Abstract: A pizza oven assembly, including a base including a lateral wall forming a top, a cooking plate arranged on the top, an enclosure assembly hingedly connected to the base, and a basket assembly operatively arranged to hold an energy source to be burned, including at least one hook arranged to removably connect the basket assembly to the base, and arranged within the lateral wall beneath the cooking plate.

Abstract: A lid counterbalance assembly for a grill, the grill including a lid and a base, the lid counterbalance assembly including a pulley assembly including at least one pulley, the pulley assembly rotatably connected to the base, a spring connected to the pulley assembly via a first line, and a second line including a first end connected to the pulley assembly and a second end connected to the lid, wherein the second end is rotatable and translatable with respect to the lid.

Abstract: A counterbalance assembly, including a spring pack, including a rod including a first end and a second end, a connector connected to the first end, an energy storage device arranged between the first end and the second end, a pivot plate arranged on the rod between the second end and the energy storage device, and a spacer removably arranged on the rod between the second end and the pivot plate, the spacer operatively arranged to maintain the energy storage device in a first compressed state having a first compression force.

Abstract: A counterbalance assembly, including a housing, a pivot nose pivotably connected to the housing, and a spring pack disposed within a volume formed by the housing, the spring pack including a first end engaged with the housing, a second end engaged with the pivot nose, an energy storage device arranged between the first end and the second end, and a spring retainer operatively arranged to adjust a force of the energy storage device on the pivot nose.

Abstract: A friction bearing for rotatably connecting a first component to a second component, including a spacer arranged to be non-rotatably connected to the first component, a first friction cone non-rotatably connected to the spacer, a housing arranged to engage the first friction cone and be non-rotatably connected to the second component, and a disc spring arranged to provide an axial force on the friction bearing.

Abstract: A counterbalance assembly including a housing, a pivot nose, and a spring pack. The housing including a front housing wall having a first housing edge and a second housing edge opposite the first housing edge, a first housing side wall projecting from the first housing edge and having a first retaining slot, and a second housing side wall oppositely disposed relative to the first housing side wall, projecting from the second housing edge and having second retaining slot in registered alignment with the first retaining slot.

Abstract: A counterbalance mechanism including: a housing having a first aligned pair of through holes and a second aligned pair of through holes; a pivot nose having a third aligned pair of through holes, a fourth aligned pair of through holes and an aligned pair of arcuate slots; an energy storage device having first and second spring mounts and at least one spring, the first spring mount having at least one first flange and a pivot flange having a fifth through hole, the second spring mount having at least one second flange and a sixth through hole and the at least one spring includes first and second ends, the first end is secured to the at least one first flange and the second end is secured to the at least one second flange; a first pivot pin disposed in the first aligned pair of through holes and the third aligned pair of through holes; a stop member disposed in the second aligned pair of through holes and the aligned pair of arcuate slots; a second pivot pin disposed in the fourth aligned pair of through holes

Abstract: A mounting apparatus for an object including a rear mounting plate, a linkage system having first, second, third and fourth links, each of the first, second, third and fourth links includes first and second ends, and a swivel assembly. The first end of each of the first and second links is pivotably secured to the rear mounting plate, the second end of each of the third and fourth links is pivotably secured to the swivel assembly, the second end of the first link is pivotably secured to the first end of the third link, and the second end of the second link is pivotably secured to the first end of the fourth link. The linkage system includes a first gear and a second gear, and the first gear is rotatably connected to the second gear.

Abstract: A four bar hinge for mounting a door on an enclosure, the hinge including a first mounting bracket adapted to secure the hinge to the enclosure, a second mounting bracket adapted to secure the hinge to the door, a first link rotationally connected to the first mounting bracket at a first location and rotationally connected to the second mounting bracket at a second location, a second link rotationally connected to the first mounting bracket at a third location and rotationally connected to the second mounting bracket at a fourth location, a first shield fixedly connected at the second and the fourth locations and a second shield slidably connected to the first link and rotationally connected at the third location, wherein throughout an entire range of motion of the first mounting bracket relative to the second mounting bracket at least a portion of one of the first or second shields overlaps at least a portion of the other of the first and second shields whereby access to a volume formed between the first and

