An improved sectionable painter's cup for protecting an object while painting is presented. The sectionable painter's cup features a main body constructed of a non-absorbent collapsible material for blocking liquid from contact with an object while the object is being painted. Cooperating closing members on the collapsible material are formed in a cup-like formation for enclosing the object. The painter's cup are provided in a rolled up configuration and are removable from each other at a tearable strip extending along the sides of each painter's cup.

A diamond art drill multiplacer head is disclosed. The multiplacer head may have a tip structure with a wax well having a width less than the cross-sectional dimensions of conventional diamond drills/beads. The tip structure may also have an external width that is also less than the cross-sectional dimensions of the conventional diamond drills and have a thin body thickness. As a result of such dimensions, diamond drills may not get stuck in the wax well of the tip structure and a user may see the outer edges of the diamond drills when placing them on a diamond are painting canvas.

A diamond art drill multiplacer head is disclosed. The multiplacer head may have a tip structure with a wax well having a width less than the cross-sectional dimensions of conventional diamond drills/beads. The tip structure may also have an external width that is also less than the cross-sectional dimensions of the conventional diamond drills and have a thin body thickness. As a result of such dimensions, diamond drills may not get stuck in the wax well of the tip structure and a user may see the outer edges of the diamond drills when placing them on a diamond are painting canvas.

A heat-transfer board customization device is provided. The device is designed to enable users to apply custom designs to sports boards such as skateboards, snowboards, surfboards, and similar boards. The device comprises a board, a heat transfer sheet, and a drawing utensil. The transfer sheet can be applied to the board and heated to transfer a design onto the board's surface. The sheet may be pre-printed with a design, have an outlined design for users to further customize, or may be blank for custom drawing. Drawing utensils, including paint pens or markers, are compatible with the transfer sheets, allowing further customization. The invention also includes several methods for using the device, involving steps of designing on the transfer sheet, applying heat to the sheet after placing the sheet on the board, and transferring the design onto the board.

A heat-transfer board customization device is provided. The device is designed to enable users to apply custom designs to sports boards such as skateboards, snowboards, surfboards, and similar boards. The device comprises a board, a heat transfer sheet, and a drawing utensil. The transfer sheet can be applied to the board and heated to transfer a design onto the board's surface. The sheet may be pre-printed with a design, have an outlined design for users to further customize, or may be blank for custom drawing. Drawing utensils, including paint pens or markers, are compatible with the transfer sheets, allowing further customization. The invention also includes several methods for using the device, involving steps of designing on the transfer sheet, applying heat to the sheet after placing the sheet on the board, and transferring the design onto the board.

An apparatus and method for constructing large and reproduceable pour paintings. The apparatus consists of a support frame for holding a square or rectangular paintable element in a horizontal plane. A pulley mechanism is secured to each corner of the paintable element which allows the individual corner to be raised or lowered thereby inducing a tilt of the paintable element. In a basic embodiment, each corner may be manually raised or lowered to a predetermined position as a first color is placed on the paintable element. Additional colors can then be placed on the paintable element as additional tilting is induced. These steps can be repeated until the paintable element is coated according to the design of the artist.

An apparatus and method for constructing large and reproduceable pour paintings. The apparatus consists of a support frame for holding a square or rectangular paintable element in a horizontal plane. A pulley mechanism is secured to each corner of the paintable element which allows the individual corner to be raised or lowered thereby inducing a tilt of the paintable element. In a basic embodiment, each corner may be manually raised or lowered to a predetermined position as a first color is placed on the paintable element. Additional colors can then be placed on the paintable element as additional tilting is induced. These steps can be repeated until the paintable element is coated according to the design of the artist.

The present disclosure is directed to a marker pixel wicking apparatus that allows a user to create dimensional pixelated art using a method of applying a colored ink marker directly onto the top white surface of a specifically designed substrate. The substrate has been molded specifically with an array of small vertical flat-topped cylinders covering nearly the entire surface.