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    • 1. 发明授权
    • Lockable storage cradle for battery-operated electronic device
    • 用于电池供电的电子设备的可锁定储物架
    • US6002236A
    • 1999-12-14
    • US36464
    • 1998-03-06
    • Edward TrantRobert DoranPhilip W. SwiftCarl Thelemann
    • Edward TrantRobert DoranPhilip W. SwiftCarl Thelemann
    • H01M2/10H02J7/00
    • H01M2/1055Y10S439/911
    • A battery-powered device, especially a hand-held, data collection terminal having an electro-optical scanner, includes a main housing, a battery pack separate from the main housing, and a latching mechanism for latching the battery pack in its assembled position on the main housing in which it is partially received in a correspondingly configured receiving recess of the main housing. Electrical circuitry in the device is shut down prior to battery pack removal. During idle periods, the device is supported on a cradle, with a back or handle portion of the device being received in a main compartment of the cradle. The cradle also includes an auxiliary compartment for receiving the battery pack for recharging the same. A hook-shaped projection of the cradle engages behind a detaining wall of the housing and is held in position by a shuttle that, in its locking position, is interposed between such projection and an unyieldable portion of the housing and is locked in place by a padlock passing through aligned openings of the shuttle and of the cradle.
    • 电池供电装置,特别是具有电光扫描器的手持式数据采集终端,包括主壳体,与主壳体分离的电池组,以及用于将电池组件锁定在其组装位置上的闭锁机构 主壳体部分地容纳在主壳体的相应配置的接收凹部中。 在电池拆卸之前,设备中的电路关闭。 在空闲期间,设备被支撑在支架上,其中装置的后部或手柄部分被容纳在支架的主隔间中。 托架还包括用于接收电池组以用于对其充电的辅助隔间。 托架的钩形突起接合在壳体的停留壁的后面,并通过梭子保持在适当位置,梭子在其锁定位置处插入在该突出部和壳体的不可弯曲部分之间,并通过一个 挂锁穿过梭子和支架的对齐开口。
    • 2. 发明授权
    • Latchable battery pack for battery-operated electronic device having
controlled power shutdown and turn on
    • 用于电池供电的电子设备的可锁定电池组,具有受控的电源关闭和开启
    • US5762512A
    • 1998-06-09
    • US541238
    • 1995-10-12
    • Edward TrantRobert DoranPhilip W. SwiftCarl Thelemann
    • Edward TrantRobert DoranPhilip W. SwiftCarl Thelemann
    • H01M2/10
    • H01M2/1055Y10S439/911
    • A battery-powered device (10), especially a hand-held, data collection terminal having an electro-optical scanner, includes a housing (11), a battery pack (12) separate from the housing (11), and a latching mechanism (18) for latching the battery pack (12) in its assembled position on the housing (11) in which it is partially received in a receiving recess (17) of the housing (11). The mechanism (18) includes a slidable latching member (19) with a portion (33) for engaging the recess (17) in the battery pack (12) and a locking button (20) that is transversely movable into position to retain the latching member (19) in its recess engaging position. Electrical circuitry in the device is shut down prior to battery pack removal by movement of the locking button (20) to effect release of the latching member (19) and to operate a power shut-down switch (34). In another embodiment, a battery compartment door (112) is used to operate a shut-down switch (134). During idle periods, the device (10) is supported on a cradle (40), with a portion of the device being received in a main compartment (41) of the cradle (40). The cradle (40) also includes an auxiliary compartment (49) for receiving the battery pack (12) for recharging the same. A hook-shaped projection (53) of the cradle engages behind a detaining wall (52) of the housing (11) and is held in position by a shuttle (70) that, in its locking position, is interposed between such projection (53) and an unyieldable portion (56) of the housing and is locked in place by a padlock passing through aligned openings (74, 55) of the shuttle (70) and of the cradle (40).
    • 具有电光扫描器的电池供电设备(10),特别是具有手持式数据采集终端,包括壳体(11),与壳体(11)分离的电池组(12),以及闭锁机构 (18),用于将所述电池组(12)锁定在所述壳体(11)上的组装位置,其中所述电池组件部分地容纳在所述壳体(11)的容纳凹部(17)中。 机构(18)包括具有用于接合电池组(12)中的凹部(17)的部分(33)的可滑动的闩锁构件(19)和可横向移动到位以保持闩锁的锁定按钮(20) 构件(19)处于其凹陷接合位置。 在通过锁定按钮(20)的移动去除电池组之前,装置中的电路被关闭以实现闩锁构件(19)的释放并且操作电源关闭开关(34)。 在另一个实施例中,电池室门(112)用于操作关闭开关(134)。 在空闲期间,装置(10)被支撑在支架(40)上,装置的一部分被容纳在支架(40)的主隔室(41)中。 托架(40)还包括用于接收电池组(12)的辅助隔间(49),用于对其充电。 托架的钩形突起(53)接合在壳体(11)的扣留壁(52)的后面,并通过梭子(70)保持在适当位置,梭子在其锁定位置处插入在这种突起(53 )和壳体的不屈曲部分(56),并且通过穿过梭子(70)和托架(40)的对准的开口(74,55)的挂锁锁定在适当位置。