Abstract: A stator magnetic core and manufacturing process thereof and brushless motor comprising the stator magnetic core, wherein the stator magnetic core is made of iron-based amorphous material containing Co and V, and the composition of the iron-based amorphous material by weight percentage is: Co 0.8-1.4%, V 0.6-1.2%, B 2.7-3.3%, Si 6.5-8%, and Fe for the rest. A brushless DC motor, comprising a rotor spindle, a front end cover, a housing, a stator magnetic core and a rear end cover, wherein the stator magnetic core is assembled inside the housing, a stator coil is disposed inside the stator magnetic core, and the stator magnetic core and the stator core don't contact each other and an insulating layer is formed between them. The stator magnetic core in the present invention is made of iron-based amorphous material containing Co and V. Through addition of Co and V elements, the stator magnetic core refines crystalline grain and raises material toughness.

Abstract: The present invention relates to a method and a cloud synchronization function means (118) of a user device (100) for handling files and directories in a cloud storage service, the user device comprises a processing unit (110) adapted to perform: receiving (S110) a notification from a file system (116) of the user device that one or more files in the file system have been cloud tagged by a user of the user device to be synchronized with the cloud storage service; retrieving (S120) the cloud tagged file or files from the file system; sending (S130) the cloud tagged file or files to the cloud storage service.

Abstract: A method for and a feedback node capable of making feedback information provided from communication devices accessible to an application server, the feedback information being associated with at least one service provided by the application server, the feedback node comprising a processor and a memory comprising executable code which when executed by the processor causes the feedback node to: receive a second set of instructions from the application server, instructing the feedback node, under which conditions to provide feedback information from at least one of the communication devices to the application server; received feedback information from the at least one communication device, and forward the received feedback information to the application server according the second set of instructions.

Abstract: A method in a first network node for assisting an electronic device to benefit from a service provided by a cloud is provided. The first network node is comprised in the cloud. The first network node obtains information from the electronic device. The information comprises computation and storage capability of the electronic device. The first network node determines a push content based on the information. The first network node retrieves binary executable and content from one or more second network nodes comprised in the cloud. The binary executable and content are based on the push content. The first network node then pushes the binary executable and content to the electronic device. This is to enable the electronic device to benefit from the service of the cloud without accessing the cloud.

Abstract: Methods and devices for maintaining a device-operated function. A first device initially operates as an active master with responsibility to execute the device-operated function by automatically performing one or more operation tasks according to certain operational parameters and gaining knowledge when performing the operation tasks. Meanwhile, a second device is acting as a passive standby device. When the first device cannot or should not operate as the active master anymore, e.g. due to low battery, the responsibility is transferred to the second device by transferring the operational parameters and the knowledge from the first device to the second device. Then, the second device operates as the active master with responsibility to execute the device-operated function according to the operational parameters and using the knowledge if required.

Abstract: A stator magnetic core and manufacturing process thereof and brushless motor comprising the stator magnetic core, wherein the stator magnetic core is made of iron-based amorphous material containing Co and V, and the composition of the iron-based amorphous material by weight percentage is: Co 0.8-1.4%, V 0.6-1.2%, B 2.7-3.3%, Si 6.5-8%, and Fe for the rest. A brushless DC motor, comprising a rotor spindle, a front end cover, a housing, a stator magnetic core and a rear end cover, wherein the stator magnetic core is assembled inside the housing, a stator coil is disposed inside the stator magnetic core, and the stator magnetic core and the stator core don't contact each other and an insulating layer is formed between them. The stator magnetic core in the present invention is made of iron-based amorphous material containing Co and V. Through addition of Co and V elements, the stator magnetic core refines crystalline grain and raises material toughness.

Abstract: Methods may be provided to process an electronic file in memory of an electronic system. A visual representation of the electronic file may be rendered in a window on a display. Responsive to user input designating deletion while the window including the visual representation of the electronic file is open on the display, the window including the visual representation of the electronic file on the display may be closed, and the electronic file may be deleted from the location in the memory.

