A cable manager includes a backbone assembly and at least one side wall extending from the backbone assembly. The at least one side wall optionally includes one or more cable finger units. The backbone assembly includes a spine member having an extruded construction. The spine member includes one or more channels extending substantially an entire length thereof to facilitate easy attachment, removal and/or repositioning of a structure relative to the spine member. The cable manager optionally includes an accessory rod, a half-spool assembly, a cable finger accessory, a strap/buckle accessory, and/or a door assembly having an interference-free hinge set.

Provided is an angle-adjustable positioning and self-closing hinge for a highly sealed door, comprising a hinge part, a fixing base, a fixing bar, a threaded sleeve, a threaded ring, a plug, and an adjustment socket; the hinge part is provided with a bushing and a leaf; the fixing base is provided with a bushing; the fixing bar has a screw; a threaded sleeve is fastened inside the bushing, the plug is fastened inside the bushing, and the threaded sleeve and plug are spaced apart; between the threaded sleeve and plug in the two bushings are disposed the fixing bar, the two magnets, two springs, and the adjustment base; the screw of the fixing bar is screwed to the threaded sleeve.

A mounting assembly is disclosed. The mounting assembly may include a surface mounting portion and a load mounting portion connected by an intervening gravity hinge portion. The gravity hinge portion may be configured, in accordance with some embodiments, to permit the load mounting portion to be deflected away from a nominal azimuth position and to return to that position under the action of gravity. In this manner, the mounting assembly may be configured to maintain a desired alignment of a given load hosted thereby, as well as absorb impact thereto. In accordance with some embodiments, the gravity hinge portion also may include one or more realignment assistance features configured to assist with returning to the nominal azimuth position.

A shower door and hinge assembly comprising a glass shower door, a sloping sill, a sill angle adapter, upper and lower horizontal door frame rails, and upper and lower shower door hinges where the lower hinge is a gravity style hinge featuring a self-closing action, is presented. The hinges of the present invention shower door and hinge assembly attach only to horizontal edge surfaces of the glass door. The hinges do not attach to any vertical surface of the door.

A shower door and hinge assembly comprising a glass shower door, a sloping sill, a sill angle adapter, upper and lower horizontal door frame rails, and upper and lower shower door hinges where the lower hinge is a gravity style hinge featuring a self-closing action, is presented. The hinges of the present invention shower door and hinge assembly attach only to horizontal edge surfaces of the glass door. The hinges do not attach to any vertical surface of the door.

A shower door and hinge assembly comprising a glass shower door, a sloping sill, a sill angle adapter, upper and lower horizontal door frame rails, and upper and lower shower door hinges where the lower hinge is a gravity style hinge featuring a self-closing action, is presented. The hinges of the present invention shower door and hinge assembly attach only to horizontal edge surfaces of the glass door. The hinges do not attach to any vertical surface of the door.

A shower door and hinge assembly comprising a glass shower door, a sloping sill, a sill angle adapter, upper and lower horizontal door frame rails, and upper and lower shower door hinges where the lower hinge is a gravity style hinge featuring a self-closing action, is presented. The hinges of the present invention shower door and hinge assembly attach only to horizontal edge surfaces of the glass door. The hinges do not attach to any vertical surface of the door.

A hinge band for a partition element, particularly for a door or for a window, and a partition installation having such a hinge band are disclosed. The hinge band has a first band part and a second band part, wherein the first band part is connected to the second band part for hinge action about a hinge axle pin in such a manner that the first band part is rotatable relative to the second band part about a rotation axis. Furthermore, a lifting or lowering installation is provided, wherein on account of the lifting or lowering installation the first band part in a movement of the first band part relative to the second band part about the rotation axis is moved along the rotation axis.

A hinge includes a fixed component defining a vertical axis. The fixed component includes a first support surface with a circular lug path and a first recess formed in the first support surface at an end of the circular lug path. The hinge also includes a pivotable component pivotable about the vertical axis and translationally movable along the vertical axis. The pivotable component includes a first lug extending from the pivotable component in a first direction. The first recess receives and constrains movement of the first lug. The first support surface supports the first lug along the circular lug path and constrains translational movement of the pivotable component in the first direction as the pivotable component pivots about the vertical axis. In the open position, the pivotable component is translationally movable in the first direction and the first lug is receivable into the first recess.

A closing device for opening and closing an opening in a vehicle is disclosed. The closing device comprises a closing system, having a closing body (SK) that is fitted on the vehicle (FZ) in a movable manner and is configured to open and close the opening (O), a drive device (AV) that is operatively connected to the closing body (SK) and is configured to move the closing body (SK), and a transmission system (US) that is arranged between the closing body (SK) and the drive device (AV) and is configured to transmit a drive force generated by the drive device (AV) to the closing body (SK). The closing system (SLS) has a closing system spring rate (FRSLS) that characterizes an overall elasticity of the closing body (SLS), of the drive device (AV) and of the transmission system (US). The closing device (SV) also comprises a force transmission spring unit (KUFE) that is configured to pick up the drive force transmitted from the drive device (AV) to the closing body (SK). The force transmission spring unit (KUFE) has a force transmission spring rate (FRKUFE) that is lower than the closing system spring rate (FRSLS).