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    • 3. 发明授权
    • Wire guide for electrode discharge machining
    • 导线用于电极放电加工
    • US4686344A
    • 1987-08-11
    • US798493
    • 1985-11-15
    • Yoshiro Nakayama
    • Yoshiro Nakayama
    • B23H7/10
    • B23H7/10B23H7/105
    • A pair of guide devices 5, 6 for the wire electrode 1 in a discharge machining apparatus are disposed just above and below a workpiece 3. Each device includes three or more equally circumferentially spaced guide rings 8, 9, 10 surrounding the electrode and biased outwardly by tension springs 11, 12, 13 coupled to an enclosing frame member 7,to thereby center the electrode and prevent any lateral displacements during use. As an alternative the rings may be replaced by guide balls, 22, 23, 24 biased radially inwardly against the electrode by compression springs or fluid cylinders.
    • 放电加工装置中的线电极1的一对引导装置5,6设置在工件3的正上方和下方。每个装置包括三个或更多个周向间隔的引导环8,9,10围绕电极并向外偏置 通过联接到封闭框架构件7的拉伸弹簧11,12,13,从而使电极居中并防止在使用期间的任何横向位移。 作为替代,环可以由通过压缩弹簧或流体缸径向向内偏压抵靠电极的引导球22,23,24替代。
    • 8. 发明授权
    • Keyboard type electronic musical instrument
    • 键盘式电子乐器
    • US4240316A
    • 1980-12-23
    • US914684
    • 1978-06-12
    • Yasuhiko OkuyamaKoji TanakaYoshiro NakayamaHiroshi Kato
    • Yasuhiko OkuyamaKoji TanakaYoshiro NakayamaHiroshi Kato
    • G10H1/36G10H7/00G10H1/38G10H5/00
    • G10H1/36G10H7/00G10H2210/596G10H2210/601G10H2210/616Y10S84/02Y10S84/22
    • A keyboard type electronic musical instrument wherein tone assignment signals (key depression signals) designated by depressing desired keys of keyboards are transmitted to an electronic circuit block through only one signal line per sort of keyboard as time-divided serial timing signals. The electronic circuit block includes therein a circuit which generates parallel output signals having respectively different timings in correspondence with notes of the keyboards. The parallel timing signals are respectively sent to the corresponding key switches of the keyboards, they are selected by turning "on" the switches, and they are converted by OR circuits into serial timing signals representative of the selected notes. The serial timing signals are sent to a device for detecting and storing notes or chords, whereupon as in prior arts, a tone signal is generated from the obtained signal indicative of a note or chord by tone signal producing device and it is amplified and provided as an output by a loudspeaker. This time-division control system is applicable to electronic musical instruments having any desired forms of keyboards.
    • 一种键盘式电子乐器,其中通过按压键盘的期望键指定的音调分配信号(按键抑制信号)通过作为分时序列定时信号的每种键盘的一个信号线被发送到电子电路块。 电子电路块包括电路,其生成与键盘的音符相对应的具有不同时序的并行输出信号。 并行定时信号分别发送到键盘的相应的键开关,通过开关“开”来选择它们,并且它们由OR电路转换成代表所选音符的串行定时信号。 串行定时信号被发送到用于检测和存储音符或和弦的设备,因此在现有技术中,从获得的指示音调信号产生装置的音符或和弦的信号产生音调信号,并且它被放大并提供为 由扬声器输出。 该时分控制系统适用于具有任何所需形式的键盘的电子乐器。
    • 9. 发明授权
    • Keyboard type automatic accompanying system
    • 键盘式自动伴奏系统
    • US4216692A
    • 1980-08-12
    • US922000
    • 1978-07-05
    • Yasuhiko OkuyamaKoji TanakaYoshiro NakayamaHiroshi Kato
    • Yasuhiko OkuyamaKoji TanakaYoshiro NakayamaHiroshi Kato
    • G10H1/36G10H1/38G10H7/00G10H1/00
    • G10H7/00G10H1/36G10H1/383G10H2210/596G10H2210/601G10H2210/616Y10S84/22
    • A keyboard type automatic accompanying system wherein information representative of the root note of a chord and the type thereof are detected from key depression signals assigned by depressing a plurality of desired keys of an accompanying keyboard, the detected information are stored, and an automatic chord complying with the particular chord are accompanied. A chord detector comprises in combination a shift register which stores the accompanying key assignment signals therein and which shifts the stored contents cyclically, and a ROM device in which binary information indicative of the basic forms of chord names and the types of chords are stored. Outputs of the shift register are applied to the ROM device, and the type and the root note of the chord are detected in one shift cycle of the shift register, so that the circuit arrangement is simplified, that the detecting time is shortened and that the key response rate is enhanced. On the basis of the information representative of the root note of the chord and the type thereof, an auto-chord tone assignment signal is formed by an ACC signal generator. The signal is timed in a chord tone generator by a rhythm pulse transmitted from a rhythm pulse generator, and becomes an automatic chord accompanying tone signal. The tone signal is amplified by an amplifier and provided as an output by a loudspeaker.
    • 一种键盘式自动伴奏系统,其中通过按下伴随键盘的多个所需键分配的键按压信号来检测表示和弦的根音及其类型的信息,存储检测到的信息,并且自动和弦符合 伴随着特定的和弦。 和弦检测器组合有一个移位寄存器,存储其中附带的键分配信号,并循环地移动存储的内容;以及ROM装置,其中存储指示和弦名称和和弦类型的基本形式的二进制信息。 移位寄存器的输出被施加到ROM器件,并且在移位寄存器的一个移位周期中检测和弦的类型和根音,使得电路布置简化,检测时间缩短,并且 关键响应率提高。 基于代表和弦根音的信息及其类型,由ACC信号发生器形成自动和弦音调分配信号。 信号通过从节奏脉冲发生器发送的节奏脉冲在和弦音发生器中定时,并且成为伴随音调信号的自动和弦。 音调信号由放大器放大并由扬声器作为输出提供。
    • 10. 发明授权
    • Wire electrode discharge machine and method
    • 线电极放电机及方法
    • US5744775A
    • 1998-04-28
    • US611810
    • 1996-03-06
    • Osamu YasudaYoshiro Nakayama
    • Osamu YasudaYoshiro Nakayama
    • B23H7/02B23H7/04B23H7/06
    • B23H7/06B23H7/04B23H7/065B23H2500/20
    • To easily correct the slant of a wire electrode to a workpiece by using the workpiece which is machined into a product and the wire electrode without a special jig. Discharge is generated by approaching a wire electrode 1 to a workpiece fixed on a table. The slant of the wire electrode and correcting amount are calculated by measuring the discharge for a prescribed period of time or a prescribed number of times, while taking the discharge position as a width or a distribution. Then, correction is performed. Therefore, it is possible to correct the slant of the wire electrode relative to the workpiece directly by using the wire electrode. Accordingly, it is possible to drastically reduce the time necessary for getting accuracy in fixing the workpiece on the table and the time necessary for arrangements such as verticality check of the wire electrode by discharge.
    • 通过使用被加工成产品的工件和没有特殊夹具的线电极,可以容易地将线电极的倾斜校正到工件。 通过将线电极1接近固定在工作台上的工件来产生放电。 通过在排出位置作为宽度或分布的同时测量排出规定时间或规定次数来计算线电极的倾斜度和校正量。 然后,进行校正。 因此,可以通过使用线电极直接校正线电极相对于工件的倾斜。 因此,可以大幅缩短将工件固定在工作台上的精度所必需的时间以及放电对线电极的垂直度检查等布置所需的时间。