Cable bracket apparatus

1. A cable bracket mechanism mountable to a building and attachable to one of a bay window and a bow window for aiding in supporting the window in at least one of a level condition and at a desired elevation from a location spaced from the building, comprising an elongated bracket having a longitudinally elongated main body that has a first end portion, a longitudinally opposite second end portion, a first transverse surface extending longitudinally between the main body first and second end portions and an opposite second transverse surface extending longitudinally between the main body first and second end portions, a flange joined to the main body first end portion to extend at generally a right angle away from the first transverse surface and a curved hook portion connected to the main body second end portion to open in a direction generally toward the flange and away from the main body second surface in a direction opposite from the direction that the flange extends away from the main body, the flange having a cable stud aperture extending longitudinally therethrough, an elongated stud having a first end portion which is at least partially circumferentially threaded and is extendable through the aperture and a second end portion, an elongated flexible cable having a first end portion joined to the stud second end portion, a nut threadable on the stud first end portion opposite the flange from the stud second end portion, an eye bracket having a first portion with an opening through which the hook portion is extendable and a second portion and means for securing the eye bracket second end portion to the window, the cable comprising twisted wire strands.

2. A building, one of a bay window and a bow window and means for aiding in supporting the window from the building and facilitating at least one of leveling and adjusting the elevation of the window, the means for aiding in supporting the window including an elongated bracket that includes a longitudinally elongated main body having longitudinally opposite first and second end portions, opposite first and second surfaces extending between the main body first and second end portion, a flange joined to the main body first end portion to extend at generally a right angle away from the main body and a hook portion connected to the main body second end portion to extend generally away from the flange and then is reversely curved to provide an eye bracket opening, the flange having an aperture extending longitudinally therethrough, an elongated stud having an elongated first end portion that is at least partially circumferentially threaded along the length thereof and movably extended through the flange aperture and a second end portion, an elongated flexible cable having a first end portion and a second end portion mounted to the stud second end portion, means for mounting the hook portion to the window remote from the building, the means for mounting the hook portion having an opening for having the hook portion removably extended therethrough and fastener means threadable on the stud first end portion and abuttable against the flange for adjusting the tension in the cable, and means for attaching the cable first end portion to the building.

3. The structure of claim 2 wherein the cable comprises twisted wire strands.

4. The structure of claim 2 wherein the means for mounting the hook portion includes an eye bracket having the last mentioned opening for the hook portion removably extended therethrough, the window has a mullion and a seat board and one of a cable and a rod mounting the eye bracket to the window, extending downwardly through the mullion and seat board and having a lower end and fastener means on the lower end in supporting relationship to the seat board.

5. The structure of claim 2 wherein the means for mounting the hook portion includes an eye bracket having a first leg and a second leg extending at an obtuse angle relative to first leg, the first leg having said opening and the second leg being mounted to the window.