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    • 1. 发明授权
    • Programmable television game and training system with adaptable operator
control
    • 可编程电视游戏和训练系统,具有适应性的操作员控制
    • US4156928A
    • 1979-05-29
    • US790077
    • 1977-04-22
    • Fumiyuki InoseHirohido EndoAkio Komatsu
    • Fumiyuki InoseHirohido EndoAkio Komatsu
    • A63F9/18A63F3/02A63F13/00A63F13/06G06F9/24G09B5/06G09B7/04H04N7/18G06F3/02A63F9/00
    • A63F13/22A63F13/00G06F9/24G09B5/065G09B7/04G07F17/3209
    • A television-connected microprocessor system designed for use primarily as a television game or education system. The system is designed to accept source programming from cartridges that are interchangeable. The cartridges utilize either a ROM or a RAM to store the source programming. The source program is stored in the cartridge ROM or RAM in a higher level language, such as BASIC and interpreted for use by the microprocessor. Each ROM cartridge comes with a keyboard entry device as an integral part thereof which is uniquely adapted to the programming in the cartridge and the games or training sequence dictated thereby. By using a RAM cartridge, the user may enter his own source program by way of a general purpose keyboard or a tape recorder. Keyboard overlays are utilized to adapt the general purpose keyboard to the particular game or training sequence dictated by the source program entered into the cartridge RAM by the user.
    • 电视连接的微处理器系统主要用作电视游戏或教育系统。 该系统设计用于从可互换的墨盒接受源程序设计。 磁带盒使用ROM或RAM来存储源编程。 源程序以较高级别的语言(如BASIC)存储在盒式ROM或RAM中,并被解释供微处理器使用。 每个ROM盒带有作为其组成部分的键盘输入装置,其独特地适用于盒中的编程以及由此指定的游戏或训练序列。 通过使用RAM盒,用户可以通过通用键盘或磁带录音机输入他自己的源程序。 键盘覆盖用于将通用键盘适应于由用户输入到盒式RAM中的源程序指定的特定游戏或训练序列。
    • 2. 发明授权
    • Color pattern and alphanumeric character generator for use with
raster-scan display devices
    • 用于光栅扫描显示设备的彩色图案和字母数字字符发生器
    • US4139838A
    • 1979-02-13
    • US785100
    • 1977-04-06
    • Fumiyuki InoseHirohido EndoAkio Komatsu
    • Fumiyuki InoseHirohido EndoAkio Komatsu
    • G09G5/04A63F13/00G06T11/00G09G1/00G09G1/28G09G5/02G09G5/06G09G5/22G09G5/40G06K15/20
    • G09G5/222G09G5/02
    • A color pattern and alphanumeric character generator for use with raster-scanned CRT display devices wherein the color background patterns and the characters are generated in an integrated manner. As a result, the apparatus utilized is considerably simplified and the color pattern display obtainable is more complex and more easily varied than hitherto was possible in an apparatus of this type. The viewing area of the raster-scan CRT is divided into a matrix of character cells. Each character cell is in turn divided into a plurality of color cells, each color cell being a matrix of dot positions on the display area of the CRT. The relationship of the number of color cells in each character cell and the number of dot positions in each color cell is an even integer. A display RAM, addressed by a microprocessor, stores display information therein. The RAM is addressed by the display circuitry during the display cycle. Each address location in the RAM has a plurality of bytes associated therewith which define a particular character cell on the CRT, both as to the color pattern therein and the character therein, if any. This information is used by the color and video network of the raster-scan display to generate the composite character and color pattern signal for each scan line.
    • 用于光栅扫描的CRT显示设备的彩色图案和字母数字字符发生器,其中彩色背景图案和字符以集成的方式产生。 结果,使用的装置相当简化,并且可获得的彩色图案显示比迄今为止在这种装置中可能更复杂和更容易地变化。 光栅扫描CRT的观看区域被划分为字符单元的矩阵。 每个字符单元又被分成多个彩色单元,每个单元是CRT的显示区上的点阵列矩阵。 每个字符单元中的颜色单元数与每个颜色单元中的点位数的关系是偶数整数。 由微处理器寻址的显示RAM存储其中的显示信息。 在显示周期中,RAM由显示电路进行寻址。 RAM中的每个地址位置具有与其相关联的多个字节,其定义CRT上的特定字符单元,关于其中的颜色模式及其中的字符(如果有的话)。 该信息由光栅扫描显示器的颜色和视频网络使用,以生成每条扫描线的复合字符和颜色模式信号。
    • 3. 发明授权
    • Character generator for visual display devices
    • 字符发生器用于视觉显示设备
    • US4107662A
    • 1978-08-15
    • US658390
    • 1976-02-17
    • Hirohido EndoFumiyuki InoseAkio Komatsu
    • Hirohido EndoFumiyuki InoseAkio Komatsu
    • G06K15/10G09G5/26G09G5/28G09G5/32G06K15/20
    • G09G5/26
    • Binary patterns that define alphanumeric characters for display are stored in a character pattern memory in a size that is smaller than the pattern that will be needed for display purposes. Each such stored character pattern is expanded to the size of a display character pattern, at a time when that character is to be displayed, on a point by point basis of the stored pattern. The expansion of each point in a stored character pattern is accomplished by a relationship that takes into consideration the points surrounding the point to be expanded.When a character requires a binary pattern that is not readily susceptible of this type of expansion, the full display size pattern must be stored in memory. This display size pattern is broken up into a plurality of smaller stored patterns and stored in memory as a plurality of adjacent smaller patterns. In effect, then, two different character pattern sizes are stored in memory. The display size patterns in memory are identified by indicia such as a flag in the first line of the stored pattern, or by a flag in the memory address codes. When such flag is detected, the display size pattern is read from memory, and displayed without being expanded. When such flag bit is not detected, the pattern is read from memory and expanded, prior to display. Use of the word "display" in this document refers to not only the visual display but also the printer device.
