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    • 2. 发明授权
    • Computer power supply startup apparatus
    • 计算机电源启动装置
    • US06963984B2
    • 2005-11-08
    • US09760399
    • 2001-01-12
    • Sadakazu Shiga
    • Sadakazu Shiga
    • G06F1/26
    • G06F1/26
    • In order to turn on the main power unit, when it is off, of a computer in a turned-off state from a keyboard, power is supplied from an auxiliary power unit to a USB controller on the keyboard unit side and a power supply startup unit on the computer side, and on the other hand when power supply to a line switching unit is cut off, switching sections are switched over to connect signal lines of the USB controller and input terminals of a differential amplifying unit, respectively. When a specific signal is supplied from the keyboard unit, a power supply startup signal (power ON signal) is supplied from the power supply startup unit to the main power unit to enable the main power unit to be started up.
    • 为了打开主电源单元,当关闭时,从键盘关闭电脑的电脑,从辅助电源单元向键盘单元侧的USB控制器供电,电源启动 在另一方面,当线路切换单元的电源被切断时,切换部分被切换以分别连接USB控制器的信号线和差分放大单元的输入端。 当从键盘单元提供特定信号时,电源启动信号(电源接通信号)从电源启动单元提供给主电源单元,以使主电源单元能起动。
    • 3. 发明授权
    • Signal processing system for transmission of data between a keyboard and
a signal processing unit
    • 用于在键盘和信号处理单元之间传输数据的信号处理系统
    • US5907718A
    • 1999-05-25
    • US838107
    • 1997-04-15
    • Sadakazu Shiga
    • Sadakazu Shiga
    • G06F3/02G06F3/023H03M11/14H04B10/11H04B10/112G06F13/00G06F3/00
    • G06F3/0231H01H2207/048
    • A signal processing system which can perform cable transmission or optical transmission of data at the time of data transmission between a keyboard (1) and a signal processing unit to thereby has flexibility of data transmission. This signal processing system is composed of the keyboard (1), the signal processing unit and a receiving adapter unit. Further, the keyboard (1) consists of: a key matrix (6); a control portion (6) for outputting switch data corresponding to an operated key; a data transmitting portion (9) for outputting switch data through a cable (4); an optical data transmitting portion (10) for performing optical transmission of switch data; and a power supply (11). The receiving adapter unit is provided with: a data receiving portion for receiving switch data transmitted through the cable (4); an optical data receiving portion for receiving optical data transmitted by performing optical transmission; a storage portion for storing switch data received by a data receiving portion or an optical data receiving portion; and a transmission/reception control portion for converting switch data read from the storage portion into a switch code, for transmitting the switch code to the signal processing unit and for processing a signal supplied from the signal processing unit.
    • 一种信号处理系统,其能够在键盘(1)和信号处理单元之间的数据传输时进行数据的电缆传输或光传输,从而具有数据传输的灵活性。 该信号处理系统由键盘(1),信号处理单元和接收适配器单元组成。 此外,键盘(1)包括:键矩阵(6); 控制部分(6),用于输出与所操作的键对应的开关数据; 数据发送部分(9),用于通过电缆(4)输出开关数据; 用于执行开关数据的光传输的光学数据传输部分(10); 和电源(11)。 接收适配器单元设置有:数据接收部分,用于接收通过电缆(4)发送的开关数据; 用于接收通过执行光传输而发送的光数据的光学数据接收部分; 存储部分,用于存储由数据接收部分或光学数据接收部分接收的切换数据; 以及发送/接收控制部分,用于将从存储部分读取的开关数据转换为开关代码,用于将开关代码发送到信号处理单元并处理从信号处理单元提供的信号。
    • 4. 发明授权
    • Operational input apparatus
    • 操作输入装置
    • US5570110A
    • 1996-10-29
    • US439007
    • 1995-05-11
    • Sadakazu ShigaMasaru KomatsuMinoru Numata
    • Sadakazu ShigaMasaru KomatsuMinoru Numata
    • G06F3/02G06F3/023G06F3/033G06F3/038G09G5/00
    • G06F3/038G06F3/023
    • An operational input apparatus having an internal input apparatus and an external additional input apparatus wherein the internal data obtained by the operation of the internal input apparatus and the external data obtained by the operation of the external additional input apparatus are selectively transferred to an equipment main body and including: a changeover circuit for changing over the connection to the equipment main body; a data detector for detecting the change in the internal data and the external data separately; an internal data counter and an external data counter which start counting at the detection of the respective changes in the internal and the external data and clear the count values after a predetermined period of time; and a changeover controller which controls a switch to change over periodically and alternately when the count values of the internal data counter and the external data counter are both zero, and when a count value is obtained, controls the switch to change over to the side wherein the count value is obtained.
