Abstract: Power tools described herein include a battery pack interface configured to receive a removable and rechargeable battery pack and a motor. The motor includes a stator including a plurality of stator teeth configured to receive a plurality of stator coils and a rotor. The rotor includes a plurality of slots configured in a spoke-type configuration, each of the plurality of slots including a magnet housing portion configured to receive one or more magnets. The rotor includes a direct axis inductance and a quadrature axis inductance. The direct axis inductance of the rotor is greater than the quadrature axis inductance of the rotor, and a direct axis current of the motor is positive during operation of the motor.

Abstract: Disclosed embodiments include systems, vehicles, and computer-implemented methods to adjust a threshold level of force to be applied to a steering wheel to disengage an autosteering system. In an illustrative embodiment, a system includes a computing device operably coupled with a vehicle that includes a processor and a computer-readable media configured to store computer-executable instructions configured to cause the processor to: detect that an autosteering system of the vehicle is engaged; detect a level of force applied by an operator to a steering wheel of the vehicle; and disengage the autosteering system when the level of force surpasses a threshold chosen from a default threshold and an adjusted threshold, wherein the adjusted threshold is applied upon detecting a predetermined condition.

Abstract: A foldable modular building having a fixed portion and at least one foldable portion where the foldable portions are hingedly connected. Methods of assembling, folding and deploying the foldable modular building utilizing hinges, cables and winches.

Abstract: Disclosed embodiments include systems, vehicles, and computer-implemented methods to adjust a threshold level of force to be applied to a steering wheel to disengage an autosteering system. In an illustrative embodiment, a system includes a computing device operably coupled with a vehicle that includes a processor and a computer-readable media configured to store computer-executable instructions configured to cause the processor to: detect that an autosteering system of the vehicle is engaged; detect a level of force applied by an operator to a steering wheel of the vehicle; and disengage the autosteering system when the level of force surpasses a threshold chosen from a default threshold and an adjusted threshold, wherein the adjusted threshold is applied upon detecting a predetermined condition..

Abstract: Techniques associated with restoring a file system object are described in various implementations. In one example, a method may include receiving a request to restore a file system object, the file system object being stored in backup data produced from a raw image backup of a file system. The method may also include determining whether the backup data is accessible from an on-premise storage system, and retrieving blocks of data associated with the file system object from the backup data without restoring the file system. The data blocks may be retrieved from the on-premise storage system if the backup data is accessible from the on-premise storage system, or from the off-premise storage system if the backup data is not accessible from on-premise storage system. The method may also include causing the file system object to be restored.

Abstract: Conversations can be generated automatically based on any given persona. The conversations can be produced by a language generation model that automatically generates persona-based language in response to a message, wherein a persona identifies a type of person with role specific characteristics. After a language generation model is acquired, for example by identifying a predefined model or generating a new model, the language generation model can be provisioned for use by a conversational agent, such as a chatbot, to enhance the functionality of the conversational agent.

Abstract: Methods for creating backup of data of a virtual environment to allow non-staged recovery are described. The described method may include receiving data of a virtual environment through one or more data streams for backup. The method also includes generating metadata corresponding to the received data and storing the received data at a first location of a backup storage unit. Further, the method includes storing the generated metadata at a second location of the backup storage unit, where the second location is different from the first location of the backup storage unit. The method further includes mapping the at least one predefined file to the stored data to create a mapping table to allow direct access to the stored data for non-staged recovery.

Abstract: A computer based system for generating an investment advice report. The system comprises a processor unit and a computer readable medium. The computer readable medium stores instructions executable by the processor unit. The instructions are executable to receive input comprising information associated with identification of an investment broker, one or more fund families and/or investment sectors associated with the investment broker, and a risk level. The instructions are also executable to identify a plurality of securities associated with the investment broker and the one or more fund families and/or investment sectors. The instructions are executable to receive a first market research information associated with the identified securities and to process the risk level in combination with the first market research information. The instructions are executable to generate a first investment advice report indicating apportioning of the sum of the money among the identified securities.

Abstract: Techniques associated with restoring a file system object are described in various implementations. In one example, a method may include receiving a request to restore a file system object, the file system object being stored in backup data produced from a raw image backup of a file system. The method may also include determining whether the backup data is accessible from an on-premise storage system, and retrieving blocks of data associated with the file system object from the backup data without restoring the file system. The data blocks may be retrieved from the on-premise storage system if the backup data is accessible from the on-premise storage system, or from the off-premise storage system if the backup data is not accessible from on-premise storage system. The method may also include causing the file system object to be restored.

Abstract: In some implementations, blocks of raw image backup data are stored as part of a raw image backup of data in a file system. Blocks of raw image backup data are retrieved from a virtual volume by a restore device, to restore at least one file system object of the file system.

Abstract: Methods for creating backup of data of a virtual environment to allow non-staged recovery are described. The described method may include receiving data of a virtual environment through one or more data streams for backup. The method also includes generating metadata corresponding to the received data and storing the received data at a first location of a backup storage unit. Further, the method includes storing the generated metadata at a second location of the backup storage unit, where the second location is different from the first location of the backup storage unit. The method further includes mapping the at least one predefined file to the stored data to create a mapping table to allow direct access to the stored data for non-staged recovery.