mhurhangee/ep-ind-claims huggingface dataset:
Gas cooking zone for a hob, comprising 1.1. a cooking plate, 1.2. a burner tray arranged below the cooking plate, 1.3. a pot support having 1.3.1. a supporting shell which at least partially surrounds a burner recess, 1.3.2. at least one supporting element attached to the supporting shell and defining a placement plane for supporting cookware and 1.3.3. a fastening device for attaching the pot support to the cooking plate and 1.4. a gas burner arranged in the region of the burner recess in a plan view, 1.5. wherein the supporting shell delimits, at least in sections, a region for supplying secondary air between the cooking plate and the gas burner from a region for the outflow of hot gas produced during combustion, characterized in 1.6. that the cooking plate is designed as a glass-ceramic plate, 1.7. that the burner tray is firmly bonded to an underside of the cooking plate, and 1.8. that an alignment device is provided for locking the pot support relative to the cooking plate in a certain alignment about a central longitudinal axis of the gas burner, with an alignment means connected to the pot support and a counter-alignment means connected to the burner tray, wherein the counter-alignment means has at least one alignment recess. 1.1. a cooking plate, 1.2. a burner tray arranged below the cooking plate, 1.3. a pot support having 1.3.1. a supporting shell which at least partially surrounds a burner recess, 1.3.2. at least one supporting element attached to the supporting shell and defining a placement plane for supporting cookware and 1.3.3. a fastening device for attaching the pot support to the cooking plate and 1.3.1. a supporting shell which at least partially surrounds a burner recess, 1.3.2. at least one supporting element attached to the supporting shell and defining a placement plane for supporting cookware and 1.3.3. a fastening device for attaching the pot support to the cooking plate and 1.4. a gas burner arranged in the region of the burner recess in a plan view, 1.5. wherein the supporting shell delimits, at least in sections, a region for supplying secondary air between the cooking plate and the gas burner from a region for the outflow of hot gas produced during combustion, 1.6. that the cooking plate is designed as a glass-ceramic plate, 1.7. that the burner tray is firmly bonded to an underside of the cooking plate, and 1.8. that an alignment device is provided for locking the pot support relative to the cooking plate in a certain alignment about a central longitudinal axis of the gas burner, with an alignment means connected to the pot support and a counter-alignment means connected to the burner tray, wherein the counter-alignment means has at least one alignment recess.
System for solving an in-house network technical problem in a network architecture with at least one service operator network and, at customer premises, a plurality of in-house networks (101, 201, 301) supported by said at least one service operator network via a respective home gateway in the customer premises and via a respective access node in the at least one service operator network, said plurality of in-house networks corresponding to different physical access mediums, the system comprising at least one service operator server (102, 202, 302) associated with said at least one service operator network, characterized in that the system further comprises a computing means, each service operator server (102, 202, 302) of said at least one service operator server being adapted to obtain in-house network parameters from said plurality of in-house networks using an application layer protocol for remote management of end-user devices and to send said in-house network parameters to said computing means; said computing means being adapted to receive said in-house network parameters; and to determine, based on the received in-house network parameters, a coordination strategy involving the reconfiguration of a number of involved in-house networks of said plurality of in-house networks, said number of involved in-house networks being supported by a number of involved service operator servers; and to inform said number of involved operator servers of said coordination strategy; each service operator server (102, 202, 302) of said at least one service operator server being further adapted to reconfigure an in-house network, through said access node and said home gateway, according to said coordination strategy to solve the technical problem.
