The present invention relates to an object collection apparatus with a lightweight and robust 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, and an optional self-leveling mechanism ensures efficiency on uneven terrain.

The present invention relates to an object collection apparatus with a lightweight and robust 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, and an optional self-leveling mechanism ensures efficiency on uneven terrain.

This disclosure relates to a system and device for cleaning impurities, garbage, rocks and etc. from sand. In one embodiment, a sand cleaning device includes a spinning brush head that includes one or more flaps that push sand through a screen while retaining impurities, garbage, and rocks within a receptacle. The system includes a remote power unit for powering the sand cleaning device.

This disclosure relates to a system and device for cleaning impurities, garbage, rocks and etc. from sand. In one embodiment, a sand cleaning device includes a spinning brush head that includes one or more flaps that push sand through a screen while retaining impurities, garbage, and rocks within a receptacle. The system includes a remote power unit for powering the sand cleaning device.

A system and method for manually cleaning an environment of a substance with an oil content. A hand tool includes a handle part and an attached brush element with fitted bristles. A cleaning tool includes a scraper with scraper elements to clean the hand tool brush element. Some of bristles of the hand tool are arranged in bristle bunches in one or more lines. The length of the bristle bunches is arranged to differ between the lines. In the brush element some of the lines of the bristle bunches are at a distance from each other. The scraper elements of the scraper of the cleaning tool and the lines of bristle bunches of the brush element of the hand tool are arranged relative to each other to scrape the substance with an oil content from between the lines of bristle bunches by the scraper elements.

A collection kit for the removal of unwanted material from a surface, said kit comprising: iv) ferromagnetic material to absorb and/or adsorb the unwanted material when spread across the unwanted material creating an area of operation; v) an apparatus having a magnetic source operable to attract the ferromagnetic material together with absorbed and/or adsorbed unwanted material when the magnetic source is touching or in the vicinity of the area of operation; and vi) means to dislodge the ferromagnetic material and absorbed and/or adsorbed unwanted material from the apparatus once the ferromagnetic material has been removed from the area of operation.

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 screen belt system for a beach cleaning vehicle, including a flexible, sheet-type screen belt arrangement which is deflected by at least two deflection shafts, with at least one thereof being driven by a drive unit. The screen belt arrangement is provided with lengthwise extending outer straps on opposite longitudinal sides, and has at least one screen belt fabric. Transversely extending reinforcing profiles are also provided, each extending over a working width of the at least one screen belt fabric and being connected to the at least one screen belt fabric and attached to the outer straps on the face end side.

Proposed is a microplastic collection device utilizing a cyclone The device may include a cylindrical barrel part accommodating a first suction fan and a first suction fan drive at an upper end thereof, and a microplastic suction pipe installed at an interior center of the barrel part to communicate with the first suction fan and configured to suck in microplastics. The device may also include a suction pipe spaced at a predetermined distance from the upper end of the barrel part, coupled to an outer circumferential surface of the barrel part to communicate with an interior of the barrel part, and configured to suck in external particles. The device may further include a microplastic capture pipe coupled to an upper end outer circumferential surface of the barrel part that surrounds the suction pipe. The device can effectively collect microplastics on seashores and separate them from nature.

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.