mhurhangee/patent-ind-claim-en huggingface dataset:
Method for burning a fuel in a wood stove having a door to a combustion chamber with a base , which combustion chamber is isolated from the air by an exhaust and an intake at which intake there is an air regulator having at least three valves , a primary valve connected via a primary air duct to regulate supply of primary combustion air to the combustion chamber through the base , a secondary valve (19") connected via a secondary air duct (20") to regulate supply of secondary combustion air (16") to the combustion chamber between the base and the exhaust , and a tertiary valve (19'") connected via a tertiary air duct (20'") to supply tertiary combustion air (16'") to the combustion chamber at its upper end, wherein at least two of said three valves each are controlled by a burn controller which operates the wood stove between the following burn states of the wood stove : - 0 th state ; which is a cold start state of a burn of a fuel; - 1 st state ; which is a warm start state of a burn of a fuel; - 2 nd state ; which is a combustion state of a burn of a fuel; - 3 rd state ; which is a glow state of a burn of a fuel; - 4 th state ; which is an off state, wherein a burn state and/or a shift between each burn state are controlled according to an output from a door status means of the burn controller . - 0 th state ; which is a cold start state of a burn of a fuel; - 1 st state ; which is a warm start state of a burn of a fuel; - 2 nd state ; which is a combustion state of a burn of a fuel; - 3 rd state ; which is a glow state of a burn of a fuel; - 4 th state ; which is an off state,
A printer comprising: a printing portion configured to perform printing on a printing paper sheet; and a control unit configured to control the printing portion; characterized by a reading device connecting terminal configured to connect a reading device that is configured to optically or electromagnetically read an operation code including a keyword from an operation list , and the operation code being preliminarily prepared on the operation list made from a sheet-shaped material; and a USB connecting terminal configured to receive an external non-volatile memory that stores the printing data for printing by the printer; and in that the printer is a stand-alone printer; the operation code includes an in-code keyword identification command for identifying the keyword in the code; the printing data includes an in-printing data keyword identification command for identifying the keyword in the printing data; and the control unit is configured such that prior to any printing of the printing data, the control unit compares the keyword included in the operation code read by the reading device and a keyword included in the printing data supplied from the memory , and if the keywords match, the control unit controls the printing portion to print the printing data onto the paper sheet . a printing portion configured to perform printing on a printing paper sheet; and a control unit configured to control the printing portion; characterized by a reading device connecting terminal configured to connect a reading device that is configured to optically or electromagnetically read an operation code including a keyword from an operation list , and the operation code being preliminarily prepared on the operation list made from a sheet-shaped material; and a USB connecting terminal configured to receive an external non-volatile memory that stores the printing data for printing by the printer; and in that the printer is a stand-alone printer; the operation code includes an in-code keyword identification command for identifying the keyword in the code; the printing data includes an in-printing data keyword identification command for identifying the keyword in the printing data; and the control unit is configured such that prior to any printing of the printing data, the control unit compares the keyword included in the operation code read by the reading device and a keyword included in the printing data supplied from the memory , and if the keywords match, the control unit controls the printing portion to print the printing data onto the paper sheet .
Resizing system of the lathe type for resizing at least a part of the surface, referred to as rolling surface , of at least one wheel , comprising means designed to set the wheel to be resized in rotation about its axis (X), maintenance means comprising at least one resizing tool designed to resize at least the rolling surface of the wheel set in rotation and at least one analysis device designed to determine the profile at least of the rolling surface of the wheel in rotation, and movement means for moving the maintenance means along the wheel axis (X) so as to treat at least the rolling surface of the associated wheel , wherein the analysis device is configured to determine at least the profile of the rolling surface resized beforehand by the resizing tool , wherein the resizing system comprises treatment means configured to determine a deviation between the profile of the resized rolling surface and a threshold profile, and to command an additional treatment of the rolling surface by the maintenance means if the determined deviation is greater than a threshold deviation , and wherein the maintenance means are configured to determine the profile of a first portion of the rolling surface resized beforehand by said maintenance means while the latter resize a second portion of the rolling surface .
