A furniture and appliance stabilizing apparatus has a foot portion and a front portion disposed along a back portion of the foot portion. It also has an elevation portion disposed behind the front portion; and an adjustment means for securing a unit within the elevation portion. When the unit is secured between an inside portion of the front portion and the adjustment means, the unit is elevated along a front part of the unit thereby moving the center of gravity further back from the front part thus stabilizing the unit. The elevation portion and the adjustment means are all angled downward at a selected negative angle forming an angled surface wherein the unit will fit snugly therein when the unit is placed on the elevation portion. The system works in conjunction with drawer extension limiters to prevent tip-overs even when a downward force is applied.

A furniture and appliance stabilizing apparatus has a foot portion and a front portion disposed along a back portion of the foot portion. It also has an elevation portion disposed behind the front portion; and an adjustment means for securing a unit within the elevation portion. When the unit is secured between an inside portion of the front portion and the adjustment means, the unit is elevated along a front part of the unit thereby moving the center of gravity further back from the front part thus stabilizing the unit. The elevation portion and the adjustment means are all angled downward at a selected negative angle forming an angled surface wherein the unit will fit snugly therein when the unit is placed on the elevation portion. The system works in conjunction with drawer extension limiters to prevent tip-overs even when a downward force is applied.

Piece of furniture, such as a dresser, includes a frame having a front facing surface and a rear facing surface, rectangular drawers each insertable into and partly removable from the frame and at least one of which includes a vertically oriented front panel, rectangular side panels, a horizontal lower panel and a vertically oriented rear panel, and front, non-adjustable supports and rear, non-adjustable supports for supporting the frame on a horizontal surface. The rear supports have a lower height than the front supports. As such, a distance between a lowermost drawer and a rear of the frame is less than a distance between the lowermost drawer and a front of the frame when the lowermost drawer is fully inserted into the frame.

Piece of furniture, such as a dresser, includes a frame having a front facing surface and a rear facing surface, rectangular drawers each insertable into and partly removable from the frame and at least one of which includes a vertically oriented front panel, rectangular side panels, a horizontal lower panel and a vertically oriented rear panel, and front, non-adjustable supports and rear, non-adjustable supports for supporting the frame on a horizontal surface. The rear supports have a lower height than the front supports. As such, a distance between a lowermost drawer and a rear of the frame is less than a distance between the lowermost drawer and a front of the frame when the lowermost drawer is fully inserted into the frame.

A method of stabilizing a cornhole board on a support surface, comprising providing a cornhole board including an inclined board have a front, a rear, and a top with a target hole, one or more rear supports that support the rear of the inclined board at a height above the front of the board, and one or front supports that support the front of the inclined board; providing one or more stabilizing units for the one or more front supports that support the front of the inclined board and the one or more rear supports that support the rear of the inclined board, wherein the one or more one or more stabilizing units include one or more adhesion members that adhere to and stabilize the cornhole board relative to the support surface.

A method of stabilizing a cornhole board on a support surface, comprising providing a cornhole board including an inclined board have a front, a rear, and a top with a target hole, one or more rear supports that support the rear of the inclined board at a height above the front of the board, and one or front supports that support the front of the inclined board; providing one or more stabilizing units for the one or more front supports that support the front of the inclined board and the one or more rear supports that support the rear of the inclined board, wherein the one or more one or more stabilizing units include one or more adhesion members that adhere to and stabilize the cornhole board relative to the support surface.

A furniture leg protective sock to prevent a furniture leg from scraping or marring a floor includes a stretchable/expandable double-layered non-friction material to form an outer layer, an inner layer, and a gap therebetween, the outer layer having a first outer layer surface and a second outer layer surface, the inner layer having a first inner layer surface and a second inner layer surface, the first outer layer surface and the first inner layer surface being continuous, the second outer layer surface and the second inner layer surface being continuous; and a caster cup. The caster cup is attached to the stretchable/expandable double-layered non-friction material. The caster cup is filled with a deformable friction material.

A furniture leg protective sock to prevent a furniture leg from scraping or marring a floor includes a stretchable/expandable double-layered non-friction material to form an outer layer, an inner layer, and a gap therebetween, the outer layer having a first outer layer surface and a second outer layer surface, the inner layer having a first inner layer surface and a second inner layer surface, the first outer layer surface and the first inner layer surface being continuous, the second outer layer surface and the second inner layer surface being continuous; and a caster cup. The caster cup is attached to the stretchable/expandable double-layered non-friction material. The caster cup is filled with a deformable friction material.

A protective sleeve for a furniture foot, including a sleeve body made of a flexible material and a felt pad, wherein the sleeve body is of a cylindrical structure with an opening in one end, which includes a bottom wall and a lateral wall integrally formed with the bottom wall; the felt pad is attached to an outer surface of the bottom wall and is in a hot-melt, connection with the bottom wall; a friction coefficient of the felt pad is smaller than that of the sleeve body. The felt pad is disposed on a bottom surface of the sleeve body. As the friction coefficient of the felt pad is smaller than the friction coefficient of the sleeve body, a friction force on the felt pad is smaller when a chair foot is moved against a floor, so that the protective sleeve is prevented from falling off.

A protective sleeve for a furniture foot, including a sleeve body made of a flexible material and a felt pad, wherein the sleeve body is of a cylindrical structure with an opening in one end, which includes a bottom wall and a lateral wall integrally formed with the bottom wall; the felt pad is attached to an outer surface of the bottom wall and is in a hot-melt, connection with the bottom wall; a friction coefficient of the felt pad is smaller than that of the sleeve body. The felt pad is disposed on a bottom surface of the sleeve body. As the friction coefficient of the felt pad is smaller than the friction coefficient of the sleeve body, a friction force on the felt pad is smaller when a chair foot is moved against a floor, so that the protective sleeve is prevented from falling off.