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    • 31. 发明授权
    • Software sound source
    • 软件声源
    • US5955691A
    • 1999-09-21
    • US904327
    • 1997-07-31
    • Hideo SuzukiMotoichi TamuraYoshimasa IsozakiHideyuki MasudaMasahiro Shimizu
    • Hideo SuzukiMotoichi TamuraYoshimasa IsozakiHideyuki MasudaMasahiro Shimizu
    • G10H7/00
    • G10H7/006G10H2210/291G10H2210/295G10H2230/031G10H2240/056G10H2240/241G10H2240/311G10H2250/105G10H2250/595G10H2250/621
    • A music apparatus uses a processing unit of a universal type having an extended instruction set used to carry out parallel computation steps in response to a single instruction which is successively issued when executing a program. A software module defines a plurality of channels and is composed of a synthesis program executed by the processing unit using the extended instruction set so as to carry out synthesis of waveforms of musical tones through the plurality of the channels. The plurality of the channels are optimally grouped into parallel sets each containing at least two channels. The synthesis of the waveforms of at least two channels belonging to each parallel set are carried out concurrently by the parallel computation steps. A buffer has a capacity sufficient to store the waveform samples allotted to one frame period. A cache has a capacity sufficient to store a subset of the waveform samples which is an integer division of the set allotted to one frame period. The synthesis program is executed by the processing unit at one frame period so as to carry out synthesis of a set of waveform samples allotted to one frame period while efficiently accessing the cache. Any designated subroutine programs are sequentially called in response to call instructions to process the waveform samples during the synthesis.
    • 音乐装置使用具有扩展指令集的通用类型的处理单元,该扩展指令集用于在执行程序时依次发出的单个指令执行并行计算步骤。 软件模块定义多个通道,并且由使用扩展指令集的处理单元执行的合成程序组成,以便通过多个通道执行乐音的波形的合成。 多个通道被最佳地分组成每个包含至少两个通道的并行组。 属于每个并行集合的至少两个信道的波形的合成通过并行计算步骤同时执行。 缓冲器具有足以存储分配到一个帧周期的波形样本的容量。 缓存具有足以存储波形样本的子集的容量,该子集是分配给一帧周期的集合的整数除法。 合成程序由处理单元在一个帧周期执行,以便在有效地访问高速缓存的同时执行分配到一个帧周期的一组波形样本的合成。 响应于在合成期间处理波形样本的调用指令,顺序地调用任何指定的子程序。
    • 33. 发明授权
    • Flat display device and manufacturing method thereof
    • 平板显示装置及其制造方法
    • US5681195A
    • 1997-10-28
    • US314761
    • 1994-09-29
    • Norihiko EgamiMasaru NagaikeTakashi IchiyanagiHideo Suzuki
    • Norihiko EgamiMasaru NagaikeTakashi IchiyanagiHideo Suzuki
    • H01J9/24H01J9/02
    • H01J9/241H01J2329/00
    • A flat display device includes cathodes, a screen plate having a fluorescent screen, a plate-like electrode for controlling electron beams from the cathodes to the fluorescent screen, and a frame body for supporting the plate-like electrode. The frame body securely fixes both ends of the plate-like electrode at two opposite sides thereof, and has an elastic body for supporting the plate-like electrode in a stretched state by a spring force of the elastic body. The flat display device is made by the steps of pressing a pair of leaf springs provided respectively at two confronting sides of a frame body to thereby bend the frame body in such directions that the confronting sides become close to each other, securely fixing both ends of a plate-like electrode to the pair of bent leaf springs, and releasing the pressing of the leaf springs to thereby restore the leaf springs.
