Abstract: Provided is a fixture assembly for printing image graphics on a slat set of a window blind. The slat set is comprised of a plurality of substantially identically configured slats. Each one of the slats has a slat length and a slat width. The fixture assembly comprises a horizontally extending panel having an upper panel surface with opposed panel ends and opposed panel sides respectively defining a panel length and a panel width. The fixture assembly further comprises a plurality of substantially identically configured elongate inserts mounted on the upper panel surface in parallel spaced relation to one another. Each one of the inserts is configured to receive and support one of the slats in a generally horizontal orientation. The inserts are spaced complementary to the slat width such that the slats are supported on the inserts in abutting contact with one another.

Abstract: Provided is a fixture assembly for printing image graphics on a slat set of a window blind. The slat set is comprised of a plurality of substantially identically configured slats. Each one of the slats has a slat length and a slat width. The fixture assembly comprises a horizontally extending panel having an upper panel surface with opposed panel ends and opposed panel sides respectively defining a panel length and a panel width. The fixture assembly further comprises a plurality of substantially identically configured elongate inserts mounted on the upper panel surface in parallel spaced relation to one another. Each one of the inserts is configured to receive and support one of the slats in a generally horizontal orientation. The inserts are spaced complementary to the slat width such that the slats are supported on the inserts in abutting contact with one another.

Abstract: A ladder station supporting device is provided which includes an upper holder assembly having an upper mounting body and a first vertically-oriented holder rotatably fastened to the upper mounting body; a lower holder assembly having a lower mounting body and a second vertically-oriented holder rotatably fastened to the lower mounting body; and a vertically-oriented articulation rod interconnecting the upper and lower holder assemblies, wherein the upper holder assembly may be adjustably positioned along an axis defined by the articulation rod.

Abstract: A child safety blind having a head rail, a bottom rail, at least one ladder tape, a plurality of slats, a tilt wand and a pair of registry clips. At least one ladder tape extends horizontally between the head rail and the bottom rail, and the ladder tape comprising a plurality of steps. The slats extend horizontally between the head rail and the bottom rail, and each of the slats extends through one corresponding step of the ladder tape. The tilt wand is linked with ladder tape and operative to operative to drive the steps of the ladder tape to turn the slats with an angle. The pair of registry clips is operative to lift the bottom rail and the slats at two side portions thereof while holding the bottom rail and the slats therein.

Abstract: Provided is a fixture assembly for printing image graphics on a slat set of a window blind. The slat set is comprised of a plurality of substantially identically configured slats. Each one of the slats has a slat length and a slat width. The fixture assembly comprises a horizontally extending panel having an upper panel surface with opposed panel ends and opposed panel sides respectively defining a panel length and a panel width. The fixture assembly further comprises a plurality of substantially identically configured elongate inserts mounted on the upper panel surface in parallel spaced relation to one another. Each one of the inserts is configured to receive and support one of the slats in a generally horizontal orientation. The inserts are spaced complementary to the slat width such that the slats are supported on the inserts in abutting contact with one another.

Abstract: A child safety blind having a head rail, a bottom rail, at least one ladder tape, a plurality of slats, a tilt wand and a pair of registry clips. At least one ladder tape extends horizontally between the head rail and the bottom rail, and the ladder tape comprising a plurality of steps. The slats extend horizontally between the head rail and the bottom rail, and each of the slats extends through one corresponding step of the ladder tape. The tilt wand is linked with ladder tape and operative to operative to drive the steps of the ladder tape to turn the slats with an angle. The pair of registry clips is operative to lift the bottom rail and the slats at two side portions thereof while holding the bottom rail and the slats therein.

Abstract: There is provided a display device which comprises a display housing. The display housing has an internal compartment defined by a plurality of connected panels. At least one of the panels is a heat-conducting panel which simulates a glass window. Moreover, a heat source is disposed within the inside compartment for generating heat therein. In addition, a plurality of window coverings each having a specific heat insulation property corresponding thereto are further provided. Each respective one of the plurality of window coverings are removably mountable to the display housing to insulate the heat conducting through the heat-conducting panel from within the internal compartment. By doing so, a consumer is able to determine the heat insulation property of each respective on of the plurality of window coverings.

Abstract: A machine for forming a bottom rail and a valance for a window blind unit. The machine has a support member upon which a length of wood ultimately destined to be a bottom rail or a valance can reside while cutting occurs, and includes at least one laterally movable saw blade for cutting a selectable wood segment at a selectable angle up to 90.degree.. Such angular cutting permits a mitred junction of corners in a formed valance. The machine also has at least one wood boring device and at least one wood drilling device to provide for pull cord anchoring whereby cords are passed through a drilled aperture and knotted such that the knot is housed in a bored compartment. The machine can be incorporated and automated for inline inclusion with automated components of a window blind manufacturing and assembly system to provide finished bottom rails and packaged valance components for final installation at a site of use.

Abstract: A modular assembly station for slotting and stringedly assembling a plurality of window-blind slats for subsequent construction of a window-blind unit. The assembly station includes at least one and preferably two or more slot cutter assemblies having a cutter member for cutting a slot in a slat through which a pull cord can pass a saw cutting assembly for trimming opposite ends of the slat, and a ladder-string applicator in lateral spaced relationship with the cutter assembly and including an entrance chamber for a slat and a ladder string having an opening thereof presented in alignment with the entrance chamber. A conveyor is located between the slot cutter assembly and the entrance chamber of the applicator for receiving a slat from the slot cutter assembly and laterally advancing it to the entrance chamber.

Abstract: A slat box for holding two or more slat stock rolls during the fabrication of metal window blinds. The slat box comprises a housing defining a plurality of equally sized adjacent compartments therein. Each of the stock rolls is interfaced to a respective compartment via the receipt of axle members inserted through the stock rolls into corresponding pairs of inserts attached to the side walls and partition members defining the compartments within the housing. The slat box further includes a rod member insertable through the inserts and axle members for preventing the stock rolls from being lifted out their respective compartments. Additionally, brake members are provided which are disposed between the stock rolls and inserts for preventing "free-wheeling" of the stock rolls from occurring.