mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking appliance comprising: a main body configured to have a cooking compartment ; an input interface configured to receive a command to start a cleaning operation; a cooking compartment heater configured to provide heat to the cooking compartment ; a water supplier configured to store water; a pump assembly configured to transfer the stored water from the water supplier to the cooking compartment ; and a controller configured to control the cooking compartment heater to heat the cooking compartment to a first target temperature for a predetermined heating time in response to receiving a command to start the cleaning operation, and control the pump assembly to transfer a predetermined amount of the stored water to the cooking compartment whereby the transfer of the predetermined amount of the stored water to the cooking compartment is done at least one of before and during the predetermined heating time, characterized in that the controller is further configured to, when the cooking compartment is cooled down from the first target temperature to a second target temperature less than the first target temperature, control the cooking compartment heater to heat at least one face of the cooking compartment with water remaining thereon to generate steam, and heat the cooking compartment to a third target temperature. a main body configured to have a cooking compartment ; an input interface configured to receive a command to start a cleaning operation; a cooking compartment heater configured to provide heat to the cooking compartment ; a water supplier configured to store water; a pump assembly configured to transfer the stored water from the water supplier to the cooking compartment ; and a controller configured to control the cooking compartment heater to heat the cooking compartment to a first target temperature for a predetermined heating time in response to receiving a command to start the cleaning operation, and control the pump assembly to transfer a predetermined amount of the stored water to the cooking compartment whereby the transfer of the predetermined amount of the stored water to the cooking compartment is done at least one of before and during the predetermined heating time, characterized in that the controller is further configured to, when the cooking compartment is cooled down from the first target temperature to a second target temperature less than the first target temperature, control the cooking compartment heater to heat at least one face of the cooking compartment with water remaining thereon to generate steam, and heat the cooking compartment to a third target temperature.
Steering column switch device for operating at least one electrical consumer of a motor vehicle that is operated with an electrical load current, having a printed circuit board on which conductor tracks are arranged, which conductor tracks are designed for the load current and are connected to electrically conductive contact areas for contact elements which are movable with a steering column lever , characterized in that the contact areas are designed to switch the load current, with the result that the load current is conducted via the conductor tracks , wherein the contact areas are areas of an attachment part which is fastened to the printed circuit board .
A multilayer oral thin film comprising at least two equally sized layers arranged on top of each other, each comprising at least one water-soluble polymer and wherein at least one layer comprises at least one pharmaceutically active agent, said at least two layers being joined together by at least one seal, characterized in that said at least one seal is not full surface and wherein said at least one seal is mounted such that at least one overlapping edge of said at least two layers arranged on top of each other is not closed by a seal.
A battery comprising an electrode group including a positive electrode , a separator , a negative electrode , and a protection layer , the separator being interposed between the positive electrode and the negative electrode , the positive electrode including a positive electrode current collector , a positive electrode mixture layer , and a positive electrode tab , the positive electrode mixture layer being disposed on a surface of the positive electrode current collector , the positive electrode tab being electrically connected to the positive electrode current collector , characterized in that the protection layer covering a surface of the positive electrode tab , the protection layer including an insulation layer and a vapor-deposited metal layer , the insulation layer including an electrical insulating material , the vapor-deposited metal layer being interposed between the insulation layer and the separator , the vapor-deposited metal layer being in contact with at least a part of the positive electrode mixture layer . the positive electrode mixture layer being disposed on a surface of the positive electrode current collector , the positive electrode tab being electrically connected to the positive electrode current collector , the insulation layer including an electrical insulating material , the vapor-deposited metal layer being interposed between the insulation layer and the separator , the vapor-deposited metal layer being in contact with at least a part of the positive electrode mixture layer .
A device for delivering nicotine to a subject, the device comprising a housing , the housing comprising: an inlet and an outlet in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising in series from inlet to outlet: a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source comprising a carboxylic acid, wherein the carboxylic acid is capable of interacting with nicotine to form nicotine salt particles; a second internal area in communication with the first internal area, the second internal area comprising a nicotine source , wherein the nicotine source comprises an adsorption element with a volume of nicotine in liquid form adsorbed thereon; and optionally, a third internal area in communication with the second internal area. a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source comprising a carboxylic acid, wherein the carboxylic acid is capable of interacting with nicotine to form nicotine salt particles; a second internal area in communication with the first internal area, the second internal area comprising a nicotine source , wherein the nicotine source comprises an adsorption element with a volume of nicotine in liquid form adsorbed thereon; and optionally, a third internal area in communication with the second internal area.
