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    • 71. 发明授权
    • Battery charger including a comparator
    • 电池充电器包括比较器
    • US08344696B2
    • 2013-01-01
    • US12281233
    • 2007-03-02
    • Takao AradachiKazuhiko Funabashi
    • Takao AradachiKazuhiko Funabashi
    • H02J7/04H02J7/16
    • H02M1/36H02J7/0077
    • A charging signal Vi responding to a charging current is inputted to one input terminal (−) of an operational amplifier 95 forming a comparator and a setting signal Vr corresponding to a setting current value is inputted to the other input terminal (+) of the operational amplifier 95. When the charging signal Vi is not higher than the setting signal Vr, a charging stop signal is generated from the output terminal of the operational amplifier 95 to interrupt a switch unit 4. A starting signal Vcc larger than the setting signal Vr applied to the other input terminal (+) is applied to the one input terminal (−) of the operational amplifier 95 through a condenser 94 till a prescribed time elapses from the start of a charging operation to generate a charging start signal from the output terminal of the operational amplifier 95 and electrically conduct the switch unit 4.
    • 将响应于充电电流的充电信号Vi输入到形成比较器的运算放大器95的一个输入端( - ),并将与设定电流值对应的设定信号Vr输入到运算放大器的另一输入端(+) 放大器95.当充电信号Vi不高于设定信号Vr时,从运算放大器95的输出端产生充电停止信号以中断开关单元4.启动信号Vcc大于施加的设定信号Vr 通过电容器94向另一输入端(+)施加到运算放大器95的一个输入端( - ),直到从充电操作开始经过规定时间,从而从输出端产生充电开始信号 运算放大器95和导电开关单元4。
    • 72. 发明授权
    • Charging system for charging battery pack
    • 充电电池组充电系统
    • US08093859B2
    • 2012-01-10
    • US12360141
    • 2009-01-27
    • Takao AradachiKazuhiko FunabashiShigeru Takahashi
    • Takao AradachiKazuhiko FunabashiShigeru Takahashi
    • H02J7/00
    • H02J7/0006H01M10/0525H01M10/425H01M10/441H02J2007/0098
    • A charging system has a battery pack and a charging device. The battery pack has a battery cell and a plurality of identifiers that identify a configuration of the battery cell. The charging device has a charging unit, a signal transmission unit, a reading unit, and a control unit. The charging unit charges the battery pack. The signal transmission unit transmits a first signal and a second signal to the battery pack separately to read the plurality of identifiers when the battery pack is attached to the charging unit. The reading unit reads the plurality of identifiers according to the first and second signals to determine the configuration of the battery cell. The control unit controls the charging unit according to the configuration of the battery cell.
    • 充电系统具有电池组和充电装置。 电池组具有电池单元和识别电池单元的配置的多个标识符。 充电装置具有充电单元,信号发送单元,读取单元和控制单元。 充电单元为电池组充电。 当电池组附接到充电单元时,信号传输单元分别向电池组发送第一信号和第二信号以读取多个标识符。 读取单元根据第一和第二信号读取多个标识符,以确定电池单元的配置。 控制单元根据电池单元的结构控制充电单元。
    • 74. 发明授权
    • Charging device having protective switching element
    • 具有保护开关元件的充电装置
    • US08013575B2
    • 2011-09-06
    • US12020968
    • 2008-01-28
    • Takao AradachiKazuhiko FunabashiShinji Watanabe
    • Takao AradachiKazuhiko FunabashiShinji Watanabe
    • H02J7/02
    • H02J7/0031H02J2007/0095
    • To prevent a battery pack from being over-discharged even under a state that the battery pack (a secondary battery) is connected to a discharging device that is not connected to an ac input power source for a long time. A charging device has a pair of output lines and an anode terminal and a cathode terminal of a secondary battery electrically connected between the output lines to carry out a charging operation. In the charging device including a component circuit part electrically connected by traversing a part between the pair of output lines, a switching element is inserted between the component circuit part and one of the pair of output lines. When the charging device is not connected to an input power source, the switching element is allowed to be non-conductive to interrupt a discharging path so that the component circuit part does not form the discharging path.
