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    • 5. 发明申请
    • CAN HOLDER
    • WO2015171258A1
    • 2015-11-12
    • PCT/US2015/025363
    • 2015-04-10
    • FOX, RobertBERARDI, Bruno
    • FOX, Robert
    • B65D25/28
    • A45F5/10A45F2200/0583
    • In an example embodiment, there is described herein a can holder (or can securing device) that comprises a handle that comprises a top and a bottom end, a toggle latch handle pivotally coupled with the handle at the top end, a toggle latch hook pivotally connected to the toggle latch handle, and a channel formed at the bottom end of the handle. Attaching the can securing device to the side of a can provides a user with a stable handle. This handle allows the user to safely control and maneuver the can with one hand, enabling the other hand to perform other tasks such as emptying the contents of the can. This can alleviate the risk of dropping the can and/or the risk of personal injury.
    • 在一个示例性实施例中,这里描述了一种罐架(或可固定装置),其包括包括顶部和底端的手柄,在顶端处与手柄枢转联接的肘节闩锁手柄,枢转 连接到肘节闩锁手柄,以及形成在手柄底端的通道。 将罐固定装置安装在罐的侧面可为用户提供稳定的手柄。 该手柄允许用户用一只手安全地控制和操纵罐,从而使另一只手执行其他任务,例如清空罐的内容。 这可以减轻罐子掉落和/或人身伤害的风险。
    • 7. 发明申请
    • LINKAGE SYSTEM FOR REMOTE CHAIN SHARPENING
    • 用于远距离链接的链接系统
    • WO2011005260A1
    • 2011-01-13
    • PCT/US2009/050142
    • 2009-07-09
    • HUSQVARNA CONSUMER OUTDOOR PRODUCTS N.A., INC.ROBERTS, DennisFOX, Robert
    • ROBERTS, DennisFOX, Robert
    • B23D57/02B23D63/16B27B17/02
    • B23D57/023B23D63/168B27B17/02
    • An actuation mechanism for adjustment of a sharpening mechanism (100) includes an engagement mechanism (530), a sharpening mechanism (100), and a linkage (405). The linkage is coupled to the engagement mechanism (530) at a first end (412) and to the sharpening mechanism (100) at a second end (414). The linkage (405) directly transfers force applied at the first end (412) to the second end (414), thereby directly transferring the force applied on the linkage (405) by the engagement mechanism (530) to the sharpening mechanism (100). The second end (414) of the linkage arm (410) ensures engagement with the sharpening mechanism (100). The linkage arm (410) can be configured to be pivotally coupled to the chain saw (500). The linkage arm (410) can also have a flattened portion (420) to ensure contact between the linkage (405) and a linkage contact portion (532) of the engagement mechanism (530).
    • 用于调整磨刀机构(100)的致动机构包括接合机构(530),磨刀机构(100)和连杆机构(405)。 联动装置在第二端(414)处的第一端(412)与磨削机构(100)联接到接合机构(530)。 联动装置(405)直接将在第一端(412)施加的力传递到第二端(414),从而通过接合机构(530)将施加在联动装置(405)上的力直接传递到磨削机构(100) 。 联动臂(410)的第二端(414)确保与磨刀机构(100)的接合。 联动臂(410)可以构造成枢转地联接到链锯(500)。 联动臂(410)还可以具有平坦部分(420),以确保联动装置(405)与接合机构(530)的联动接触部分(532)之间的接触。
    • 8. 发明申请
    • RESETTABLE ADVANCEMENT MECHANISM
    • 可重置的先进机制
    • WO2011005261A1
    • 2011-01-13
    • PCT/US2009/050147
    • 2009-07-09
    • HUSQVARNA CONSUMER OUTDOOR PRODUCTS N.A., INC.FOX, RobertROBERTS, Dennis
    • FOX, RobertROBERTS, Dennis
    • B23D57/02B23D63/16B27B17/02
    • B23D63/168
    • An advancement mechanism (530) includes a post (600), an engagement mechanism housing (610) separated into an upper housing (614) section and a lower housing section (616), a first rotational control mechanism (620), a first bias member (630), and a second bias member (640) biasing the post (600) in an unactuated position. The first rotational control mechanism (620) includes a ratchet (622) that is coupled to the post (600) and has ratchet teeth (623). The first rotational control mechanism (620) also has a pawl (624) having pawl teeth (625) configured for mating engagement with the ratchet teeth (623). The first rotational control mechanism (620) and the lower housing section (616) are configured such that the ratchet teeth (623) and the pawl teeth (625) are off-set from each other when the post (600) is in the unactuated position and such that the ratchet teeth (623) and pawl teeth (625) are aligned thereby advancing the ratchet teeth (623) when the post (600) is in an actuated position.
    • 推进机构(530)包括柱(600),分离成上壳体(614)部分的接合机构壳体(610)和下壳体部分(616),第一旋转控制机构(620),第一偏压 以及将柱(600)偏置在未致动位置的第二偏压构件(640)。 第一旋转控制机构(620)包括联接到柱(600)并具有棘齿(623)的棘轮(622)。 第一旋转控制机构(620)还具有棘爪(624),其具有构造成与棘轮齿(623)配合接合的棘爪齿(625)。 第一旋转控制机构(620)和下壳体部分(616)构造成使得当柱(600)处于未致动状态时棘爪齿(623)和棘爪齿(625)彼此偏移 位置,使得棘爪齿(623)和棘爪齿(625)对齐,从而当柱(600)处于致动位置时使棘齿(623)前进。