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    • 3. 发明授权
    • Electronic apparatus with secure battery inserting and removing operation
    • 具有安全电池插入和拆卸操作的电子设备
    • US07700224B2
    • 2010-04-20
    • US11262795
    • 2005-11-01
    • Tomohiro TsumuraKazuhiro KitagawaKiyoshi Miyamori
    • Tomohiro TsumuraKazuhiro KitagawaKiyoshi Miyamori
    • H01M2/10
    • H01M2/1066H01M2/0207H01M2/30
    • An electronic apparatus and a battery by which battery inserting and removing operations can be performed smoothly with certainty are disclosed. When a battery is inserted into a battery accommodating chamber, a locking projection of a spring is contacted once with and resiliently deformed outwardly in a widthwise direction by and then slidably moves on an edge portion of a projecting wall. However, when a connector section and an electronic apparatus side connector section are coupled soon, the locking portion of the spring is engaged with a locking recess. In this state, an inclined face of the locking portion displaced to the electronic apparatus side connector section is lockably engaged with a wall face of the locking recess displaced toward the connector section and biases the battery forwardly toward the electronic apparatus side connector section by resilient force of the resilient portion.
    • 公开了可以平稳地确定地进行电池插入和移除操作的电子设备和电池。 当电池被插入到电池容纳室中时,弹簧的锁定突起在宽度方向上向外接触一次,并且在突出壁的边缘部分上可滑动地移动。 然而,当连接器部分和电子设备侧连接器部分很快连接时,弹簧的锁定部分与锁定凹部接合。 在这种状态下,移动到电子设备侧连接器部分的锁定部分的倾斜面与锁定凹槽的朝向连接器部分移动的壁面可锁定地接合,并且通过弹性力将电池朝向电子设备侧连接器部分向前偏置 的弹性部分。
    • 4. 发明申请
    • Electronic apparatus and battery
    • 电子仪器和电池
    • US20060134513A1
    • 2006-06-22
    • US11262795
    • 2005-11-01
    • Tomohiro TsumuraKazuhiro KitagawaKiyoshi Miyamori
    • Tomohiro TsumuraKazuhiro KitagawaKiyoshi Miyamori
    • H01M2/10
    • H01M2/1066H01M2/0207H01M2/30
    • An electronic apparatus and a battery by which battery inserting and removing operations can be performed smoothly with certainty are disclosed. When a battery is inserted into a battery accommodating chamber, a locking projection of a spring is contacted once with and resiliently deformed outwardly in a widthwise direction by and then slidably moves on an edge portion of a projecting wall. However, when a connector section and an electronic apparatus side connector section are coupled soon, the locking portion of the spring is engaged with a locking recess. In this state, an inclined face of the locking portion displaced to the electronic apparatus side connector section is lockably engaged with a wall face of the locking recess displaced toward the connector section and biases the battery forwardly toward the electronic apparatus side connector section by resilient force of the resilient portion.
    • 公开了可以平稳地确定地进行电池插入和移除操作的电子设备和电池。 当电池被插入到电池容纳室中时,弹簧的锁定突起在宽度方向上向外接触一次,并且在突出壁的边缘部分上可滑动地移动。 然而,当连接器部分和电子设备侧连接器部分很快连接时,弹簧的锁定部分与锁定凹部接合。 在这种状态下,移动到电子设备侧连接器部分的锁定部分的倾斜面与锁定凹槽的朝向连接器部分移动的壁面可锁定地接合,并且通过弹性力将电池朝向电子设备侧连接器部分向前偏置 的弹性部分。