Abstract: A cable support includes a support body with a saddle configured to support one or more cables, and a stem and a leg that extend from opposite ends of the saddle. A securing member is coupled to the leg. The securing member is movable between a first configuration configured to secure one or more cables within the saddle and a second configuration configured to permit one or more cables to be moved into or out of the saddle. The leg including a retaining tab that releasably secures the securing member in the second configuration.

Abstract: Aspects of the disclosure relate to cash handling devices that provide intelligent monitoring and management of cash cycles. A cash handling device having at least one processor, a communication interface, and memory may receive, from a mobile device, a request to process a pre-staged transaction. Subsequently, the cash handling device may generate and present a graphical identifier based on the mobile device requesting access to the cash handling device. Next, the cash handling device may verify that the mobile device is authorized to perform the pre-staged transaction based on the graphical identifier being scanned by the mobile device and cause a connection to be established between the cash handling device and the mobile device. Thereafter, the cash handling device may identify and process the pre-staged transaction associated with the mobile device. Then, the cash handling device may generate a notification indicating completed processing of the identified pre-staged transaction.

Abstract: A tonneau cover system can include a cover sized and shaped to cover the truck cargo box and a spring clamp designed to secure the cover to the truck cargo box. The spring clamp can include a rod connected to the cover. The rod can have a rod axis. A clamp body can be rotatably and slidably mounted on the rod. The clamp body can include a pair of oppositely disposed catches spaced apart from the rod axis. The catches can extend in a catch length direction intersecting the rod axis at a first angle. A grasping tether can be attached to the clamp body for manually sliding the clamp body along the rod in a direction away from the cover. Due to the flexible nature of the grasping tether, potential interference of the clamp with cargo in the cargo box can be significantly reduced.

Abstract: A tonneau cover system can include a cover sized and shaped to cover the truck cargo box and a spring clamp designed to secure the cover to the truck cargo box. The spring clamp can include a rod connected to the cover. The rod can have a rod axis. A clamp body can be rotatably and slidably mounted on the rod. The clamp body can include a pair of oppositely disposed catches spaced apart from the rod axis. The catches can extend in a catch length direction intersecting the rod axis at a first angle. A grasping tether can be attached to the clamp body for manually sliding the clamp body along the rod in a direction away from the cover. Due to the flexible nature of the grasping tether, potential interference of the clamp with cargo in the cargo box can be significantly reduced.

Abstract: A power-adjust rear view mirror system. The power-adjust rear view mirror system includes a power-adjust mechanism structure coupled to a mirror structure both of which are located within a vehicular passenger compartment. One or more control pads include operating devices that, when actuated, cause the power-adjust mechanism structure to manipulate the vertical pitch and horizontal pitch position of the mirror structure.

Abstract: A method for producing thin, below 6 nm of equivalent oxide thickness, germanium oxynitride layer on Ge-based materials for use as gate dielectric is disclosed. The method involves a two step process. First, nitrogen is incorporated in a surface layer of the Ge-based material. Second, the nitrogen incorporation is followed by an oxidation step. The method yields excellent thickness control of high quality gate dielectrics for Ge-based field effect devices, such as MOS transistors. Structures of devices having the thin germanium oxynitride gate dielectric and processors made with such devices are disclosed, as well.

Abstract: A method for producing thin, below 6 nm of equivalent oxide thickness, germanium oxynitride layer on Ge-based materials for use as gate dielectric is disclosed. The method involves a two step process. First, nitrogen is incorporated in a surface layer of the Ge-based material. Second, the nitrogen incorporation is followed by an oxidation step. The method yields excellent thickness control of high quality gate dielectrics for Ge-based field effect devices, such as MOS transistors. Structures of devices having the thin germanium oxynitride gate dielectric and processors made with such devices are disclosed, as well.