A sand cleaning vehicle including a debris collection mechanism that collects debris from sand, a storage compartment that stores the collected debris, a capture device that captures at least one image of the collected debris, a memory storing a computer program, and a processor that executes the computer program. The computer program categorizes the collected debris into a plurality of different debris types using at least one image of the collected debris.

A fluidized aggregation separation system including an intake assembly having a first and a second end, and a separation assembly configured to separate material larger than a predetermined size from material smaller than the predetermined size. The separation assembly includes a screen assembly configured to prevent the material larger than the predetermined size from passing through the screen assembly and to allow the material smaller than the predetermined size to pass through the screen assembly. The fluidized aggregation separation system also includes an exit assembly configured to direct the material smaller than the predetermined size towards a restoration area.

A litter separating apparatus includes a frame, a churn-up mechanism provided at a front portion of the frame, and a mesh member provided at a rear portion of the frame. During operation, when the separating apparatus is towed on the surface of sand ground, the churn-up mechanism churns up litter along with sand, and throws thus churned up litter into said mesh member which catches the litter. The mesh member includes an encircling portion including a rear wall and side walls, and having an opening formed therein. The mesh member is attached pivotally to one of longitudinal members of the frame. An opening-closing plate is pivotally arranged around an open-side edge of one of the side walls on the longitudinal member to which the mesh member is pivotally attached. Such litter separating apparatus prevents litter from dropping out from the mesh member during collection of the litter.

A fluidized aggregation separation system including an intake assembly having a first and a second end, and a separation assembly configured to separate material larger than a predetermined size from material smaller than the predetermined size. The separation assembly includes a screen assembly configured to prevent the material larger than the predetermined size from passing through the screen assembly and to allow the material smaller than the predetermined size to pass through the screen assembly. The fluidized aggregation separation system also includes an exit assembly configured to direct the material smaller than the predetermined size towards a restoration area,

The present invention relates to an object collection apparatus with a support structure. An adjustable object engaging mechanism affixed to the front enables adaptation to diverse collection scenarios, while a configurable, durable collection receptacle at the rear accommodates various object sizes. A stepped transport conveyor system, powered by a motor, moves objects to the receptacle. An energy management system houses power generation and storage units, with an option for renewable energy sources. Operational parameters are managed via a control interface.

The present invention relates to an object collection apparatus with a support structure. An adjustable object engaging mechanism affixed to the front enables adaptation to diverse collection scenarios, while a configurable, durable collection receptacle at the rear accommodates various object sizes. A stepped transport conveyor system, powered by a motor, moves objects to the receptacle. An energy management system houses power generation and storage units, with an option for renewable energy sources. Operational parameters are managed via a control interface.