A carrier mount for a monitor of a computer system includes a base plate, two side walls arranged oppositely on the base plate, and a cover plate arrangable at the side walls so that, together with the side walls and the base plate, a receiving space is defined, wherein the receiving space is formed such that a computer system can selectively at least partially be received therein or a drawer can be inserted.

A display supporting apparatus includes a supporting unit having first and second support frames, and a resilient mechanism having a guide member, a slide member removably and slidably engageable with the guide member, and a resilient member. The supporting unit is operable between folded and unfolded states, in which the first and second support frames are moved toward and away from each other, respectively. The resilient member is compressed between the first and second support frames when the supporting unit is in the folded state.

A combination television monitor stand and wall mount is presented. The combination stand and mount has an assembly of parts that can be assembled into two different configurations. The parts assembly includes a base plate, brackets, screws, and a stand cover. In a stand configuration, the described apparatus functions as a table stand for a television or computer monitor. In a wall mount configuration, the described apparatus allows a monitor to be mounted to a wall. A second embodiment provides a stand configuration having a neck pivotably attached to a base plate by a hinge, and a locking lever arm supporting the neck when the neck is in an upright position.

The application discloses a television base, comprising a supporting base fixedly connected with a television display screen and at least three supporting rods; the supporting base comprises rotating connection portions, the supporting rods are rotationally connected with the rotating connection portions, a surface of the supporting base provided with the rotating connection portions is located in a first plane, and the first plane is perpendicular to a plane where the television display screen is located; all the supporting rods relatively rotate around the supporting base in the first plane, when the supporting rods rotate to be opened, the supporting rods are positioned in the first plane to support a television shell; and when the supporting rods rotate to be folded, the supporting rods are positioned in the first plane and are perpendicular to the plane where the television displays screen is located.

A screen rack for two screens, comprising a case for electric components, whereby power supply adapters for a PC and two screens that can be installed on the screen rack are arranged in the case.

A display supporting apparatus includes a supporting unit having an adjustable body which includes two pairs of first adjusting grooves, and a support body which includes two pairs of second adjusting grooves. A first adjustment unit includes two first adjustable members extending respectively and movably through top and bottom ends of the support body and respectively abutting against top and bottom ends of the adjustable body. A second adjusting unit includes two sliding rods each movably extending through one pair of the first adjusting grooves and a corresponding pair of the second adjusting grooves, and two second adjustable members each extending through and rotatable relative to the adjustable body.

The present disclosure discloses a dual-screen base support for computer extension, including: a mounting plate, wherein one side of the mounting plate is movably connected with a first connection shaft; a connection plate is mounted on the first connection shaft; one side of the connection plate is movably connected with a second connection shaft; a first mounting socket is mounted on the second connection shaft; the other side of the mounting plate is movably connected with a sliding plate; a front end of the sliding plate is movably connected with a third connection shaft; a second mounting socket is mounted on the third connection shaft. According to dual-screen base support for computer extension, an extended screen is arranged on an external structure, thus avoiding application of pressure to a screen of a notebook computer. Furthermore, when not in use, the extended screen can be quickly folded, which facilitates transportation.

A security apparatus includes an anchoring member removably coupled to a display surface and defining a cavity with one or more securing elements positioned in the cavity. It further includes a security assembly removably coupled to the anchoring member and comprising a guide with one or more securing element engagement members, a first extension assembly, and a second extension assembly. The first extension assembly moveably coupled to the guide and includes a lock configured to be moved between a locked state and an unlocked state, and the second extension assembly is coupled to the guide. The security assembly is at least partially received in the cavity and the one or more securing elements interact with the one or more securing element engagement members to releasably couple the security assembly to the anchoring member.

Electronic accessories are attachable to electronic devices such as a tablet computer retained within a frame assembly by an accessory device mount which cooperates by a sliding block and slot connection. The accessory device mount has a knob which is rotatable to releasably latch the frame assembly to the accessory device mount and gives a sensible indication of the completed latching action. By rotating the knob the accessory device mount is unlatched and urged away from the frame assembly.

A method of securing a portable electronic device includes structuring an anchoring member to be coupled to a display surface and to a security assembly. Structuring the security assembly to include a guide with one or more securing element engagement members, a first extension assembly and a support with a lock. Structuring at least two extensions to couple to the support and at least one holder to couple to the at least two extensions. Structuring a second extension assembly to couple to the guide and include a holder. When unlocked, the first extension assembly is moved along the guide in a direction away from the second extension assembly. When locked, the security assembly is coupled to the anchoring member and the first extension assembly advances towards the second extension assembly to retain the portable electronic device but is inhibited from advancing in the direction away from the second extension assembly.