mhurhangee/patent-ind-claim-en huggingface dataset:
Method of controlling an electrical household system, comprising: starting a pyrolysis process in an oven , wherein the oven is connected in signal communication to a household range hood characterized by : starting a suction device of the household range hood as a function of a communication signal from the oven , wherein said signal is correlated to the pyrolysis process in the oven , and in the that the method comprises: turning on the household range hood in a stand by status when the pyrolysis process in the oven starts; and then starting the suction device . starting a suction device of the household range hood as a function of a communication signal from the oven , wherein said signal is correlated to the pyrolysis process in the oven , and in the that the method comprises: turning on the household range hood in a stand by status when the pyrolysis process in the oven starts; and then starting the suction device . turning on the household range hood in a stand by status when the pyrolysis process in the oven starts; and then starting the suction device .
An RFID tag adapted to access a service of interest from an access terminal, characterised in that said RFID tag includes an integrated circuit configured to: - enable a cryptographic authentication of the RFID tag by said access terminal via a current cryptographic key shared by the RFID tag and the access terminal , said authentication enabling access to said service of interest, and - enable the RFID tag to retrieve from an NFC phone a new current cryptographic key updated by said NFC phone after said NFC phone authenticated the RFID tag via an initial cryptographic key previously shared by the RFID tag and said phone . - enable a cryptographic authentication of the RFID tag by said access terminal via a current cryptographic key shared by the RFID tag and the access terminal , said authentication enabling access to said service of interest, and - enable the RFID tag to retrieve from an NFC phone a new current cryptographic key updated by said NFC phone after said NFC phone authenticated the RFID tag via an initial cryptographic key previously shared by the RFID tag and said phone .
A computer-implemented method for estimating a condition of at least one engine component in a piston engine having a crankshaft converting reciprocating motion of pistons to rotational motion, wherein the at least one engine component comprises at least one of the crankshaft and crankshaft rubber couplings, the method comprising: obtaining a torsional vibration model of the at least one engine component; acquiring sensor signals from sensors installed on the piston engine; calculating torsional vibration response of the at least one engine component based on the acquired sensor signals and the torsional vibration model, wherein the torsional vibration response means quantities which depend on or are related to the torsional vibration of the piston engine and are provided as outputs of the model, wherein the calculating torsional vibration response of the at least one engine component comprises i) calculating the torsional vibration response at multiple positions on the engine component, and wherein at least one of the positions on the engine component is a position that is not directly connected to a sensor, or ii) calculating torsional vibration response of at least one engine component on which sensors cannot be installed; and estimating the condition of the at least one engine component by inputting the calculated torsional vibration response of the at least one engine component into a cumulative damage model of the engine component, wherein inputting the calculated torsional vibration response of the at least one engine component into the cumulative damage model comprises inputting a torsional vibration stress history of the engine component into the cumulative damage model. obtaining a torsional vibration model of the at least one engine component; acquiring sensor signals from sensors installed on the piston engine; calculating torsional vibration response of the at least one engine component based on the acquired sensor signals and the torsional vibration model, wherein the torsional vibration response means quantities which depend on or are related to the torsional vibration of the piston engine and are provided as outputs of the model, wherein the calculating torsional vibration response of the at least one engine component comprises i) calculating the torsional vibration response at multiple positions on the engine component, and wherein at least one of the positions on the engine component is a position that is not directly connected to a sensor, or ii) calculating torsional vibration response of at least one engine component on which sensors cannot be installed; and estimating the condition of the at least one engine component by inputting the calculated torsional vibration response of the at least one engine component into a cumulative damage model of the engine component, wherein inputting the calculated torsional vibration response of the at least one engine component into the cumulative damage model comprises inputting a torsional vibration stress history of the engine component into the cumulative damage model.