A computer-implemented method comprising: receiving, by a mobile device that implements a language-independent speaker verification model configured to verify the identity of speakers that speak different languages and determine whether received audio data likely includes an utterance of one of multiple language-specific hotwords , (i) particular audio data corresponding to a particular utterance of a user , and (ii) data indicating a particular language spoken by the user, for each of the different languages there being a pre-determined designated hotword; and in response to receiving (i) particular audio data corresponding to a particular utterance of a user , and (ii) data indicating a particular language spoken by the user , providing, for output, an indication that the language-independent speaker verification model has determined that the particular audio data likely includes the utterance of the hotword designated for the particular language spoken by the user. receiving, by a mobile device that implements a language-independent speaker verification model configured to verify the identity of speakers that speak different languages and determine whether received audio data likely includes an utterance of one of multiple language-specific hotwords , (i) particular audio data corresponding to a particular utterance of a user , and (ii) data indicating a particular language spoken by the user, for each of the different languages there being a pre-determined designated hotword; and in response to receiving (i) particular audio data corresponding to a particular utterance of a user , and (ii) data indicating a particular language spoken by the user , providing, for output, an indication that the language-independent speaker verification model has determined that the particular audio data likely includes the utterance of the hotword designated for the particular language spoken by the user.
A machine tool , in particular a grinding machine, comprising the following: - a measuring device , which is arranged on the machine tool , wherein the measuring device comprises at least one structure-borne sound sensor , and - a control device , which can be coupled to the measuring device and to a tool unit , wherein the control device is configured to acquire, by means of the measuring device , structure-borne sound signals caused by the machine tool , characterized in that the control device is further configured to determine a state variable, which describes an actual state of the machine tool , by forming a differential spectrum from a broadband reference spectrum and a broadband actual spectrum , and to evaluate the power of the differential spectrum in its time behavior, wherein the power of the differential spectrum corresponds to the area under a curve of the differential spectrum . - a measuring device , which is arranged on the machine tool , wherein the measuring device comprises at least one structure-borne sound sensor , and - a control device , which can be coupled to the measuring device and to a tool unit , wherein the control device is configured to acquire, by means of the measuring device , structure-borne sound signals caused by the machine tool , characterized in that the control device is further configured to determine a state variable, which describes an actual state of the machine tool , by forming a differential spectrum from a broadband reference spectrum and a broadband actual spectrum , and to evaluate the power of the differential spectrum in its time behavior, wherein the power of the differential spectrum corresponds to the area under a curve of the differential spectrum .
Distribution cabinet for mounting on a wall , comprising at least one mounting device for mounting the distribution cabinet on the wall ; wherein the mounting device comprises a main portion having a mounting opening , and a first positioning portion , characterized in that the distribution cabinet has at least one receptacle opening in which the main portion and the first positioning portion are received; wherein the first positioning portion holds the mounting device in the receptacle opening so as to be rotatable about an axis that runs so as to be substantially transverse to a plane of main extent of the receptacle opening , so as to enable the distribution cabinet to be aligned in at least two dimensions on the wall; wherein the mounting opening is configured as a slot.
Standalone device for monitoring time of use of a generator set , able to provide at least one piece of information characteristic of an operating time of said generator set , said device comprising: - at least one first sensor able to measure a first parameter representative of an operating state of said generator set ; and - at least one second sensor able to measure a second parameter representative of an operating state of said generator set , said first and second parameters being representative of distinct aspects of the operation of said generator set ; - processing means delivering said characteristic piece of information of an operating time, as a function of said first and second parameters, said generator set being considered as operating when both sensors deliver parameters indicating a potential operation; - means for internally storing said characteristic piece of information of an operating time; - transmission means able to transmit said characteristic piece of information of an operating time to a terminal or an external server. - at least one first sensor able to measure a first parameter representative of an operating state of said generator set ; and - at least one second sensor able to measure a second parameter representative of an operating state of said generator set , said first and second parameters being representative of distinct aspects of the operation of said generator set ; - processing means delivering said characteristic piece of information of an operating time, as a function of said first and second parameters, said generator set being considered as operating when both sensors deliver parameters indicating a potential operation; - means for internally storing said characteristic piece of information of an operating time; - transmission means able to transmit said characteristic piece of information of an operating time to a terminal or an external server.
