An electromagnetic pickup wand allows a user to pick up magnetic toy articles without having to bend down. The electromagnetic pickup wand contains a handle, a pole, a base, an electromagnet, and a switch. The electromagnet contains a coil, a rod, and a power source. The handle and the base are terminally positioned opposite to each other along the pole. The electromagnet is positioned within the pole. The electromagnet is electronically connected to the base, where the electromagnet is configured to magnetically engage with a magnetic element when the electromagnet is activated. The magnetic element is constructed out of a blend of magnetite sand and ABS material. The coil traverses along the rod. The power source is positioned within the handle. The switch, power source, the coil, and the base are electrically connected to each other.

An electromagnetic pickup wand allows a user to pick up magnetic toy articles without having to bend down. The electromagnetic pickup wand contains a handle, a pole, a base, an electromagnet, and a switch. The electromagnet contains a coil, a rod, and a power source. The handle and the base are terminally positioned opposite to each other along the pole. The electromagnet is positioned within the pole. The electromagnet is electronically connected to the base, where the electromagnet is configured to magnetically engage with a magnetic element when the electromagnet is activated. The magnetic element is constructed out of a blend of magnetite sand and ABS material. The coil traverses along the rod. The power source is positioned within the handle. The switch, power source, the coil, and the base are electrically connected to each other.

A cleaning device for cleaning an interior surface of a fuel tank includes a handle extending from a first end to a second end, the handle having a grip proximal to the second end which is configured to be grasped by a human hand. The cleaning device also includes a head proximal to the first end of the handle such that the head is fixed to the handle, the head having a magnet fixed thereto. The cleaning device also includes a cleaning pad made of a material which is not attracted to the magnet, the cleaning pad being removably mounted to the head.

A cleaning device for cleaning an interior surface of a fuel tank includes a handle extending from a first end to a second end, the handle having a grip proximal to the second end which is configured to be grasped by a human hand. The cleaning device also includes a head proximal to the first end of the handle such that the head is fixed to the handle, the head having a magnet fixed thereto. The cleaning device also includes a cleaning pad made of a material which is not attracted to the magnet, the cleaning pad being removably mounted to the head.

A free-floating, hinged release lever on an incorporated track to a three-sided extruded channel housing, which holds multiple magnets with opposite polarity. The housing has a steel top plate to allow for centering a female ACME connector for the attachment of a handle and to allow for an axle at each end to hold wheels for ease of conveyance. After the three-sided extruded channel housingencapsulated by the free-floating, hinged release leverhas collected ferrous debris, the release lever is pushed away from the housing to allow for easy removal of ferrous material by it falling off by gravitational force without the operator having to be in contact with the metal debris. The magnets remain in place during the entire removal process.

A free-floating, hinged release lever on an incorporated track to a three-sided extruded channel housing, which holds multiple magnets with opposite polarity. The housing has a steel top plate to allow for centering a female ACME connector for the attachment of a handle and to allow for an axle at each end to hold wheels for ease of conveyance. After the three-sided extruded channel housingencapsulated by the free-floating, hinged release leverhas collected ferrous debris, the release lever is pushed away from the housing to allow for easy removal of ferrous material by it falling off by gravitational force without the operator having to be in contact with the metal debris. The magnets remain in place during the entire removal process.

A magnetic sweeper assembly comprised of a broom for sweeping up debris and a magnetic surface for picking up magnetic materials such as nails or metal shavings. The magnetic sweeper comprises a one-piece manifold having a brush cap, a curvilinear section, and a box section. One or more magnets are positioned in a cavity inside of the box section and the broom is attached to the brush cap. A shield is attached to the assembly adjacent to a side of the box section so that the magnetic items picked up by the magnets are held against the shield for eventual removal. Two or more wheels are attached to the assembly so the assembly can be rolled across the floor when the magnetic surface is employed.

A magnetic sweeper assembly comprised of a broom for sweeping up debris and a magnetic surface for picking up magnetic materials such as nails or metal shavings. The magnetic sweeper comprises a one-piece manifold having a brush cap, a curvilinear section, and a box section. One or more magnets are positioned in a cavity inside of the box section and the broom is attached to the brush cap. A shield is attached to the assembly adjacent to a side of the box section so that the magnetic items picked up by the magnets are held against the shield for eventual removal. Two or more wheels are attached to the assembly so the assembly can be rolled across the floor when the magnetic surface is employed.

An industrial hanging magnetic sweeper apparatus auto clean-off, side shift and height adjustment features. The magnetic sweeper apparatus mounts to an industrial vehicle using chains and maintains multiple points of contact. This allows movement of the apparatus independently from the vehicle which reduces damage to the apparatus and the vehicle in the case of incidental ground contact. The apparatus includes a hydraulic side shift of the magnet allowing debris to be collected from outside the primary mover track width. The apparatus also allows for height adjustment on each individual side. Two top links, one for each side, can adjust the sweeping height of the magnetic sweeper for optimal pickup performance.

An industrial hanging magnetic sweeper apparatus auto clean-off, side shift and height adjustment features. The magnetic sweeper apparatus mounts to an industrial vehicle using chains and maintains multiple points of contact. This allows movement of the apparatus independently from the vehicle which reduces damage to the apparatus and the vehicle in the case of incidental ground contact. The apparatus includes a hydraulic side shift of the magnet allowing debris to be collected from outside the primary mover track width. The apparatus also allows for height adjustment on each individual side. Two top links, one for each side, can adjust the sweeping height of the magnetic sweeper for optimal pickup performance.