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    • 3. 发明授权
    • Digitally encoded top octave frequency generator
    • 数字编码的最高八度频率发生器
    • US4137810A
    • 1979-02-06
    • US758598
    • 1977-01-12
    • Robert W. WheelwrightPeter E. Solender
    • Robert W. WheelwrightPeter E. Solender
    • G10H5/00G10H7/00G10H1/00
    • G10H5/00G10H7/008
    • A LSI (large scale integrated circuit) device is disclosed which generates 12 output frequencies related to each other by a multiple of the twelfth root of two from a common time base without the use of parallel divider or shift register strings. The output frequencies comprise the top octave, or a multiple thereof, of the frequencies of an electronic musical instrument. A binary counter serves as a common time base and encodes each wave form period in a form of a binary code. A binary processing circuit associated with each output frequency stores the count position of the next desired wave form transition and updates the stored code after each transition has occurred. The binary processing circuitry comprises a latch circuit, a binary full adder or ROM (read only memory), a digital comparator or ROM, and a J-K flip-flop circuit. The outputs can be easily modified in both actual frequency and waveform symmetry.
    • 公开了一种LSI(大规模集成电路)装置,其不使用并行分频器或移位寄存器串,从公共时基生成12个与第二十二根的倍数相关的12个输出频率。 输出频率包括电子乐器的频率的最高八度或其倍数。 二进制计数器用作公共时基,并以二进制码的形式对每个波形周期进行编码。 与每个输出频率相关联的二进制处理电路存储下一个期望波形转换的计数位置,并且在每次转换发生之后更新存储的代码。 二进制处理电路包括锁存电路,二进制全加器或ROM(只读存储器),数字比较器或ROM以及J-K触发器电路。 可以在实际频率和波形对称性中轻松修改输出。
    • 4. 发明授权
    • Electronic tone-generating system
    • US4067253A
    • 1978-01-10
    • US673194
    • 1976-04-02
    • Robert W. WheelwrightPeter E. Solender
    • Robert W. WheelwrightPeter E. Solender
    • G10H1/055G10H1/057G10H5/00G10H7/00G10H1/02
    • G10H1/0575G10H1/055G10H7/00
    • A tone-generating system for an electronic musical instrument of the percussion type is provided wherein an audible tone closely approximating the corresponding tone of a conventional instrument is generated electronically. A single-pole, double-throw switch is actuated by a key to initiate generation of the tone and a tri-level detecting circuit coupled to the switch is utilized to determine which of the three states the switch is in; that is, the two "throws" or positions of the switch which correspond to the released and depressed positions of the key, and the state in which the switch is between the other two positions. By detecting the three states and developing corresponding control signals, counting circuitry may be utilized to determine the intensity with which the key is depressed to enable generation by a read-only memory of digital scaling signals representative of the variations in amplitude of the initiated tone with respect to the intensity with which the key is depressed. An envelope control counter responds to the control signals and a variable rate clock to drive an envelope generating read-only memory to generate a digital envelope signal. A master frequency generator comprising an oscillator and divider circuitry is used to generate a digital pulse train representative of the frequency spectrum of the initiated tone. The digital scaling signal and digital envelope signal are combined in a multiplying digital-to-analog converter to obtain a corresponding composite signal. The composite signal is integrated to improve its analog characteristics and then it is applied to an output gate wherein it modulates the oscillating signal to produce an electrical signal representative of the initiated tone. The composite signal may be filtered and amplified by appropriate circuitry and then audibly reproduced by a loudspeaker. In the multiple-tone embodiments of the invention, multiplexers are utilized to reduce the amount of circuitry duplication and interconnecting wiring.
    • 6. 发明授权
    • Interface system wherein the interface is addressed before data transfer
from a selected device
    • 接口系统,其中在从所选设备进行数据传输之前对接口进行寻址
    • US4390967A
    • 1983-06-28
    • US196661
    • 1980-10-14
    • Ira EglowsteinPeter E. Solender
    • Ira EglowsteinPeter E. Solender
    • G06F13/38G06F3/00
    • G06F13/387
    • An interface system for expanding the number of device input ports and compatable with the message format and bus structure of a standard interface, namely the IEEE standard 488, has address decoding logic which identifies the expansion system and is operative to select, in accordance with an incoming message on the bus, which of several ports is to transmit or receive messages via the bus. Under control of the port identification message and strobe signals obtained from the handshake control logic of the expansion system, a sequence containing a predetermined number of bytes of port data is transmitted to the bus. The port data bytes may be coded in various formats, desirably BCD, which is compatable with the digital output format of many devices which may be interconnected and interfaced by the expansion system with the bus. Manual control is enabled by the control messages which are received by the expansion system, such that the transmission of messages to the bus from the selected port or from any device connected to the bus may, if desired, be inhibited until the manual control is activated. Different control messages may be used to enable the transmission of different message sequences with or without activation of the manual control.