A method of servicing a request for content comprising: receiving a request to resolve a content request to obtain a network address for content from a content delivery network , the content request including an IP address of a resolver of an access network , the access network under the control of, operated or maintained by an internet service provider, ISP, that provides access to the content delivery network; obtaining, by a domain name system, DNS, of the CDN and based on the IP address, geographic location information for resolvers within the access network from a database; determining, by the DNS and based on the geographic location information obtained from the database, if the ISP is structured or connected such that an end user device is connected to resolvers geographically proximate to the end user device's location; in response to determining that the end user device is not near the geographic location of the resolver of the access network, returning, by the DNS, an anycast address for the content request; otherwise in response to determining that the end user device is near the geographic location of the resolver of the access network , returning, by the DNS, a unicast address of a content server from which the content is available to the end user device . receiving a request to resolve a content request to obtain a network address for content from a content delivery network , the content request including an IP address of a resolver of an access network , the access network under the control of, operated or maintained by an internet service provider, ISP, that provides access to the content delivery network; obtaining, by a domain name system, DNS, of the CDN and based on the IP address, geographic location information for resolvers within the access network from a database; determining, by the DNS and based on the geographic location information obtained from the database, if the ISP is structured or connected such that an end user device is connected to resolvers geographically proximate to the end user device's location; in response to determining that the end user device is not near the geographic location of the resolver of the access network, returning, by the DNS, an anycast address for the content request; otherwise in response to determining that the end user device is near the geographic location of the resolver of the access network , returning, by the DNS, a unicast address of a content server from which the content is available to the end user device .
A radial fan wheel having a plurality of fan wheel blades arranged in a blade ring and at least one plate that, at least in sections, covers the fan wheel blades axially on the front side, wherein two adjacent fan wheel blades form a blade channel therebetween, the flow cross section of which is axially limited by the plate, an axial width of the blade channel increasing to a maximum (M) at least along an outer periphery of the radial fan wheel starting from a suction side (S) of a fan wheel blade limiting the blade channel in the direction of a pressure side (D) of the adjacent fan wheel blade limiting the blade channel , wherein the maximum lies on a radial section of the fan wheel, which radial section lies between 55 and 95% of the distance between the suction side (S) of the fan wheel blade limiting the blade channel and the pressure side (D) of the adjacent fan wheel blade limiting the blade channel such that the plate, when viewed in the circumferential direction, has an asymmetrical shape between two adjacent fan wheel blades , characterized in that the maximum (M) lies on a radial section of the radial fan wheel , which radial section lies between 65 and 80% of the distance between the suction side (S) of the fan wheel blade limiting the blade channel and the pressure side (D) of the adjacent fan wheel blade limiting the blade channel , wherein the axial width (B) of each blade channel along the outer periphery of the radial fan wheel is defined by the formulas B x = BS + BE − BE P − X P ) 2 with X ≤ P , and B x = BS + BE − BE X − P 1 − P 2 with X > P and 0 < P < 1 wherein BS is an axial width of the blade channel at the fan wheel blade , BE is the extension of the axial width of the blade channel to the maximum, P is a position of the maximum (M) of the axial width of the blade channel starting from the suction side (S) of the fan wheel blade limiting the blade channel and X is a circumferential direction of an unfolded section along the contour of the plate. the maximum (M) lies on a radial section of the radial fan wheel , which radial section lies between 65 and 80% of the distance between the suction side (S) of the fan wheel blade limiting the blade channel and the pressure side (D) of the adjacent fan wheel blade limiting the blade channel , wherein the axial width (B) of each blade channel along the outer periphery of the radial fan wheel is defined by the formulas B x = BS + BE − BE P − X P ) 2 with X ≤ P , and B x = BS + BE − BE X − P 1 − P 2 with X > P and 0 < P < 1 wherein BS is an axial width of the blade channel at the fan wheel blade , BE is the extension of the axial width of the blade channel to the maximum, P is a position of the maximum (M) of the axial width of the blade channel starting from the suction side (S) of the fan wheel blade limiting the blade channel and X is a circumferential direction of an unfolded section along the contour of the plate.