Abstract: An electronic terminal (100) switches (500) from a normal memory access mode to a volatile memory access mode responsive to receiving user input. An open-write command is received (510) from an application to open a first file for writing. A determination (512) is made whether the first file is located in a volatile memory partition of the at least one memory. Based on determining the first file is not located in the volatile memory partition of the at least one memory, the first file is copied (516) from a normal memory partition of the at least one memory to the volatile memory partition, and the first file located in the volatile memory partition is opened (518) for writing. In contrast, based on determining the first file is located in the volatile memory partition, the first file located in the volatile memory partition is opened (520) for writing. Write commands from the application are directed (524) to the first file located in the volatile memory partition.

Abstract: A method by a user terminal are a related user terminal are disclosed for managing applications that are executable by the user terminal. Folder information is generated that defines folders of applications. Action rule information is generated which defines, for each of the folders, an action to be performed on the folder and a rule that initiates performance of the action. A first one of the rules is determined to be satisfied. A first one of the folders is selected which is associated with the satisfied first rule. Applications are identified which are missing from a memory of the user terminal that are members of the selected first folder. The identified applications are downloaded from an application storage node via a network to the memory of the user terminal. Related methods and network nodes are disclosed for managing which applications are downloaded to user terminals.

Abstract: This technology may be used to predict elements for workflow development. A current configuration of the new workflow is received, and workflow element choices for a next element to be added to the new workflow are determined a long with a respective probability of relevance associated with each of the workflow element choices. The workflow element choices are arranged in accordance with the respective probability of relevance associated with each of the workflow element choices for selection by the user. The workflow element choices may be determined using the current configuration of the new workflow and previously-developed workflows stored in storage accessible by the processing system.

Abstract: The present teachings relate a method 10 performed in an arrangement (100) comprising a first device (2) configured to handle data obtained by one or more sensor modules (S1, S2, . . . , Sn) and a second device (3) configured to provide information. The method 10 comprises: receiving (11), in the first device (2), one or 5 more variable values relating to one or more contexts (91, 92, . . . , 9n) of a system (1), the variable values being obtained by the one or more sensor modules (S1, S2, . . . , Sn); determining (12), in the first device (2), an activity index for one or more of the contexts (91, 92, . . . , 9n) based on the variable values; retrieving (13), in the second device (3), the activity index for a context (91, 92, . . . , 9n; and providing (14), by the 10 second device (3), information based on the retrieved activity index.

Abstract: A user equipment (UE) (10) used by a user (12) includes radio circuitry (26) for communicating information with a radio network and a user interface (22) that receives user input and provides audio and visual output. The UE generates audio from an audio source (28) selected by the user and plays the generated audio for listening by the user via the user interface. In response to the user input, the UE activates a video recording camera (24) included in the UE to record video inlitanation associated with a scene being viewed by the user. The UE combines in real time audio information associated with the generated audio and the recorded video information and stores the mixed information for subsequent playback by the user.

Abstract: A method for and a feedback node capable of making feedback information provided from communication devices accessible to an application server, the feedback information being associated with at least one service provided by the application server, the feedback node comprising a processor and a memory comprising executable code which when executed by the processor causes the feedback node to: receive a second set of instructions from the application server, instructing the feedback node, under which conditions to provide feedback information from at least one of the communication devices to the application server; received feedback information from the at least one communication device, and forward the received feedback information to the application server according the second set of instructions.

Abstract: Methods of operating an electronic device are provided. A method of operating an electronic device may include presenting a group of files on a display of the electronic device. The method may include accepting selection by a user, via a user interface of the electronic device, of a first one of the files. Moreover, the method may include selecting a second one of the files adjacent the first one of the files, based on the selection of the first one of the files by the user. Related electronic devices and computer program products are also provided.