Method for providing a brake force in a vehicle which has a hydraulic vehicle brake with one or more wheel brake devices and an electromechanical brake device with an electric brake motor, which displaces a brake piston against a brake disc, wherein a) firstly, the idle travel of the electric brake motor is overcome via an actuation of the electric brake motor without building up electromechanical brake force, b) a hydraulic brake pressure is then produced, c) finally, the electric brake motor is actuated again to overcome a displacement of the brake piston caused by the hydraulic brake pressure and to build up electromechanical brake force, wherein the displacement of the brake piston caused by the hydraulic brake pressure is determined and the actual hydraulic brake pressure is inferred from the displacement of the brake piston, wherein, in the event of a deviation of the actual hydraulic brake pressure from a target brake pressure, a warning signal is produced. a) firstly, the idle travel of the electric brake motor is overcome via an actuation of the electric brake motor without building up electromechanical brake force, b) a hydraulic brake pressure is then produced, c) finally, the electric brake motor is actuated again to overcome a displacement of the brake piston caused by the hydraulic brake pressure and to build up electromechanical brake force,
A process for the separation of bioactive compounds obtained from vegetable material, the process comprising the steps of (a) contacting a plurality of bioactive compounds with a first polymer adsorbent under conditions allowing adsorption of at least one bioactive compound on to the first adsorbent while at least one bioactive compound is not adsorbed on to the first adsorbent; (b) collecting a solution comprising the at least one bioactive compound which has not adsorbed on to the first adsorbent; and (c) contacting the solution obtained in step (b) with a second polymer adsorbent under conditions allowing adsorption of at least one bioactive compound contained in the solution obtained in step (b) on to the second adsorbent, wherein the second polymer adsorbent is a polystyrene-divinyl benzene polymer adsorbent, and characterised in that the first polymer adsorbent is an acrylic polymer adsorbent. (a) contacting a plurality of bioactive compounds with a first polymer adsorbent under conditions allowing adsorption of at least one bioactive compound on to the first adsorbent while at least one bioactive compound is not adsorbed on to the first adsorbent; (b) collecting a solution comprising the at least one bioactive compound which has not adsorbed on to the first adsorbent; and (c) contacting the solution obtained in step (b) with a second polymer adsorbent under conditions allowing adsorption of at least one bioactive compound contained in the solution obtained in step (b) on to the second adsorbent,
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a first base station, a first radio resource control, RRC, release message in a RRC connected state, the first RRC release message including first information configuring an RRC inactive state and second information associated with a first paging area; when the terminal in the RRC inactive state moves to a second base station in a second paging area, receiving, from the second base station, a cell identity of the second base station broadcast in a system information block 1, SIB1; identifying from the cell identity that a current camped-on cell does not belong to the first paging area based on the SIB1; transmitting, to the second base station, an RRC resume request message to resume an RRC connection from the RRC inactive state, the RRC resume request message including a cause value for updating paging area; and receiving, from the second base station, a paging area update response in a second RRC release message for the RRC resume request message, the second RRC release message including third information associated with an updated paging area. receiving, from a first base station, a first radio resource control, RRC, release message in a RRC connected state, the first RRC release message including first information configuring an RRC inactive state and second information associated with a first paging area; when the terminal in the RRC inactive state moves to a second base station in a second paging area, receiving, from the second base station, a cell identity of the second base station broadcast in a system information block 1, SIB1; identifying from the cell identity that a current camped-on cell does not belong to the first paging area based on the SIB1; transmitting, to the second base station, an RRC resume request message to resume an RRC connection from the RRC inactive state, the RRC resume request message including a cause value for updating paging area; and receiving, from the second base station, a paging area update response in a second RRC release message for the RRC resume request message, the second RRC release message including third information associated with an updated paging area.
A composition for delivering microorganisms in a dry mode, the composition comprising: precipitated silica granules having a porous structure; microorganisms loaded throughout the pores of the precipitated silica granules; and nutrients loaded throughout the pores of the precipitated silica granules to provide a food source for the microorganisms; wherein the composition is operable to allow for propagation of the microorganisms within the pores of the precipitated silica granules. precipitated silica granules having a porous structure; microorganisms loaded throughout the pores of the precipitated silica granules; and nutrients loaded throughout the pores of the precipitated silica granules to provide a food source for the microorganisms;
A process for separating acrylic acid present as a main product and glyoxal present as a by-product in a product gas mixture of a partial heterogeneously catalyzed gas phase oxidation of a C 3 precursor compound of acrylic acid, in which a liquid phase P is obtained which consists of acrylic acid to an extent of at least 90% of its weight and, based on the molar amount of acrylic acid present therein, comprises at least 200 molar ppm of glyoxal, which comprises separating the glyoxal from the acrylic acid in the liquid phase P by crystallization, the acrylic acid being enriched in the crystals formed and the glyoxal in the mother liquor which remains in the course of crystallization.
A generally annular cutting component for a valve seat of a valve, the cutting component comprising a plurality of cutting teeth which are arranged to indent a surface of a body that is urged into contact with the cutting teeth, to facilitate cutting of the body, in which the cutting teeth are spaced apart along a circumference of the cutting component and each define an elongate crest.
