Device for hands-free lifting of toilet seat

A device for hands-free lifting of a toilet seat comprising:

• an elongated handle portion, the elongated handle portion including:
• an elongated rod connected to the adjustable angle portion at a first handle end, the elongated rod is an elongated stainless-steel rod with a first stainless-steel ball connected at the first handle end, the elongated stainless-steel rod has a handle diameter, and the first stainless steel ball includes a first ball hole having a first ball diameter configured to receive and attach the handle diameter of the elongated stainless-steel rod therein;
• a knob connected to the elongated rod at a second handle end, the knob is an ultra-high molecular weight plastic knob with a threaded hole therethrough, wherein the ultra-high molecular weight plastic knob is connected to a threaded end on the second handle end;
• a lifting portion with a lifting surface, the lifting surface including a thickness configured to fit between the toilet seat and the toilet, the lifting surface of the lifting portion including a self-adhesive pad on a top of the lifting surface, the self-adhesive pad is configured to removably attach the lifting surface on a bottom side of the toilet seat, the lifting portion including:
• a vertical tab connected on a proximal end of the lifting surface, the vertical tab is perpendicular to the lifting surface, the vertical tab is connected on the proximal end of the lifting surface via an angled transition piece, the angled transition piece is configured to position the lifting surface below the elongated handle portion, the angled transition piece including a substantially triangular shape;
• a short rod attached to the vertical tab, the short rod is perpendicular to the vertical tab and parallel to the lifting surface;
• a second ball attached to a distal end of the short rod;
• an adjustable angle portion, the adjustable angle portion connects the elongated handle portion to the lifting portion, the adjustable angle portion is configured to adjust an angle between the elongated handle portion and the lifting portion, the adjustable angle portion is configured to provide:
• a first adjustable angle between the elongated handle portion and the adjustable angle portion;
• a second adjustable angle between the lifting portion and the adjustable angle portion;
• wherein the adjustable angle portion is configured to adjust the first adjustable angle and the second adjustable angle in a parallel orientation between the elongated handle portion and the lifting surface;
• wherein, the adjustable angle portion including a two-sided ball connector, the two-sided ball connector is configured to allow said first ball attached on the elongated handle portion to rotate within a first rotatable connection point of said two-sided ball connector for providing the first adjustable angle between the elongated handle portion and the adjustable angle portion, and the two-sided ball connector is configured to allow said second ball attached on the lifting portion to rotate within a second rotatable connection point of said two-sided ball connector for providing the second adjustable angle between the lifting portion and the adjustable angle portion, wherein the two-sided ball connector including:
• a top half with a first top hole and a second top hole;
• a bottom half with a first bottom hole and a second bottom hole;
• wherein the top half is configured to be connected with the bottom half with:
• the first ball attached on the elongated handle portion secured between the first top hole and the first bottom hole, where the first ball is rotatable within the first top hole and the first bottom hole for the first adjustable angle, the first ball is a first stainless-steel ball, the first stainless steel ball includes a first ball hole therethrough configured to receive an elongated stainless-steel rod of the elongated handle portion, where the first ball is configured to be affixed to the elongated stainless steel rod;
• the second ball attached on the lifting portion secured between the second top hole and the second bottom hole, where the second ball is rotatable within the second top hole and the second bottom hole for the second adjustable angle, the second ball is a second stainless steel ball, the second stainless steel ball includes a second ball hole therethrough configured to receive a short stainless-steel rod attached to the first lifting end of the lifting portion, where the second ball is configured to be affixed to the short stainless steel rod, the second ball is a second stainless-steel ball, the second stainless-steel ball includes a second ball hole having a second ball diameter configured to receive and attach a lifting diameter of the short stainless-steel rod therein;
• and
• wherein, the top half including a top connector hole therethrough, the top connector hole is between the first top hole and the second top hole, the bottom half including a bottom connector hole therethrough, the bottom connector hole is between the first bottom hole and the second bottom hole, wherein, the top half may be connected to the bottom half via the top connector hole and the bottom connector hole, wherein the bottom connector hole is threaded, and a screw is inserted through said top connector hole and rotated into the bottom connected hole for connecting the top half with the bottom half.