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    • 1. 发明专利
    • Shogi game set for visually-impaired person
    • SHOGI游戏设置为视觉受伤的人
    • JP2005253499A
    • 2005-09-22
    • JP2004065333
    • 2004-03-09
    • Takuo Itagaki拓生 板垣
    • ITAGAKI TAKUO
    • A63F3/00A63F3/02
    • PROBLEM TO BE SOLVED: To provide a Shogi game set for a visually-impaired person in which kinds, friend and foe and front and back of pieces developed on a Shogi board are easily discriminated and never moved to other places even when they are touched with a hand and the hand moves in parallel with a board surface.
      SOLUTION: In the Shogi game set 1 for the visually-impaired person, for Shogi pieces 10, at least one side face of a roughly rectangular parallelepiped is projected or recessed so as to discriminate that it is the front and a display symbol 12 indicating what kind of the piece it is is provided on the front surface and back surface. The Shogi board 20 is provided with many insertion holes 22 in a shape that the Shogi piece 12 can be housed even when it is turned to the front or turned to an opposite direction. By turning one of the surfaces of each piece 12 up, turning it to the front or the opposite direction and inserting it to the insertion hole 22 of the Shogi board 20, a Shogi game is enjoyed.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一个视觉障碍人士的Shogi游戏,其中在Shogi板上开发的种类,朋友和敌人以及前后的部件容易被区分,并且从未移动到其他地方,即使他们 用手触摸,手与板表面平行移动。

      解决方案:在用于视觉障碍者的Shogi游戏机1中,对于Shogi片10,大致长方体的至少一个侧面被突出或凹入以便区分为前部和显示符号 12表示在前表面和后表面上提供什么样的片。 Shogi板20设置有许多插入孔22,其形状使得即使在朝向前方转动或向相反方向转动时也可容纳Shogi片12。 通过将每个部件12的一个表面向上转动,将其转动到前面或相反方向并将其插入Shogi板20的插入孔22中,享受Shogi游戏。 版权所有(C)2005,JPO&NCIPI

    • 2. 发明专利
    • Go game set for visually-impaired person
    • 去游戏设置为视觉受伤的人
    • JP2005253498A
    • 2005-09-22
    • JP2004065332
    • 2004-03-09
    • Takuo Itagaki拓生 板垣
    • ITAGAKI TAKUO
    • A63F3/02
    • PROBLEM TO BE SOLVED: To provide a Go game set for a visually-impaired person in which white stones and black stones on a go board are easily discriminated and never moved to other places even when they are touched with a hand and the hand moves in parallel with a board surface.
      SOLUTION: The Go game set 1 for the visually-impaired person is provided with many stones for which even the visually impaired-person can identify the black stones or the white stones and the Go board on which the stones can be immovably aligned longitudinally and laterally. The stones 10 have different plane shapes on a front surface side and on a back surface side and are provided with both of parts to be overlapped with each other and a part not to be overlapped. The Go board 20 is provided with many insertion holes 22 aligned longitudinally and laterally in the plane shape seeing through the front surface side and back surface side of the stones. By turning one side of the stone up and inserting it to the insertion hole of the Go board, a Go game is enjoyed.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供一个视觉障碍人士的Go游戏机,其中白板和黑石头在行走板上容易被区分,并且即使用手触摸也不会移动到其他地方, 手与板表面平行移动。

      解决方案:视力障碍人士的Go游戏设置1提供了许多石块,甚至视障者可以识别黑石块或白石和Go板,石块可以不可移动地对齐 纵向和横向。 石头10在前表面侧和后表面侧具有不同的平面形状,并且设置有要彼此重叠的部分和不重叠的部分。 Go板20具有沿着平面形状纵向和横向对准的许多插入孔22,其通过石头的前表面侧和背面侧观察。 通过将石头的一边插入Go板的插入孔,可以享受Go游戏。 版权所有(C)2005,JPO&NCIPI

    • 5. 发明授权
    • Exposure information quantizing circuit utilizing shift register
    • 曝光信息量化电路使用移位寄存器
    • US4083055A
    • 1978-04-04
    • US667533
    • 1976-03-17
    • Yukiyasu NishikawaTakuo Itagaki
    • Yukiyasu NishikawaTakuo Itagaki
    • G03B7/091G01J1/44G03B17/18G03B7/08
    • G03B17/18
    • An exposure information quantizing circuit. A current signal source generates a signal current to be quantized. A controllable bidirectional shift register has a series of bit positions and corresponding signal receiving outputs and is operable to shift a bit sequentially from one position to the next. Each position corresponds to a different divisional range of the signal to be quantized. A unique signal appears only at the output corresponding to the position containing a bit. Means comprises at least one further reference current source responsive to the outputs of the shift register for forming at least a pair of signals corresponding to opposite ends of the divisional range for each output of the shift register. A first logarithmic compression means is coupled to the signal current source for forming a first reference voltage proportional to the logarithm of the signal current. At least one further logarithmic compression means is coupled to the at least one further reference current source for causing the pair of signals to form first and second reference signals proportional to the logarithm of the at least one further reference current source. A voltage comparator forms a direction of shift control signal for the shift register in accordance with comparison thereby of the magnitude of the signal voltage with that of the first and second reference voltages. A source of shift control pulses is provided for the shift register.
    • 6. 发明授权
    • Exposure-time control system having a closed-loop circuit arrangement
for providing a timing control signal
    • 曝光时间控制系统具有用于提供定时控制信号的闭环电路装置
    • US4080610A
    • 1978-03-21
    • US683846
    • 1976-05-06
    • Yukiyasu NishikawaTakuo Itagaki
    • Yukiyasu NishikawaTakuo Itagaki
    • G03B7/093G03B7/083G03B17/18G03B7/08
    • G03B7/083G03B17/18
    • A closed-loop circuit arrangement sequentially operates in a tracking mode before the shutter of a single lens reflex camera is actuated, and then in a holding mode after the shutter is actuated. The circuit arrangement receives from a conventional photoelectric circuit a first analog signal that instantaneously represents exposure time so long as light entering the camera impinges on the photoelectric circuit. A register in the circuit arrangement provides a digital multi-bit signal that is converted to a second analog signal. The first and second analog signals are compared to produce an error signal used during the tracking mode in controlling the register so that the digital multi-bit signal varies until the first and second analog signals represent the same exposure time. After the shutter is actuated, the register serves as a memory thereby causing the second analog signal to statically represent exposure time.
    • 在单镜头反光相机的快门被致动之前,然后在快门被致动之后处于保持模式下,闭环电路装置依次以跟踪模式操作。 只要入射到相机的光照射在光电路上,电路装置从传统的光电路接收瞬时表示曝光时间的第一模拟信号。 电路装置中的寄存器提供转换成第二模拟信号的数字多位信号。 对第一和​​第二模拟信号进行比较,以产生在跟踪模式期间用于控制寄存器的误差信号,使得数字多位信号变化,直到第一和第二模拟信号表示相同的曝光时间。 在快门被激活之后,寄存器用作存储器,从而使得第二模拟信号静态地表示曝光时间。