Abstract: Systems and methods of epidemiological modeling using machine learning are provided, and can include receiving values for an occurrence of the infectious disease during a first time period, generating, from a model trained by a machine learning system, predictions for the occurrence of the infectious disease over a second time period, performing, by a simulator using the predictions, one or more simulations of the occurrence of the infectious disease in one or more geographic regions during one or more time periods subsequent to the second time period, and providing, to a user interface, a first simulation of the one or more simulations performed by the simulator for a first geographic region of the one or more geographic regions during a time period of the one or more time periods.

Abstract: Disclosed herein are embodiments of systems, devices, and methods automated document analysis and processing using machine learning techniques. In one embodiment, systems and methods are disclosed for automatically classifying documents. In another embodiment, systems and methods are disclosed for identifying new tags for untagged documents. In another embodiment, systems and methods are disclosed for identifying documents related to a target document.

Abstract: The present invention relates to a cover cap for a connection of two electrically conductive interconnected ends of two winding bars of a stator of an electric machine. The cover cap includes an electrically insulating housing that surrounds and seals a circumference of the connection when mounted. The cover cap has a spring device disposed in an interior of the housing and configured to be clipped onto the connection so as to mount the housing and is supported on the connection on said housing when the housing is mounted so as to provide a force for fixing the housing to the connection.

Abstract: The present invention relates to a cover cap for a connection of two electrically conductive interconnected ends of two winding bars of a stator of an electric machine. The cover cap includes an electrically insulating housing that surrounds and seals a circumference of the connection when mounted. The cover cap has a spring device disposed in an interior of the housing and configured to be clipped onto the connection so as to mount the housing and is supported on the connection on said housing when the housing is mounted so as to provide a force for fixing the housing to the connection.

Abstract: An electrical machine comprises a stator (10) with a laminated core (11) in which two or more slots (12) are provided which run in the axial direction and in each of which two or more winding bars (13, 14) are arranged one above the other in the radial direction and are separated from one another by spacers (19) between them, and in which channels (20) which run parallel to the winding bars (13, 14) are provided, through which a cooling medium flows, in order to cool the winding bars (13, 14) and, considerably better cooling of the winding is achieved with little complexity in that tubular facing elements (19), which extend in the axial direction and whose interior in each case forms a channel (20) for the cooling medium are used as spacers.

Abstract: A dynamoelectrical machine (20) has winding bars (13) which are inserted into slots provided for this purpose in the dynamoelectrical machine (20), with the slots each being closed by cover wedges (23), and with corrugated springs (16) being provided between the cover wedges (23) and the winding bars (13) located underneath them, which are prestressed by means of opposing wedges (21), which are arranged between the cover wedges (23) and the winding bars (13) located underneath them. In a machine such as this, fast and simple wedging is made possible in that the opposing wedges (21) are arranged between the cover wedges (23) and the corrugated springs (16), and in that fixed-position adjusting elements (22) are provided, by means of which it is possible to vary the distance between the cover wedges (23) and the opposing wedges (21).

Abstract: A touch sensor comprises a substrate capable of propagating acoustic waves. The substrate includes a first surface having a touch sensitive region and a first sidewall intersecting the first surface at a first edge. A transmitter is provided on the first sidewall of the substrate. The transmitter generates acoustic waves that propagate directly from the first sidewall through at least a portion of the touch sensitive region.

Abstract: A touch sensor comprises a substrate capable of propagating acoustic waves and includes a first surface having a touch sensitive region. A first sidewall intersects the first surface along a first edge. The first edge is configured to propagate a first acoustic wave along the first edge. The first acoustic wave may be a one-dimensional edge wave. A wave converter converts the first acoustic wave to a second acoustic wave, and the first surface is configured to propagate the second acoustic wave across the touch sensitive region.

Abstract: The invention features novel topical formulations of antiallergenic agents in formulation with various other agents (such as a tear substitute) that provide a comfortable formulation when instilled in the eye and has enhanced efficacy and duration of action. The invention further features novel methods of treating ocular allergy by topical application of antiallergenic agents in formulation with various other agents (such as a tear substitute), as well as kits for the use of such novel formulations and methods.

Abstract: The present invention is directed to touch sensors with arrays of switches (e.g., diodes or transistors) that can be used to selectively apply voltage gradients across a resistive touch regions of the touch sensor substrate. Touches on the touch sensor can then be sensed by measuring the voltage at the touch location on the resistive touch region. The switch arrays take the form of strips of switches that can be cut from a prefabricated reel or a sheet and applied to the touchscreen substrate.

Abstract: A dynamoelectrical machine (20) has winding bars (13) which are inserted into slots provided for this purpose in the dynamoelectrical machine (20), with the slots each being closed by cover wedges (23), and with corrugated springs (16) being provided between the cover wedges (23) and the winding bars (13) located underneath them, which are prestressed by means of opposing wedges (21), which are arranged between the cover wedges (23) and the winding bars (13) located underneath them. In a machine such as this, fast and simple wedging is made possible in that the opposing wedges (21) are arranged between the cover wedges (23) and the corrugated springs (16), and in that fixed-position adjusting elements (22) are provided, by means of which it is possible to vary the distance between the cover wedges (23) and the opposing wedges (21).

Abstract: This invention has as its object a process for preparation of vinyl aryl derivatives by an electrochemical method.

Abstract: This invention has as its object a process for preparation of vinyl aryl derivatives by an electrochemical path.