    • 定义用于显示的字母数字字符的二进制模式存储在字符模式存储器中,其大小小于显示目的所需的模式。 在存储的图案的逐点的基础上,将每个这样存储的字符图案扩展到显示字符图案的大小,在该字符被显示时。 存储的字符图案中的每个点的扩展通过考虑到要扩展的点周围的点的关系来实现。
    • 5. 发明授权
    • Automatic printer with plurality of replaceable printing members
    • 具有多个可更换打印件的自动打印机
    • US4026403A
    • 1977-05-31
    • US657608
    • 1976-02-12
    • Fumiyuki InoseAkio Komatsu
    • Fumiyuki InoseAkio Komatsu
    • B41B19/00B41J1/30B41J25/24G06K15/10
    • B41J1/30B41J25/24
    • An automatic printer assembly capable of printing a large number of characters from a plurality of replaceable printing members and valuable in printing characters in a foreign language, such as Japanese Kanji, and the like. The printing member support carriage can align with a storage device, such as a carousel holder, to exchange printing members. A character memory storage receives an appropriately coded signal indicating a predetermined amount and location of characters that are to be printed on a predetermined area of a medium. A controller addresses the memory storage to select the appropriate character printing member. The input character information can be appropriately coded to minimize the scan time of the printing members by a sequential selecting of the printing members based on the respective character use of each printing member. The controller controls the position of the paper, the carriage, and the striking of a hammer so that the characters on the printing member are coordinately printed as a first group across the predetermined area of the medium. The controller can then sequentially activate the exchange device to replace the first character member with a second character printing member for rescanning the same predetermined area of the medium to interpolate the printing of a second group of characters. Subsequent printing members can be utilized in a similar fashion until all the stored characters are printed out.
    • 一种自动打印机组件,其能够从多个可替换的打印构件打印大量字符并且以诸如日语汉字等的外语打印字符是有价值的。 打印构件支撑托架可以与诸如转盘支架的存储装置对准以交换打印构件。 字符存储器存储器接收指示要打印在介质的预定区域上的字符的预定量和位置的适当编码信号。 控制器寻址存储器以选择适当的字符打印部件。 可以适当地编码输入字符信息,以通过基于每个打印部件的各自的字符使用顺序地选择打印部件来最小化打印部件的扫描时间。 控制器控制纸张的位置,托架和敲击锤,使得打印构件上的字符在介质的预定区域上以第一组协调印刷。 然后,控制器可以顺序地激活交换装置,用第二字符打印部件替换第一字符部件,以重新扫描介质的相同的预定区域,以插入第二组字符的打印。 随后的打印构件可以以类似的方式使用,直到所有存储的字符被打印出来。
    • 6. 发明授权
    • Noncontact communication semiconductor device
    • 非接触式通信半导体器件
    • US06344824B1
    • 2002-02-05
    • US09762216
    • 2001-02-05
    • Wasao TakasugiFumiyuki Inose
    • Wasao TakasugiFumiyuki Inose
    • H01Q126
    • H01Q1/2225H01Q1/22H01Q1/38H01Q7/00H01Q7/04H01Q7/08H01Q21/06
    • A compact noncontact communication semiconductor device having a multidirectional or omnidirectional antenna and usable in a minuscule space to which the applications have conventionally been difficult is provided. The outer peripheral portion of a spherical IC 1 is covered with an insulating layer 4 having a thickness equal to or larger than the diameter of the IC 1, and antenna patterns 2 are formed on the surface of the insulating layer 4. The antenna patterns 2 can be configured either with a winding or by microprocessing using etching or laser beam, for example, for the conductive film formed on the surface of the insulating layer 4. The antenna patterns 2 and the circuit pattern formed on the surface of the IC 1 are interconnected via a through hole 5.
    • 提供了一种紧凑的非接触通信半导体器件,其具有多向或全向天线,并且可用于在传统上难以应用的微小空间中。 球形IC1的外周部被绝缘层4覆盖,绝缘层4的厚度等于或大于IC1的直径,天线图案2形成在绝缘层4的表面上。天线图案2 可以通过使用蚀刻或激光束的绕组或微处理来构造,例如用于形成在绝缘层4的表面上的导电膜。天线图案2和形成在IC1的表面上的电路图案是 通过通孔5互连。