Fastening device which comprises: - a main body being, inside its first end, provided with a chamber which is open outwards and which reaches into the interior of the main body, - a distribution element being inserted in the chamber forming an inner surface of the chamber and being connected to a support surface of the main body, - a gap in a second end, being opposite the first end, of the main body , reaching from the outside surface of the main body into the chamber , - a bar-shaped element leading through the gap and the distribution element , and being connected to the distribution element , whose one end protrudes outward beyond the outside surface of the main body and whose other end reaches into the chamber , and - an end plate being fixed to the first end of the main body and closing the chamber outwards, the end plate including one or more connecting elements for mounting external components, and being fixed to the main body by use of one or more tension elements which are led into the main body through cavities in the end plate , led through the main body through cylindrical drill holes in the main body and fixed to fastening elements , characterized in that the fastening elements are placed at the bottom of a step of the main body being provided at the outer shell of the main body, and the step having a larger distance from the first end of the main body than the support surface , and the fastening elements being a fastening ring. - a main body being, inside its first end, provided with a chamber which is open outwards and which reaches into the interior of the main body, - a distribution element being inserted in the chamber forming an inner surface of the chamber and being connected to a support surface of the main body, - a gap in a second end, being opposite the first end, of the main body , reaching from the outside surface of the main body into the chamber , - a bar-shaped element leading through the gap and the distribution element , and being connected to the distribution element , whose one end protrudes outward beyond the outside surface of the main body and whose other end reaches into the chamber , and - an end plate being fixed to the first end of the main body and closing the chamber outwards, the end plate including one or more connecting elements for mounting external components, and being fixed to the main body by use of one or more tension elements which are led into the main body through cavities in the end plate , led through the main body through cylindrical drill holes in the main body and fixed to fastening elements ,
A moisture detection element comprising an insulating section (4, 4a - 4d, 114) made of an insulating material having a first surface capable of adsorbing water molecules, an application section to which a voltage is applied, and an outputting section configured to output a voltage signal corresponding to a current flowing through an electrical path between the application section and the outputting section via water molecules adsorbed on the first surface of the insulating material by the voltage applied to the application section , wherein the application section includes an application electrode and wherein the outputting section includes a detection electrode, said electrodes arranged on said first surface of the insulating material, wherein the insulating section (4, 4a - 4d, 114) has projections and depressions provided on the first surface on which the water molecules are adsorbed. an insulating section (4, 4a - 4d, 114) made of an insulating material having a first surface capable of adsorbing water molecules, an application section to which a voltage is applied, and an outputting section configured to output a voltage signal corresponding to a current flowing through an electrical path between the application section and the outputting section via water molecules adsorbed on the first surface of the insulating material by the voltage applied to the application section , wherein the application section includes an application electrode and wherein the outputting section includes a detection electrode, said electrodes arranged on said first surface of the insulating material, wherein the insulating section (4, 4a - 4d, 114) has projections and depressions provided on the first surface on which the water molecules are adsorbed.
A slicing machine comprising an annular-shaped cutting head and a modular unit mounted to the cutting head for securing a knife to the cutting head , the cutting head comprising support rings that are spaced apart in an axial direction of the cutting head , the modular unit being mounted to and between the support rings the modular unit comprising: mounting blocks that are spaced apart from each other in the axial direction of the cutting head , wherein a first of the mounting blocks is secured to a first of the support rings , and a second of the mounting blocks is secured to a second of the support rings ; and a clamping assembly assembled with the first and second mounting blocks so as to be between the first and second mounting blocks , the clamping assembly comprising a knife holder and a clamp , being configured to secure a knife between the knife holder and the clamp ; wherein the first and second mounting blocks are secured to the first and second support rings so that the knife holder and the clamp are removable from the cutting head by disassembling the clamping assembly from the first and second mounting blocks without removing the first and second mounting blocks from the first and second support rings . mounting blocks that are spaced apart from each other in the axial direction of the cutting head , wherein a first of the mounting blocks is secured to a first of the support rings , and a second of the mounting blocks is secured to a second of the support rings ; and a clamping assembly assembled with the first and second mounting blocks so as to be between the first and second mounting blocks , the clamping assembly comprising a knife holder and a clamp , being configured to secure a knife between the knife holder and the clamp ; wherein the first and second mounting blocks are secured to the first and second support rings so that the knife holder and the clamp are removable from the cutting head by disassembling the clamping assembly from the first and second mounting blocks without removing the first and second mounting blocks from the first and second support rings .
