A self leveling stepladder with a universal hinge joint providing many new advantages that traditional a-frame step ladders are not capable to offer.

A self leveling stepladder with a universal hinge joint providing many new advantages that traditional a-frame step ladders are not capable to offer.

A ladder including sensors is provided. A remote computing device is also provided that communicates with the sensors to facilitate detection of various operating conditions. Methods for detection are also provided.

A ladder including sensors is provided. A remote computing device is also provided that communicates with the sensors to facilitate detection of various operating conditions. Methods for detection are also provided.

A lateral stabilizing device for a working ladder, wherein the working ladder has supporting legs, each supporting leg is configured with a frame holding groove, the bottom side of the supporting leg is fixed with a lateral stabilizing device, the lateral stabilizing device has a rotary connecting seat, the rotary connecting seat is configured with a rotary connecting slot matching the frame holding groove, the rotary connecting slot is plugged with a rotary shaft, the rotary shaft is sheathed with a first main spring and a swing frame, the swing frame is fixed with a ratchet wheel, the periphery of the ratchet wheel is distributed with teeth; the first main spring is fixed with a rotary connecting seat and a ratchet wheel; the top of the ratchet wheel is abutted with a swing component, the swing component is configured with a pawl meshing with the teeth.

The present invention relates to a safety ladder device primarily comprised of a ladder frame, a plurality of ladder feet, a first outrigger, a second outrigger and at least one safety strap. The plurality of ladder feet may further be comprised of a continuous opening that can receive a ground spike or fastener that allows a user to secure the device to and/or into a nearby surface for stabilization of the device during use. Both outriggers preferably attach to each side of the top step of the ladder frame via a hinge that allows both outriggers to move freely and be placed at a variety of angles to further stabilize the device. In addition, the at least one safety strap is positioned around the device, such that it prevents a user from falling off the device, yet still allows the device to remain fully functional.

The present invention relates to a safety ladder device primarily comprised of a ladder frame, a plurality of ladder feet, a first outrigger, a second outrigger and at least one safety strap. The plurality of ladder feet may further be comprised of a continuous opening that can receive a ground spike or fastener that allows a user to secure the device to and/or into a nearby surface for stabilization of the device during use. Both outriggers preferably attach to each side of the top step of the ladder frame via a hinge that allows both outriggers to move freely and be placed at a variety of angles to further stabilize the device. In addition, the at least one safety strap is positioned around the device, such that it prevents a user from falling off the device, yet still allows the device to remain fully functional.

A telescoping safety hand rail and beam for step ladders. The invention consists of two upright telescopic rails and a telescopic horizontal beam and tray. The tray includes a container, various pass-through openings for holding tools, a paint can hook and a pass through orifice to accept the horizontal beams to allow telescopic movement. The inner rails extend upwards from the fixed outer rails and latch in place at the top and middle of the telescoping travel range. This advantageously allows the utilization of all steps of a ladder by providing a supplemental knee brace and eliminates the dangerous opportunity to stand unbraced on any step of a ladder. The invention is mounted to a step ladder with strategically placed brackets and double sided mounting tape.

The invention is directed to a device that allows a user to enter and exit a bathtub or other apparatus with a relatively high sidewall safely and easily. Particularly, the device comprises first and second sides that can be positioned on either surface of a bathtub sidewall. The first and second sides each include one or more braces that support a plurality of steps that enable a user to climb up one side of the device and down the other. The device can include one or more stabilizers that are sized and shaped to allow a user to securely grab onto as they advance up or down the steps, thereby maintaining balance. Advantageously, the first side can be rotated up and above the second side using hinges or any other rotatable element.

A ladder having a first front rail. The ladder has a second front rail in parallel and spaced relation with the first front rail. The ladder as a first rung attached to and positioned between the first front rail and the second front rail. The ladder as a receptacle attached to the ladder which is adapted to receive a battery. The receptacle having electrical contacts for the battery and an electrical outlet. The ladder has a wiring harness attached to the ladder and electrically connected to the electrical outlet to receive electricity from the battery. A method for providing electricity from a ladder. A method for making a ladder.