Abstract: This application discloses a server to transmit an embedded application to a remote gateway device. The embedded application, when executed, prompts the remote gateway device to generate application messages including information associated with the execution of the embedded application by the remote gateway device. The server is configured to track the execution of the embedded application in the remote gateway device to determine operational states of the embedded application based, at least in part, on the application messages received from the remote gateway device. The server is configured to generate a parameter message for transmission to the remote gateway device based, at least in part, on the operational states of the embedded application deployed in the remote gateway device. The parameter message is configured to prompt the remote gateway device to transmit an application parameter associated with the execution of the embedded application.

Abstract: A method for synthesising spherical material particles carried out in a continuous reactor. An intake tube is supplied with a solution A including at least one transition metal sulfate and the other intake tube being supplied with a solution B comprising hydroxide or a carbonate. The method includes delivering solutions A and B to a reaction tube at a flow rate dA and dB, and recovering the precipitated precursor at the outlet of the reaction tube. The length of the reaction tube and the delivery flow rates dA and dB are configured such that the residence time in the reaction tube is less than or equal to 10 seconds, wherein the pH in the reaction tube is 7 to 12 and wherein the regime in the reaction tube is a laminar regime.

Abstract: A computing system to generate models of managed devices and applications in an Internet of Things (IOT) system by identifying each endpoint in the managed devices and applications capable of transmitting or receiving the data and defining flows for data from the endpoints in sensors to endpoints of IOT servers via endpoints of the programmable edge device applications. The computing system can develop a data flow map to define a connectivity of the programmable edge device applications to the sensors and the servers in the IOT system for exchanging the data from the sensors to the servers in the IOT system via the programmable edge device applications. The computing system can prompt configuration of the managed devices and applications in the IOT system based on the data flow map, which implements the connectivity of the programmable edge device applications to the sensors and to servers in the IOT system.

Abstract: A computing system to generate models of managed devices and applications in an Internet of Things (IOT) system by identifying each endpoint in the managed devices and applications capable of transmitting or receiving the data and defining flows for data from the endpoints in sensors to endpoints of IOT servers via endpoints of the programmable edge device applications. The computing system can develop a data flow map to define a connectivity of the programmable edge device applications to the sensors C and the servers in the IOT system for exchanging the data from the sensors to the servers in the IOT system via the programmable edge device applications. The computing system can prompt configuration of the managed devices and applications in the IOT system based on the data flow map, which implements the connectivity of the programmable edge device applications to the sensors and to servers in the IOT system.

Abstract: An insert for a run slide for a vehicle window. The insert may be overmoulded to form a connecting wedge between two strands of the run slide. The insert may be formed in one piece and is configured to cooperate with a portion of a vehicle door frame. The insert is further configured to cooperate with a portion of a hubcap to be attached to one of the strands. The insert includes a protruding pin configured to be engaged in a recess of a rabbet of the vehicle door frame to index the insert along an axis X substantially parallel to an axis of elongation of the rabbet. The insert is configured to cooperate with the portion of the hubcap to ensure indexing the hubcap along the axis X and along an axis Z perpendicular to X and substantially parallel to an axis of elongation of the hubcap.

Abstract: This application discloses a server to transmit an embedded application to a remote gateway device. The embedded application, when executed, prompts the remote gateway device to generate application messages including information associated with the execution of the embedded application by the remote gateway device. The server is configured to track the execution of the embedded application in the remote gateway device to determine operational states of the embedded application based, at least in part, on the application messages received from the remote gateway device. The server is configured to generate a parameter message for transmission to the remote gateway device based, at least in part, on the operational states of the embedded application deployed in the remote gateway device. The parameter message is configured to prompt the remote gateway device to transmit an application parameter associated with the execution of the embedded application.

Abstract: An insert for a run slide for a vehicle window, the insert being intended to be overmoulded to form a connecting wedge between two strands of the run slide, the insert being formed in one piece and comprising first indexing means configured to cooperate with a portion of a vehicle door frame and second indexing means configured to cooperate with a portion of a hubcap to be attached to one of the strands, wherein the first means comprise at least one protruding pin configured to be engaged in a recess of a rabbet of the vehicle door frame to index the insert along an axis X substantially parallel to an axis of elongation of the rabbet, and wherein the second means are configured to cooperate by complementarity of shapes with the portion of the hubcap to ensure indexing the hubcap along the axis X and along an axis Z perpendicular to X and substantially parallel to an axis of elongation of the hubcap.

Abstract: Embodiments of the disclosed technology comprise a cloud-hosted central service platform that interfaces and enables access to both central and distributed resources and peripherals for connected mobile applications. For example, this platform allows service providers and application developers to create a large number of new classes of applications, leveraging web access to devices, sensors, and/or actuators of any kind. This platform can be applied to virtually any vertical segment. Any of the disclosed features or aspects of the disclosed embodiments can be used in various combinations and subcombinations with one another or with other methods, apparatus, and systems.