Abstract: A counterbalance mechanism including: a housing having a first aligned pair of through holes and a second aligned pair of through holes; a pivot nose having a third aligned pair of through holes, a fourth aligned pair of through holes and an aligned pair of arcuate slots; an energy storage device having first and second spring mounts and at least one spring, the first spring mount having at least one first flange and a pivot flange having a fifth through hole, the second spring mount having at least one second flange and a sixth through hole and the at least one spring includes first and second ends, the first end is secured to the at least one first flange and the second end is secured to the at least one second flange; a first pivot pin disposed in the first aligned pair of through holes and the third aligned pair of through holes; a stop member disposed in the second aligned pair of through holes and the aligned pair of arcuate slots; a second pivot pin disposed in the fourth aligned pair of through holes

Abstract: A four bar hinge for mounting a door on an enclosure, the hinge including a first mounting bracket adapted to secure the hinge to the enclosure, a second mounting bracket adapted to secure the hinge to the door, a first link rotationally connected to the first mounting bracket at a first location and rotationally connected to the second mounting bracket at a second location, a second link rotationally connected to the first mounting bracket at a third location and rotationally connected to the second mounting bracket at a fourth location, a first shield fixedly connected at the second and the fourth locations and a second shield slidably connected to the first link and rotationally connected at the third location, wherein throughout an entire range of motion of the first mounting bracket relative to the second mounting bracket at least a portion of one of the first or second shields overlaps at least a portion of the other of the first and second shields whereby access to a volume formed between the first and

Abstract: A mechanism for mounting a support including a linkage, wherein the linkage has at least three bars, the mechanism is attached to a base by a mounting member, and the mounting member has a pair of slots wherein the linkage may slide and pivot relative to the mounting member. In another embodiment, the mechanism includes a height indicator whereby a height of the mechanism relative to a height indicating surface is displayed. In a further embodiment, the mechanism includes an angle indicator whereby an angle of the support relative to an angle indicating surface is displayed. In yet another embodiment, the mechanism permits adjustment of the angle of the support relative to the angle indicating surface.

Abstract: A mechanism for mounting a support including a three bar linkage attached to a base by a mounting member, the mounting member having a pair of slots wherein the three bar linkage may slide and pivot relative to the mounting member. In another embodiment, the mechanism may include a height indicator whereby the height of the mechanism relative to a height indicating surface is displayed. In a further embodiment, the mechanism may include an angle indicator whereby the angle of the support relative to an angle indicating surface may be displayed. In yet another embodiment, the mechanism may include means for adjusting the angle of the support relative to the angle indicating surface.

Abstract: A keyboard support is provided with a sliding mouse support having a storage position arranged beneath the keyboard support and right and left hand use positions projecting from opposite ends of the keyboard support, wherein in each use position the mouse support is swingable forwardly and rearwardly of the keyboard support for purposes of adjustably arranging the mouse support within a range of user convenient mouse use positions relative to the front and rear edges of the keyboard support.

Abstract: A support is provided for mounting a mouse surface on a keyboard supporting tray for movement about a first vertical axis for moving the mouse surface between right and left hand use positions disposed adjacent right and left hand ends of a keyboard supported by the tray; for movement about a second axis disposed within a plane arranged parallel to said first axis; and for movement about a horizontal axis for forwardly and rearwardly tilting the mouse surface relative to the ends of the keyboard and selectively positioning upper and lower surfaces of the mouse surface vertically above and below the keyboard. The support is cantilever supported on the tray by a pivot connection for defining the first axis and includes a bearing surface selectively engageable with an upwardly facing, arculate surface portions of the tray for providing vertical support for the mouse surface remotely of the first axis.

Abstract: A keyboard support mechanism is disclosed as including an improved arrangement for supporting a trolley of such mechanism for movement relative to a guide track by which the mechanism is mounted on a work station. The trolley is fitted with two pairs of rollers arranged to roll lengthwise of the guide track within a pair of edge mounted mounting channels thereof and a follower; and the guide track is fitted with guide member having a guide channel adapted to slidably receive the follower while preventing movement of the trolley transversely of the guide channel. The guide channel extends rearwardly of a front end of the guide track, whereby to cooperate with the follower to stabilize an auxiliary surface on which a keyboard is supported against undesired transverse or sidewise movement when in its extended use position, while permitting loose fitting of the trolley within the guide track during a substantial portion of its movement of the auxiliary surface to an from its rearward storage position.

Abstract: A height adjustable mechanism for supporting a work surface for vertical movement relative to a base includes a counterbalance mechanism for providing a force opposing a downward force tending to lower the work surface; a brake mechanism for releasably retaining the work surface in a desired vertical position; a user operated release mechanism for selectively releasing the brake mechanism to permit vertical movement of the work surface; and an interlock mechanism for preventing release of the brake mechanism if the force and the downward force are out of balance by some given extent.