    • 一种具有内部输入装置和外部附加输入装置的操作输入装置,其中通过内部输入装置的操作获得的内部数据和通过外部附加输入装置的操作获得的外部数据被选择性地传送到设备主体 并且包括:切换电路,用于切换与设备主体的连接; 用于分别检测内部数据和外部数据的变化的数据检测器; 内部数据计数器和外部数据计数器,其在检测到内部和外部数据的各个变化时开始计数,并且在预定时间段之后清除计数值; 以及切换控制器,当内部数据计数器和外部数据计数器的计数值都为零时,控制开关周期性地和交替地切换,并且当获得计数值时,控制开关切换到一侧, 获得计数值。
    • 5. 发明申请
    • INPUT DEVICE
    • 输入设备
    • US20090211818A1
    • 2009-08-27
    • US12366018
    • 2009-02-05
    • Takashi KondoSadakazu ShigaShingo Kishino
    • Takashi KondoSadakazu ShigaShingo Kishino
    • G06F3/041
    • G06F3/0416G06F3/0414G06F3/044G06F3/045
    • Disclosed is an input device capable of decreasing the number of layers of a detecting portion to reduce manufacturing costs and easily deforming layers provided above a pressure sensitive detecting portion. A capacitance-type detecting portion that detects the contact position of a finger on the basis of a variation in capacitance is provided on a pressure sensitive detecting portion that includes a lower detection layer formed on a lower base sheet and an upper detection layer formed on an upper base sheet. A voltage is applied to the pressure sensitive detecting portion and the capacitance-type detecting portion such that the application times of the voltages do not overlap each other. Therefore, it is possible to prevent interference between the detection operations of the two detecting portions.
    • 公开了一种输入装置,其能够减少检测部分的层数以降低制造成本并且容易地变形设置在压敏检测部分上方的层。 根据电容变化来检测手指的接触位置的电容型检测部分被设置在压敏检测部分上,该检测部分包括形成在下基片上的下检测层和形成在下基片上的上检测层 上基片 电压被施加到压敏检测部分和电容型检测部分,使得电压的施加时间彼此不重叠。 因此,可以防止两个检测部分的检测操作之间的干扰。
    • 6. 发明授权
    • Optical detecting apparatus and coordinate inputting apparatus using the detecting apparatus
    • 光检测装置和使用检测装置的坐标输入装置
    • US06201605B1
    • 2001-03-13
    • US09085652
    • 1998-05-27
    • Sadakazu Shiga
    • Sadakazu Shiga
    • G01B1100
    • G06F3/03543G06F3/0383
    • An optical detecting apparatus designed to reduce the time taken to stabilize the operation after a moment at which a power supply for the apparatus is turned on, as well as to limit the power consumption in a standby state. Three operating modes: a normal mode, an intermittent mode, and a precharge mode are changed by controlling two switches sw-Led and sw-Ref. In the normal mode, both the switches sw-Led and sw-Ref are maintained in the on state and the circuit of the invention is used for the same operation as the conventional circuit. In the intermittent mode, for the purpose of achieving low power consumption in the standby state, both the switches sw-Led and sw-Ref are turned on and off at a predetermined on-off ratio to make the circuit operate in an intermittent manner (that is, by turning on and off light emitting diodes at a predetermined on-off ratio). In the precharge mode, the switch sw-Led is turned on immediately after turning on the power supply while the switch sw-Ref is maintained in the off state, thereby quickly charging capacitors.
    • 一种光学检测装置,其被设计为在打开装置的电源的时刻之后减少稳定操作所需的时间,并且限制待机状态下的功率消耗。 通过控制两个开关sw-Led和sw-Ref来改变三种操作模式:正常模式,间歇模式和预充电模式。 在正常模式下,两个开关sw-Led和sw-ref保持在导通状态,并且本发明的电路用于与常规电路相同的操作。 在间歇模式中,为了在待机状态下实现低功耗,两个开关sw-Led和sw-ref以预定的开关比导通和截止,以使电路间歇地工作( 也就是说,通过以预定的开关比来打开和关闭发光二极管)。 在预充电模式下,开关sw-Led在接通电源后立即开启,而开关sw-Ref保持在关闭状态,从而快速充电电容器。
    • 7. 发明授权
    • Operation inputting apparatus
    • 操作输入装置
    • US5680154A
    • 1997-10-21
    • US449039
    • 1995-05-24
    • Sadakazu ShigaMasaru KomatsuMinoru Numata
    • Sadakazu ShigaMasaru KomatsuMinoru Numata
    • G06F3/038G09G5/08
    • G06F3/0383
    • An operation inputting apparatus is disclosed by which, even if a load detection output remains after an operation of a stick type operation member is stopped by an operator, a load detection output which coincides with stopping of the operation of the stick type operation member can be obtained. A pressure detection sensor detects a load force applied to the stick type operation member upon operation of the stick type operation member, and a comparison circuit compares a load detection value obtained from the pressure detection sensor with a preset load value. A timer circuit adjusts a count value in response to a result of the comparison and detects the count value equal to zero to produce a zero detection output. A judgment level production section sets two judgment levels for presence or absence of an output in response to the zero detection output. The judgment levels are set such that the judgment level for presence or absence of an output when the zero detection output is supplied is higher than the judgment level for presence or absence of an output when the zero detection output is not supplied.
