Abstract: A can opener has a cutter blade mounted with a body and a traction wheel mounted with the body on or adjacent the cutter blade. One of the cutter blade or traction wheel is movable with respect to the other between an inoperative position and an operative position. In the inoperative position the traction wheel and the cutter blade are spaced apart so that a rim of a can to be opened may be located between the traction wheel and the cutter blade. In the operative position the traction wheel and the cutter blade engage a can for opening the can. The can opener has an operating element that is operable by a user of the can opener for turning the traction wheel. Operation of the operating element also moves the cutter blade and traction wheel from the inoperative position to the operative position.

Abstract: A food processing apparatus has a housing, an internal basket and a drive mechanism on the housing for rotating the basket to process food (e.g., spinning water from food) in the housing. The drive mechanism has an operating lever, a gearwheel arranged to be rotated by the lever and the basket for rotating the basket, and a centrifugal clutch located between the lever and the gearwheel for transmitting a rotational drive force from the lever to the gearwheel. A brake mechanism on the housing has a braking member for frictional engagement with the gearwheel to stop rotation of the basket. The drive mechanism may rotate the basket selectively in opposite directions.

Abstract: A food processing apparatus has a housing, a basket supported in the housing for rotation about an axis of rotation, and a drive mechanism supported by the housing for rotating the basket to process food in the housing, for example, spinning off water from the food. The drive mechanism has a manual operating lever, a gearwheel rotated by the lever and coupled to the basket for rotating the basket, and a centrifugal clutch between the lever and the gearwheel for transmitting a rotational drive force from the lever to the gearwheel. The food processing apparatus includes a brake mechanism supported by the housing for braking rotation of the basket, the brake mechanism having a braking member frictionally engageable with the gearwheel to stop rotation of the basket.

Abstract: A food processing apparatus has a housing, an internal basket and a drive mechanism on the housing for rotating the basket to process food (e.g., spinning water from food) in the housing. The drive mechanism has an operating lever, a gearwheel arranged to be rotated by the lever and the basket for rotating the basket, and a centrifugal clutch located between the lever and the gearwheel for transmitting a rotational drive force from the lever to the gearwheel. A brake mechanism on the housing has a braking member for frictional engagement with the gearwheel to stop rotation of the basket. The drive mechanism may rotate the basket selectively in opposite directions.

Abstract: A food processing apparatus has a housing, a basket supported in the housing for rotation about an axis of rotation, and a drive mechanism supported by the housing for rotating the basket to process food in the housing, for example, spinning off water from the food. The drive mechanism has a manual operating lever, a gearwheel rotated by the lever and coupled to the basket for rotating the basket, and a centrifugal clutch between the lever and the gearwheel for transmitting a rotational drive force from the lever to the gearwheel. The food processing apparatus includes a brake mechanism supported by the housing for braking rotation of the basket, the brake mechanism having a braking member frictionally engageable with the gearwheel to stop rotation of the basket.

Abstract: A food spinner has a housing including a cover, a basket supported in the housing for rotation, a drive mechanism supported by the cover for rotating the basket, and a brake mechanism supported by the housing for braking the basket and stopping rotation of the basket. The brake mechanism has an operator for manual operation of the brake mechanism, and a braking member movable by the operator from an inoperative position to an operative position directly engaging the basket for braking the basket by friction.

Abstract: A can opener has a cutter blade mounted with a body and a traction wheel mounted with the body on or adjacent the cutter blade. One of the cutter blade or traction wheel is movable with respect to the other between an inoperative position and an operative position. In the inoperative position the traction wheel and the cutter blade are spaced apart so that a rim of a can to be opened may be located between the traction wheel and the cutter blade. In the operative position the traction wheel and the cutter blade engage a can for opening the can. The can opener has an operating element that is operable by a user of the can opener for turning the traction wheel. Operation of the operating element also moves the cutter blade and traction wheel from the inoperative position to the operative position.