Scoop comprising: - a bowl and - a handle having a proximal end connected to the bowl , the handle extending to a distal end , wherein: - the handle comprises a clip having a clip base connected to a region of the handle comprising the distal end , and - except for at the clip base , the clip is delimited by a free edge where the clip is not connected to the handle , the clip protruding towards the proximal end of the handle , and - there is a gap between the free edge of the clip and handle edges of regions of the handle surrounding the clip , the scoop being further characterized in that : - at least a part of the clip edge and at least a part of the handle edges delimiting the gap are provided with teeth in the form of teeth-shaped protrusions, - the teeth at the clip edge and the teeth at a proximate handle edge , respectively, are arranged at alternating positions along a longitudinal extension of the gap , each tooth comprises a first and a second tooth edge which meet at a tip , and - there is a transverse distance between the tips of the teeth extending from opposite edges of the gap , the transverse distance being perpendicular to the longitudinal extension of the gap , so that the teeth extending from the free edges of the clip do not overlap the teeth extending from the handle edges . - a bowl and - a handle having a proximal end connected to the bowl , the handle extending to a distal end , - the handle comprises a clip having a clip base connected to a region of the handle comprising the distal end , and - except for at the clip base , the clip is delimited by a free edge where the clip is not connected to the handle , the clip protruding towards the proximal end of the handle , and - there is a gap between the free edge of the clip and handle edges of regions of the handle surrounding the clip , - at least a part of the clip edge and at least a part of the handle edges delimiting the gap are provided with teeth in the form of teeth-shaped protrusions, - the teeth at the clip edge and the teeth at a proximate handle edge , respectively, are arranged at alternating positions along a longitudinal extension of the gap , - there is a transverse distance between the tips of the teeth extending from opposite edges of the gap , the transverse distance being perpendicular to the longitudinal extension of the gap , so that the teeth extending from the free edges of the clip do not overlap the teeth extending from the handle edges .
A device for releasing a connecting layer of a carrier-wafer composite comprising a carrier and a wafer at a side edge of the connecting layer comprising - a receiving device for receiving the carrier-wafer composite on a receiving plane with an angle of inclination to the horizontal between 5° and 90°, - a releasing device for forming an immersion bath for receiving the carrier-wafer composite with a working chamber , in which at least one peripheral sector of the side edge can be received in a release position of the carrier-wafer composite and - a rotation device for rotating the carrier-wafer composite in the release position. - a receiving device for receiving the carrier-wafer composite on a receiving plane with an angle of inclination to the horizontal between 5° and 90°, - a releasing device for forming an immersion bath for receiving the carrier-wafer composite with a working chamber , in which at least one peripheral sector of the side edge can be received in a release position of the carrier-wafer composite and - a rotation device for rotating the carrier-wafer composite in the release position.
Two-piece cooking utensil comprising a first, preferably outer, cooking vessel which is designed to be heated on a hot plate of a hob , and comprising a second, preferably inner, cooking vessel which is designed to be received by the first cooking vessel , preferably in an interior of the first cooking vessel , characterised in that the first cooking vessel and the second cooking vessel are designed to hold the second cooking vessel magnetically on the first cooking vessel , preferably in the interior of the first cooking vessel , wherein the first cooking vessel comprises at least one electromagnet which is designed and configured to electromagnetically attract the second cooking vessel , preferably a corresponding permanent magnet of the second cooking vessel , or vice versa. comprising a first, preferably outer, cooking vessel which is designed to be heated on a hot plate of a hob , and comprising a second, preferably inner, cooking vessel which is designed to be received by the first cooking vessel , preferably in an interior of the first cooking vessel , characterised in that the first cooking vessel and the second cooking vessel are designed to hold the second cooking vessel magnetically on the first cooking vessel , preferably in the interior of the first cooking vessel , wherein the first cooking vessel comprises at least one electromagnet which is designed and configured to electromagnetically attract the second cooking vessel , preferably a corresponding permanent magnet of the second cooking vessel , or vice versa.