A method for processing sensor data, at a lighting node within a lighting sensor network comprising a plurality of lighting nodes, executing sensor applications , wherein each sensor application on the lighting node is executed within a separate sandbox container, provided by the respective lighting node, to create a secure operating environment for each of the sensor applications to be executed at the lighting node wherein an execution of one of the sensor applications does not interfere with the operation of the other sensor applications running at the lighting node and also does not interfere or impede with the normal operations of the lighting node or any lighting fixture associated with the lighting node , the lighting node providing a sandbox for safely allowing third party software applications to execute and analyze the sensor data at the lighting node without affecting the output of the lighting node or operation of the lighting node , comprising 1.1 receiving , from a service data platform using an administrative application programming interface, API, , a first request to upload a sensor application at the lighting node ; 1.2 receiving , from the service data platform using the administrative API, a second request to execute the sensor application ; 1.3 collecting , from a sensor device of the lighting node using a sensor data API, sensor data representing high bandwidth data representing a first amount of data; 1.4 executing , by the sensor device, the sensor application in its sandbox container to perform analytics on the raw sensor data to generate analytics data at the lighting node based on the sensor data, the generated analytics data representing low bandwidth data representing a second amount of data lower than the first amount; and 1.5 transmitting the generated analytics data to the service data platform using an application API. 1.1 receiving , from a service data platform using an administrative application programming interface, API, , a first request to upload a sensor application at the lighting node ; 1.2 receiving , from the service data platform using the administrative API, a second request to execute the sensor application ; 1.3 collecting , from a sensor device of the lighting node using a sensor data API, sensor data representing high bandwidth data representing a first amount of data; 1.4 executing , by the sensor device, the sensor application in its sandbox container to perform analytics on the raw sensor data to generate analytics data at the lighting node based on the sensor data, the generated analytics data representing low bandwidth data representing a second amount of data lower than the first amount; and 1.5 transmitting the generated analytics data to the service data platform using an application API.
A fluid distribution device comprising: a riser having a first end and a second end; a cap operatively connected to the second end of the riser, wherein the cap includes an inner surface and an outer surface with a plurality of holes defined between the inner and outer surface; and at least one distribution arm extending radially outward from the cap, wherein the at least one distribution arm has an interior surface and an exterior surface, and wherein the at least one distribution arm includes a plurality of holes between the interior surface and the exterior surface, wherein the at least one distribution arm is bounded by a respective top wall defining a top surface, and two respective side walls, wherein the top surface defines a longitudinal axis, and wherein the at least one distribution arm is at least one of (i) partially enclosed by a bottom wall connecting between the two side walls, wherein the bottom wall is inclined relative to the longitudinal axis, or (ii) open between the two side walls opposite from the top wall. a riser having a first end and a second end; a cap operatively connected to the second end of the riser, wherein the cap includes an inner surface and an outer surface with a plurality of holes defined between the inner and outer surface; and at least one distribution arm extending radially outward from the cap, wherein the at least one distribution arm has an interior surface and an exterior surface, and wherein the at least one distribution arm includes a plurality of holes between the interior surface and the exterior surface, wherein the at least one distribution arm is bounded by a respective top wall defining a top surface, and two respective side walls, wherein the top surface defines a longitudinal axis, and wherein the at least one distribution arm is at least one of (i) partially enclosed by a bottom wall connecting between the two side walls, wherein the bottom wall is inclined relative to the longitudinal axis, or (ii) open between the two side walls opposite from the top wall.
