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An apparatus for separating casting strainers and transferring each separated casting strainer to a predetermined position. The apparatus includes a casting strainer receiving member in which a plurality of casting strainers are stacked up, a slide member for horizontally sliding under the casting s

An apparatus for separating casting strainers and transferring each separated casting strainer to a predetermined position. The apparatus includes a casting strainer receiving member in which a plurality of casting strainers are stacked up, a slide member for horizontally sliding under the casting strainer receiving member, a separator projecting from the slide member towards the casting strainers, a casting strainer stopper formed at the lower end or vicinity of the casting strainer receiving member, a casting strainer passage formed in the slide member at an area immediately under a projecting end of the separator for receiving the separated casting strainer, and a shooter formed under the slide member for transferring the casting strainer to the predetermined position.

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An apparatus for separating casting strainers and transferring each separated casting strainer to a predetermined position. The apparatus includes a casting strainer receiving member in which a plurality of casting strainers are stacked up, a slide member for horizontally sliding under the casting s

An apparatus for separating casting strainers and transferring each separated casting strainer to a predetermined position. The apparatus includes a casting strainer receiving member in which a plurality of casting strainers are stacked up, a slide member for horizontally sliding under the casting strainer receiving member, a separator projecting from the slide member towards the casting strainers, a casting strainer stopper formed at the lower end or vicinity of the casting strainer receiving member, a casting strainer passage formed in the slide member at an area immediately under a projecting end of the separator for receiving the separated casting strainer, and a shooter formed under the slide member for transferring the casting strainer to the predetermined position. luding a front wall and a back wall, wherein the front wall includes a first contour formed on an outer face thereof and the back wall includes a second contour formed on an outer face thereof the first contour being different than the second contour; a universal bracket configured to attach the head rail to a wall; means for suspending a plurality of slats from the head rail; means for raising and lowering the slats; means for pivoting the slats between a substantially open position and a substantially closed position, the pivoting means including a plurality of support strings connected to the slats, wherein the pivoting means is arranged in a first position when the first contour of the front wall is displayed and the pivoting means is arranged in a second position when the second contour of the back wall is displayed; wherein the pivoting means comprises a reversible rotator assembly including a tilt control wand coupled to a gear box configured to selectively rotate a rotator element, and wherein the gear box includes a first universal socket coupled to a gear train positioned on a first side of the head rail, and a second universal socket coupled to the gear train on a second side of the head rail opposed from the first side, the first and second sockets each configured to receive a first end of the tilt control wand that matingly engages the gear train, and wherein the first position includes the tilt control wand engaging one of the first or the second sockets when the first contour is displayed, and the second position includes the tilt control wand engaging the other of the first or the second sockets when the second contour is displayed. 4. A universal head rail assembly, comprising: a head rail including a front wall and a back wall, wherein the front wall includes a first contour formed on an outer face thereof and the back wall includes a second contour formed on an outer face thereof, the first contour being different than the second contour; and a reversible rotator assembly including a tilt control wand coupled to a gear box configured to selectively rotate a rotator element; wherein the reversible rotator assembly and the tilt control wand are in a first position when the first contour of the front wall is displayed and the reversible rotator assembly and the tilt control wand are in a second position when the second contour of the back wall is displayed; and wherein the gear box includes a first universal socket coupled to a gear train positioned on a first side of the head rail, and a second universal socket coupled to the gear train on a second side of the head rail opposed from the first side, the first and second sockets each configured to receive a first end of the tilt control wand that matingly engages the gear train. 5. A method for displaying different contours formed on a head rail, comprising the steps of forming a first contour on an outer face of a front wall of a head rail and a second contour on an outer face of a back wall of the head rail, the first contour being different than the second contour; and mounting a reversible rotator assembly including a tilt control wand coupled to a gear box configured to selectively rotate a rotator element in a first position when the first contour of the front wall is displayed and mounting the reversible rotator assembly and the tilt control wand in a second position when the second contour of the back wall is displayed; wherein the gearbox includes a first universal socket coupled to a gear train positioned on a first side of the head rail, and a second universal socket coupled to the gear train on a second side of the head rail opposed from the first side, the first and second sockets each configured to receive a first end of the tilt control wand that matingly engages the gear train. 6. A universal head rail system, comprising: a head rail including a front wall and a back wall, wherein the front wall includes a first con tour formed on an outer face thereof and the back wall includes a second contour formed on an outer face thereof the first contour being different than the second contour; a universal bracket configured to attach the head rail to a wall; means for suspending a plurality of slats from the head rail; means for raising and lowering the slats; means for pivoting the slats between a substantially open position and a substantially closed position, the pivoting means including a plurality of support strings connected to the slats, wherein the pivoting means is arranged in a first position when the first contour of the front wall is displayed and the pivoting means is arranged in a second position when the second contour of the back wall is displayed; wherein the pivoting means comprises a reversible rotator assembly including a tilt control wand coupled to a gear box configured to selectively rotate a rotator element, and wherein the gear box includes a first universal socket coupled to a gear train positioned on a first side of the head rail, and a second universal socket coupled to the gear train on a second side of the head rail opposed from the first side, the first and second sockets each configured to receive a first end of the tilt control wand that matingly engages the gear train.