A ligature-resistant bag hanger for supporting an intravenous (IV) bag prevents formation of ligatures over an IV pole and on the bag support hooks. Internal components of the ligature-resistant IV bag hanger are enclosed in a housing. The internal components of the ligature-resistant bag hanger include one or more bag support hooks that have an extension portion extending from an interior of the housing and that are rotatable around an axle located within the housing. In a reset position, the bag support hook(s) support(s) an intravenous bag in a saddle portion of the hook up to a threshold weight limit. In a triggered position, initiated by a downward force in excess of the threshold weight limit rotating the hook downward, the hook rotates so that an attempted ligature formed above the saddle portion of the hook is released by retraction of the saddle portion of the within the housing.

The present invention provides a top item holder for placing on top of a screen. The top item holder includes an anti-tilt means, at least one slider, a slide rail and at least one holder unit. The anti-tilt means is for preventing the top item holder from being relatively tilting with respect to the screen. The slide rail is disposed at a top of the anti-tilt means. The slider is slidably disposed on the slide rail and can slide in a sliding direction within a sliding travel. The holder unit is disposed on the slider. Thereby, top space of the screen can be effectively utilized, and relocation of the holder unit becomes more convenient.

A ligature-resistant wall hook for coats, towels, or other personal items, provides ligature-proof operation by rotation of a hook tab when the applied weight is over a threshold weight and by other included features. A baseplate having a planar rear surface is mounted to a wall or door and has a rotating tab attached for receiving and retaining the personal article. A restoring-force-providing member restores the rotating tab to an upward position. The ligature-resistant wall-mountable hook also include a cover for covering the baseplate and having an aperture through which the extension projects. An exterior profile of the cover above the aperture at each side of the aperture extends outward from the baseplate and downward at an angle exceeding 30 degrees from the perpendicular direction, so that a loop formed around the rotating tab and the cover and pulled downward is drawn outward to contact the rotating tab.

A hook assembly includes a base having a chamber, a hook portion provided on a bottom of the base, and a lean indicator mounted in the base via a second pivotal portion. The base includes an opening, a window portion, and an adhesion portion which is adhered to a surface. The adhesion portion and the opening are provided on a back plate. The base includes two first pivotal portions. A center of each first pivotal portion is spaced from the surface at a spacing. The lean indicator includes first and second faces. The first face has a feature different from that of the second face. A central axis of the second pivotal portion does not pass through a center of gravity of the lean indicator. The central axis of the second pivotal portion is spaced from each edge of the lean indicator at a distance slightly larger than the spacing.

A top item holder is configured to be placed on top of a screen. The top item holder includes an anti-tilt device, at least one slider, a slide rail and at least one holder unit. The anti-tilt device is for preventing the top item holder from being relatively tilting with respect to the screen. The slide rail is disposed at a top of the anti-tilt device. The slider is slidably disposed on the slide rail and can slide in a sliding direction within a sliding travel. The holder unit is disposed on the slider. Thereby, top space of the screen can be effectively utilized, and relocation of the holder unit becomes more convenient.

A hook assembly includes a base having a chamber, a hook portion provided on a bottom of the base, and a lean indicator mounted in the base via a second pivotal portion. The base includes an opening, a window portion, and an adhesion portion which is adhered to a surface. The adhesion portion and the opening are provided on a back plate. The base includes two first pivotal portions. A center of each first pivotal portion is spaced from the surface at a spacing. The lean indicator includes first and second faces. The first face has a feature different from that of the second face. A central axis of the second pivotal portion does not pass through a center of gravity of the lean indicator. The central axis of the second pivotal portion is spaced from each edge of the lean indicator at a distance slightly larger than the spacing.

A wood plank hook has a plank body, at least one reinforcing sleeve, and at least one fixing unit. The plank body has at least one assembling hole. The reinforcing sleeve is mounted in the assembling hole and has a cylinder segment and a flange segment. The cylinder segment is mounted in the assembling hole. The flange segment is formed on an end of the cylinder segment and abuts the plank body toward a wall. The fixing unit is mounted through the reinforcing sleeve and has a rod segment and a head segment. The rod segment is mounted through the cylinder segment. The head segment is formed on an end of the rod segment and abuts the reinforcing sleeve toward the wall, such that the flange segment of the reinforcing sleeve presses the plank body toward the wall, thereby strengthening structural strength.

A ligature resistant hook for supporting a personal article from a wall or door or other vertical support surface. The hook includes a pivot arm that is biased into a retracted, substantially vertical position and moveable between the retracted position, an over-extended positon and an extended position located between the retracted and over-extended positions. The pivot arm is biased so as to prevent movement of the pivot arm into the over-extended position until exceeding a threshold weight applied to the pivot arm.

A mounting system for releasably securing an object to a walled surface is described. The system comprises at least one magnetic element; a magnetic counterpart coupled to the object and configured to magnetically engage with the at least one magnetic element; and a mounting plate having attachment means for securing the plate to the walled surface. The mounting plate comprises an exterior surface for releasably securing the object thereto; an interior surface for securing to the walled surface; an indentation in the exterior surface for receiving the counterpart; and one or more recesses in the interior surface, said recesses contained at least partially within the boundary of the indentation on the exterior surface. The at least one magnetic elements are located within the recesses and the counterpart is coupled to the object to magnetically attach the object flush to the mounting plate when the counterpart is received in the indentation.