A handheld assistive container opening device comprises two elongated arms extending from a body at an acute angle, having gripping contours on the interior arm surfaces for gripping a rotatable container cap. The arms may be rotatable though respective limited arcs about respective axes parallel to the container axis, to improve the capability to grip the cap. The device may include a movable top plate positioner, positionable over the interior of the acute angle to align a container cap with the arms, or away from the acute angle to accommodate irregularly shaped caps. The body may further include a concave finger engagement recess for application of torque from the side of a finger without gripping the device. In an exemplary embodiment, the body has the shape of an “X” with arms extending from a pair of adjacent ends at approximately 60 degrees.

A handheld assistive container opening device comprises two elongated arms extending from a body at an acute angle, having gripping contours on the interior arm surfaces for gripping a rotatable container cap. The arms may be rotatable though respective limited arcs about respective axes parallel to the container axis, to improve the capability to grip the cap. The device may include a movable top plate positioner, positionable over the interior of the acute angle to align a container cap with the arms, or away from the acute angle to accommodate irregularly shaped caps. The body may further include a concave finger engagement recess for application of torque from the side of a finger without gripping the device. In an exemplary embodiment, the body has the shape of an “X” with arms extending from a pair of adjacent ends at approximately 60 degrees.

Rotating or pressing one or more handles will rotate one or more cams which push on the lid side. This causes a lever to rotate and forces two opposing jaws to press on the jar. With further rotating or pressing, the cam(s) rotates more and its rough surface or teeth forces the lid to rotate with high torque. Since the cam size is smaller than the lid diameter, much less force is needed to open the lid. And since the jar lid opener grips both the lid and the jar at the same time, there is no need to hold the jar tight while rotating or press the handles.

Rotating or pressing one or more handles will rotate one or more cams which push on the lid side. This causes a lever to rotate and forces two opposing jaws to press on the jar. With further rotating or pressing, the cam(s) rotates more and its rough surface or teeth forces the lid to rotate with high torque. Since the cam size is smaller than the lid diameter, much less force is needed to open the lid. And since the jar lid opener grips both the lid and the jar at the same time, there is no need to hold the jar tight while rotating or press the handles.

A rotating lid opener for removing screw lids includes non-slip elements (e.g., non-slip pads) on the underside of the device at locations that will engage with the top surface of the lid, thereby providing additional adhesion or friction when the handle is being rotated to reduce the chance of the device rotating without the jaws locking onto the lid. The non-slip elements can be made of any appropriate non-slip material (e.g., rubber, foam, sponge, cork, fabric, plastic, silicone, elastic, adhesive, etc.) and/or be configured to enhance grip (e.g., patterned, coated, etc.). Among other things, these non-slip elements will facilitate one-hand operation of the device.

A rotating lid opener for removing screw lids includes non-slip elements (e.g., non-slip pads) on the underside of the device at locations that will engage with the top surface of the lid, thereby providing additional adhesion or friction when the handle is being rotated to reduce the chance of the device rotating without the jaws locking onto the lid. The non-slip elements can be made of any appropriate non-slip material (e.g., rubber, foam, sponge, cork, fabric, plastic, silicone, elastic, adhesive, etc.) and/or be configured to enhance grip (e.g., patterned, coated, etc.). Among other things, these non-slip elements will facilitate one-hand operation of the device.

A tool holder includes a body having a posterior arm with a first longitudinal axis extending from a posterior arm proximal portion to a posterior arm distal end. The body includes an anterior arm having a second longitudinal axis extending from an anterior arm proximal portion to an anterior arm distal end. The anterior arm proximal portion includes an anterior arm offset portion having a third longitudinal axis that intersects the first longitudinal axis at or below a midpoint of the posterior arm. The body also includes a u-shaped portion joining the posterior arm distal end and the anterior arm distal end. At least one magnet is positioned on the anterior arm to connect to a paintbrush or other tool.

A tool holder includes a body having a posterior arm with a first longitudinal axis extending from a posterior arm proximal portion to a posterior arm distal end. The body includes an anterior arm having a second longitudinal axis extending from an anterior arm proximal portion to an anterior arm distal end. The anterior arm proximal portion includes an anterior arm offset portion having a third longitudinal axis that intersects the first longitudinal axis at or below a midpoint of the posterior arm. The body also includes a u-shaped portion joining the posterior arm distal end and the anterior arm distal end. At least one magnet is positioned on the anterior arm to connect to a paintbrush or other tool.

A tool holder includes a body having a posterior arm with a first longitudinal axis extending from a posterior arm proximal portion to a posterior arm distal end. The body includes an anterior arm having a second longitudinal axis extending from an anterior arm proximal portion to an anterior arm distal end. The anterior arm proximal portion includes an anterior arm offset portion having a third longitudinal axis that intersects the first longitudinal axis at or below a midpoint of the posterior arm. The body also includes a u-shaped portion joining the posterior arm distal end and the anterior arm distal end. At least one magnet is positioned on the anterior arm to connect to a paintbrush or other tool.

A tool holder includes a body having a posterior arm with a first longitudinal axis extending from a posterior arm proximal portion to a posterior arm distal end. The body includes an anterior arm having a second longitudinal axis extending from an anterior arm proximal portion to an anterior arm distal end. The anterior arm proximal portion includes an anterior arm offset portion having a third longitudinal axis that intersects the first longitudinal axis at or below a midpoint of the posterior arm. The body also includes a u-shaped portion joining the posterior arm distal end and the anterior arm distal end. At least one magnet is positioned on the anterior arm to connect to a paintbrush or other tool.