Abstract: An electrical property sensor is presented that includes a printed circuit board with a first face separated from a second face by a thickness, the first face having a length and a width. The sensor also includes an aperture extending from a first face of the printed circuit board to a second face of the printed circuit board. The aperture includes a receiving electrode and a transmitting electrode. When a fluid flows through the aperture and a voltage is provided at the transmitting electrode, a cunent flow is measured at the receiving electrode.

Abstract: A transport climate control system configured to provide climate control within a climate controlled space towed by a vehicle is provided. The transport climate control system includes an electrical isolation box configured to house and a drive module and a compressor. The drive module receives power from a vehicle power network including a rechargeable energy storage system (RESS) to power the compressor. The drive module and the compressor are electrically isolated at a climate control system electrical potential reference, which is different from an electrical potential reference of a vehicle chassis to which the electrical isolation box is connected.

Abstract: An integrated circuit includes a compute circuit and a trace data mover circuit coupled to the compute circuit. The trace data mover circuit is configured to convey trace data generated by the compute circuit to a destination circuit. The trace data mover circuit includes a controller circuit configured to receive a stream of trace data from the compute circuit and generate instructions for writing the trace data. The trace data mover circuit includes a writer circuit configured to write the trace data to the destination circuit responsive to the instructions generated by the controller circuit.

Abstract: Performance evaluation of a heterogeneous hardware platform includes implementing a traffic generator design in an integrated circuit. The traffic generator design includes traffic generator kernels including a traffic generator kernel implemented in a data processing array of the integrated circuit and a traffic generator kernel implemented in a programmable logic of the integrated circuit. The traffic generator design is executed in the integrated circuit. The traffic generator kernels implement data access patterns by, at least in part, generating dummy data. Performance data is generated from executing the traffic generator design in the integrated circuit. The performance data is output from the integrated circuit.

Abstract: Hardware event trace windowing for a data processing array includes executing a user design using a plurality of active tiles of a data processing array disposed in an integrated circuit. A trace start condition is detected subsequent to a start of execution of the user design. In response to the trace start condition, trace data is generated using one or more of the plurality of active tiles of the data processing array. A trace stop condition is detected during execution of the user design. In response to the trace stop condition, the generating the trace data by the one or more of the plurality of active tiles is discontinued.

Abstract: Within an integrated circuit including a processor system and a data processing array, one or more kernels in the processor system are executed in response to a scheduling request from a host data processing system. The one or more kernels receive configuration data for implementing trace or profiling of a user design executable by a plurality of active tiles of the data processing array. Using the one or more kernels, selected tiles of the plurality of active tiles of the data processing array are configured with the configuration data to perform the trace or the profiling. Trace data or profiling data is generated through execution of the user design by the data processing array. The one or more kernels provide the trace data or the profiling data to the host data processing system.

Abstract: Event trace includes implementing a design for a data processing array of a target integrated circuit (IC) by, at least in part, adding a trace data offload architecture to the design. One or more selected tiles of the data processing array used by the design as implemented in the target IC are configured to generate trace data based on user-specified runtime settings for performing a trace. During execution of the design by the data processing array, trace data as generated by the one or more selected tiles of the data processing array is conveyed to a memory of the target IC using the trace data offload architecture. A trace report is generated from the trace data using a data processing system coupled to the target IC.

Abstract: A work surface is provided. More particularly, a work surface that is portable, and that when deployed provides a relatively stable platform is disclosed. The work surface includes at least two horizontal tracks running parallel to a top surface, and one or more vertical tracks running parallel to the legs of the work surface. The horizontal tracks are configured to receive one or more clamps or various accessories, such as crosscut accessories. The crosscut accessories can include provisions for accurately securing a saw guide and a work piece to the work surface. In addition, an accessory stand can be connected to the work surface to allow various tools to be operatively connected to the work surface.

Abstract: A work surface is provided. More particularly, a work surface that is portable, and that when deployed provides a relatively stable platform is disclosed. The work surface includes at least two horizontal tracks running parallel to a top surface, and one or more vertical tracks running parallel to the legs of the work surface. The horizontal tracks are configured to receive one or more clamps or various accessories, such as crosscut accessories. The crosscut accessories can include provisions for accurately securing a saw guide and a work piece to the work surface. In addition, an accessory stand can be connected to the work surface to allow various tools to be operatively connected to the work surface.

Abstract: A work surface is provided. More particularly, a work surface that is portable, and that when deployed provides a relatively stable platform is disclosed. The work surface includes at least two horizontal tracks running parallel to a top surface, and one or more vertical tracks running parallel to the legs of the work surface. The horizontal tracks are configured to receive one or more clamps or various accessories, such as crosscut accessories. The crosscut accessories can include provisions for accurately securing a saw guide and a work piece to the work surface. In addition, an accessory stand can be connected to the work surface to allow various tools to be operatively connected to the work surface.