Abstract: A manually operated kitchenware apparatus which has a suction operated mounting foot that can be operated by twisting or rotating a body of the apparatus. The apparatus can also have a removable cutter blade and a handle that receives a plurality of interchangeable grating blades.

Abstract: A can opener has first and second operating elements pivotal with respect to one another. The first operating element has a rotatable traction wheel and the second operating element has a cutting assembly. The operating elements pivot such that traction wheel and cutter assembly are moveable between an inoperative position and an operative position. In the inoperative position, the traction wheel and cutter assembly are spaced from one another so that the rim of the can to be opened is locatable between the traction wheel and cutter assembly. In the operative position, the traction wheel and the cutter assembly are in close proximity and engagable with the can to effect opening of the can. The cutter assembly has an axle engaged with the second operating element at a first end and has a thread at a second end. A rotatable circular cutting blade is located on the axle between the first and second ends and is held in place by a nut engaged with the thread. A decorative cover covers the nut.

Abstract: A can opener has first and second operating elements pivotal with respect to one another. The first operating element has a rotatable traction wheel and the second operating element has a cutting assembly. The operating elements pivot such that traction wheel and cutter assembly are moveable between an inoperative position and an operative position. In the inoperative position, the traction wheel and cutter assembly are spaced from one another so that the rim of the can to be opened is locatable between the traction wheel and cutter assembly. In the operative position, the traction wheel and the cutter assembly are in close proximity and engagable with the can to effect opening of the can. The cutter assembly has an axle engaged with the second operating element at a first end and has a thread at a second end. A rotatable circular cutting blade is located on the axle between the first and second ends and is held in place by a nut engaged with the thread. A decorative cover covers the nut.

Abstract: A lateral-cutting can opener has a body with a handle. A cutter is mounted with the body and is rotational about a first axis. A traction wheel is positioned on a shaft rotational about a second axis perpendicular to the first axis. The shaft is moveable in a direction lateral to the second axis between an inoperative position for receiving a rim of a can between the traction wheel and cutter, and an operative position for engaging a rim of a can between the traction wheel and cutter.

Abstract: A multi-purpose opener for removing a closure from a variety of containers has a sleeve having a first end with an opening for receiving a screw cap within the sleeve. The sleeve has an internal wall with one or more projections for engaging the screw cap, and a second end with a slot having a blade for engaging a bottle cap. A handle is integral with the sleeve and extends radically there from. The distal end of the handle has a taper for engaging under the lift tab of drink can. A claw for engaging a ring pull tab of a can is integral with the sleeve and extends tangentially from the sleeve diametrically opposite the handle.

Abstract: A handheld electric-powered can opener has a body with a handle and a head. A battery and motor are provided within the handle. A gearbox is coupled to the motor and a rotational traction wheel positioned on the head. A rotational cutting wheel is positioned on the head and coupled to a lever for forcing the cutting wheel against a can rim. A switch is provided to operate the motor when the lever is forcing the cutting wheel against a can rim.

Abstract: A can opener includes a body with a handle, a traction wheel rotatably mounted on the body, an operating element for turning the traction wheel, and a cutter. The cutter is moveable between an inoperative position for receiving a rim of a can between the traction wheel and cutter, and an operative position for engaging said rim of the can between the traction wheel and cutter. A cam with a lobe engages the cutter and moves it between the inoperative and operative positions. The cam is operated by a lever.

Abstract: A multi-purpose opener for removing a closure from a variety of containers has a sleeve having a first end with an opening for receiving a screw cap within the sleeve. The sleeve has an internal wall with one or more projections for engaging the screw cap, and a second end with a slot having a blade for engaging a bottle cap. A handle is integral with the sleeve and extends radically there from. The distal end of the handle has a taper for engaging under the lift tab of drink can. A claw for engaging a ring pull tab of a can is integral with the sleeve and extends tangentially from the sleeve diametrically opposite the handle.