Abstract: Systems and methods described herein support compartment quotas in a cloud infrastructure environment. Cloud administrators do not generally have the ability to restrict resource usage in existing clouds. Granting a user permission to create resources allows them to create any number of resources up to a predefined account limit. Compartment quotas allow admins to restrict a user's resource usage to the appropriate level allowing fine-tuned cost control.

Abstract: Systems and methods described herein support compartment quotas in a cloud infrastructure environment. Cloud administrators do not generally have the ability to restrict resource usage in existing clouds. Granting a user permission to create resources allows them to create any number of resources up to a predefined account limit. Compartment quotas allow admins to restrict a user's resource usage to the appropriate level allowing fine-tuned cost control.

Abstract: Systems and methods described herein for automatic limit service increase in a multi-tenant cloud infrastructure environment. The systems and methods described herein provide for automatic approval of limit service increase requests that are either automatically generated based upon a tenant's usage of resources within the cloud infrastructure environment, or are received via, e.g., a user portal. Such automatic approval can be based upon a set of maximal limits that are computed based upon the tenant's current usage, level of subscription, or hard limit values.

Abstract: Systems and methods described herein for providing cross-region resource management for regional infrastructure resources in a cloud infrastructure environment. Systems and methods can provide a cross-region resource management tool that can provide searching, viewing, and management capabilities for any resource in any of the regions to which the cross-region resource management tool has access to. A user (having sufficient access levels, such as an administrator or other privileged user) can access the cross-region resource management tool to view and manage all customer resources in any region of the cloud infrastructure, no matter which region the user is located in.

Abstract: Systems and methods described herein for automatic limit service increase in a multi-tenant cloud infrastructure environment. The systems and methods described herein provide for automatic approval of limit service increase requests that are either automatically generated based upon a tenant's usage of resources within the cloud infrastructure environment, or are received via, e.g., a user portal. Such automatic approval can be based upon a set of maximal limits that are computed based upon the tenant's current usage, level of subscription, or hard limit values.

Abstract: Systems and methods described herein support compartment quotas in a cloud infrastructure environment. Cloud administrators do not generally have the ability to restrict resource usage in existing clouds. Granting a user permission to create resources allows them to create any number of resources up to a predefined account limit. Compartment quotas allow admins to restrict a user's resource usage to the appropriate level allowing fine-tuned cost control.

Abstract: In an example embodiment, a computer-implemented method comprises obtaining labels from messages associated with an email service provider, wherein the labels indicate for each message IP how many spam and non-spam messages have been received; obtaining network data features from a cloud service provider; providing the labels and network data features to a machine learning application; generating a prediction model representing an algorithm for determining whether a particular set of network data features are spam or not; applying the prediction model to network data features for an unlabeled message; and generating an output of the prediction model indicating a likelihood that the unlabeled message is spam.

Abstract: An illustrative example vehicle torque control system includes a clutch that is at least partially automatically controllable. A manual clutch control means allows a driver to control engagement of the clutch. A clutch control means automatically controls a characteristic of clutch engagement based on a selected drive mode.

Abstract: An illustrative example vehicle torque control system includes a clutch that is at least partially automatically controllable. A manual clutch control means allows a driver to control engagement of the clutch. A clutch control means automatically controls a characteristic of clutch engagement based on a selected drive mode.

Abstract: In an example embodiment, a computer-implemented method comprises obtaining labels from messages associated with an email service provider, wherein the labels indicate for each message IP how many spam and non-spam messages have been received; obtaining network data features from a cloud service provider; providing the labels and network data features to a machine learning application; generating a prediction model representing an algorithm for determining whether a particular set of network data features are spam or not; applying the prediction model to network data features for an unlabeled message; and generating an output of the prediction model indicating a likelihood that the unlabeled message is spam.

Abstract: An exhaust turbo pump of an internal combustion engine has multiple pairs of turbine and compressor wheels rotatable about a common axis, an inner pair of wheels being connected by a tubular shaft rotatable relative to a spindle connecting an outer pair of wheels. One pair of wheels comprises a turbocharger for inlet air, and another pair of wheels comprises a low pressure EGR pump.

Abstract: An exhaust turbo pump of an internal combustion engine has multiple pairs of turbine and compressor wheels rotatable about a common axis, an inner pair of wheels being connected by a tubular shaft rotatable relative to a spindle connecting an outer pair of wheels. One pair of wheels comprises a turbocharger for inlet air, and another pair of wheels comprises a low pressure EGR pump.

