Abstract: An apparatus for holding a plurality of documents includes a plurality of dividers. The dividers include a front facing surface, a rear facing surface, an upper end and a lower end. Each divider includes a first attachment member that is attached to a corresponding second attachment member of an adjacent divider so as to form a stacked and interconnected configuration. A frame retains lateral edges of the stacked dividers in which the stacked plurality of dividers define a corresponding plurality of document retaining pockets. In at least one version, the size of the retaining pockets can be selectively and independently adjusted, as needed wherein the apparatus can be used in conjunction with at least one display board, such as a dry-erase board.

Abstract: A display panel includes a single planar section of steel having a front side and an opposing rear side, in which folded edge sections are formed on each lateral side of the steel section and the front side having a dry-erasable surface over at least a portion thereof. At least one double-sided adhesive strip for securing the display panel directly to a supporting surface is disposed on the rear side of the steel section. Additionally, a related method of manufacturing a display panel is also described.

Abstract: A board hanger system includes at least one hanger element defined by a body, including a center receiving hole, enabling the hanger element to be secured to a fixed supporting surface, said hanger element being rotatable about the center receiving hole and including an engagement portion on one side. The engagement portion is defined by a first dimension and a second shorter dimension. A display board includes a channel with a slot sized to receive the engagement portion of the hanger element and in which the hanger element is movable from a first position to a second position as rotated about the center receiving hole. Rotation from the first position to the second position causes the first dimension of the engagement portion to frictionally engage the channel and releasably clamps the hanger element relative to the display board.

Abstract: A magnetic bearing assembly for a rotatable support apparatus includes a first stationary section, a second section disposed on the first section and a shaft member secured to the base section and passing through the first section. The shaft member defines an axle for rotation for the first section wherein the magnetic bearing assembly is defined by at least one pair of magnets disposed in relation to the shaft member, the at least one pair of magnets including magnetic face surfaces aligned such that a repelling field is established between the at least one pair of magnets, wherein the first section is attached to at least one of the magnets.

Abstract: A display board is defined by a front panel, a rear panel and material sandwiched between the front and rear panels. The front panel includes at least one card-holding portion that includes a plurality of slotted portions sized for retaining at least one card and in which the backing material includes at least one recess that is sized and indexed with the slotted portions of the at least one card-holding portion.

Abstract: A magnetic bearing assembly for a rotatable support apparatus includes a first stationary section, a second section disposed on the first section and a shaft member secured to the base section and passing through the first section. The shaft member defines an axle for rotation for the first section wherein the magnetic bearing assembly is defined by at least one pair of magnets disposed in relation to the shaft member, the at least one pair of magnets including magnetic face surfaces aligned such that a repelling field is established between the at least one pair of magnets, wherein the first section is attached to at least one of the magnets.