    • 平面显示装置包括阴极,具有荧光屏的屏板,用于控制从阴极到荧光屏的电子束的板状电极和用于支撑板状电极的框体。 框架体在其两个相对侧牢固地固定板状电极的两端,并且具有用于通过弹性体的弹力将板状电极支撑在拉伸状态的弹性体。 平面显示装置是通过按压分别设置在框体的两个相对侧的一对片簧的步骤制成的,从而使框架体沿相对侧彼此靠近的方向弯曲,从而牢固地固定 将板状电极连接到一对弯曲的板簧上,释放板簧的按压从而恢复板簧。
    • 34. 发明授权
    • Cancer diagnosis and treatment device having laser beam generator
    • 具有激光束发生器的癌症诊断和治疗装置
    • US5634922A
    • 1997-06-03
    • US368769
    • 1995-01-04
    • Toru HiranoHideo Suzuki
    • Toru HiranoHideo Suzuki
    • A61B17/00A61N5/06
    • A61N5/062A61N5/0601A61B2017/00066
    • A cancer diagnosis and treatment device comprising a solid-state laser generator such as an Nd-YAG laser, an alexandrite laser, or titanium sapphire laser for emitting a first laser beam having a first wavelength, a harmonic generator for generating higher harmonic laser beams of the first laser beam and outputting one of the higher harmonic laser beams, and an optical parametric oscillator for converting the harmonic laser beam outputted from the harmonic generator into second and third laser beams suitable for the cancer diagnosis and treatment, the second laser beam having a second wavelength stimulating a sterilizing photochemical reaction between the photosensitive material and the cancer foci to perform the cancer treatment and the third laser beam having a third wavelength inducing fluorescence inherent to the photosensitive material to enable the cancer diagnosis, an endoscope for guiding the second and third laser beams emitted from the laser beam source to the cancer foci and transmitting an image of the fluorescence of the photosensitive material to an outside of the body, and a cancer observing unit having a screen for receiving the image of the fluorescence of the photosensitive material al transmitted through the endoscope unit and displaying the image on the screen to thereby perform the cancer diagnosis.
    • 一种癌症诊断和治疗装置,包括诸如Nd-YAG激光器的固态激光发生器,用于发射具有第一波长的第一激光束的亚历山大黄光激光器或钛蓝宝石激光器,用于产生高次谐波激光束的谐波发生器 第一激光束并输出高次谐波激光束之一,以及用于将从谐波发生器输出的谐波激光束转换成适用于癌症诊断和治疗的第二和第三激光束的光参量振荡器,第二激光束具有 第二波长刺激感光材料和癌症灶之间的杀菌光化学反应以进行癌症治疗,并且具有诱导感光材料固有的荧光的第三波长的第三激光束能够进行癌症诊断,用于引导第二和第三 从激光束源发射到癌症灶的激光束 将感光材料的荧光图像传输到身体的外部,以及癌症观察单元,其具有用于接收通过内窥镜单元传输的感光材料a1的荧光图像并将该图像显示在屏幕上的屏幕 从而进行癌症诊断。
    • 35. 发明授权
    • Input/output apparatus having a pen, and method of associating and
processing handwritten image data and voice data
    • 具有笔的输入/输出设备,以及关联和处理手写图像数据和语音数据的方法
    • US5546565A
    • 1996-08-13
    • US252280
    • 1994-06-01
    • Hideo Suzuki
    • Hideo Suzuki
    • G06F3/038G06F3/16G06K9/18G06K9/22G10L5/02
    • G06F3/038G06F3/04883G06F3/167
    • An input/output apparatus records both a handwritten image and a speech to facilitate the collation between the recorded image and speech. When a command recognizing section recognizes that a handwritten image input through a coordinate input section is a voice command image, a voice processor starts recording the speech, input from a microphone, into a voice recording memory. During this recording, the voice processor sets the input handwritten image as a key image. When an end command image is written, the voice processor registers the speech, recorded in the voice recording memory, into a voice register file in association with the key image. When an image identical to the registered key image is input, the voice processor reads the speech corresponding to the key image from the voice register file into the voice recording memory, and reproduces the speech from a loudspeaker.
