Abstract: An adjustable architectural frame uses multiple length-adjustable support beams and a pair of panel-connecting mechanisms to function as a framework for mounting architectural panels of varying size and construction. The support beams of the adjustable architectural panel include width-adjustment beams and height adjustment beams. The width-adjustment beams and the height-adjustment beams are preferably telescopic beams that have lengths which can be increased or decreased. These beams are terminally connected to create a quadrilateral frame that has physical dimensions which can be modified as a user desires. Additionally, the adjustable architectural panel makes use of the pair of panel-connecting mechanisms to mount various types of architectural panels onto the adjustable architectural frame. For example, the pair of panel-connecting mechanisms can be tracks along which an accordion door runs.

Abstract: An automatic retractable and advanceable hot tub cover system comprising: a rear cross member, with a first end and a second end; a first boot assembly, in rotatable and slidable communication with the first end of the rear cross member; a second boot assembly, in rotatable and slidable communication with the second end of the rear cross member; a first rear main lift arm fixedly attached to near the first end of the rear cross member, the first rear main lift arm having a first angled end; a second rear main lift arm fixedly attached to near the second end of the rear cross member, the second rear main lift arm having a second angled end; a shackle connector with a first shackle connector end, and a second shackle connector end, the first shackle connector end rotatably attached to the first angled end; a front cover lift arm, with a front cover lift arm angled end, the front cover lift arm angled end rotatably attached to the first shackle connector end; a front cover actuator, with a front cover actuator r

Abstract: An automatic retractable and advanceable hot tub cover system comprising: a rear cross member, with a first end and a second end; a first boot assembly, in rotatable and slidable communication with the first end of the rear cross member; a second boot assembly, in rotatable and slidable communication with the second end of the rear cross member; a first rear main lift arm fixedly attached to near the first end of the rear cross member, the first rear main lift arm having a first angled end; a second rear main lift arm fixedly attached to near the second end of the rear cross member, the second rear main lift arm having a second angled end; a shackle connector with a first shackle connector end, and a second shackle connector end, the first shackle connector end rotatably attached to the first angled end; a front cover lift arm, with a front cover lift arm angled end, the front cover lift arm angled end rotatably attached to the first shackle connector end; a front cover actuator, with a front cover actuator r

Abstract: A lift assembly that can be reversibly installed in the bed of a pick-up truck or other flat bed transport means. At least four telescoping support legs are disposed at the four corners of the truck bed and support the upper rails on which the load is placed. The support legs are made up of a series of nested threaded segments driven by a similarly threaded drive shaft. A reversible motor associated with each support leg enables the segments to rotate in a forward direction to raise the load and to rotate in the reverse direction to lower the load. The motors are activated simultaneously and powered by the truck battery. The raising and lowering motion is smooth and continuous and can be stopped at any desired height. The lift assembly enables the height of the load to be easily changed by one person without any disturbance or shifting of the load.

Abstract: A lift assembly that can be reversibly installed in the bed of a pick-up truck or other flat bed transport means. At least four telescoping support legs are disposed at the four corners of the truck bed and support the upper rails on which the load is placed. The support legs are made up of a series of nested threaded segments driven by a similarly threaded drive shaft. A reversible motor associated with each support leg enables the segments to rotate in a forward direction to raise the load and to rotate in the reverse direction to lower the load. The motors are activated simultaneously and powered by the truck battery. The raising and lowering motion is smooth and continuous and can be stopped at any desired height. The lift assembly enables the height of the load to be easily changed by one person without any disturbance or shifting of the load.