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    • 23. 发明授权
    • Surveying instrument having mode judgement means
    • 具有模式判断功能的测量仪器
    • US5440112A
    • 1995-08-08
    • US195136
    • 1994-02-14
    • Ritsuo SakimuraKazuaki KimuraHiroshi Inaba
    • Ritsuo SakimuraKazuaki KimuraHiroshi Inaba
    • G01C3/00G01C15/00G01S7/499G01S17/66G01J1/20
    • G01S17/66G01C15/002G01S7/499
    • A surveying instrument includes a main body and a terminal portion located away from the main body. The main body includes a measuring unit 20 capable of operating in a tracking mode in which a target 11 for searching a set out point S to be set out at a point of land is tracked and a measuring mode in which the position of the target 11 is measured, a first communication unit 15 for transmitting data concerning a target position measured by the measuring unit to the terminal portion, a mode judging unit 47 for judging that the measuring unit is operating in the tracking or measuring mode, and a result informing unit 54 for informing a result obtained by the mode judging unit 47 toward the side of the target. The terminal portion includes a second communication unit 13B for receiving data transmitted from the first communication unit, a memory unit 57 for storing position data concerning the set out point, a calculating unit 55 for calculating a difference between the positions of the set out point and the target on the basis of the data concerning the set out point stored in the memory unit 57 and the data transmitted from the main body, and a display unit 58 for displaying the difference.
    • 测量仪器包括主体和远离主体的终端部分。 主体包括测量单元20,其能够跟踪跟踪用于搜索在陆地点处设置的设定点S的目标11的跟踪模式,以及测量模式,其中目标11的位置 第一通信单元15,用于将关于由测量单元测量的目标位置的数据发送到终端部分;模式判断单元47,用于判断测量单元在跟踪或测量模式中操作;以及结果通知单元 54用于将由模式判断单元47获得的结果朝向目标的一侧通知。 终端部分包括:第二通信单元13B,用于接收从第一通信单元发送的数据;存储单元57,用于存储关于设定点的位置数据;计算单元55,用于计算出点的位置和 基于存储在存储单元57中的设定点的数据和从主体发送的数据的目标,以及用于显示差异的显示单元58。
    • 29. 发明授权
    • Magnetic recording medium having ion-implanted parts
    • 具有离子注入部件的磁记录介质
    • US08361640B2
    • 2013-01-29
    • US12378894
    • 2009-02-20
    • Toshinori OnoHiroshi KanaiTatsuysa HinoueHiroyuki SuzukiHiroshi Inaba
    • Toshinori OnoHiroshi KanaiTatsuysa HinoueHiroyuki SuzukiHiroshi Inaba
    • G11B5/66
    • G11B5/82G11B5/855
    • Embodiments of the present invention provide recording area separated magnetic recording media (DTMs, BPMs) allowing magnetic heads to fly lower. According to one embodiment, the recording area separated magnetic recording media are configured so that magnetic recording layers have parts with the relatively higher element ratio of a ferromagnetic material, and parts with the lower element ratio of the ferromagnetic material, occurring periodically in the in-plane direction, and the average height from the substrate surface of the parts with the relatively higher element ratio of a ferromagnetic material is higher than the average height from the substrate surface of the parts with the lower element ratio of the ferromagnetic material. In producing recording area separated magnetic recording media with the element ratio of a ferromagnetic material relatively lowered by ion implantation, preliminarily etching the part to be ion implanted makes the height after ion implantation relatively lower than the non-implanted part.
    • 本发明的实施例提供了允许磁头较低飞行的记录区分离的磁记录介质(DTM,BPM)。 根据一个实施例,记录区域分离的磁记录介质被配置为使得磁记录层具有铁磁材料的相对较高的元件比的部件,并且具有铁磁材料的较低元件比的部件在内部周期性地出现, 并且与铁磁材料相对较高的元件比的部件的基板表面的平均高度高于具有铁素体的较低元素比的部件的基板表面的平均高度。 在通过离子注入相对降低的铁磁材料的元素比率的记录区域分离的磁记录介质中,预先蚀刻待离子注入的部分使离子注入后的高度相对低于非注入部分。