    • 用于扩展设备输入端口数量并且与标准接口(即IEEE标准488)的消息格式和总线结构相容的接口系统具有标识扩展系统的地址解码逻辑,并且可操作地根据 总线上的传入消息,几个端口中的哪一个将通过总线发送或接收消息。 在从扩展系统的握手控制逻辑获得的端口识别消息和选通信号的控制下,将包含预定数量的字节的端口数据的序列发送到总线。 端口数据字节可以以各种格式进行编码,理想的是BCD,其与可以由扩展系统与总线互连和接口的许多设备的数字输出格式兼容。 通过由扩展系统接收的控制消息来启用手动控制,使得如果需要,可以禁止从所选端口或连接到总线的任何设备向总线发送消息,直到手动控制被激活 。 可以使用不同的控制消息来实现具有或不激活手动控制的不同消息序列的传输。
    • 7. 发明授权
    • Controlling the operation of numbering machines
    • 控制编号机的运行
    • US4202265A
    • 1980-05-13
    • US871778
    • 1978-01-24
    • Ira EglowsteinPeter E. Solender
    • Ira EglowsteinPeter E. Solender
    • B41F33/00B41K3/10G06K5/00B41L49/02
    • B41F33/009B41K3/105G06K5/00
    • A control system is described which assembles digital data representing the operations to be performed by the devices (the printed material consisting of the digits corresponding to the identification numbers which are presented by numbering machines which are incremented as the imprinter executes its successive document feeding cycles). A channel is provided for each device, which is responsive to the data and through which the data is advanced so as to operate the device in accordance therewith. A check digit printing device is operated by way of its associated channels so as to present the check digit corresponding to the identification number to be printed and enable corresponding identification numbers and check digits to be printed simultaneously at different locations on a multiplicity of different documents.
    • 描述了一种控制系统,其组装表示由设备执行的操作的数字数据(由与由打印机执行其连续文件馈送周期而递增的编号机所呈现的识别号相对应的数字组成的打印材料) 。 为每个设备提供一个通道,该通道响应数据并通过数据提前进行操作,以便根据此操作设备。 校验数字打印装置通过其关联的通道进行操作,以便呈现与要打印的识别号码相对应的校验位,并使得能够在多个不同文档上的不同位置同时打印相应的识别号码和校验数字。
    • 8. 发明授权
    • System for controlling the delivery of data from a data source
    • 用于控制从数据源传送数据的系统
    • US4321689A
    • 1982-03-23
    • US115796
    • 1980-01-28
    • Ira EglowsteinPeter E. Solender
    • Ira EglowsteinPeter E. Solender
    • B41F33/00B41K3/10G06K5/00G06F3/00
    • G06K5/00B41F33/009B41K3/105
    • Process requirements, such as high speed operations, make it necessary that a multiplicity of devices be controlled such that they perform different operations at the same time which, however, have the same effect as if the same operation is performed by all of the multiplicity of devices simultaneously. In high speed operations, for example, the printing of identification numbers and corresponding check digits, the same material must be printed in many places on each document but with printers capable only of printing each identification number of a different document at the same time as the documents are fed at high speed through the imprinting machine. A control system is described which assembles digital data representing the operations to be performed by the devices (the printed material consisting of the digits corresponding to the identification numbers which are presented by numbering machines which are incremented as the imprinter executes its successive document feeding cycles). A channel is provided for each device, which is responsive to the data and through which the data is advanced so as to operate the device in accordance therewith. A check digit printing device is operated by way of its associated channels so as to present the check digit corresponding to the identification number to be printed and enable corresponding identification numbers and check digits to be printed simultaneously at different locations on a multiplicity of different documents.