Abstract: Embodiments of the invention are related generally to electromagnetic machines and, more particularly, to a suspension system and related methods for the attachment of the stator core of an electromagnetic machine to a surrounding frame or enclosure. In one embodiment, the invention provides a system for supporting a stator core of an electromagnetic machine, the system comprising: a rigid frame structure including: an upper portion; and a lower portion beneath the upper portion; a first plurality of wire rope members, each having a first end and a second end; and a first plurality of attachment devices for affixing at least one of the first end or the second end of each of the first plurality of wire rope members to the upper portion.

Abstract: The present application provides a combined stator wedge driver and bar jacking tool for positioning a stator bar and a stator wedge into place along a slot of a stator core. The combined stator wedge driver and bar jacking tool may include a bar jacking tool to drive the stator bar into the slot and a stator wedge driver to drive the stator wedge on top of the stator bar in the slot. The bar jacking tool and the stator wedge driver extend from a common housing.

Abstract: A work surface is provided. More particularly, a work surface that is portable, and that when deployed provides a relatively stable platform is disclosed. The work surface includes at least two horizontal tracks running parallel to a top surface, and one or more vertical tracks running parallel to the legs of the work surface. The horizontal tracks are configured to receive one or more clamps or various accessories, such as crosscut accessories. The crosscut accessories can include provisions for accurately securing a saw guide and a work piece to the work surface. In addition, an accessory stand can be connected to the work surface to allow various tools to be operatively connected to the work surface.

Abstract: A nozzle assembly includes at least one stationary nozzle and an outer ring having a predefined shape. The outer ring includes at least one groove defined therein configured to receive at least a portion of the at least one stationary nozzle. The nozzle assembly also includes an attachment member coupled between the stationary nozzle and the outer ring. The attachment member has a first configuration at a first nozzle assembly operating temperature a second configuration at a second nozzle assembly operating temperature.

Abstract: A work surface is provided. More particularly, a work surface that is portable, and that when deployed provides a relatively stable platform is disclosed. The work surface includes a horizontal clamp track running parallel to a top surface, and one or more vertical tracks running parallel to the legs of the work surface. The horizontal track is configured to receive one or more clamps that can be used to secure a workpiece against a side of the work surface. The vertical tracks are configured to receive a support block, which can be used to support a workpiece along a side of the work surface.

Abstract: An internal combustion engine is provided. The internal combustion engine includes at least one cylinder head and at least one exhaust pipe having at least one flange, whereby the flange has at least two flange fastening holes that have at least two fastening screws for fastening the exhaust pipe to the cylinder head of the internal combustion engine, whereby the exhaust pipe can be arranged so as to be connected to the cylinder head by means of the fastening screws in such a way that it can be dismantled, whereby at least one centering device is provided essentially in the area of the flange holes.

Abstract: The present application provides a combined stator wedge driver and bar jacking tool for positioning a stator bar and a stator wedge into place along a slot of a stator core. The combined stator wedge driver and bar jacking tool may include a bar jacking tool to drive the stator bar into the slot and a stator wedge driver to drive the stator wedge on top of the stator bar in the slot. The bar jacking tool and the stator wedge driver extend from a common housing.

Abstract: Internet of Things beauty and personal care application system which may include products, a mirror, digital camera, reader identifying product, communication transceivers, sensors, servers and databases. These link images and data via a mobile application, allowing a plurality of applications via a single interface. Users can enhance makeup application by using professional guidance based on users applied makeup, the environment, products selected, other products available, or presented to users from a product database. Further, the system may provide virtually enhanced images via its mobile application, based on users' skin tone, time of day, lighting, weather, activity, etc., enabling an enhanced user experience, and facilitating user engagement. The result is a beauty and personal care application system providing direct digital identification, 2-way linkage that collects data, applying machine learning algorithms via the network system.

Abstract: Embodiments of the invention are related generally to electromagnetic machines and, more particularly, to a suspension system and related methods for the attachment of the stator core of an electromagnetic machine to a surrounding frame or enclosure. In one embodiment, the invention provides a system for supporting a stator core of an electromagnetic machine, the system comprising: a rigid frame structure including: an upper portion; and a lower portion beneath the upper portion; a first plurality of wire rope members, each having a first end and a second end; and a first plurality of attachment devices for affixing at least one of the first end or the second end of each of the first plurality of wire rope members to the upper portion.

Abstract: Embodiments of the invention are related generally to electromagnetic machines and, more particularly, to a suspension system and related methods for the attachment of the stator core of an electromagnetic machine to a surrounding frame or enclosure. In one embodiment, the invention provides a system for supporting a stator core of an electromagnetic machine, the system comprising: a rigid frame structure including: an upper portion; and a lower portion beneath the upper portion; a first plurality of wire rope members, each having a first end and a second end; and a first plurality of attachment devices for affixing at least one of the first end or the second end of each of the first plurality of wire rope members to the upper portion.