    • 公开了一种操作输入装置,其中即使在操作者停止了操作者的操作之后负载检测输出仍然保持,与棒式操作构件的操作停止一致的负载检测输出可以是 获得。 压力检测传感器检测在操作棒型操作构件时施加到棒式操作构件的载荷力,并且比较电路将从压力检测传感器获得的载荷检测值与预设载荷值进行比较。 定时器电路响应比较结果来调整计数值,并检测计数值等于零以产生零检测输出。 判断级别生成部分响应于零检测输出设置输出的存在或不存在的两个判断级别。 判断电平被设定为使得当提供零检测输出时输出的存在或不存在的判断电平高于当不提供零检测输出时输出的存在或不存在的判断电平。
    • 8. 发明授权
    • Key output method for keyboards
    • 键盘的关键输出方式
    • US4922248A
    • 1990-05-01
    • US275697
    • 1988-11-23
    • Sadakazu Shiga
    • Sadakazu Shiga
    • G06F3/02G06K3/02G06K13/00H03M11/00
    • H03M11/003
    • A keyboard with N-key rollover has a matrix of key columns and lines for successively issuing key codes for depressed keys. When first and second keys on the same column are detected as being depressed and then a third key on the same line as one of the first and second keys is detected as being depressed, or when first and second keys on the same line are detected as being depressed and then a third key on the same column as one of the first and second keys is detected as being depressed, a key code for the third key or a key code for a fourth key detected in error upon depression of the third key are prevented from being issued.
    • 具有N键翻转的键盘具有用于连续发出按键的键代码的键列和行的矩阵。 当检测到同一列上的第一和第二键被按下时,然后在与第一和第二键中的一个键相同的行上的第三个键被检测为被按下时,或当同一行上的第一个和第二个键被检测为 被按下,然后检测到与第一和第二键之一相同的列上的第三个键被按下,按下第三个键时第三个键的键码或第四个键的键码被错误地检测到, 防止被发布。
    • 10. 发明授权
    • Operation inputting apparatus
    • 操作输入装置
    • US5877749A
    • 1999-03-02
    • US838770
    • 1997-04-10
    • Sadakazu ShigaMasaru KomatsuMinoru Numata
    • Sadakazu ShigaMasaru KomatsuMinoru Numata
    • G06F3/038G09G5/00
    • G06F3/0383
    • An operation inputting apparatus is disclosed by which, even if a load detection output remains after an operation of a stick type operation member is stopped by an operator, a load detection output which coincides with stopping of the operation of the stick type operation member can be obtained. A pressure detection sensor detects a load force applied to the stick type operation member upon operation of the stick type operation member, and a comparison circuit compares a load detection value obtained from the pressure detection sensor with a preset load value. A timer circuit adjusts a count value in response to a result of the comparison and detects the count value equal to zero to produce a zero detection output. A judgment level production section sets two judgment levels for presence or absence of an output in response to the zero detection output. The judgment levels are set such that the judgment level for presence or absence of an output when the zero detection output is supplied is higher than the judgment level for presence or absence of an output when the zero detection output is not supplied.
    • 公开了一种操作输入装置,其中即使在操作者停止了操作者的操作之后负载检测输出仍然保持,与棒式操作构件的操作停止一致的负载检测输出可以是 获得。 压力检测传感器检测在操作棒型操作构件时施加到棒式操作构件的载荷力,并且比较电路将从压力检测传感器获得的载荷检测值与预设载荷值进行比较。 定时器电路响应比较结果来调整计数值,并检测计数值等于零以产生零检测输出。 判断级别生成部分响应于零检测输出设置输出的存在或不存在的两个判断级别。 判断电平被设定为使得当提供零检测输出时输出的存在或不存在的判断电平高于当不提供零检测输出时输出的存在或不存在的判断电平。