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    • 2. 发明授权
    • Laser processing method
    • 激光加工方法
    • US5670069A
    • 1997-09-23
    • US576640
    • 1995-12-21
    • Izuru NakaiToshiharu OkadaYuji Uesugi
    • Izuru NakaiToshiharu OkadaYuji Uesugi
    • B23K26/06B23K26/073B23K26/08
    • B23K26/066
    • A laser processing method is carried out by a laser apparatus comprising: an oscillator; a spatial filter comprising a first convex lens, a member having a pinhole portion, and a second convex lens on an optical axis of the laser beam from an oscillator; two galvano-mirrors; and an f.theta. lens. The method includes: emitting a laser beam from the oscillator, focusing the laser beam by the first convex lens, removing non-focusing components in a peripheral portion of a focusing spot performed by the first convex lens by passing the laser beam which has passed through the first convex lens through the pinhole portion, a focal distance of the first convex lens being set so that a focusing diameter of the laser beam at the pinhole portion of the member is equal to or smaller than a focusing diameter of the laser beam which has passed through the f.theta. lens, restoring the laser beam which has passed through the pinhole portion into a parallel laser beam by the second convex lens, scanning the laser beam which has passed through the second convex lens by means of the two galvano-mirrors, and focusing the scanned laser beam by means of the f.theta. lens on a work to execute processing of the work.
    • 激光加工方法由激光装置进行,该激光装置包括:振荡器; 空间滤波器,包括第一凸透镜,具有针孔部分的构件和来自振荡器的激光束的光轴上的第二凸透镜; 两个电流镜; 和θθ透镜。 该方法包括:从振荡器发射激光束,通过第一凸透镜聚焦激光束,通过使已经通过的激光束通过,由第一凸透镜执行的聚焦点的周边部分去除非聚焦分量 所述第一凸透镜通过所述针孔部分,所述第一凸透镜的焦距被设定为使得所述构件的所述针孔部分处的所述激光束的聚焦直径等于或小于所述激光束的聚焦直径 通过fθ透镜,通过第二凸透镜将已经穿过针孔部分的激光束恢复为平行的激光束,通过两个电流镜扫描已经穿过第二凸透镜的激光束, 并且通过fθ透镜将扫描的激光束聚焦在工作上以执行工作的处理。
    • 3. 发明授权
    • Laser processing method
    • 激光加工方法
    • US5690846A
    • 1997-11-25
    • US576638
    • 1995-12-21
    • Toshiharu OkadaIzuru NakaiYuji Uesugi
    • Toshiharu OkadaIzuru NakaiYuji Uesugi
    • B23K26/00B23K26/02B23K26/06B23K26/08H05K3/00
    • B23K26/0853H05K3/0017
    • A laser processing method is to be executed by a pair of turning mirrors of which axes of rotation are arranged in mutually twisted positions, a flat field lens for converging a laser beam reflected on the pair of turning mirrors on a specified plane, and an X-Y stage which carries and moves thereon an object to be processed to which the laser beam is applied, the object having a plurality of rectangular planar areas of the same shape as each other in a matrix form and adjoining the rectangular planar areas while not overlapping the rectangular planer area nor leaving any space therebetween. The method includes a first step of executing application of the laser beam of which a laser applying position is determined by the pair of turning mirrors and the flat field lens to one of the rectangular planar areas of the object, a second step of moving an X-axis stage or a Y-axis stage of the X-Y stage after the first step is completed, a third step of executing application of the laser beam to one of the rectangular planar areas which is adjacent to the rectangular planar area to which the latest application of the laser beam is performed, and a fourth step of executing the second and third steps alternately to process the plurality of rectangular planar areas of the object.
    • 一种激光加工方法由一对旋转镜转轴执行,旋转轴的旋转位置相互扭转的位置,将在一对转向镜上反射的激光束会聚在特定平面上的平坦场透镜,XY 在其上承载并移动其上施加有激光束的待处理物体的台阶,该物体具有彼此相同形状的多个矩形平面区域,并且与矩形平面区域相邻,而不与矩形 平面区域,也不留下任何空间。 该方法包括执行激光施加的第一步骤,激光施加位置由一对转向镜和平面场透镜确定为物体的矩形平面区域中的一个,移动X 第一步骤完成之后的XY平台的Y轴平台或Y轴平台,第三步骤,执行将激光束施加到与最新应用的矩形平面区域相邻的矩形平面区域之一 执行激光束的第四步骤,以及交替执行第二和第三步骤以处理物体的多个矩形平面区域的第四步骤。
    • 4. 发明授权
    • Music player
    • 音乐播放器
    • US07285711B2
    • 2007-10-23
    • US11205123
    • 2005-08-17
    • Toshiharu OkadaKaoru TsukamotoTomohiro IwanagaYoji Hamano
    • Toshiharu OkadaKaoru TsukamotoTomohiro IwanagaYoji Hamano
    • G04B13/00G10H7/00
    • G10H7/006G10H2230/031G10H2230/041G10H2240/056
    • A music player has sequencers each including a reading and restoring function unit for reading music information including header information, a delta time, and a message and restoring running status of the message; a message analyzing and processing function unit for analyzing the header information, consuming a period of time according to the delta time, and processing the message to generate sound source drive information; a writing function unit for writing the sound source drive information into an output memory; and a sequencer controlling function unit for controlling the reading and restoring function unit to read and restore the music information, controlling the message analyzing and processing function unit to analyze the header information, and controlling the message analyzing and processing function unit and the writing function unit to consume the period of time, generate the sound source drive information, and write the sound source drive information.
    • 音乐播放器具有排序器,每个音序器包括读取和恢复功能单元,用于读取包括头信息,增量时间和消息的音乐信息,并恢复消息的运行状态; 消息分析处理功能单元,用于分析标题信息,根据增量时间消耗一段时间,并处理消息以产生声源驱动信息; 写入功能单元,用于将声源驱动信息写入输出存储器; 以及定序器控制功能单元,用于控制读取和恢复功能单元以读取和恢复音乐信息,控制消息分析和处理功能单元以分析头信息,以及控制消息分析处理功能单元和写功能单元 消耗一段时间,生成声源驱动信息,并写入声源驱动信息。
    • 5. 发明申请
    • MIDI playing method
    • MIDI播放方式
    • US20060201314A1
    • 2006-09-14
    • US11261767
    • 2005-10-31
    • Toshiharu Okada
    • Toshiharu Okada
    • G10H7/00
    • G10H1/0066G10H7/002G10H2230/015G10H2230/021
    • The present invention provides a MIDI playing method comprising the steps of when synchronous event messages embedded in MIDI data are detected on the sequencer side which analyzes MIDI data in order along a time series of the MIDI data where the MIDI data are analyzed from the head of music to carry out MIDI musical performance, accumulating the number of the synchronous event messages and requesting a host CPU to make interrupt processing; and executing synchronous event processing on the host CPU side having received the request for the interrupt processing therein until the number of executed synchronous events and the accumulated value coincide with each other.
    • 本发明提供了一种MIDI播放方法,包括以下步骤:当在定序器侧检测到嵌入在MIDI数据中的同步事件消息时,按照从MIDI数据的时间序列顺序分析MIDI数据,从MIDI数据的头部分析MIDI数据 音乐进行MIDI音乐表演,累积同步事件消息的数量并请求主机CPU进行中断处理; 并且在已经接收到其中的中断处理请求的主机CPU侧执行同步事件处理,直到执行的同步事件的数量和累加值彼此一致。