Abstract: Embodiments of the disclosed technology comprise a cloud-hosted central service platform that interfaces and enables access to both central and distributed resources and peripherals for connected mobile applications. For example, this platform allows service providers and application developers to create a large number of new classes of applications, leveraging web access to devices, sensors, and/or actuators of any kind. This platform can be applied to virtually any vertical segment. Any of the disclosed features or aspects of the disclosed embodiments can be used in various combinations and subcombinations with one another or with other methods, apparatus, and systems.

Abstract: Tools and methods for profiling power consumption of an embedded system are provided. Power event and control modules, executable by the embedded system are provided. Additionally, a power measurement and control unit is provided that can measure the power consumption and limit the supply current to the embedded system. Furthermore, a power profiling tool is provided. The tool includes modules that interface with the power measurement and control unit and well as the power event and control modules. Then, power event and system data may be received by the power profiling tool from the embedded system and power consumption data may be received from the power measurement and control unit. Subsequently, power consumption metrics may be viewed by the power profiling tool.

Abstract: Embodiments of the disclosed technology comprise a cloud-hosted central service platform that interfaces and enables access to both central and distributed resources and peripherals for connected mobile applications. For example, this platform allows service providers and application developers to create a large number of new classes of applications, leveraging web access to devices, sensors, and/or actuators of any kind. This platform can be applied to virtually any vertical segment. Any of the disclosed features or aspects of the disclosed embodiments can be used in various combinations and subcombinations with one another or with other methods, apparatus, and systems.

Abstract: Embodiments of the disclosed technology comprise a cloud-hosted central service platform that interfaces and enables access to both central and distributed resources and peripherals for connected mobile applications. For example, this platform allows service providers and application developers to create a large number of new classes of applications, leveraging web access to devices, sensors, and/or actuators of any kind. This platform can be applied to virtually any vertical segment. Any of the disclosed features or aspects of the disclosed embodiments can be used in various combinations and subcombinations with one another or with other methods, apparatus, and systems.

Abstract: Tools and methods for profiling power consumption of an embedded system are provided. Power event and control modules, executable by the embedded system are provided. Additionally, a power measurement and control unit is provided that can measure the power consumption and limit the supply current to the embedded system. Furthermore, a power profiling tool is provided. The tool includes modules that interface with the power measurement and control unit and well as the power event and control modules. Then, power event and system data may be received by the power profiling tool from the embedded system and power consumption data may be received from the power measurement and control unit. Subsequently, power consumption metrics may be viewed by the power profiling tool.

Abstract: Tools and methods for profiling power consumption of an embedded system are provided. Power event and control modules, executable by the embedded system are provided. Additionally, a power measurement and control unit is provided that can measure the power consumption and limit the supply current to the embedded system. Furthermore, a power profiling tool is provided. The tool includes modules that interface with the power measurement and control unit and well as the power event and control modules. Then, power event and system data may be received by the power profiling tool from the embedded system and power consumption data may be received from the power measurement and control unit. Subsequently, power consumption metrics may be viewed by the power profiling tool.

Abstract: Tools and methods for developing and verifying a power management solution for an embedded system are provided. The firmware for an embedded system is partitioned into layers, including a control layer. The control layer implements a high-level power management behavior for the embedded system. A power profile development tool is also provided. The tool includes modules for describing the power functioning of the hardware of the embedded system, defining the desired power management behavior of the embedded system, and configuring the control layer within the firmware for the embedded system to implement the desired power management behavior. Furthermore, modules that interface with the embedded system and receive power system events and power status information and simulating the expected power management behavior based in part upon the received power event data and comparing the simulated behavior to the received power status behavior may also be provided.

Abstract: A method for sulfonating compounds having one or more free hydroxyl functional groups and/or one or more optionally substituted primary or secondary functional groups, including treating the compounds with a complex of SO3-DMF in the presence of an acid capture agent.

Abstract: A method for sulfonating compounds having one or more free hydroxyl functional groups and/or one or more optionally substituted primary or secondary functional groups, including treating the compounds with a complex of SO3-DMF in the presence of an acid capture agent.

Abstract: A device for collecting refuse from moored ships, including a partially submerged float supporting a refuse collection box located above the water surface and having an open top for depositing refuse. The circular box includes an inner rotor with radial walls dividing the box into a plurality of compartments that each contain an open bag for receiving refuse deposited through the open top of the box. The bags filled with refuse are recovered from a craft by opening an access hatch and rotating the rotor so that each of the compartments may be accessed sequentially.