A laminated metal sheet, comprising: a metal sheet; a first polyester resin layer formed on a surface of the metal sheet to become an outer surface side of a container after the container is formed; and a second polyester resin layer formed on a surface of the metal sheet to become an inner surface side of the container after the container is formed, wherein the first polyester resin layer contains: 30% by mass to 60% by mass of copolymerized polyethylene terephthalate having a copolymerization component content of less than 6 mol%; and 40% by mass to 70% by mass of polybutylene terephthalate, the second polyester resin layer is copolymerized polyethylene terephthalate having a copolymerization component content of less than 14 mol%, residual orientations of the first and second polyester resin layers are less than 20%, determined in accordance with the X-ray diffraction method indicated in the section of the description with the heading "Residual orientation", and where a sheet thickness reduction rate of a can wall in forming the metal sheet into a can body is A%, a film thickness of the first polyester resin layer before the forming is X μm, and a film thickness of the second polyester resin layer before the forming is Y μm, the film thicknesses X and Y of the first and the second polyester resin layers before the forming respectively satisfy the following expression and expression : X × 1 − A / 100 > 7 and Y × 1 − A / 100 > 10 a metal sheet; a first polyester resin layer formed on a surface of the metal sheet to become an outer surface side of a container after the container is formed; and a second polyester resin layer formed on a surface of the metal sheet to become an inner surface side of the container after the container is formed, wherein the first polyester resin layer contains: 30% by mass to 60% by mass of copolymerized polyethylene terephthalate having a copolymerization component content of less than 6 mol%; and 40% by mass to 70% by mass of polybutylene terephthalate, 30% by mass to 60% by mass of copolymerized polyethylene terephthalate having a copolymerization component content of less than 6 mol%; and 40% by mass to 70% by mass of polybutylene terephthalate, the second polyester resin layer is copolymerized polyethylene terephthalate having a copolymerization component content of less than 14 mol%, residual orientations of the first and second polyester resin layers are less than 20%, determined in accordance with the X-ray diffraction method indicated in the section of the description with the heading "Residual orientation", and where a sheet thickness reduction rate of a can wall in forming the metal sheet into a can body is A%, a film thickness of the first polyester resin layer before the forming is X μm, and a film thickness of the second polyester resin layer before the forming is Y μm, the film thicknesses X and Y of the first and the second polyester resin layers before the forming respectively satisfy the following expression and expression : X × 1 − A / 100 > 7 and Y × 1 − A / 100 > 10
An imaging apparatus comprising: a cable , an imaging system , and an endoscope ; the cable being configured to be connected to the imaging system and to the endoscope ; the cable including a first plurality of wires and a shield enclosing the first plurality of wires; and the endoscope being configured to be connected to the cable , the endoscope comprising: a body ; a circuit board mounted within the body ; and a common-mode choke mounted in the body and configured to attenuate any common-mode current on the cable , the common-mode choke being coupled to the first plurality of wires and to the shield, the common-mode choke connecting the first plurality of wires to the circuit board and the shield to a ground of the body. a cable , an imaging system , and an endoscope ; the cable being configured to be connected to the imaging system and to the endoscope ; the cable including a first plurality of wires and a shield enclosing the first plurality of wires; and the endoscope being configured to be connected to the cable , the endoscope comprising: a body ; a circuit board mounted within the body ; and a common-mode choke mounted in the body and configured to attenuate any common-mode current on the cable , the common-mode choke being coupled to the first plurality of wires and to the shield, the common-mode choke connecting the first plurality of wires to the circuit board and the shield to a ground of the body. a body ; a circuit board mounted within the body ; and a common-mode choke mounted in the body and configured to attenuate any common-mode current on the cable , the common-mode choke being coupled to the first plurality of wires and to the shield, the common-mode choke connecting the first plurality of wires to the circuit board and the shield to a ground of the body.
A method for processing upstream data abnormity, comprising: an optical line terminal, OLT, detecting that upstream data is abnormal (S302); and characterized by the OLT instructing one or more optical network units, ONUs, to change a physical channel (S304); the OLT determining an abnormal ONU in the one or more ONUs which causes the upstream data to be abnormal according to whether the upstream data is back to normal. an optical line terminal, OLT, detecting that upstream data is abnormal (S302); and characterized by the OLT instructing one or more optical network units, ONUs, to change a physical channel (S304); the OLT determining an abnormal ONU in the one or more ONUs which causes the upstream data to be abnormal according to whether the upstream data is back to normal.