An adjustable sifting assembly for sifting granular food material includes a sleeve that is tapered thereby facilitating the sleeve to receive a granular food material such that the granular food material is urged toward a center of the sleeve. A plurality of screens is provided and a respective one of the screens is positionable in the sleeve. Each of the screens has a plurality of openings that is integrated into the screens thereby facilitating the screen that is positioned in the sleeve to sift the granular food material. In this way the screen that is positioned in the sleeve can remove dust and debris from the granular food material. The openings in each of the screens has a unique size with respect to a respective one of the screens thereby facilitating each of the screens to sift granular food items of varying sizes.

An adjustable sifting assembly for sifting granular food material includes a sleeve that is tapered thereby facilitating the sleeve to receive a granular food material such that the granular food material is urged toward a center of the sleeve. A plurality of screens is provided and a respective one of the screens is positionable in the sleeve. Each of the screens has a plurality of openings that is integrated into the screens thereby facilitating the screen that is positioned in the sleeve to sift the granular food material. In this way the screen that is positioned in the sleeve can remove dust and debris from the granular food material. The openings in each of the screens has a unique size with respect to a respective one of the screens thereby facilitating each of the screens to sift granular food items of varying sizes.

A food-product handling device includes a sifter unit having housing defining an open upper side, a mount extending outwardly from the first housing along a first axis, and a lower side opposite the upper side. A sifter basket has an interior and is aligned with and inset within the open upper side. The device further includes a scale assembly having a body defining an upper opening and an opposite lower opening and having an annular weight-sensing unit surrounding the upper opening. The body is positionable on the housing of the sifter unit with the opening in communication with the open upper side of the housing. A hopper is positionable on the weight-sensing unit.

A food-product handling device includes a sifter unit having housing defining an open upper side, a mount extending outwardly from the first housing along a first axis, and a lower side opposite the upper side. A sifter basket has an interior and is aligned with and inset within the open upper side. The device further includes a scale assembly having a body defining an upper opening and an opposite lower opening and having an annular weight-sensing unit surrounding the upper opening. The body is positionable on the housing of the sifter unit with the opening in communication with the open upper side of the housing. A hopper is positionable on the weight-sensing unit.

This disclosure relates generally to oil strainer with holes that open and close with a flick of a switch. In an instant, the oil strainer transforms to a solid floor, allowing the user to entrap the unwanted hot oil and create a crisp soup, broth, or stew. A strainer with small holes sits just below the transforming solid floor, to slightly press down soup contents; preventing soup contents from being cut or going in the oil trapper.

The present invention relates to a kitchen utensil or device, specifically a strainer, which is constructed and adapted to attach by removable means to the side of a pan, pot, or bowl, to provide a convenient means to allow for the separation of solid food product from liquid. The strainer comprising a generally planar top surface, having a plurality of small gauge holes, slits, or openings in its surface. The holes being effective to allow a liquid to pass through the surface of the utensil while retaining the solid food product. The device is attachable by means of a clip to the rim of an existing pan, pot, or bowl.

The present invention relates to a kitchen utensil or device, specifically a strainer, which is constructed and adapted to attach by removable means to the side of a pan, pot, or bowl, to provide a convenient means to allow for the separation of solid food product from liquid. The strainer comprising a generally planar top surface, having a plurality of small gauge holes, slits, or openings in its surface. The holes being effective to allow a liquid to pass through the surface of the utensil while retaining the solid food product. The device is attachable by means of a clip to the rim of an existing pan, pot, or bowl.

A shaker has an outer container and an inner container moveable inside the outer container. The outer container side wall has an opening through which a first portion of the inner container side wall can be grasped. A space between the outer container side wall and the inner container side wall accommodates an energy accumulator. The inner container, at rest, is pressed with the first portion of the inner container side wall against the opening in the outer container side wall by the energy accumulator and covers the opening. The inner container is movable, counter to the energy accumulator force, transversely relative to a longitudinal axis of the outer container into a displacement position. The inner container has a discharge opening which, when the inner container moves away from the rest position, is moved across a sieve provided in the dispensing opening of the outer container floor.

A shaker has an outer container and an inner container moveable inside the outer container. The outer container side wall has an opening through which a first portion of the inner container side wall can be grasped. A space between the outer container side wall and the inner container side wall accommodates an energy accumulator. The inner container, at rest, is pressed with the first portion of the inner container side wall against the opening in the outer container side wall by the energy accumulator and covers the opening. The inner container is movable, counter to the energy accumulator force, transversely relative to a longitudinal axis of the outer container into a displacement position. The inner container has a discharge opening which, when the inner container moves away from the rest position, is moved across a sieve provided in the dispensing opening of the outer container floor.

A shaker has an outer container and an inner container moveable inside the outer container. The outer container side wall has an opening through which a first portion of the inner container side wall can be grasped. A space between the outer container side wall and the inner container side wall accommodates an energy accumulator. The inner container, at rest, is pressed with the first portion of the inner container side wall against the opening in the outer container side wall by the energy accumulator and covers the opening. The inner container is movable, counter to the energy accumulator force, transversely relative to a longitudinal axis of the outer container into a displacement position. The inner container has a discharge opening which, when the inner container moves away from the rest position, is moved across a sieve provided in the dispensing opening of the outer container floor.