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    • 12. 发明申请
    • GLOVEBOX LATCH
    • WO2003091064A3
    • 2003-11-06
    • PCT/US2003/010686
    • 2003-04-07
    • SOUTHCO, INC.
    • TALUKDAR, RobinVITRY, Fabrice
    • E05C9/00
    • A latch assembly (121) for multiple-position mounting on panels (123) and bins with centrally positioned keeper hooks (139) is suitable for automobile gloveboxes. The latch assembly (221) may be configured for both lower and upper bin operation, without additional parts, and has an elongate structure that permits off-set latch handle (125) (paddle) positioning facilitating both left-handed and right-handed operation. A slide lock plate (231) engages a claw-type pawl (229) with the blade (233) shaped free end thereof. The pawl (229)is spring biased (175) to the open position, while the slide lock plate (231) is spring biased (161) to the locked, pawl (229) engaging postion. A rotating activation mechanism (239) links the operator handle (247) to the slide plate (145). When the handle (247) is moved, it contacts the activation mechanism (239) causing it to rotate, thereby causing the sliding lock plate (231) to retract from its pawl (229) engaging position. The sliding lock plate (231) has formed therein a track of gear teeth (257) forming a "rack" member. The latch assembly (221) is of snap-together construction, which if needed allows for the reconfiguration of existing activation mechanism parts to suit a selected upper or lower bin and left-handed or right-handed installation. The activation mechanism (239) can be implemented by a pin-type cam follower (235), which follower is activated by a pocket cam (237), this cam being rotated with handle (247) operation. A pinion gear (265) mounted on the sliding lock plate (231) is connected to a friction clutch (227) to dampen the movement of the slide lock plate (231). The pinion gear (265)engages the sliding lock plate rack (231) teeth (275). The slide lock plate (231) carries a series of teeth (257) at its handle (paddle) end. A rotating paddle/ blade cam (283) can be substituted for the pocket cam (239). This paddle/ blade cam (283) engages the slide lock plate(231) handle end teeth (257) with one or more teeth (289) carried thereon, with this cam being spring biased (259) to the return position. A pinion gear (129) having a projecting lever arm (127) can be substituted for the paddle/blade cam. With the lever arm pinion gear (129), the slide plate (145) also includes a first track of teeth (149) on its edge on which the lever projecting pinion gear (129) rides. A dog leg-shaped projection (151) is added to the handle end of the slide plate which accommodates a second track of teeth (153) facing opposite the first track. The slide plate (145) is flipped-over between left and right hand operation which causes the pinion gea (129) to engage either the first (149) or second (153) tracks of teeth.
    • 14. 发明申请
    • ELECTROMECHANICAL KEEPER
    • 电动保持器
    • WO2003089742A2
    • 2003-10-30
    • PCT/US2003/011638
    • 2003-04-14
    • SOUTHCO, INC.
    • HITESH, CherryCLIVE, Anthony, Morgan
    • E05B
    • E05B47/0047Y10T292/696Y10T292/699
    • An electromechanical keeper is disclosed that includes a base plate adapted for being mounted to a flat surface, a catch member pivotally supported by the base plate, and a solenoid having a solenoid shaft. The catch member is adapted to engage the pawl of a latch when the catch member is the closed position and the catch member is not engageable by the latch pawl when the catch member is in the open position. The solenoid shaft engages a cavity or bore in the catch member to retain the catch member in the closed position. The solenoid shaft disengages from the cavity or bore in the catch member to allow the catch member to rotate to the open position when the solenoid is energized.
    • 公开了一种机电保持器,其包括适于安装到平坦表面的基板,由基板枢转地支撑的卡扣构件和具有螺线管轴的螺线管。 当卡扣构件处于闭合位置时,卡扣构件适于接合闩锁的棘爪,并且当卡扣构件处于打开位置时,卡扣构件不能被闩锁爪接合。 螺线管轴接合捕获构件中的空腔或孔,以将捕获构件保持在关闭位置。 螺线管轴与捕获构件中的空腔或孔分离,以允许当螺线管通电时捕获构件旋转到打开位置。
    • 16. 发明申请
    • AMBIDEXTROSE CONSOLE LID
    • AMBIDEXTROSE控制台
    • WO2002087987A1
    • 2002-11-07
    • PCT/US2002/013773
    • 2002-04-30
    • SOUTHCO, INC.
    • HYP, Eric, D.ERIKSON, John, Andrew
    • B65D43/14
    • B60R7/04B60N2/793E05B83/32E05D15/502E05Y2900/538
    • An ambidextrous lid assembly (100) allowing a lid to be opened from either side of a compartment. The lid assembly (100) includes at least a first frame member (104) adapted to be pivotally attached proximate the compartment opening (118). The first frame member (104) has an opening (136) that allows access therethrough to at least a portion of the interior of the compartment when the first frame member is closed against the perimeter of the compartment opening. The lid assembly includes a second frame member (106) that is pivotally attached to the first frame member and either by itself or in cooperation with a lid cover (112) provides a closure for the opening in the first frame member. The first frame member carries a latch (158) for securing it about the opening, and the second frame member carries a latch (192) for securing it to the first frame member.
    • 一个双向盖组件(100),允许盖从隔室的任一侧打开。 盖组件(100)至少包括适于靠近隔室开口(118)枢转地附接的第一框架构件(104)。 第一框架构件(104)具有开口(136),当第一框架构件抵靠隔室开口的周边关闭时,该开口允许通过其进入隔室内部的至少一部分。 盖组件包括枢转地附接到第一框架构件的第二框架构件(106),或者自身或与盖盖(112)配合来提供用于第一框架构件中的开口的封闭件的第二框架构件。 第一框架构件承载用于使其围绕开口固定的闩锁(158),并且第二框架构件承载用于将其固定到第一框架构件的闩锁(192)。
    • 20. 发明申请
    • UNIVERSAL LATCH AND SENSOR SYSTEM
    • WO2022115525A1
    • 2022-06-02
    • PCT/US2021/060719
    • 2021-11-24
    • SOUTHCO, INC.
    • MARKS, ZacharyGRIESBACH, Douglas
    • E05C3/04E05B63/00E05B17/10E05B47/00
    • According to one aspect of the invention, a universal latch and sensor system (100, 200, 300) is provided for use with an enclosure having a panel (102) and a frame (104) and for latching the panel (102) relative to the frame (104). The system includes a latch (200) having a body (208) configured to be mounted to the panel (102) or to the frame (104) of the enclosure. The latch (200) also has a pawl (202) movable relative to the body (208) throughout a range of motion including an engaging position and a disengaging position. The system also includes a sensor (310) having a body (208) configured to be mounted to the other of the panel (102) or the frame (104) of the enclosure, the sensor (310) also having a sensing range throughout which it is capable of sensing the pawl (202) of the latch (200). The sensor (310) and the latch (200) are configured to be mounted in any of a plurality of orientations in which the range of motion of the pawl (202) of the latch (200) at least partially overlaps with the sensing range of the sensor (310) while maintaining a gap between the body (208) of the sensor (310) and the pawl (202) of the latch (200) when the pawl (202) is in the engaging position. The sensor (310) is configured to sense the presence or absence of the pawl (202) of the latch (200) when the sensor (310) and the latch (200) are mounted in any of the orientations and when the pawl (202) of the latch (200) is moved in the range of motion of the pawl (202) to any location within the sensing range of the sensor (310).