Abstract: The present invention is an adjustable connector with hidden threads for securing and adjusting a glass panel to a structure. The connector has an internally threaded retainer mounted on a fastener which is secured by a fastener and receives an externally threaded telescope. A nut shape lock installed inside the telescope to lock the telescope. By turning the lock, it moves towards the fastener and locks the telescope by pushing the fastener. The lock is a security feature to hold the adjustable standoff in adjusted position and prevents unscrewing the telescope once the cap is uninstalled. The telescope and retainer are threaded internally which are not exposed.

Abstract: The present invention is an adjustable connector with hidden threads for securing and adjusting a glass panel to a structure. The connector has an internally threaded retainer mounted on a fastener which is secured by a fastener and receives an externally threaded telescope. A nut shape lock installed inside the telescope to lock the telescope. By turning the lock, it moves towards the fastener and locks the telescope by pushing the fastener. The lock is a security feature to hold the adjustable standoff in adjusted position and prevents unscrewing the telescope once the cap is uninstalled. The telescope and retainer are threaded internally which are not exposed.

Abstract: An adjustable clamping system for mounting a glass balustrade. The adjustable clamping system comprises of a base shoe with a U-shaped channel, a first L-shaped plate, a second L-shaped plate and a third L-shaped plate which a tilting mechanism sits on the short-upright arm and the long-upright arm is engaged to the glass balustrade from an outside and to the tilting mechanism from an inside. The tilting mechanism comprises of a first-block and a second-cube, an L-shaped block at the bottom, and two wedge parts between the L-shaped block and the first-block and the second-cube, and wherein the first-cube, the second-block and the L-shaped block connected together by two socket screws, by turning the socket screws, two wedge parts at a top portion and a bottom portion of the tilting mechanism move to the right and left and push to the right-side wall of the base shoe to adjust the glass balustrade.

Abstract: The present invention is an adjustable clamping system for mounting a glass balustrade. The adjustable clamping system comprises of a base shoe with a U-shaped channel, a first L-shaped plate, a second L-shaped plate and a third L-shaped plate which a tilting mechanism sits on the short-upright arm and the long-upright arm is engaged to the glass balustrade from an outside and to the tilting mechanism from an inside. The tilting mechanism comprises of a first-block and a second-cube, an L-shaped block at the bottom, and two wedge parts between the L-shaped block and the first-block and the second-cube, and wherein the first-cube, the second-block and the L-shaped block connected together by two socket screws, by turning the socket screws, two wedge parts at a top portion and a bottom portion of the tilting mechanism move to the right and left and push to the right-side wall of the base shoe to adjust the glass balustrade.