Other

Stearns, Inc.

Lifetime Products, Inc.

Innovative Product Solutions, Inc.

Hhh Enterprises LLC

Jeffrey D Hancock

Dennis H Hancock

Christopher N Schenck

Donald Waite

Lynn Vandyke

Chris Schenck

A cooking device may include a cooking chamber and a drip tray may be disposed within the cooking chamber. The drip tray may include one or more portions such as a first portion, a second portion, a third portion, and a fourth portion. The first portion and the second portion may be disposed in an angled configuration, such as a V-shaped configuration. In addition, the third portion and the fourth portion may be disposed in an angled configuration, such as a V-shaped configuration. The second portion and the third portion may be disposed in an angled configuration, such as an inverted V-shaped configuration. The drip tray may be sized and configured to control at least a portion of a flow of thermal energy within the cooking device.

Drip tray for a cooking device

Mask

A bungee loop retention assembly includes a housing, bungee channels, and a hold. The housing includes a first end and a second end. The bungee channels are disposed in the housing and extend from the first end to the second end. The hold is positioned at least partially in the housing and includes an external portion and retainers configured to interfere with a portion of a bungee retained in the bungee channel. The external portion has a central section between sleeves that define openings sized to surround portions of the bungee. The hold translates from a first position in which the retainers squeeze the bungee against a channel surface to a second position in which the retainers are separated from the bungee. In the first position, the bungee is bound to the openings and to the housing such that an intra-mechanism force pulls the hold against the housing.

Bungee loop retention assemblies

A cooking device including a housing assembly, device components, and a lower door. The housing assembly defines a cooking volume configured to receive a cooking structure on which foodstuffs are placed. The housing assembly includes a fixed bottom portion having rear portion that includes lower, rear curve. At least a subset of the device components is positioned in a lower portion of the cooking volume located below the cooking structure. The lower door is movably coupled to the fixed bottom portion of the housing assembly and is positionable in an open position in which the subset of the device components is accessible. In a closed position, the lower portion of the cooking volume is substantially sealed. The lower door include a front lower curve that is substantially similar to the lower, rear curve.

Cooking device having a lower door

A cooking device includes a housing assembly, a first heat source, a second heat source, a first heat control system, and a second heat control system. The housing assembly defines two cooking volumes adjacent to one another. A first cooking volume has a first portion of the cooking structure and a second cooking volume has a second portion of the cooking structure. The first heat source is disposed in the first cooking volume and provides thermal energy directly to the first portion of the cooking structure. The second heat source is disposed in the second cooking volume and occluded from the second portion of the cooking structure to provide thermal energy indirectly to the second portion of the cooking structure. The cooking volumes operate independently and cooperatively to allow for selective cooking of a foodstuff on the first portion of the cooking structure or the second cooking structure with both direct thermal energy from the first heat source and indirect thermal energy from the second heat source.

Dual-fuel source cooking devices

A cooking device includes a housing assembly, a cooking structure, a first heat source, and a second heat source. The housing assembly defines a single, integrated cooking volume that includes a central portion disposed between a first portion and a second portion. The cooking structure has a cooking surface arranged for placement of a foodstuff and is disposed between the central portion and the first portion. The first heat source is positioned a first distance from the cooking structure in a first direction. The first heat source is disposed in the central portion and arranged to heat the cooking structure via convection. The second heat source is disposed a second distance, which is greater than the first distance, from the cooking structure in the first direction. The second heat source is disposed in the second portion and is arranged to provide thermal energy indirectly to the first portion and the central portion.

Cooking device having heat sources in a stacked arrangement

Hook end gripper of load securing straps

A hook end gripper on ends of flexible tie-down straps used to secure loads on a supporting surface. The hook end gripper includes: a mounting base easily attached to a load supporting surface; a ring having an arch on one end to receive a hook on the end of a strap; a tunnel holding an end of a ring opposite the arch such that the ring is positioned to receive the end hook of the strap; a resilient and deformable tongue having an edge shaped to conform to an inside of the arch and spaced from the inside of the arch by a distance less than the thickness of an end of the hook on the end of the strap to be attached to the arch; and a body section of the gripper, secured to opposite sides of the D-ring and to the tongue.

A pipe mountable mirror with bracket has a pipe mounting member with semi-circular surface to engage and to be clamped to an upright support or overhead, horizontal structural member and that has a projecting arm supporting a cylindrical base with a bore therethrough and a non-rotating ring of teeth surrounding the base; a mirror support arm having one end pivotable around the base, and a bore therethrough aligned with the bore through the base, and a ring of teeth that mesh with the teeth surrounding the base and a coiled spring acting to bias the ring of teeth rotable with the arm into meshing engagement with the non-rotable ring of teeth and being adjustable held in mesh by a bolt inserted through the spring and threaded into a nut secured in the cylindrical base, and a threaded shaft projecting from the other end of the mirror arm, a locking nut threaded onto the shaft and an attachment member fixed to a mirror and turned onto the threaded shaft.

Pipe mountable mirror with bracket

A quiet opening and closing clam shell pouch with a bag and a hinge connected lid, each of the pouch and lid having a peripheral wall, a soft compressible sleeve on the peripheral wall of the bag and surrounding an open mouth of the bag and on a peripheral wall of the lid; a solid shape defining and shaping member in each soft compressible sleeve shapes and holds open the mouth of the bag and shapes the periphery of the lid so that the lid can be pivoted to close the mouth of the bag; cooperating surfaces of magnets, enrobed in a soft net mesh, are spaced around the peripheral walls and alongside each soft compressible sleeve to pull the padded sleeves together and to compress the sleeves and soft strands of the net mesh that extend across the cooperating surfaces of the magnets.

Quiet opening and closing binocular pouch

A holding unit for articles to be carried on an all terrain vehicle, or the like, comprising a mounting base adapted to be secured to various surfaces and components of the vehicle and extending downwardly from a support arm adjustably positioned and securely fixed and at least one article holder having stacked cradles to receive articles to be held in a stacked arrangement.

Growing community of inventors

Uintah, UT, United States of America

Jeffrey D Hancock