    • 输入/输出设备记录手写图像和语音以便于记录的图像和语音之间的对照。 当命令识别部分识别通过坐标输入部分输入的手写图像是语音命令图像时,语音处理器开始将从麦克风输入的语音记录到语音记录存储器中。 在该记录期间,语音处理器将输入的手写图像设置为关键图像。 当结束命令图像被写入时,语音处理器将记录在语音记录存储器中的语音与密钥图像相关联地登记到语音寄存器文件中。 当输入与注册的关键图像相同的图像时,语音处理器将与密钥图像相对应的语音从语音寄存器文件读入语音记录存储器,并从扬声器再现该语音。
    • 39. 发明授权
    • Tone signal processing apparatus employing a digital filter having
improved signal delay loop
    • 采用具有改进的信号延迟环路的数字滤波器的音频信号处理装置
    • US5247130A
    • 1993-09-21
    • US734279
    • 1991-07-22
    • Hideo SuzukiKazuhisa Okamura
    • Hideo SuzukiKazuhisa Okamura
    • G10H1/12H03H17/00H03H17/02
    • G10H1/125G10H2250/095G10H2250/115G10H2250/545Y10S84/09
    • A series of delay circuits are provided which receive tone signal sample data of plural channels supplied on a time shared basis, hold plural tone signal sample data of each channel and hold these plural sample data while sequentially delaying them. The series of delay circuits are connected in an endless manner to form a circulating loop and plural data selection circuits are provided at predetermined delay stages. Each data selection circuit performs a selection control as to whether new tone signal sample data should be loaded in the delay circuit loop or data in the delay circuit should be circulated. Tone signal sample data which are provided sequentially from the delay circuit loop after delay are sequentially operated with filter coefficients of plural orders and results of the operation are accumulated to obtain a filter operation output. This construction enables tone signal sample data of a necessary channel to be loaded in the delay circuit loop at a point of a necessary data selection circuit in a time period which is shorter than one cycle of the entire delay circuit loop. Therefore, the time division period of supplied tone signal sample data of each channel can be made different from the time division period of each channel in the delay circuit loop.
    • 提供了一系列延迟电路,其接收在时间共享的基础上提供的多个频道的音调信号采样数据,保持每个通道的多个音调信号采样数据并保持这些多个采样数据,同时依次延迟它们。 一系列延迟电路以无限方式连接形成循环回路,并以预定的延迟阶段提供多个数据选择电路。 每个数据选择电路执行关于是否应该在延迟电路环路中加载新的音调信号采样数据或延迟电路中的数据应该循环的选择控制。 由延迟后的延迟电路循环依次提供的音调信号采样数据按多个阶的滤波器系数顺序运行,累加运算结果以获得滤波器运算输出。 这种结构使得必要通道的音调信号采样数据能够在短于整个延迟电路环路的一个周期的时间段内在必要的数据选择电路的一点加载在延迟电路回路中。 因此,可以使每个信道的提供的音调信号采样数据的时分周期与延迟电路回路中每个通道的时分周期不同。
    • 40. 发明授权
    • Musical tone control apparatus employing handheld stick and leg sensor
    • 使用手持棒和腿传感器的音乐控制装置
    • US5192823A
    • 1993-03-09
    • US417788
    • 1989-10-04
    • Hideo SuzukiMasao Sakama
    • Hideo SuzukiMasao Sakama
    • G10H1/053G10H1/00G10H1/32G10H1/34
    • G10H1/00G10H1/32
    • A musical tone control apparatus includes at least one stick to be held by a person's hand and at least one detector to be attached to a person's leg. The stick and detector are respectively equipped with sensors each detecting a physical parameter accompanied with a spatial displacement thereof. Preferably, the sensor is constructed by an acceleration sensor for detecting an acceleration as the physical parameter. Based on detection results of the sensors, a generation of a muscial tone is controlled when the stick and detector are swung with the swinging motions of the person's arm and leg. In addition, a switch is provided to the stick, by which a tone color of the musical tone to be generated is controlled in response to an operation of this switch. Preferably, the musical tone control apparatus can provide two sticks to be held by both hands and two detectors to be attached to both legs.
    • 音乐控制装置包括至少一个由人的手保持的棍子和至少一个要附接到人腿的检测器。 棒和检测器分别配备有传感器,每个传感器检测伴随其空间位移的物理参数。 优选地,传感器由用于检测作为物理参数的加速度的加速度传感器构成。 基于传感器的检测结果,当用手臂和腿部的摆动运动摆动摇杆和探测器时,可以控制生成的音色。 此外,还提供了一个开关,用于响应该开关的操作来控制要产生的乐音的音色。 优选地,乐音控制装置可以提供要由双手保持的两根棍子和两个待附接到两腿的检测器。