A computer-implemented method to generate one or more text tags, the method comprising: obtaining a plurality of chat transcripts, each chat transcript associated with a respective gameplay session of a respective game of a plurality of games, wherein each chat transcript includes content provided by participants in the gameplay session; programmatically analyzing the plurality of chat transcripts to determine one or more characteristics for each game of the plurality of games, wherein programmatically analyzing the plurality of chat transcripts to determine one or more characteristics of the each game comprises calculating a reception level for the each game based on a count of game participants that view one or more chat messages in a chat transcript associated with the each game, wherein the game includes a virtual environment and wherein game participants included in the count of game participants are associated with avatars that are located in a same region of the virtual environment; determining a level of collaboration and a level of competition between the game participants based on the one or more characteristics of the each game; and generating a text tag for at least one game of the plurality of games based on the level of collaboration and the level of competition between the game participants. obtaining a plurality of chat transcripts, each chat transcript associated with a respective gameplay session of a respective game of a plurality of games, wherein each chat transcript includes content provided by participants in the gameplay session; programmatically analyzing the plurality of chat transcripts to determine one or more characteristics for each game of the plurality of games, wherein programmatically analyzing the plurality of chat transcripts to determine one or more characteristics of the each game comprises calculating a reception level for the each game based on a count of game participants that view one or more chat messages in a chat transcript associated with the each game, wherein the game includes a virtual environment and wherein game participants included in the count of game participants are associated with avatars that are located in a same region of the virtual environment; determining a level of collaboration and a level of competition between the game participants based on the one or more characteristics of the each game; and generating a text tag for at least one game of the plurality of games based on the level of collaboration and the level of competition between the game participants.
Method for determining the internal ohmic resistance of a battery module , wherein the method comprises the determination of the internal ohmic resistance from measurements of voltage intensities, characterized in that the method comprises the connection of the battery module to at least one further battery module that is subject to a load current, wherein the method comprises the measurement of voltage intensities of the battery module before and after the connection.
A method for detecting a coating in a flow meter including one or more flow tubes , characterized by steps of: measuring a flow tube temperature in a plurality of locations; and calculating a temperature gradient based on the measured temperatures and detecting a deviation in the flow meter parameter if the calculated temperature gradient exceeds a temperature gradient threshold, wherein the deviation in the flow meter parameter indicates the presence of a coating in the flow meter. measuring a flow tube temperature in a plurality of locations; and calculating a temperature gradient based on the measured temperatures and detecting a deviation in the flow meter parameter if the calculated temperature gradient exceeds a temperature gradient threshold, wherein the deviation in the flow meter parameter indicates the presence of a coating in the flow meter.
An improved attachment for furniture feet adjustable in height with respect to a piece of furniture, of the type comprising: a body provided with a seat suitable for firmly receiving an upper end of a foot adjustable in height , it also comprises four pass-through openings for the passage of a manoeuvring tool of an adjustment mechanism of at least one further foot adjustable in height , wherein said openings being arranged at 90° with respect to each other characterized in that said openings lying along two symmetry axes (X,Y) orthogonal to each other, of said body .
A powder-cleaning device for dental use, comprising: - a proximal arm , configured for attachment to a source of compressed air and extending according to a first prevailing direction (DP); - a distal arm , having a distal end portion configured for dispensing a mixture of air and abrasive powder and extending according to a second prevailing direction (DD), the second prevailing direction (DD) being angled with respect to the first prevailing direction (DP); - a turbulence chamber , which has a loading side door configured for insertion of the abrasive powder into the chamber itself according to a loading direction (A) substantially orthogonal to a plane (P) defined by said first (DP) and second (DD) prevailing direction, which turbulence chamber is interposed between said proximal arm and said distal arm and in fluid communication with both in such a way that the compressed air can be adducted in the turbulence chamber through said proximal arm and the mixture of air and powder can escape within said distal arm , which device is configured as a handpiece so as to be grasped by an operator at said proximal and/or distal arm . - a proximal arm , configured for attachment to a source of compressed air and extending according to a first prevailing direction (DP); - a distal arm , having a distal end portion configured for dispensing a mixture of air and abrasive powder and extending according to a second prevailing direction (DD), the second prevailing direction (DD) being angled with respect to the first prevailing direction (DP); - a turbulence chamber , which has a loading side door configured for insertion of the abrasive powder into the chamber itself according to a loading direction (A) substantially orthogonal to a plane (P) defined by said first (DP) and second (DD) prevailing direction, which turbulence chamber is interposed between said proximal arm and said distal arm and in fluid communication with both in such a way that the compressed air can be adducted in the turbulence chamber through said proximal arm and the mixture of air and powder can escape within said distal arm , which device is configured as a handpiece so as to be grasped by an operator at said proximal and/or distal arm .