Hinge for the support and the maneuvering of doors, made up of two wing elements and provided with means for attachment to a frame part and respectively to a door portion, as well as mutually reinforcing means in a pivoting zone, the means being constituted by appendices internally hollow in the form of a cylindrical body projecting from the wing elements, characterized in that at least one of the appendices of the wings provides on the inner surface axial grooves suitable for housing a push-engagement element housed inside a pivot pin of the wing elements and protruding from it.

A releasable locking hinge assembly having: a shaft including a first locking region with faceted sides on an outer circumference of the shaft, and a partial or complete hollow cylinder coaxial with and receiving the shaft, wherein the hollow cylinder includes a second locking region with faceted sides on an inner wall of the cylinder, wherein the first locking region and second locking region are configured to slidably engage; and wherein the locking regions slidably engage, they lock the angular position of the locking hinge, and where they slidably disengage, they allow the locking hinge to pivot.

A swivel joint system for pivotally connecting a mirror to a vehicle includes a first arm, a second arm, a locking pin, a spring element and a centering element. The first arm has first and second bearing shells. The second arm has a first counter bearing shell and a second counter bearing shell. The counter bearing shells are disposed between the first bearing shell and the second bearing shell. A first latching surface of the first counter bearing shell contacts and presses against a second latching surface of the first bearing shell. The locking pin passes through the first bearing shell, the second bearing shell and a hole in the centering element. The second arm swivels relative to the first arm about a joint axis that is oriented co-axially to the locking pin. The spring element pushes the locking pin away from the first counter bearing shell.

A hinge assembly is provided for pivotally mounting a door on a refrigerator cabinet. The refrigerator cabinet includes a top wall, a bottom wall, a pair of opposed side walls extending between the bottom and top wall, and a face that is normal to the top wall, bottom wall, and opposed side walls. The hinge assembly includes a hinge bracket, hinge pin, and door stop member. The hinge bracket is attachable to the cabinet and includes a threaded aperture having a first end and a second end. The hinge pin defines an axis about which the door can rotate and is threadably insertable into either end of the threaded aperture. The door stop member is configured to rotate about the axis and prohibit rotation of the door beyond a certain position.

A vehicle seating assembly includes a vehicle desk operably coupled to a rear portion of a seatback. The vehicle desk is movable between at least a stowed position and a use position. A hinge assembly includes a finger-grip rotator knob assembly and a moveable element, such as a working surface or desk. The moveable element is operably coupled to, and rotatable with, the finger-grip rotator knob assembly.

A movable joint for an electronic device includes a first joint component having a body portion that encloses a wire lead and a tab portion coupled to the body portion, and a second joint component having a body portion that encloses the wire lead and a tab portion coupled to the body portion. The tab portion of the second joint component engages the tab portion of the first joint component with a pivot member interconnecting the tab portions to enable selective movement between the first and second joint components. The wire lead spans the movable joint between the engaged tab portions of the first and second joint components. At least one of the tab portions includes a recessed channel, the recessed channel at least partially containing the wire lead.

An apparatus can include a processor; memory accessible by the processor; a first housing that includes a front side and a back side; a second housing that includes a front side and a back side; and a hinge assembly operatively coupled to the second housing where the hinge assembly includes a set of axles, a set of gears and a latch pivotable via meshed rotation of the gears about an axis defined by one of the axles where, in a latched state, the latch operatively couples the first housing to the hinge assembly.

A pivot fitting having a stop lever, a ratchet lever, a blocking device and at least one toothed ring. The stop lever and the ratchet lever can be pivoted in relation to one another in an adjustment direction and in a reset direction. The stop lever and the toothed ring are coupled to one another such that pivoting of the stop lever and ratchet lever in the adjustment direction is accompanied by pivoting and/or rotation of the toothed ring in relation to the blocking device. The blocking device has at least two catches, that, in an adjustment position of the pivot fitting, the pivoting action of the stop lever and ratchet lever in the reset direction is countered by form-fitting engagement of at least one catch in the toothed ring.

A hinge including a first bracket, a second bracket, a shaft, a fixing element and a position limiting ring is provided. The first bracket includes a first hole and a protrusion protruding from edge of the first hole toward inside of the first hole. The second bracket includes a second hole. The shaft has a cylinder portion passing through the first hole, a fixing portion passing through the second hole, and a first position limiting structure encircling the shaft. The fixing element is disposed at ends of the cylinder portion to fix the shaft to the first bracket. The position limiting ring encircles the shaft and located between the first bracket and the first position limiting structure. The position limiting ring has a second position limiting structure and a recess, the second position limiting structure engages with the first position limiting structure, and the protrusion is located in the recess.

An adjustable panel connector (100, 300) for interconnecting two mesh panels (105) of a barricade and/or guarding system. The adjustable panel connector (100, 300) comprises a first body element (102, 302) including at least one first panel fastening arrangement (106, 108, 311); a second body element (104, 304) including at least one second panel fastening arrangement (106, 108, 311), the first body element (102, 302) and the second body element (104, 304) being interconnected along and about a connection axis (X-X, Y-Y); and a pivot locking arrangement (110, 301) configured to lock the first body element (102, 302) at a selected angle relative to the second body element (104, 304) about the connection axis (X-X, Y-Y).