Abstract: A bicycle trailer latch comprises a skewer engaging surface that is desirably at least in part spherical, such as hemispherical. When engaging a bicycle skewer at the rear wheel of a bicycle, the spherical engagement surface allows more freedom of movement of the bicycle trailer relative to the skewer during towing. This enhances the trailers ability to track the movement of the bicycle. The latch can comprise a housing with a housing opening sized to receive the end portion of the bicycle wheel skewer. A stop inside the housing is pivotal to stop closed and stop open positions. In the stop closed position, the housing opening is sufficiently to block the decoupling of the latch from bicycle skewer. In the stop open position, the stop opens the housing opening sufficiently to permit passage of the end portion of the skewer through the housing opening.

Abstract: A bicycle trailer pivot assembly can comprise first and second yoke arms with respective first and second end portions and a pivot coupling the first end portion of each yoke arm to a bicycle trailer frame. The first end portions the yoke arms comprise respective first and second hinge portions that interfit and that receive a hinge pin that couples the first end portions together and to the bicycle trailer frame for pivoting about an upright axis. The first and second hinge portion comprise respective stops positioned to engage one another to limit the maximum distance to which the second end portions of the first and second yoke arms can be spread apart. The first and second hinge portions can comprise respective stops that limit both the maximum and minimum spread apart positions of the second end portions of the yoke arms.

Abstract: A bicycle trailer has a frame with a hitch portion that comprises first and second yoke arms with respective first end and second end portions. Skewer engagement latches can be coupled to the second end portions of the yoke arms. The skewer engagement latches can have stops that pivot between stop open and closed positions. In the stop open positions, respective end portions of a bicycle skewer can inserted into or separated from the latches. In the stop closed positions, respective end portions of the bicycle skewer, if positioned in respective latches, are retained coupled to the yoke arms by the latches. The stops are moved between open and closed positions by an actuator, such as by respective cable portions attached to the stop portions. Desirably the actuator simultaneously moves the stops between the open and closed positions. The latches can have skewer engagement surfaces that are least in part spherical.

Abstract: A storage device including a storage device body configured to store items therein, and a pocket. The pocket includes a piece of pocket material coupled to the body and at least partially defining a pocket cavity. The pocket further includes a first fastener configured to releasably attach the piece of pocket material to the body, and a second fastener configured to releasably attach the piece of pocket material to the body. The first fastener, when uncoupled, allows access to the pocket cavity via a first direction, and the second fastener, when uncoupled, allows access to the pocket cavity via a second direction that is different from the first direction.

Abstract: An office desktop organizer system including a rigid, tubular section with a triangular cross-section joinable with more sections in series via a connector joint in between sections and end caps covering the opposite ends of the tubular sections. The connector joints may be straight or have a bend. Add on office implements, such as a storage shelf, a drawer, a pencil box, a tape dispenser, a bin, a phone dock, a note pad stand, a USB port, or an AC outlet power center, each having an overarching arm, are connectable to the tubular section by engaging the overarching arm thereto. Eyelets in the end caps and connector joints allow the tubular section to be mounted to a wall using a screw, push pins, tape, etc. where the screw or pin head fits into the eyelet.

Abstract: A storage device including a storage device body configured to store items therein, and a pocket. The pocket includes a piece of pocket material coupled to the body and at least partially defining a pocket cavity. The pocket further includes a first fastener configured to releasably attach the piece of pocket material to the body, and a second fastener configured to releasably attach the piece of pocket material to the body. The first fastener, when uncoupled, allows access to the pocket cavity via a first direction, and the second fastener, when uncoupled, allows access to the pocket cavity via a second direction that is different from the first direction.

Abstract: An office desktop organizer system including a rigid, tubular section with a triangular cross-section joinable with more sections in series via a connector joint in between sections and end caps covering the opposite ends of the tubular sections. The connector joints may be straight or have a bend. Add on office implements, such as a storage shelf, a drawer, a pencil box, a tape dispenser, a bin, a phone dock, a note pad stand, a USB port, or an AC outlet power center, each having an overarching arm, are connectable to the tubular section by engaging the overarching arm thereto. Eyelets in the end caps and connector joints allow the tubular section to be mounted to a wall using a screw, push pins, tape, etc. where the screw or pin head fits into the eyelet.

Abstract: A collapsible wagon includes a base and one or more upstanding walls forming a container for cargo. At least one of the upstanding walls is pivotally mounted to the base for pivoting between an unfolded position for use and a folded position for storage and transport. In some embodiments, the wagon includes a pinchless internal mechanical stop that eliminates pinch points where a user's fingers can be pinched during folding and unfolding of the walls. In some embodiments, the wagon includes a gang-operated latch system for releasably securing one of the walls to another one of the walls that is quick, easy, and reliable to use for folding and unfolding. And in some embodiments, the wagon includes a latch system that eliminates slack or play when in the unfolded use position for structural integrity.