Apparatus for processing chemically burdened particulate solids, such as combustion dusts, grinding dusts, steel mill dusts, sewage sludge, animal meal, shredder light fraction and battery scrap, wherein the apparatus comprises a housing and in the housing a combustion chamber lined with refractory material, wherein an axial inlet opening into the housing is provided at a first axial end of the housing, to which a feeding apparatus (8 comprising a storage chamber for the particulate solids is connected with a dispensing opening for the particulate solids, wherein a lance for injecting gases and/or aerosols into the combustion chamber passes axially through the inlet opening and plunges axially into the combustion chamber, wherein the lance is separated from the storage chamber by a sheathing, wherein the sheathing extends into the combustion chamber and beyond the region of the lance plunging into the combustion chamber, characterized in that the sheathing in the combustion chamber comprises an extension of its diameter, preferably to at least the diameter of the dispensing opening, the extension of the sheathing preferably having a curved rotationally symmetrical shape, in particular the shape of a sinusoidal surface of rotation.
An installation box for electrical purposes, in particular for receiving electrical parts such as switches, sockets, distribution boxes, in particular for use in concrete, the installation box preferably being embedded in pre-fabricated concrete components and being attachable at holding portions of the concrete component, in particular a steel reinforcement, such as a structural steel wire mesh, for which purpose the installation box comprises at least one fixing web, characterized by that additionally a clamping web is provided, in order to receive, between the latter and the fixing web, a holding portion of the concrete component in a clamping manner, and that the installation box comprises two mutually approximately parallel, laterally spaced fixing webs, between which the additional clamping web is disposed.
A car control device comprising: a converter and an inverter configured to convert power, which is received by a pantograph and supplied via a transformer, to power for driving a motor; a first contactor disposed between the transformer and the converter, and a second contactor and a resistor connected in series with each other and in parallel to the first contactor; a first voltage-dividing capacitor and a second voltage-dividing capacitor which are connected in series to each other and disposed between the converter and the inverter; a first voltage detector configured to detect a voltage of the first voltage-dividing capacitor; a second voltage detector configured to detect a voltage of the second voltage-dividing capacitor; and a control unit, the control unit being characterised by that it is adapted to, after controlling the second contactor to be closed, before controlling the first contactor to be closed, and before outputting a gate command to the converter, calculate a voltage difference between a first voltage value detected by the first voltage detector and a second voltage value detected by the second voltage detector, compare the voltage difference calculated and a predefined threshold value, and determine that at least one of the first voltage detector and the second voltage detector malfunctions when the voltage difference is greater than the threshold value as a result of the comparison. a converter and an inverter configured to convert power, which is received by a pantograph and supplied via a transformer, to power for driving a motor; a first contactor disposed between the transformer and the converter, and a second contactor and a resistor connected in series with each other and in parallel to the first contactor; a first voltage-dividing capacitor and a second voltage-dividing capacitor which are connected in series to each other and disposed between the converter and the inverter; a first voltage detector configured to detect a voltage of the first voltage-dividing capacitor; a second voltage detector configured to detect a voltage of the second voltage-dividing capacitor; and a control unit, the control unit being characterised by that it is adapted to, after controlling the second contactor to be closed, before controlling the first contactor to be closed, and before outputting a gate command to the converter, calculate a voltage difference between a first voltage value detected by the first voltage detector and a second voltage value detected by the second voltage detector, compare the voltage difference calculated and a predefined threshold value, and determine that at least one of the first voltage detector and the second voltage detector malfunctions when the voltage difference is greater than the threshold value as a result of the comparison.
A method of operating at least one of a first and a second communications system providing communications service over a geographic area, the method comprising: generating a measure of aggregate interference reaching a satellite of the second communications system substantially from devices (325a-c) of the first communications system wherein the measure of aggregate interference is based on signals received at the satellite of the second communications system; and reducing interference received at the satellite of the second communications system responsive to the measure of aggregate interference reaching the satellite of the second communications system substantially from devices (325a-c) of the first communications system by altering a transmission from at least one of the devices (325a-c) of the first communications system responsive to the measure of aggregate interference reaching the satellite of the second communications system. generating a measure of aggregate interference reaching a satellite of the second communications system substantially from devices (325a-c) of the first communications system wherein the measure of aggregate interference is based on signals received at the satellite of the second communications system; and reducing interference received at the satellite of the second communications system responsive to the measure of aggregate interference reaching the satellite of the second communications system substantially from devices (325a-c) of the first communications system by altering a transmission from at least one of the devices (325a-c) of the first communications system responsive to the measure of aggregate interference reaching the satellite of the second communications system.
