Abstract: An open source mounting system. The open source mounting system includes an open source mounting bay, the open source mounting bay defining a plurality of guide slots; a first open source card module, the first open source card module being positioned within the open source mounting bay via a first pair of the plurality of guide slots; and, a second open source card module, the second open source card module being positioned within the OCP mounting bay via a second pair of the plurality of guide slots.

Abstract: A floating open compute project retention system. The floating open compute project retention system includes a floating open compute project component guide device and a floating open compute project component retention device, the floating open compute project component retention device providing access to the floating open compute project component guide device when in an open position and fixedly mounting a floating open compute project receiving assembly within an open compute project mounting bay when in a closed position.

Abstract: A process and method for tagging identifiers in an automotive wire harness for recognition and installation. The process and method include attaching a plurality of first identifier tags to a wire harness, where each of the plurality of first identifier tags identifies a section of the wire harness. Continuing and identifying, based on the plurality of first identifier tags, a plurality of sections of the wire harness is accomplished. The wire harness is prepared for assembly into an automotive chassis, where the preparing includes, by section, an unfolding, flipping, or pulling of the wire harness, based on the plurality of first identifier tags. The process and method include attaching a plurality of second identifier tags to the automotive chassis, where each of the plurality of second identifier tags identifies a corresponding receptacle area associated with the one or more of the first identifier tags.

Abstract: Presented are collapsible harnesses substrate systems for optimized positioning of electrical wiring harnesses, methods for making/using such harness substrate systems, and motor vehicles assembled using such harness substrate systems. A wiring harness substrate system includes a wiring harness with multiple electrical connectors, multiple cable segments electrically interconnected with the electrical connectors, and optional junctions, relays, embedded sensors, etc. A collapsible harness substrate supports thereon the wiring harness, e.g., to optimize storage, shipping, unpacking, and installation of the harness. Integrally formed with or attached to the harness substrate are a distributed array of holding features and a network of interconnected cable channels. The holding features releasably secure the electrical connectors and the cable segments to the harness substrate, whereas the cable channels receive therein and route the cable segments across the harness substrate.

Abstract: A deployable wiring harness system has a deployable wiring harness that includes insulated conductive cables with connectors assembled onto distal ends thereof. The insulated conductive cables are arranged as a lattice having segments joined at bendable nodes, wherein the segments are joined at the bendable nodes, and wherein the segments includes a machine-readable identifier. Also included is a wiring harness hanger that is affixed to one of the segments, and a wiring harness extender that is coupled to adjoined ones of the segments that are joined at the one of the bendable nodes. The wiring harness extender is arrangeable to urge the adjoined ones of the segments that are joined at the one of the bendable nodes towards a deployed state. An elongated stiffening member is affixed to respective insulated conductive cables of one of the segments at multiple locations.

Abstract: A connection assembly including a receptacle connector having a first and a second end, including: a shell, including a first outer surface and a second outer surface; a shield surrounding the shell, the shield including: a first portion including a first cam flange, the first portion rotatable about a first spring hinge; a second portion including a second cam flange, the second portion rotatable about a second spring hinge; a mating connector removable coupleable to the receptacle connector, including: an adjustment member, wherein, when a positioning of the adjustment member is adjusted to decrease a distance between the adjustment member and the second end of the receptacle connector, the adjustment member adjusts a distance between the first cam flange and the second cam flange to rotate the first portion of the shield about the first spring hinge and rotate the second portion of the shield about the second spring hinge.

Abstract: The present disclosure provides a computing device (100) for classification of an aspirating/dispensing operation in an automated analyzer (50). The computing device (100) comprises a memory (22) storing a neural network model (24). The neural network model 24 sequentially comprises a plurality of convolution blocks (202-1, 202-2 . . . 202-N). The computing device (100) further comprises a processor (20) communicably coupled to the memory (22) and at least one measurement sensor (106) associated with a pipetting probe (104) of a pipetting device (102). The processor (20) is capable of executing the neural network model (24). The processor (20) is further capable of executing instructions (26) to classify the aspirating/dispensing operation into at least one correct class or at least one incorrect class.

Abstract: An interlocking tool for a for forming stator end turns includes a first member including a first base having a first surface. A first ring extends from the first surface and a second ring extends from the first surface radially outwardly of the first ring. The second ring is spaced from the first ring by a first gap. A second member includes a second base having a first surface portion. A first ring element extends from the first surface portion and a second ring element extends from the first surface portion radially inwardly of the first ring element. The second ring element is spaced from the first ring element by a second gap. The second ring is positioned in the second gap, and the second ring element is positioned in the first gap. The first member is rotatable relative to the second member.

Abstract: An open compute project mounting system. The open compute project mourning system includes an OCP mounting bay, the OCP mounting bay defining a plurality of guide slots; a first OCP card module, the first OCP card module being positioned within the OCP mounting bay via a first pair of the plurality of guide slots; and, a second OCP card module, the second OCP card module being positioned within the OCP mounting bay via a second pair of the plurality of guide slots.

Abstract: A floating open compute project retention system. The floating open compute project retention system includes a floating open compute project component guide device and a floating open compute project component retention device, the floating open compute project component retention device providing access to the floating open compute project component guide device when in an open position and fixedly mounting a floating open compute project receiving assembly within an open compute project mounting bay when in a closed position.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0108’ particularly distinguished by its medium size plant with round plant habit. a medium to large size white semi-decorative flower, and a natural season response in carly September.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0112’ particularly distinguished by a medium size plant with round plant habit. a medium size semi-decorative flower with yellow flower color, and a natural season response in late September.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0110’ particularly distinguished by its medium size plant with round plant habit, a medium size decorative flower with yellow flower color, and a natural season response in early September.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0109’ particularly distinguished by its medium to large size plant with round plant habit, a medium to small size semi-decorative flower with purple flower color, and a natural season response in mid September.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0116’ particularly distinguished by its medium size plant with round plant habit, medium to large size decorative flowers with yellow flower color and a natural season response late September/early October.

Abstract: A new garden type Chrysanthemum plant named ‘CLPZ0118’ particularly distinguished by its medium size plant with round plant habit, a medium to large size duplex to decorative flower with dark lavender flower color, and a natural season response in late August/early September.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0114’ particularly distinguished by its medium size plant with round plant habit, a medium size duplex to decorative flower with purple flower color, and a natural season response in mid-October.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0117’ particularly distinguished by its medium to large size plant with round plant habit, a medium to large size decorative flower with yellow flower color, and a natural season response in mid to late September.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0115’ particularly distinguished by its medium size plant with round plant habit, medium size decorative flowers with white flower color and a natural season response in mid to late October.

Abstract: A new garden type Chrysanthemum plant named ‘CIFZ0113’, particularly distinguished by its medium to small size plant with round plant habit, a medium to small size decorative flower with bronze orange two tone flower color and a natural season response in mid-September.