The Siemon Company

Thule Sweden Ab

Mark Viklund

Vincent Bove

John A Siemon

Robert C Carlson, Jr

Maxwell K Yip

Denny Lo

Jeff Edgerly

Randy J Below

Joshua Adams

Kevin J Audibert

Olindo Savi

Tim Repp

Ann M Casper

Gregor G Weaver

Kevin W Harris

Kevin John Stronkowsky

Bob Staubitz

Dean Stoddart

A bicycle carrier includes a bicycle cradle. The bicycle cradle includes a through hole defining an inner surface and a slot through a portion of an outer surface of the bicycle cradle and a portion of the inner surface. The through hole is configured to receive a bicycle carrier support arm disposed therethrough. The slot is configured to allow a fastener to be coupled to the bicycle carrier support arm. An assembly for a bicycle carrier includes a bicycle cradle including a storage cavity and an anti-sway member coupled to the bicycle cradle and configured to secure a bicycle frame loaded onto the bicycle carrier. The anti-sway member is configured to be disposed at least partially within the storage cavity of the bicycle cradle in a storage configuration.

Bicycle frame cradle with fold-in anti-sway device

An automatic securement pin system for a hitch connector includes a hitch bar having an insert end configured to be inserted into a hitch receiver, a securement pin coupled to the hitch bar, and an actuator coupled to the securement pin. The actuator is configured to engage the hitch receiver to displace the securement pin from an open position.

Automatic securement pin system for a hitch connector

A hitch-mounted load carrier includes a connecting member configured to be inserted into a hitch receiver and a locking mechanism coupled to the connecting member and configured to secure the connecting member inside the hitch receiver. The locking mechanism includes a first actuator disposed in an interior of the connecting member, a second actuator opposite the first actuator disposed in the interior of the connecting member and coupled to the first actuator by a shaft, and a first wedge disposed at least partially in the interior of the connecting member. A first surface of the first wedge contacts the first actuator and a second surface of the first wedge contacts the second actuator. The first and second actuators are configured to radially translate the first wedge.

Hitch stinger with flat surface wedges

Bike cradle

A dual sided opening roof mount cargo box for a carrying vehicle includes a lid portion releasably hinge-connected at two lateral sides to a bottom portion of the cargo box for alternate pivotation at each of the two lateral sides between open and closed configurations. A spring-biased strut is operatively interposed between the lid portion and the bottom portion of the cargo box and located at an end region of the cargo box. The spring-biased strut includes two arms operatively interconnected for pivotation relative to one another and a biasing spring operatively interposed therebetween. The spring-biased strut is configured to control an assisting force to have a substantially zero magnitude when the lid portion is in the closed configuration.

Spring-biased strut for a cargo box

Method and arrangement for providing and controlling operation of a dual sided opening roof mount cargo box for a carrying vehicle. A dual sided opening roof mount cargo box is provided and which has a lid portion releasably hinge-connected at two lateral sides to a bottom portion of the cargo box for alternate pivotation at each of the two lateral sides between open and closed configurations. The bottom portion is adapted to be mounted to a carrying vehicle and the lid portion is manufactured from a semi-flexible material sufficiently pliable to permit two opposite end regions thereof to be at different relative distances from the bottom portion of the cargo box during transition between the open and closed configurations. A pair of spring-biased struts are also provided, each operatively interposed between the lid portion and the bottom portion of the cargo box, and one each of the pair of spring-biased struts being located at the two opposite end regions of the cargo box. An expansively directed force is imposed on the lid portion, utilizing the pair of spring-biased struts, across a substantial entirety of travel of the lid portion during operator induced movement from the closed configuration to the open configuration and thereby assisting the operator to smoothly open the cargo box.

Spring-biased strut for dual sided cargo box

Single force strut for dual sided cargo box

Methods and arrangements for providing and controlling operation of a dual sided opening roof mount cargo box for a carrying vehicle. A dual sided opening roof mount cargo box is has a lid portion releasably hinge-connected at two lateral sides to a bottom portion of the cargo box for alternate pivotation at each of the two lateral sides between open and closed configurations. A pair of spring-biased struts are provided, each operatively interposed between the lid portion and the bottom portion, and one each of the pair of spring-biased struts being located at the two opposite end regions of the cargo box. An expansively directed force is imposed on the lid portion, utilizing the pair of spring-biased struts, during operator induced movement from the closed configuration to the open configuration and thereby assisting the operator to smoothly open the cargo box.

Arrangement for providing and controlling operation of a dual sided opening roof mount cargo box () for a carrying vehicle. A dual sided opening roof mount cargo box () is provided and which has a lid portion () releasably hinge-connected at two lateral sides to a bottom portion () of the cargo box () for alternate pivotation at each of the two lateral sides between open and closed configurations. The bottom portion () is adapted to be mounted to a carrying vehicle and the lid portion () is manufactured from a semi-flexible material sufficiently pliable to permit two opposite end regions thereof to be at different relative distances from the bottom portion () of the cargo box () during transition between the open and closed configurations. A pair of spring-biased struts () are also provided, each operatively interposed between the lid portion () and the bottom portion () of the cargo box (), and one each of the pair of spring-biased struts () being located at the two opposite end regions of the cargo box. An expansively directed force is imposed on the lid portion (), utilizing the pair of spring-biased struts (), across a substantial entirety of travel of the lid portion () during operator induced movement from the closed configuration to the open configuration and thereby assisting the operator to smoothly open the cargo box ().

A telecommunications outlet includes: a housing that is shaped to receive a plug, the housing having a support disposed within the housing; and a first contact having a first end, a second end, and a bend section, the bend section is supported by the support, wherein the first contact includes a first reverse curve section disposed between the first end and the bend section.

Outlet accommodating out-of-specification plugs

Method and apparatus for providing dual anti-theft locks protecting an elongate object stored on a load bar of a load carrier. A bracket is attached to a retainer using connecting fasteners secured by connecting knobs to firmly attach the apparatus to the load bar when the load bar lies between the bracket and the retainer. A lever extending from the retainer controls a first locking mechanism having a gripper cable for wrapping the elongate object tightly against the retainer. The lever also controls a second locking mechanism coupling the lever to at least one latch that prevents rotation of one or more connecting knobs to prevent removal of the apparatus from the load bar. A lock limits movement of the lever to prevent or allow release of the elongate object from the retainer and the apparatus from the load bar.

Securement arrangement for elongate articles

An axial latch actuator includes: a mating portion having a latch surface for engaging a jack; and a slidable housing that slides along the mating portion and engages the mating portion, wherein when the slidable housing slides in a first direction, the mating portion is in a latched position and when the slidable housing slides in a second direction, the mating portion is in an unlatched position.

Axial latch actuator

A connector for a fiber optic cable includes: a sliding actuator; an inner housing having a first end and an inner channel, the sliding actuator is engaged with the inner housing; and a ferrule assembly having a first side and a second side, the first side is mounted to the first end of the inner housing, the ferrule assembly includes a fiber stub extending from the second side, the fiber stub extends within the inner channel.

Growing community of inventors

New Milford, CT, United States of America

Mark Viklund