A method of extracting content from a note with color segments using a computer system having one or more processors and memories, comprising: receiving, by the one or more processors, image data comprising a visual representation of a scene having a plurality of physical notes positioned within a workspace, each of the plurality of physical notes comprising a separately moveable physical object, and wherein the plurality of physical notes includes a note having a plurality of predefined color segments, wherein at least one of the color segments has a single color and at least two adjacent color segments have different colors; generating, by the one or more processors, a plurality of indicators, each indicator indicative of a color class of a respective pixel or group of pixels in the image data and based on color values of the pixel or group of pixels; based on the generated plurality of indicators, determining, by the one or more processors, general boundaries within the image data of the color segments; extracting, by the one or more processors and from the image data, content comprising a set of multiple content pieces using the general boundaries, each of the content pieces corresponding to a different one of the color segments of the note; and categorizing, by the one or more processors, each of the content pieces of the note by the color of the corresponding predefined color segment. receiving, by the one or more processors, image data comprising a visual representation of a scene having a plurality of physical notes positioned within a workspace, each of the plurality of physical notes comprising a separately moveable physical object, and wherein the plurality of physical notes includes a note having a plurality of predefined color segments, wherein at least one of the color segments has a single color and at least two adjacent color segments have different colors; generating, by the one or more processors, a plurality of indicators, each indicator indicative of a color class of a respective pixel or group of pixels in the image data and based on color values of the pixel or group of pixels; based on the generated plurality of indicators, determining, by the one or more processors, general boundaries within the image data of the color segments; extracting, by the one or more processors and from the image data, content comprising a set of multiple content pieces using the general boundaries, each of the content pieces corresponding to a different one of the color segments of the note; and categorizing, by the one or more processors, each of the content pieces of the note by the color of the corresponding predefined color segment.
Cash desk system consisting of at least two self-service cash desks, the self-service cash desks comprising at least one registration unit for registering goods to be charged, a weighing device for weighing the goods to be charged, a payment unit for settling an amount of money to be paid, a computing unit for recording, processing and providing data, a display unit for visually displaying at least one file provided by the computing unit and a receipt output unit for outputting a cash register receipt, wherein the self-service cash desks are each assigned a goods dispensing area for dispensing at least one item of goods subject to inspection, wherein a confirmation signal is sent to the computing unit for dispensing the item of goods subject to inspection, wherein one of the self-service cash desks is designed as a control unit and at least one other of the self-service cash desks is designed as an imitation unit, wherein the control unit has a goods dispensing unit, characterised in that the goods dispensing areas of the self-service cash desks are connected to one another, so that the goods dispensing unit of the control unit is able to supply the goods dispensing areas of the self-service cash desks with goods subject to inspection.
A system for detecting individual appliance energy loads from a whole house composite load profile, comprising: a transitions generator adapted to receive the whole house composite load profile and identify transitions within the whole house composite load profile; a detector in selective communication with the transitions generator, that is adapted to receive transitions from the transitions generator; and a solver in selective communication with the detector, which is adapted to receive as input the transitions identified by the transitions generator; characterized in that the detector is adapted to generate a household specific appliance state machine for each appliance in the household, the household specific appliance state machine comprising states associated with different functions of the appliance whilst the appliance is turned on, thereby modeling the functions of the appliance; the solver is adapted to receive as input the household specific state machines from the detector and test a list of the received transitions as a whole to assign each transition to a household specific appliance state machine, thereby disaggregating the whole house composite load profile into individual appliance energy loads. a transitions generator adapted to receive the whole house composite load profile and identify transitions within the whole house composite load profile; a detector in selective communication with the transitions generator, that is adapted to receive transitions from the transitions generator; and a solver in selective communication with the detector, which is adapted to receive as input the transitions identified by the transitions generator; characterized in that the detector is adapted to generate a household specific appliance state machine for each appliance in the household, the household specific appliance state machine comprising states associated with different functions of the appliance whilst the appliance is turned on, thereby modeling the functions of the appliance; the solver is adapted to receive as input the household specific state machines from the detector and test a list of the received transitions as a whole to assign each transition to a household specific appliance state machine, thereby disaggregating the whole house composite load profile into individual appliance energy loads.