Abstract: Systems and methods are disclosed for providing a subscription service.

Abstract: A method comprises inputting a treatment planning image of a target subject into a machine learning system. The method further comprises determining, by the machine learning system, a first target-subject-specific model of the treatment planning image. The method further comprises applying, by a processing device, the first target-subject-specific model to the treatment planning image to generate a transformed treatment planning image corresponding to a first position of a plurality of positions of the target subject. The method further comprises comparing the transformed treatment planning image to a reference image. The method further comprises, based on the comparing, modifying one or more parameters of the first target-subject-specific model to generate a second target-subject-specific model corresponding to a second position of the plurality of positions.

Abstract: This invention relates to coupling devices, particularly to coupling devices for use with pressurized substances, for example, fluids such as liquids, gases, and plasmas; drive assemblies for said coupling devices; and to methods of supplying substances. The coupling device comprises a housing defining a chamber, the housing comprising inlet, outlet, and re-circulation/vent apertures; a valve assembly disposed in the chamber, the valve assembly comprising a valve; and a drive assembly located in the housing and operatively engageable with the valve assembly, wherein the drive assembly comprises a drive member disposed in the chamber; and a second cam member operatively engageable with the drive member and the valve assembly, wherein the second cam member is configured to be displaced by the drive member to cause the operation of the coupling device between uncoupled and coupled conditions, and the valve between the re-circulation/vent and charge conditions in a synchronized fashion.

Abstract: This invention relates to coupling devices, particularly to coupling devices for use with pressurized substances, for example, fluids such as liquids, gases, and plasmas; drive assemblies for said coupling devices; and to methods of supplying substances. The coupling device comprises a housing defining a chamber, the housing comprising inlet, outlet, and re-circulation/vent apertures; a valve assembly disposed in the chamber, the valve assembly comprising a valve; and a drive assembly located in the housing and operatively engageable with the valve assembly, wherein the drive assembly comprises a drive member disposed in the chamber; and a second cam member operatively engageable with the drive member and the valve assembly, wherein the second cam member is configured to be displaced by the drive member to cause the operation of the coupling device between uncoupled and coupled conditions, and the valve between the re-circulation/vent and charge conditions in a synchronized fashion.

Abstract: A tiller includes an engine, a mobility assembly, and a rotating assembly. The mobility assembly is operably coupled to the engine to provide mobility of the tiller responsive to operation of the engine. The rotating assembly is selectively coupled to the engine to provide rotation of the rotating assembly. The rotating assembly includes a rotatable shaft configured to turn when the rotation assembly is operably coupled to the engine, and one or more sets of tines disposed on respective tine assemblies. Each of the tine assemblies includes a hollow shaft for receiving the rotatable shaft. The one or more sets of tines extend radially outward from the respective tine assemblies.

Abstract: A snow removal device may include an auger assembly, a mobility assembly, a housing and a blowback prevention assembly. The auger assembly may include a rotatable auger that imparts momentum to draw material engaged by the auger toward an ejection path. The auger may extend substantially transversely with respect to a front portion of the snow removal device. The mobility assembly may be configured to enable the snow removal device to move with respect to a surface. The housing may be disposed proximate to a portion of the auger assembly to direct at least some of the material toward the ejection path responsive to rotation of the auger. The blowback prevention assembly may be disposed to inhibit blowback of material between the housing and the surface. The blowback prevention assembly may include a scraper bar and a trailing shield.

Abstract: A tiller may include an engine, a mobility assembly and a rotating assembly. The mobility assembly may be operably coupled to the engine to provide mobility of the tiller responsive to operation of the engine. The rotating assembly may be selectively coupled to the engine to provide rotation of the rotating assembly. The rotating assembly may include a rotatable shaft configured to turn when the rotation assembly is operably coupled to the engine, and one or more sets of tines disposed on respective tine assemblies. Each of the tine assemblies may include a hollow shaft for receiving the rotatable shaft. The one or more sets of tines may extend radially outward from the respective tine assemblies.

Abstract: A snow removal device may include an auger assembly, a mobility assembly, a housing and a blowback prevention assembly. The auger assembly may include a rotatable auger that imparts momentum to draw material engaged by the auger toward an ejection path. The auger may extend substantially transversely with respect to a front portion of the snow removal device. The mobility assembly may be configured to enable the snow removal device to move with respect to a surface. The housing may be disposed proximate to a portion of the auger assembly to direct at least some of the material toward the ejection path responsive to rotation of the auger. The blowback prevention assembly may be disposed to inhibit blowback of material between the housing and the surface. The blowback prevention assembly may include a scraper bar and a trailing shield.

Abstract: A remote chute rotation assembly may include a chute, a cable system and a control head. The chute may direct ejected material based on an orientation of the chute. The control head may be operatively coupled to the chute via the cable system. The control head may enable remote adjustment of the orientation of the chute via the cable system. The orientation of the chute may be adjustable through a plurality of positions fixable by a positioning assembly disposed at the chute.

Abstract: The present invention provides a process for generating a shared function binding arrangement comprising a first module and a shared module which includes a plurality of functions and having means for binding a function shared between the first module and the shared module. The process comprises a linking phase for creating the first module and the shared module, a preparation phase for preparing the first module for calling the shared module without exposing details of the call, and a loading phase for loading the modules and linking the first module to a respective function in the shared module without exposing details of the call. The invention also provides a method and system for binding a function shared between a first module and a shared module by means of a linking arrangement a linking arrangement that enables the first module to call a respective function in the shared module without exposing details of the call.

Abstract: A beverage measurement system for a beverage container such as wine bottle includes a series of markings 12 provided on an exterior surface of the wine bottle 14 and precisely positioned to indicate, from the level of beverage remaining in the container, when a measured quantity of the beverage has been dispensed from the container. The measured quantity relates to a particular material content of the beverage in the bottle 14 such as alcohol content, so that a consumer can determine how much alcohol has been consumed. The alcohol content may be represented as the number of “standard drinks”. A drinking vessel is also described.