall house for livestock or, in particular, pig breeding in which the excrements from the animals can be disposed under very sanitary conditions with great labor saving. The inventive stall house comprises an array of pens with the floor formed of slatted boards through which the excrements can freely fall down on to the sawdust bed below in an underfloor excrement-receiving vessel extending from one end to the other of the array of pens and a travelling shuffler capable of running in the excrement-receiving vessel back and forth from one end to the other over the sawdust bed with simultaneous shuffling of the sawdust bed to introduce fresh air thereinto in order to promote the aerobic fermentation of the excrements by the aerobic fermentation bacteria in the sawdust. Additionally, an air blowout pipeline may be provided at the bottom of the sawdust bed which serves to further promote the aerobic condition of the sawdust bed and also to control the evaporation of the water content in the excrements.
    • 本发明提供了一种用于牲畜的改进的摊位,特别是猪繁殖,其中来自动物的粪便可以在非常卫生的条件下以极大的节省劳动力进行处置。 本发明的摊房包括一列笔,底板由板条板形成,排泄物可以在下面的木屑床上自由地倒下到从笔架中的一端延伸到另一端的地板下排泄物容器中, 一种能够在排泄物接收容器中从一端到另一端在木屑床上前后移动的移动洗牌机,同时洗刷锯屑床以引入新鲜空气,以便促进粪便的需氧发酵 发酵细菌在木屑中。 此外,可以在锯屑床的底部设置空气管道,其用于进一步促进锯屑床的需氧状态,并且还控制排泄物中水含量的蒸发。
    • 2. 发明申请
    • INPUT-OUTPUT APPARATUS AND INPUT-OUTPUT METHOD
    • 输入输出装置和输入输出方法
    • US20110169858A1
    • 2011-07-14
    • US12985656
    • 2011-01-06
    • Masahiro Sakaguchi
    • Masahiro Sakaguchi
    • G06F3/041G09G5/02
    • G06F3/04883
    • Upon reception of a trace inputted by handwriting, it is determined whether or not an input start position of the trace coincides with part of a trace indicated by trace information stored in a trace table or saved trace indicated by trace information stored in a saved trace table. When the input start position coincides with neither of them, sequentially received trace information is accumulated in the trace table. When the input start position coincides with either of them, a corresponding menu image is displayed, and it is determined whether, any one of processes is selected from the menu image. Then, the process selected from the menu image is executed.
    • 在接收到通过手写输入的轨迹时,确定轨迹的输入开始位置是否与存储在轨迹表中的跟踪信息所指示的轨迹的一部分相符合,或者存储在保存的轨迹表中的跟踪信息所指示的保存曲线 。 当输入开始位置与它们都不一致时,顺序接收的跟踪信息被累积在跟踪表中。 当输入开始位置与其中任何一个一致时,显示相应的菜单图像,并且确定是否从菜单图像中选择任何一个处理。 然后,执行从菜单图像中选择的处理。
    • 10. 发明授权
    • Radar system and direction detecting method
    • 雷达系统和方向检测方法
    • US08390509B2
    • 2013-03-05
    • US13574449
    • 2011-01-26
    • Hisateru AsanumaMasahiro SakaguchiTomoya KawasakiMotomi Iyoda
    • Hisateru AsanumaMasahiro SakaguchiTomoya KawasakiMotomi Iyoda
    • G01S13/00
    • G01S13/931G01S7/354G01S13/345G01S2013/9375
    • A reflected wave that a transmitted wave is reflected by targets including a stationary target and a moving target is received as receiving signals of at least two reception antennas. A phase difference between beat signals at respective peak frequencies, generated from a transmitting signal and the receiving signals, is calculated. Directions of the targets are calculated in such a manner that the calculated phase difference of the targets is stored in a storage area in advance, it is predicted whether peak frequencies of the plurality of targets overlap each other, a predicted phase difference of the stationary target at the time when the peak frequencies overlap each other is calculated on the basis of the stored phase difference, and a predicted phase difference of the moving target is calculated on the basis of the calculated phase difference and the predicted phase difference of the stationary target.
    • 作为至少两个接收天线的接收信号,接收发射波被包括固定目标和移动目标的目标反射的反射波。 计算从发送信号和接收信号产生的各个峰值频率的差拍信号之间的相位差。 以目标计算的相位差预先存储在存储区域中的方式计算目标的方向,预测多个目标的峰值频率是否彼此重叠,预测的静止目标的相位差 基于存储的相位差来计算峰值频率彼此重叠的时间,并且基于计算出的相位差和静止目标的预测相位差来计算移动目标的预测相位差。