A plurality of brackets and hooks form a kit of ceiling mounted devices configured for removably storing plastic storage/container bins. Each bracket has a channel disposed below a top plane where the bracket is configured to abut against an underside of a ceiling. Each hook has an axle configured to be pivotably captured by the channel, where at least one prong extends from and is connected to the hook. The at least one prong extends upwards when the hook is pivotably hanging from the bracket when the bracket is attached to the underside of the ceiling. A portion of the bracket is configured to pass through an aperture of the hook, wherein the axle of the hook is configured to be disposed within the channel of the bracket. The at least one prong is configured to removably capture a rim of the plastic storage/container bin.

A surface mount assembly for mounting a device in a surface opening of a mounting surface includes a frame, a number of locking mechanisms, and a cam ring. Each locking mechanism includes a locking member, a locker, and a coil spring. The cam ring shifts the locker rearward to move the locking member to a deployed orientation when the cam ring is rotated in one direction. The coil spring pushes the locking member to a deployed position against a back side of the mounting surface when the locking member moves to the deployed orientation. The cam ring shifts the locker forward to secure the locking member in the deployed position when the cam is rotated in a second direction opposite the first direction.

The suspension strap assembly for a punching bag is an apparatus that is configured for use in physical training. The suspension strap assembly for a punching bag suspends a heavy bag in a manner appropriate for use in the physical training for boxing activities. The suspension strap assembly for a punching bag comprises a superior mount, a suspension apparatus, and a heavy bag. The suspension apparatus attaches the heavy bag to the superior mount. The heavy bag provides a target used for physical training. The superior mount suspends the suspension apparatus and the heavy bag from a load bearing structure such that the load of the suspension apparatus and the heavy bag are incorporated into the load path of a building or structure.

Disclosed is a quick connection device, which includes an upper cover and a lamp, the upper cover comprises an upper cover body and an upper cover covering edge integrally formed with the upper cover body, the upper cover covering edge is positioned at an outer side of the upper cover body, and a clamping groove is provided at an inner wall of the upper cover body; the lamp comprises a lower cover connected to the upper cover, the lower cover comprises a lower cover body and a lower cover covering edge integrally formed with the lower cover body, the lower cover covering edge is positioned at an outer side of the lower cover body, a clamping block is arranged on an outer wall of the lower cover body, and the lower cover body is clamped in the clamping groove of the upper cover body through the clamping block.

A magnetic suspension system for a medical device is provided. The magnetic suspension system comprises a support structure having an area provided with a ferromagnetic characteristic, and a carriage comprising a magnet exerting a magnetic attraction force between the carriage and the support structure. The carriage comprises a friction reducing device and a drive device configured to drive a motion of the carriage upon the support structure in an arbitrary predetermined direction, the drive device being separate from the friction reducing device.

The present invention relates to a supply device (1) for providing at least one supply product, comprising a mounting unit (2) for mounting the supply device on a support, preferably a ceiling of a room, and an extension arm (3), wherein the extension arm (3) is arranged pivotably around a vertical pivot axis (30) relative to the mounting unit. The extension arm (3) further comprises at least one terminal (4, 4′, 4″) which is directly integrated with the extension arm (3) for a supply device.

An adjustable support rack includes a mounting base, a bracket and a support mount that are assembled to form a four-link mechanism, so that once the support mount is rotated, a lower supporting frame of the bracket is displaced, causing a bearing plate of the lower supporting frame to press against a pressure relief valve of a pneumatic cylinder of the bracket for allowing adjustment of the height of the support mount rapidly and smoothly.

A suspension holder and a frame unit thereof are provided. The frame unit includes a main segment, a suspension segment, and a holding segment. The main segment is in an elongated shape defining a longitudinal direction. The main segment includes a selecting portion, two long lateral edges, a first mating portion, and a second mating portion, the latter two of which are spaced apart from the selecting portion along the longitudinal direction. The suspension segment and the holding segment extend from the two long lateral edges of the main segment, respectively. The selecting portion selectively geometrically corresponds with the first mating portion or the second mating portion.

A support system for moving a rollable material between a stored configuration and an unrolled configuration. The rollable material may be a projection screen, and the unrolled configuration may be a viewing configuration.

The presently disclosed subject matter is generally directed to a mounting system capable of allowing the user to remotely adjust the position of a television or other electrical device. The mounting system includes support bracket, device bracket, adjustment arm, or any other element that allows a device to be releasably attached to the disclosed system. The adjustment arms have the capability to move the device in an upward, downward, left, and right direction, as well as tilt and swivel the device as desired by the user using a corresponding controller. Advantageously, the mounting system allows a user to remotely operate the mounting system. In this way, the device can be extended to and from the support wall, tilted up and down, and swiveled or moved left and right using remote user input.