Abstract: A mechanical hand held door opener device, light in weight and operable in any orientation including being inverted, for generating substantial door-opening force with a minimum effort from a user. When the user rotates the handle, he or she activates the unit by moving the shaft that interlocks with the first and second bevel gears. Since the second gear is fastened to the central lead screw, its rotation causes the rotation of the screw. The rotation of the screw then advances or retracts, depending on the clockwise or anti-clockwise rotation; and the inner platform and the four columns attached to the inner platform moves inwardly or outwardly of the outer platform.

Abstract: An integrally molded glide cover has a top and a base that interlock together to surround and encapsulate the lower portion of an existing furniture glide. A rim protrudes downwardly from the bottom of the base and surrounds a recessed bottom surface for receiving an insert that is adapted for sliding on floors without damaging the floor surface. A hinge allows the base to close over the bottom of the glide and into direct alignment with locking prongs on the top for interlocked attachment of the base to the top using one hand and no tools. When interlocked, the top and base provide a tamper-proof permanent attachment that presents a low profile appearance closely resembling the exterior configuration of the encapsulated lower glide portion.

Abstract: An integrally molded glide cover has a top and a base that interlock together to surround and encapsulate the lower portion of an existing furniture glide. A rim protrudes downwardly from the bottom of the base and surrounds a recessed bottom surface for receiving an insert that is adapted for sliding on floors without damaging the floor surface. In one embodiment, the insert is formed of a felt material. The top is provided with a central opening and radial slot to allow the top to be slipped around an interconnecting ball joint of the glide and into seated position on the crown of the lower glide portion. A hinge allows the base to close over the bottom of the glide and into direct alignment with locking prongs on the top for interlocked attachment of the base to the top using one hand and no tools. When interlocked, the top and base provide a tamper-proof permanent attachment that presents a low profile appearance closely resembling the exterior configuration of the encapsulated lower glide portion.

Abstract: A rapid action bullet reloading device for use in conjunction with any firearm utilizing a removable magazine is operable by either hand of the user with minimal effort. The device includes a sleeve, defining a main body, a lever hinged to the sleeve and a cam member operatively engaged with the lever. The sleeve is structured and disposed to receive the magazine in a releasably locked and registered position for the bullet reloading operation. The device is operated by squeezing the lever towards the sleeve body with one hand which rotates the cam member about a cam axis in a highly leveraged action. Rotation of the cam causes an integral finger extending from the cam member to engage and depress a properly positioned bullet into the magazine. A spring urges the cam member back to the relaxed position upon each release of the lever, whereupon a next successive bullet can be placed in registered position for loading.

Abstract: A rapid action bullet reloading device for use in conjunction with any firearm utilizing a removable magazine is operable by either hand of the user with minimal effort. The device includes a sleeve, defining a main body, a lever hinged to the sleeve and a cam member operatively engaged with the lever. The sleeve is structured and disposed to receive the magazine in a releasably locked and registered position for the bullet reloading operation. The device is operated by squeezing the lever towards the sleeve body with one hand which rotates the cam member about a cam axis in a highly leveraged action. Rotation of the cam causes an integral finger extending from the cam member to engage and depress a properly positioned bullet into the magazine. A spring urges the cam member back to the relaxed position upon each release of the lever, whereupon a next successive bullet can be placed in registered position for loading.

Abstract: A rapid action bullet reloading device for use in conjunction with any firearm utilizing a removable magazine is operable by either hand of the user with minimal effort. The device includes a sleeve, defining a main body, a lever hinged to the sleeve and a cam member operatively engaged with the lever. The sleeve is structured and disposed to receive the magazine in a releasably locked and registered position for the bullet reloading operation. The device is operated by squeezing the lever towards the sleeve body with one hand which rotates the cam member about a cam axis in a highly leveraged action. Rotation of the cam causes an integral finger extending from the cam member to engage and depress a properly positioned bullet into the magazine. A spring urges the cam member back to the relaxed position upon each release of the lever, whereupon a next successive bullet can be placed in registered position for loading.

Abstract: A modular roll-out floor for use as a temporary, removable cover over an ice surface, the floor includes a plurality of interconnected and disconnectable treads. Each tread is made of three layers: a top portion is made of high impact plastic with an anti-slip surface on a honeycomb structural design for strength and rigidity, an intermediate portion designed as an insulating thermal barrier layer and a lower portion, which is also made of high impact plastic with a honeycomb structural design for strength and rigidity. The three portions are connected to each other. The treads may be connected to other treads to form a floor of any size. Living hinges on each tread allow the floor to be easily rolled up and stored.