Abstract: A collapsible wagon includes a base and one or more upstanding walls forming a container for cargo. At least one of the upstanding walls is pivotally mounted to the base for pivoting between an unfolded position for use and a folded position for storage and transport. In some embodiments, the wagon includes a pinchless internal mechanical stop that eliminates pinch points where a user's fingers can be pinched during folding and unfolding of the walls. In some embodiments, the wagon includes a gang-operated latch system for releasably securing one of the walls to another one of the walls that is quick, easy, and reliable to use for folding and unfolding. And in some embodiments, the wagon includes a latch system that eliminates slack or play when in the unfolded use position for structural integrity.

Abstract: A wagon includes a base and at least two upstanding walls forming a container for cargo. At least one of the upstanding walls is pivotally mounted to the base for pivoting between an unfolded position for use and a folded position for storage and transport. In some embodiments, the wagon includes a minimized-play feature that eliminates slack or play when in the unfolded use position for structural integrity. And in some embodiments, the wagon includes a gang-operated latch system for releasably securing the walls in the unfolded use position that is quick, easy, and reliable to use for folding and unfolding.

Abstract: A wagon includes a base and at least two upstanding walls forming a container for cargo. At least one of the upstanding walls is pivotally mounted to the base for pivoting between an unfolded position for use and a folded position for storage and transport. In some embodiments, the wagon includes a minimized-play feature that eliminates slack or play when in the unfolded use position for structural integrity. And in some embodiments, the wagon includes a gang-operated latch system for releasably securing the walls in the unfolded use position that is quick, easy, and reliable to use for folding and unfolding.

Abstract: A collapsible wagon includes a base and one or more upstanding walls forming a container for cargo. The upstanding walls are pivotally mounted to the base for pivoting between an unfolded position for use and a folded position for storage and transport. In some embodiments, the wagon includes a pinchless internal mechanical stop that eliminates pinch points where a user's fingers can be pinched during folding and unfolding of the walls. In some embodiments, the wagon includes a gang-operated latch system for releasably securing the endwalls to the sidewalls that is quick, easy, and reliable to use for folding and unfolding. And in some embodiments, the wagon includes a latch system that eliminates slack or play when in the unfolded use position for structural integrity.

Abstract: A car seat has a base for placement on a vehicle seat and a seat shell attachable to and detachable from the base. A latch mechanism is biased to a latched arrangement attaching the shell to the base. A release actuator is connected to the latch mechanism and can move the latch mechanism to a released arrangement, detaching the shell from the base permitting its removal from the base. The shell can be optionally adjustable on the base between at least two different recline positions. The latch mechanism in the latched arrangement can then also retain the shell in one of the recline positions. A recline actuator can be connected to the latch mechanism and can move the latch mechanism allowing adjustment of the shell recline position but not permitting removal from the base.

Abstract: An infant car seat base assembly has a base section with a top side, a bottom side, an upright base panel on a first end, and first and second openings vertically spaced apart on the upright base panel. A foot is attached to the first end and is slidable along the upright base panel in a direction generally normal to a plane of the bottom side between a first position and a second position. The foot has a foot body and a resilient, flexible leg extending up from the foot body. The flexible leg is exposed on an exterior of the base section and has a back side facing the upright base panel. The foot has a guide leg extending up from the foot body adjacent the flexible leg and positioned behind the upright base panel. A tab protrudes from the back side of the flexible leg and is sized to selectively seat in each of the first and second openings. The flexible leg biases the tab toward the upright base panel to seat in a selected one of the first and second openings when aligned therewith.

Abstract: A shower mount is mounted to a fixed shower arm in a bathing area for universally receiving a hand-held showerhead. The shower mount is connected to the shower arm and includes a base member with a fluid passageway in communication with the shower arm and a shower hose. Water flows through the fluid passageway and shower hose to a showerhead. A shower saddle is interchangeably mounted the base member to support the showerhead. The shower saddle is selected depending upon the design of the showerhead in order to securely retain the showerhead to the base member.

Abstract: A car seat has a base for placement on a vehicle seat and a seat shell attachable to and detachable from the base. A latch mechanism is biased to a latched arrangement attaching the shell to the base. A release actuator is connected to the latch mechanism and can move the latch mechanism to a released arrangement, detaching the shell from the base permitting its removal from the base. The shell can be optionally adjustable on the base between at least two different recline positions. The latch mechanism in the latched arrangement can then also retain the shell in one of the recline positions. A recline actuator can be connected to the latch mechanism and can move the latch mechanism allowing adjustment of the shell recline position but not permitting removal from the base.

Abstract: An infant car seat base assembly has a base section with a top side, a bottom side, an upright base panel on a first end, and first and second openings vertically spaced apart on the upright base panel. A foot is attached to the first end and is slidable along the upright base panel in a direction generally normal to a plane of the bottom side between a first position and a second position. The foot has a foot body and a resilient, flexible leg extending up from the foot body. The flexible leg is exposed on an exterior of the base section and has a back side facing the upright base panel. The foot has a guide leg extending up from the foot body adjacent the flexible leg and positioned behind the upright base panel. A tab protrudes from the back side of the flexible leg and is sized to selectively seat in each of the first and second openings. The flexible leg biases the tab toward the upright base panel to seat in a selected one of the first and second openings when aligned therewith.