A lighted makeup mirror including a bar that forms part of a frame circumscribing and supporting a mirror assembly that has opposed mirror panels of different magnifications. A clamping device is engaged with the bar and is selectively movable therealong. The clamping device temporarily secures an electronic device, such as a smartphone, to the mirror. The mirror has a processor including programming which allows the mirror to be paired to the electronic device. A user interface on the mirror allows a user to control the functions of the mirror and of electronic device. The user manipulates the user interface to shoot selfies or videos with the electronic device while illuminating their face with the mirror. The electronic device is movable and tiltable relative to the mirror so that the user is able to obtain a desired shot of them applying makeup or styling their hair.

A positioning locking mechanism of a rotational member comprising a rotational positioning member provided with a positioning groove; a rotational member pivotally connected with the rotational positioning member and rotating around the rotational positioning member; a positioning member arranged in the rotational member and movably meshed with the positioning groove; and a locking operation member arranged in the rotational member to control the motion of the positioning member. The positioning locking mechanism can effectively ensure that the positioning and locking of the rotational member cannot be invalid due to accident collision or component fatigue.

A kit, system and method for positioning a camera assembly for automated visual inspection of at least one item, are provided. Provided are a camera assembly and a mounting assembly adapted to support the camera assembly wherein the mounting assembly is adapted for assembly and installation by an untrained user and wherein the installation can be guided by a planner application running on a computing device; such that the FOV of the camera assembly includes the item to be inspected.

In some examples, an apparatus can include an arm and a cover connected to the arm, where the cover conceals an inner portion of the apparatus when the arm is in a vertical orientation relative to a base of the apparatus, and the cover is concealed in the inner portion of the apparatus when the arm is in a horizontal orientation relative to the base of the apparatus.

An assembly includes an attachment arm having an axle extending from a first end of the attachment arm. The attachment arm of the detachable wheel assembly further includes a securing portion forming a second end of the attachment arm, the securing portion of the attachment arm including a pin positioned to extend above a first frame member of a gantry truss and to secure the first frame member between the pin and a portion of the attachment arm. The attachment arm also includes a frame support corresponding to a second frame member of the gantry truss such that the frame support supports the second frame member when the assembly is secured to the gantry truss, and the assembly includes a wheel rotatably attached to the axle of the attachment arm.

A foldable electronic device includes a central base, a hinge module, a plurality of wings, a plurality of driving element, a plurality of panel bodies, an elastic module and a flexible screen. The hinge module penetrates through the central base and capable of rotating synchronously and reversely. The driving elements are sleeved on and synchronously rotate with the hinge module. The panel bodies are pivotally connected to the wings and can linearly slide relative to the driving element. The flexible screen is disposed on panel bodies and the wings, and has a bendable area. When the panel bodies are in the unfolded status, the flexible screen is flattened, and the wings and the central base support the bendable area. When the panel bodies are in the folded status, the bendable area is bent, and the wings and the central base define an accommodating space for accommodating the bendable area.

A workstation holding electronic devices, e.g., a display, keyboard, or the like, can be mounted on a structure, e.g., a wall, using an articulating arm assembly including one or more arms. The one or more arms can be rotatingly coupled to the structure. The one or more arms can be configured to translate the workstation between a contracted orientation and extended orientation. The arm assembly can include a configurable rotation stop assembly. The rotation stop assembly can be configured to limit a rotation angle of the one or more arms in a range between 0 degrees in the contracted orientation and less than 180 degrees in the extended orientation.

A telescoping monitor mount includes a center post, a slidable bracket over the center post, a first telescoping arm connected to the slidable bracket, a second telescoping arm connected to the slidable bracket, a first monitor mounting bracket connected to an end of the first telescoping arm opposite the slidable bracket, and a second monitor mounting bracket connected to an end of the second telescoping arm opposite the slidable bracket.

A supporting stand comprises a bearing unit, a first rod, a second rod, a sleeve assembly, a regulating assembly, an elastic element, a first steel cable, and a second steel cable. The first rod pivotally connects with the bearing unit, the second rod pivotally connects with the first rod, and the sleeve assembly pivotally connects with the second rod. The regulating assembly is disposed in the sleeve assembly, the elastic element is disposed in the second rod, the first steel cable is connected to the elastic element and the first rod respectively, and the second steel cable is connected to the elastic element and the regulating assembly respectively. The sleeve assembly is operated to drive the regulating assembly to move, so that the second steel cable, the elastic element, and the first steel cable move simultaneously to adjust the tension compensation for the bearing unit.

The present disclosure relates to a coupling assembly for attaching a power generating source to a structure and a system thereof. The coupling assembly comprises at least one shaft having a first end and a second end and a support structure having a top portion and a bottom portion. The at least one shaft is configured to be attached to the power generating source at the first end. The support structure is configured to receive at least a portion of the at least one shaft at the second end on the top portion therein. The support structure is further configured to be attached to the structure at the bottom portion. The coupling mechanism is configured to provide support and stability to the power generating source. The system is configured to generate electrical energy which may be utilized to provide power to a tower.