초록 ▼

A mixing bucket has a cylindrical sidewall with longitudinally separated lower and upper bucket rims defining a bucket interior volume. A laterally oriented bucket bottom spans the sidewall and separates the bucket interior volume into upper and lower bucket volumes. At least one aperture is located

A mixing bucket has a cylindrical sidewall with longitudinally separated lower and upper bucket rims defining a bucket interior volume. A laterally oriented bucket bottom spans the sidewall and separates the bucket interior volume into upper and lower bucket volumes. At least one aperture is located in the sidewall and provides substantially laterally oriented access between an ambient environment and the lower bucket volume. At least one laterally oriented channel extends from at least one aperture and is located within the lower bucket volume. An elongate anchoring structure has first and second anchor ends laterally separated by an anchor body. The anchoring structure engages the bucket by the anchor body being at least partially positioned within the channel. An anchoring force is exerted upon the anchoring structure while the anchoring structure is engaged with the bucket, and the anchoring force counteracts a mixing force being exerted upon the bucket.

대표청구항 ▼

1. An apparatus for stabilizing a mixing bucket, the bucket having a sidewall with longitudinally separated lower and upper bucket rims defining a bucket interior volume, the apparatus comprising: a laterally oriented bucket bottom spanning the sidewall and separating the bucket interior volume into

1. An apparatus for stabilizing a mixing bucket, the bucket having a sidewall with longitudinally separated lower and upper bucket rims defining a bucket interior volume, the apparatus comprising: a laterally oriented bucket bottom spanning the sidewall and separating the bucket interior volume into an upper bucket volume and a lower bucket volume, the upper bucket volume being configured to contain a material being mixed;at least two apertures located in the sidewall and providing substantially laterally oriented access between an ambient environment and the lower bucket volume;at least one laterally oriented channel extending from at least one aperture and located within the lower bucket volume; andan elongate anchoring structure having first and second anchor ends laterally separated by an anchor body, the anchoring structure removably engaging the bucket by at least a portion of the anchor body being positioned within the channel, the apertures being aligned upon the sidewall to concurrently accept portions of the anchor body while the first and second anchor ends are located in the ambient environment;wherein an anchoring force is exerted upon the anchoring structure in the ambient environment while the anchoring structure is engaged with the bucket, and the anchoring force counteracts a mixing force being exerted upon the bucket by the material being mixed. 2. The apparatus of claim 1, wherein the aperture intersects the lower bucket rim to form an open-bottomed aperture. 3. The apparatus of claim 1, wherein the anchoring force arises from a weight removably placed atop the anchoring structure by a user. 4. The apparatus of claim 1, wherein the anchoring force arises from the anchoring structure being connected to another surface in the ambient environment. 5. The apparatus of claim 1, wherein the anchoring structure is selected from the group consisting of a PVC pipe, a metal pipe, a hose, a piece of drywall board, a piece of plywood, and a piece of lumber. 6. The apparatus of claim 1, wherein the channel is formed integrally with the bucket bottom. 7. The apparatus of claim 1, wherein at least one of the first and second anchor ends is located radially outward beyond the sidewall and the anchor body is located radially inside the sidewall while the anchoring structure is engaged with the bucket. 8. The apparatus of claim 1, wherein the sidewall is cylindrical. 9. A method for stabilizing a mixing bucket, the bucket having a sidewall with longitudinally separated lower and upper bucket rims defining a bucket interior volume, the method comprising the steps of: separating the bucket interior volume into an upper bucket volume and a lower bucket volume using a laterally oriented bucket bottom spanning the sidewall;providing at least two apertures located in and aligned upon the sidewall, the apertures providing substantially laterally oriented access between an ambient environment and the lower bucket volume;providing at least one laterally oriented channel extending from at least one aperture and located within the lower bucket volume;containing a material being mixed within the upper bucket volume;providing an elongate anchoring structure having first and second anchor ends laterally separated by an anchor body;engaging the bucket with the anchoring structure by positioning at least a portion of the anchor body within the channel;concurrently accepting portions of the anchor body within the two aligned apertures while the first and second anchor ends are located in the ambient environment;exerting an anchoring force upon the anchoring structure in the ambient environment while the anchoring structure is engaged with the bucket;applying rotational energy to the material being mixed;exerting a mixing force upon the bucket with the material being mixed; andcounteracting the mixing force with the anchoring force to stabilize the bucket. 10. The method of claim 9, wherein the step of exerting an anchoring force upon the anchoring structure includes the step of temporarily placing a weight atop the anchoring structure in the ambient environment. 11. The method of claim 9, wherein the step of exerting an anchoring force upon the anchoring structure includes the step of connecting the anchoring structure to another surface in the ambient environment.