A power management apparatus comprising: a storage unit configured to store information of power rate levels corresponding to a plurality of power rates, store display information corresponding to the power rate levels, and store past power consumption pattern information; a communication unit configured to receive a current power rate charged to consumers from a power provider ; a controller configured to confirm a power rate level corresponding to the received current power rate on the basis of the information stored in the storage unit , predict a future power rate and a future power rate level on the basis of the stored past power consumption pattern information, the received current power rate, and the confirmed power rate level, and confirm display information corresponding to the predicted future power rate level on the basis of the display information stored in the storage unit ; and a control panel unit configured to display the received current power rate and the predicted future power rate, wherein the display information corresponding to the power rate levels includes different types of display information indicating respective power rate levels. a storage unit configured to store information of power rate levels corresponding to a plurality of power rates, store display information corresponding to the power rate levels, and store past power consumption pattern information; a communication unit configured to receive a current power rate charged to consumers from a power provider ; a controller configured to confirm a power rate level corresponding to the received current power rate on the basis of the information stored in the storage unit , predict a future power rate and a future power rate level on the basis of the stored past power consumption pattern information, the received current power rate, and the confirmed power rate level, and confirm display information corresponding to the predicted future power rate level on the basis of the display information stored in the storage unit ; and a control panel unit configured to display the received current power rate and the predicted future power rate, wherein the display information corresponding to the power rate levels includes different types of display information indicating respective power rate levels.
A system for assisting an operator in operations of assembling/disassembling and/or change of configuration of an operating machine , the operating machine comprising a plurality of first areas provided with respective first pieces to be dismounted from said operating machine or configured to receive respective second pieces to be mounted on said operating machine , the system comprising: - at least one support structure movable on wheels, or manually by an operator, for transporting pieces from a storage environment to a working environment close to the operating machine and for transporting pieces from the working environment to the storage environment, the support structure comprising a plurality of second areas provided with said second pieces or configured to receive said first pieces ; - a plurality of warning devices , each warning device being associated to a respective area of said plurality of second areas ; - a control unit operatively connected to said warning devices and configured to perform a predetermined sequence of commands correlated to at least some operations of a predetermined sequence of operations of assembling/disassembling and/or change of configuration of the operating machine ; wherein the control unit is configured to selectively activate and deactivate said warning devices according to said sequence of commands. - at least one support structure movable on wheels, or manually by an operator, for transporting pieces from a storage environment to a working environment close to the operating machine and for transporting pieces from the working environment to the storage environment, the support structure comprising a plurality of second areas provided with said second pieces or configured to receive said first pieces ; - a plurality of warning devices , each warning device being associated to a respective area of said plurality of second areas ; - a control unit operatively connected to said warning devices and configured to perform a predetermined sequence of commands correlated to at least some operations of a predetermined sequence of operations of assembling/disassembling and/or change of configuration of the operating machine ;
Method for remote notification of user information of a home or a building management system , wherein a software module is integrated in the home or building management system , wherein the software module is an event and alarm module which is provided to share technical information with a building maintainer or a maintenance community by using the social network service , said method comprising the following steps: connecting the home or building management system via data connection to the internet/intranet , transferring the notification of user information of the building management system to at least one social network service , wherein the notification of user information is sent together with a description and/or a URL link to the social network service to perform the alarm and event management, displaying automatically the at least one notification or message of user information, using an operational and/or maintenance mode of the building management system to commit energy consumption information and posting the energy consumption information via the social network service to get hits regarding to the energy average of energy consumption of the building and/or a part of the building. connecting the home or building management system via data connection to the internet/intranet , transferring the notification of user information of the building management system to at least one social network service , wherein the notification of user information is sent together with a description and/or a URL link to the social network service to perform the alarm and event management, displaying automatically the at least one notification or message of user information, using an operational and/or maintenance mode of the building management system to commit energy consumption information and posting the energy consumption information via the social network service to get hits regarding to the energy average of energy consumption of the building and/or a part of the building.
