An improved separation device having a frustoconical funnel and collection chamber. The collection chamber is removably attached to the frustoconical funnel. Preferably, the frustoconical funnel has a tapered section and a wide-mouthed section. The wide-mouthed section extends below the mouth of the funnel to a tapering point. The inner surface of the frustoconical funnel utilizes a combination of bars and posts extending from the inner surface of the funnel section. The posts can be a variety of sizes, shapes, and numbers. The bars can extend across the diameter of the filter section or alternatively to form one or more chords of the filter section. Preferably the collection chamber has a clear wall and/or floor to allow a user to view material within the collection chamber.

An improved separation device having a frustoconical funnel and collection chamber. The collection chamber is removably attached to the frustoconical funnel. Preferably, the frustoconical funnel has a tapered section and a wide-mouthed section. The wide-mouthed section extends below the mouth of the funnel to a tapering point. The inner surface of the frustoconical funnel utilizes a combination of bars and posts extending from the inner surface of the funnel section. The posts can be a variety of sizes, shapes, and numbers. The bars can extend across the diameter of the filter section or alternatively to form one or more chords of the filter section. Preferably the collection chamber has a clear wall and/or floor to allow a user to view material within the collection chamber.

The present invention relates generally to the field of sifters. More specifically, the present invention relates to a sifter lid device. The device is comprised of a body further comprised of a funnel area and a continuous opening in the top surface of the body that receives a sifter insert. The device can be placed on a container such that the contents of the container are sifted through the sifter insert and then can be poured using the funnel area into a secondary location or other container as desired. The sifter insert is further removable and may have a plurality of screen spacings. The device may also be comprised of a lid that covers the sifter insert when the device is not in use but is still attached to a container.

The present invention relates generally to the field of sifters. More specifically, the present invention relates to a sifter lid device. The device is comprised of a body further comprised of a funnel area and a continuous opening in the top surface of the body that receives a sifter insert. The device can be placed on a container such that the contents of the container are sifted through the sifter insert and then can be poured using the funnel area into a secondary location or other container as desired. The sifter insert is further removable and may have a plurality of screen spacings. The device may also be comprised of a lid that covers the sifter insert when the device is not in use but is still attached to a container.

Disclosed is a pruning and sieving apparatus, which resolves time-consuming and laborious problems in the existing pruning method of flower plants. The pruning and sieving apparatus includes a hollow body, including two relatively disposed open axial ends; an interior pruning lining attached inside the hollow body, where the interior pruning lining includes a plurality of sidewall pruning holes arranged in a distributed manner; a sieving screen, where the sieving screen includes a plurality of sieving holes arranged in a distributed manner, and is disposed in the interior pruning lining to divide the internal space of the interior pruning lining into a pruning chamber and a collection chamber; and two end caps disposed on the two open axial ends.

A device for using a powder or granular product for absorbing fluids spilled on the floor or ground includes a container provided with a storage tank for storing the absorbent product, a tank for receiving the soiled absorbent product, and a sifting receptacle. The sifting receptacle includes, at the bottom, a strainer which is arranged above an opening in the storage tank and can be emptied into the receiving tank.

A filter insert is sized to fit into a fuel pellet handling bucket and has a filter floor elevated by a plurality of standoffs to define a space below the screen mesh fuel insert.

A device including a front edge section; a back wall section disposed opposite the front edge section; a first sifting area disposed close to the front edge, wherein the first sifting area is configured to separate a first type of particle or material from a litter with a first plurality of slots; a second sifting area disposed at the back wall section, wherein the second sifting area is configured to be operable for separating a second type of particle or material from the litter with a second plurality of slots, wherein the second type or particle or material are larger than the first type of particle or material; and a handle implement for controlling the use of the first and second sifting areas.

A device including a front edge section; a back wall section disposed opposite the front edge section; a first sifting area disposed close to the front edge, wherein the first sifting area is configured to separate a first type of particle or material from a litter with a first plurality of slots; a second sifting area disposed at the back wall section, wherein the second sifting area is configured to be operable for separating a second type of particle or material from the litter with a second plurality of slots, wherein the second type or particle or material are larger than the first type of particle or material; and a handle implement for controlling the use of the first and second sifting areas.

A highbanker may be used with sluice mats to separate heavier metals from placer deposit. The highbanker includes a hopper assembly, a trough assembly, a brace member, and a plurality of legs. The trough assembly includes first and second trough sections. The first trough section includes a first surface and is pivotably connected to the hopper assembly. The second trough section includes a second surface, with the second trough section being removably attachable to the first trough section. The brace member extends between the trough assembly and the hopper assembly. The plurality of legs is removably attachable to the trough assembly. In an assembled configuration, the second trough section is attached to the first trough section so that the first surface and the second surface define a substantially continuous surface for accepting the sluice mats. In a nested configuration, the second trough section is nested within the first trough section.