    • 诸如高速操作之类的过程需求使得有必要控制多个设备,使得它们在同一时间执行不同的操作,然而这些操作具有与所有多个操作相同的操作相同的效果 设备同时进行。 在高速操作中,例如,打印识别号码和对应的校验数字,必须在每个文件的许多地方打印相同的材料,但是打印机只能同时打印不同文档的每个识别号码, 文件通过压印机高速进给。 描述了一种控制系统,其组装表示由设备执行的操作的数字数据(由与由打印机执行其连续文件馈送周期而递增的编号机所呈现的识别号相对应的数字组成的打印材料) 。 为每个设备提供一个通道,该通道响应数据并通过数据提前进行操作,以便根据此操作设备。 校验数字打印装置通过其关联的通道进行操作,以便呈现与要打印的识别号码相对应的校验位,并使得能够在多个不同文档上的不同位置同时打印相应的识别号码和校验数字。
    • 9. 发明授权
    • Programmable rhythm unit
    • 可编程节奏单元
    • US4163407A
    • 1979-08-07
    • US759822
    • 1977-01-17
    • Peter E. Solender
    • Peter E. Solender
    • G10H1/40G10F1/00G10H1/02
    • G10H1/40G10H2210/361G10H2210/385Y10S84/12
    • A programmable rhythm unit is disclosed for electrically simulating sounds of a plurality of rhythm instruments being played in selected ones of a plurality of different rhythmic patterns. A variable frequency oscillator cooperates with a counter/divider and decoder circuit to provide a predetermined number of beats or pulses per measure at a tempo which may be varied by the user. Also provided is a plurality of keyed audio circuits which each produce a characteristic burst of output signals that simulate the audible output or voice of a corresponding rhythm instrument. Switching means are provided whereby the user can select any of the voices to play at any beat position. In addition an alternate beat pulse source is provided which can be selected by the switching means to play any of the voices at a particular beat position every other measure. A pseudo-random generator is also included which may be selected to play any of the voices at a random beat position in each measure.
    • 公开了一种可编程节奏单元,用于电动模拟以多种不同节奏模式中选定的节奏乐器播放的多个节奏乐器的声音。 可变频率振荡器与计数器/分频器和解码器电路协作,以可以由用户改变的速度在每个度量上提供预定数量的节拍或脉冲。 还提供了多个键控音频电路,每个音频电路产生模拟相应节奏乐器的可听输出或声音的输出信号的特征脉冲串。 提供切换装置,由此用户可以选择任何声音以在任何节拍位置播放。 此外,提供了可以由切换装置选择的替代拍子脉冲源,以便在每隔一个测量的特定拍子位置播放任何声音。 还包括伪随机发生器,其可以被选择以在每个度量中的随机节拍位置播放任何语音。
    • 10. 发明授权
    • Accompaniment system for electronic musical instrument
    • 电子乐器伴奏系统
    • US4271741A
    • 1981-06-09
    • US886750
    • 1978-03-15
    • William R. HoskinsonPeter E. SolenderWilliam V. Machanian
    • William R. HoskinsonPeter E. SolenderWilliam V. Machanian
    • G10H1/36G10H1/38G10H1/40G10F1/00
    • G10H1/40G10H1/383G10H2210/185Y10S84/12
    • An accompaniment system for an electronic musical instrument is selectively actuatable for producing accompaniment effects such as arpeggio in accordance with selectable notes or chords and with selectable rhythm patterns. The electronic musical instrument includes one or more conventional keyboards, a set of chord switches for selecting one of a plurality of predetermined chords and a set of rhythm switches for selecting one of a plurality of predetermined rhythm patterns, respectively. The accompaniment system includes a ROM containing note position signals arranged in a plurality of groups, each group corresponding to one of the selectable rhythm patterns. An electronic circuit selects one of the groups in response to activation of one of the rhythm pattern selector switches and sequentially combines each note position signal in the group with a chord displacement signal developed in response to actuation of one of the keyboard notes or chord selection switches. The electronic circuit then produces electronic signals corresponding to selected notes of the chromatic scale in accordance with the selected note or chord and rhythm pattern. The ROM further contains a note decay characteristic control signal associated with each of the note signals. The accompaniment system also includes another electronic circuit responsive to the electronic note signals and their associated note decay signals for directing the electronic musical instrument to sound notes to produce an accompaniment effect in accordance with the selected note or chord, with the selected rhythm pattern and with the predetermined decay characteristics of each note.
    • 用于电子乐器的伴奏系统可选择性地致动,用于根据可选择的音符或和弦并且具有可选择的节奏模式来产生诸如琶音的伴奏效果。 电子乐器包括一个或多个常规键盘,一组用于选择多个预定和弦中的一个的和弦开关,以及一组节奏开关,用于分别选择多个预定节奏模式之一。 伴奏系统包括一个包含多个组中的音符位置信号的ROM,每个组对应于一个选择节奏模式。 电子电路响应于其中一个节奏图案选择器开关的激活而选择组中的一个,并且顺序地组合组中的每个音符位置信号和响应于键盘音符或和弦选择开关中的一个的致动而产生的弦位移信号 。 电子电路然后根据所选择的音符或和弦和节奏模式产生对应于色标的所选音符的电子信号。 ROM还包含与每个音符信号相关联的音符衰减特性控制信号。 伴奏系统还包括响应于电子音符信号及其相关音符衰减信号的另一电子电路,用于将电子乐器引导到声音音符,以根据所选择的音符或和弦与所选择的节奏模式以及与 每个音符的预定衰减特性。