A method for detecting a fault in a battery charger circuit of a vehicle , the method comprising: determining , based on at least one expected voltage value of an incoming alternating current source , a first threshold, determining, based on the at least one expected voltage value of the incoming alternating current source , a second threshold, wherein the first threshold is greater than the second threshold, measuring at least one line voltage value associated with the incoming alternating current source that provides power to the battery charger circuit ; determining whether the measured at least one line voltage value is greater than the first threshold; in response to a determination that the measured at least one line voltage value is greater than the first threshold, disconnecting the battery charger circuit from the incoming alternating current source after a first predetermined period , in response to a determination that the measured at least one line voltage value is not greater than the first threshold: determining whether the measured at least one line voltage value is greater than the second threshold, and in response to a determination that the measured at least one voltage value is greater than the second threshold: disconnecting the battery charger circuit from the incoming alternating current source after a second predetermined period , wherein the second predetermined period is greater than the first predetermined period. determining , based on at least one expected voltage value of an incoming alternating current source , a first threshold, determining, based on the at least one expected voltage value of the incoming alternating current source , a second threshold, wherein the first threshold is greater than the second threshold, measuring at least one line voltage value associated with the incoming alternating current source that provides power to the battery charger circuit ; determining whether the measured at least one line voltage value is greater than the first threshold; in response to a determination that the measured at least one line voltage value is greater than the first threshold, disconnecting the battery charger circuit from the incoming alternating current source after a first predetermined period , in response to a determination that the measured at least one line voltage value is not greater than the first threshold: determining whether the measured at least one line voltage value is greater than the second threshold, and in response to a determination that the measured at least one voltage value is greater than the second threshold: disconnecting the battery charger circuit from the incoming alternating current source after a second predetermined period , wherein the second predetermined period is greater than the first predetermined period.
A method of preparing a hydroformylation catalyst solution for storage, the catalyst solution comprising: A. A transition metal in combination with one or more bisphosphite ligands, B. A concentration of acidic species indicated as H 3 PO 3 equivalents, and C. Water, the method comprising the step of mixing the catalyst solution with an aqueous buffer solution comprising one or more materials that will neutralize and/or absorb at least 50 percent of the acidic species, and in which the catalyst solution is stored under a blanket of syngas or in which the catalyst solution is stored under a blanket of an inert gas or in which the catalyst solution is stored under a blanket of syngas in combination with one or more inert gases. A. A transition metal in combination with one or more bisphosphite ligands, B. A concentration of acidic species indicated as H 3 PO 3 equivalents, and C. Water,
A process for degrading a plastic product comprising at least one polyester, the process comprising: a. Submitting the plastic product to a spinning step to obtain fibers of said plastic product; and b. Depolymerizing at least one polyester of said fibers by contacting said fibers with a biological depolymerizing agent which is a depolymerase. a. Submitting the plastic product to a spinning step to obtain fibers of said plastic product; and b. Depolymerizing at least one polyester of said fibers by contacting said fibers with a biological depolymerizing agent which is a depolymerase.
A method , comprising: in response to an indication that a data file has been generated by a client device , determining a security classification associated with the data file; determining that the security classification associated with the data file comprises a classified file; storing , using one or more processors, the data file in a designated virtual storage area; generating a stub file at an original storage location of the data file, wherein the stub file includes a viewing permission associated with the data file and a storage location of the data file in the designated virtual storage area; receiving a user selection associated with the stub file to access the data file; determining whether a user associated with the user selection has permission to access the data file; in the event that the user has permission to access the data file, executing a virtual application corresponding to the data file; and providing access to the data file at the designated virtual storage area using the virtual application including by: transmitting information included in the stub file to a cloud server associated with the designated virtual storage area; and receiving a user interface associated with a document editor program from the cloud server. in response to an indication that a data file has been generated by a client device , determining a security classification associated with the data file; determining that the security classification associated with the data file comprises a classified file; storing , using one or more processors, the data file in a designated virtual storage area; generating a stub file at an original storage location of the data file, wherein the stub file includes a viewing permission associated with the data file and a storage location of the data file in the designated virtual storage area; receiving a user selection associated with the stub file to access the data file; determining whether a user associated with the user selection has permission to access the data file; in the event that the user has permission to access the data file, executing a virtual application corresponding to the data file; and providing access to the data file at the designated virtual storage area using the virtual application including by: transmitting information included in the stub file to a cloud server associated with the designated virtual storage area; and receiving a user interface associated with a document editor program from the cloud server. transmitting information included in the stub file to a cloud server associated with the designated virtual storage area; and receiving a user interface associated with a document editor program from the cloud server.