    • 即使在电池组(二次电池)连接到长时间未连接到交流输入电源的放电装置的状态下,也可防止电池组过度放电。 充电装置具有一对输出线和电连接在输出线之间的二次电池的阳极端子和阴极端子,以执行充电操作。 在包括通过横穿一对输出线之间的部分电连接的分量电路部分的充电装置中,在组件电路部分和一对输出线中的一个之间插入开关元件。 当充电装置未连接到输入电源时,允许开关元件不导通以中断放电路径,使得元件电路部分不形成放电路径。
    • 75. 发明申请
    • CHARGING APPARATUS AND CHARGE CONTROL METHOD
    • 充电装置和充电控制方法
    • US20110140664A1
    • 2011-06-16
    • US13058284
    • 2009-07-30
    • Takao AradachiKazuhiko Funabashi
    • Takao AradachiKazuhiko Funabashi
    • H02J7/04
    • H02J7/0013H01M10/0525H01M10/441
    • A charging apparatus able to safely and reliably secure capacity is provided. The charging apparatus comprises: a charging current configuration unit that configures a set value for the charging current flowing to the battery; a charging current controller that controls the charging current on the basis of the set value configured by the charging current configuration unit; a cell voltage detector that detects the cell voltages applied to each cell; and a voltage determining unit that determines whether or not at least one of the cell voltages detected by the cell voltage detector has exceeded a threshold voltage. If it is determined by the voltage determining unit that at least one of the cell voltages has exceeded the threshold voltage, then the charging current configuration unit switches the set value to a smaller value.
    • 提供了能够安全可靠地确保容量的充电装置。 充电装置包括:充电电流配置单元,其配置流过电池的充电电流的设定值; 充电电流控制器,其基于由充电电流配置单元配置的设定值来控制充电电流; 电池电压检测器,其检测施加到每个电池的电池电压; 以及电压确定单元,确定由电池电压检测器检测到的电池电压中的至少一个是否已经超过阈值电压。 如果由电压确定单元确定至少一个单元电压已经超过阈值电压,则充电电流配置单元将设置值切换到较小的值。
    • 77. 发明授权
    • Power tool
    • 电动工具
    • US07932697B2
    • 2011-04-26
    • US12910291
    • 2010-10-22
    • Kazuhiko FunabashiShinji WatanabeEiji Nakayama
    • Kazuhiko FunabashiShinji WatanabeEiji Nakayama
    • H02J7/00
    • H01M10/48H01M10/425H01M10/441H01M10/448Y10T307/826
    • A power tool 1 is connected to a battery pack 5 including an overcurrent detector 533 which detects overcurrent of a battery module 51 and outputs a detection signal, and an overdischarge detector 532 which detects overdischarge of the battery module 51 and outputs a detection signal. The power tool 1 includes a motor 2 which is driven by electric power supplied from the battery pack 5, a trigger switch 31 for setting the power supply from the battery pack 5 to the motor 2 in ON/OFF state, and an FET 410 which sets the power supply to the motor 2 in ON/OFF state on the basis of the detection signal from the overcurrent detector 533 or the overdischarge detector 532.
    • 电动工具1连接到包括检测电池模块51的过电流并输出检测信号的过电流检测器533的电池组5,以及检测电池模块51的过放电并输出检测信号的过放电检测器532。 电动工具1包括由电池组5提供的电力驱动的电动机2,用于将来自电池组5的电力供应到电动机2的ON / OFF状态的触发开关31以及FET 410, 基于来自过电流检测器533或过放电检测器532的检测信号,将电动机2的电源设定为ON / OFF状态。
    • 78. 发明授权
    • Power tool equipped with light
    • 电动工具配备光源
    • US07677752B2
    • 2010-03-16
    • US11782691
    • 2007-07-25
    • Naoki TadokoroTakuma SaitoTakuya TeranishiKatsuhiro OomoriKazuhiko Funabashi
    • Naoki TadokoroTakuma SaitoTakuya TeranishiKatsuhiro OomoriKazuhiko Funabashi
    • B25B23/18
    • B25B23/18B25F5/021Y10T408/21
    • A power tool includes a main housing, a motor, a hammer case, an end-tool holding part, a driving-force transmitting mechanism, a light-unit mounting part, a light unit, and a cover. The motor is accommodated in the main housing and is configured to generate a driving force. The hammer case has an outer peripheral surface. The end-tool holding part is configured to hold an end tool. The driving-force transmitting mechanism is accommodated in the hammer case. The driving-force transmitting mechanism is configured to transmit the driving force to the end-tool holding part. The light-unit mounting part is formed integrally with the hammer case. The light unit is mounted to the light-unit mounting part. The cover covers the outer peripheral surface of the hammer case and accommodates the light-unit mounting part and the light unit.
    • 电动工具包括主壳体,电机,锤壳,端工具保持部,驱动力传递机构,灯单元安装部,灯单元和盖。 电动机被容纳在主壳体中并被构造成产生驱动力。 锤壳具有外周面。 端部工具保持部件被配置为保持结束工具。 驱动力传递机构容纳在锤壳中。 驱动力传递机构构造成将驱动力传递到端部工具保持部。 灯单元安装部与锤壳一体地形成。 灯单元安装到灯单元安装部分。 盖子覆盖了琴槌壳体的外周表面,并容纳了灯具安装部件和灯具单元。