mhurhangee/patent-ind-claim-en huggingface dataset:
Method for checking a function-triggering surface by applying pressure to at least one partial area, preferably to several partial areas of said surface, in particular for checking a touch screen, where after pressure application triggering the function the surface or that partial area subjected to pressure reacts in haptically registrable manner, where the at least one partial area is subjected to pressure by a first feeler element , in which is integrated a first sensor , by means of a handling device having integrated force and momentum sensors, where an introduction of force of the first feeler element into the surface is regulated by the force and momentum sensors integrated in the handling device , said first feeler element having an intermediate element decoupling a body consisting of plastic from the handling device in respect of vibration, where force feedback functions of the surface triggered by the pressure application are registered by the first sensor integrated in the feeler element in the form of a vibration sensor, and amplitude and/or frequency of force feedback signals is/are analysed and assessed.
An article comprising a substrate comprising two main faces defining two main surfaces separated by edges, said substrate bearing: - a functional coating deposited by magnetron sputtering on at least one portion of one main surface and - a temporary protective layer deposited on at least one portion of the functional coating, characterized in that : - the temporary protective layer has a thickness of at least 1 micrometer, - the temporary protective layer is not soluble in water, - the temporary protective layer is obtained from a composition comprising (meth)acrylate compounds, - the substrate bearing the functional coating has not undergone a heat treatment at a temperature above 400°C. - a functional coating deposited by magnetron sputtering on at least one portion of one main surface and - a temporary protective layer deposited on at least one portion of the functional coating, - the temporary protective layer has a thickness of at least 1 micrometer, - the temporary protective layer is not soluble in water, - the temporary protective layer is obtained from a composition comprising (meth)acrylate compounds, - the substrate bearing the functional coating has not undergone a heat treatment at a temperature above 400°C.
A method comprising: generating, by a first network device of a plurality of network devices configured to participate in a flexible-algorithm by performing path computation through a network based on a flexible algorithm definition associated with the flexible algorithm, a packet including: a segment identifier, SID, offset associated with the flexible algorithm; an identifier of the flexible-algorithm; and the flexible-algorithm definition corresponding to the flexible-algorithm identifier, wherein the flexible-algorithm definition is a calculation type, metric type and set of link constraints that allow a gateway protocol to calculate paths through a network; sending, by the first network device and to at least a second network device of the plurality of network devices, the packet; receiving, by a second network device of the plurality of network devices, the packet; determining, by the second network device, that the second network device is configured to participate in the flexible-algorithm; and in response to determining that the second network device is configured to participate in the flexible-algorithm, deriving, by the second network device and based on the packet, a node SID for the second network device to participate in the flexible-algorithm, wherein the second network device derives a node SID for the second network device the by offseting a default node SID of the second network device for a default segment route by the SID offset. generating, by a first network device of a plurality of network devices configured to participate in a flexible-algorithm by performing path computation through a network based on a flexible algorithm definition associated with the flexible algorithm, a packet including: a segment identifier, SID, offset associated with the flexible algorithm; an identifier of the flexible-algorithm; and the flexible-algorithm definition corresponding to the flexible-algorithm identifier, wherein the flexible-algorithm definition is a calculation type, metric type and set of link constraints that allow a gateway protocol to calculate paths through a network; sending, by the first network device and to at least a second network device of the plurality of network devices, the packet; receiving, by a second network device of the plurality of network devices, the packet; determining, by the second network device, that the second network device is configured to participate in the flexible-algorithm; and in response to determining that the second network device is configured to participate in the flexible-algorithm, deriving, by the second network device and based on the packet, a node SID for the second network device to participate in the flexible-algorithm, wherein the second network device derives a node SID for the second network device the by offseting a default node SID of the second network device for a default segment route by the SID offset.
A shielded electromagnetic inductor, comprising an inductor arranged in front of a load to be heated by electromagnetic induction and composed of at least one conductive turn, where current flows in a turn length direction, and an electromagnetic shielding comprising a magnetic field concentrator arranged in front of the inductor , with the inductor between said field concentrator and the load, said concentrator comprising ferromagnetic columns , a main direction of elongation of which coincides with a direction of a main component of magnetic field lines propagated by the inductor on a side oriented to the field concentrator , characterized in that the columns are separated from each other by an electrically insulating medium and each embrace a portion of turn length of the inductor, in that the columns are composed of ferromagnetic elements succeeding each other in said direction of elongation and separated by electrically insulating gaps , having lower magnetic permeability and shorter length than the ferromagnetic elements in said direction of elongation, and in that the electromagnetic shielding further comprises an electrically conductive casing , the field concentrator being located between said casing and the inductor.
A vehicle comprising: an in-vehicle communication device configured to communicate with a server apparatus via a wireless base station ; and a control unit configured to, when the in-vehicle communication device receives an abnormal situation notification from the wireless base station , restrict at least a part of data communication with the wireless base station based on a communication condition included in the received abnormal situation notification and associated with the abnormal situation, wherein restricting the at least a part of the data communication with the wireless base station includes at least one of transmitting data at a reduced frequency to the wireless base station , stopping the data transmission to the wireless base station , and reducing speed of the data communication to a predetermined value when it is determined that an amount of the data communication with the wireless base station within a predetermined period has reached a reference value, and wherein the communication condition includes a condition on content of data for which data transmission is permitted, and an application permitted to be used in the data transmission. an in-vehicle communication device configured to communicate with a server apparatus via a wireless base station ; and a control unit configured to, when the in-vehicle communication device receives an abnormal situation notification from the wireless base station , restrict at least a part of data communication with the wireless base station based on a communication condition included in the received abnormal situation notification and associated with the abnormal situation, wherein restricting the at least a part of the data communication with the wireless base station includes at least one of transmitting data at a reduced frequency to the wireless base station , stopping the data transmission to the wireless base station , and reducing speed of the data communication to a predetermined value when it is determined that an amount of the data communication with the wireless base station within a predetermined period has reached a reference value, and wherein the communication condition includes a condition on content of data for which data transmission is permitted, and an application permitted to be used in the data transmission.
Random numbers generating circuit of correlated sampling ring oscillator type comprising: a first ring oscillator (RO1) and a second ring oscillator (RO2), each comprising delay elements series-connected in a closed loop, the first and second oscillators (RO1, RO2) being identical and implemented in complementary metal oxide semiconductor on fully depleted silicon-on-insulator technology; a first circuit configured to sample and store the state of an output of the first oscillator (RO1) at a frequency of an output (O2) of the second oscillator (RO2) and to deliver a corresponding binary signal (Beat); and a second circuit configured to control back gates of PMOS and NMOS transistors of at least one delay element of at least one of the first and second oscillators (RO1, RO2), based on a period difference between the outputs (O1, O2) of the first and second oscillators (RO1, RO2). a first ring oscillator (RO1) and a second ring oscillator (RO2), each comprising delay elements series-connected in a closed loop, the first and second oscillators (RO1, RO2) being identical and implemented in complementary metal oxide semiconductor on fully depleted silicon-on-insulator technology; a first circuit configured to sample and store the state of an output of the first oscillator (RO1) at a frequency of an output (O2) of the second oscillator (RO2) and to deliver a corresponding binary signal (Beat); and a second circuit configured to control back gates of PMOS and NMOS transistors of at least one delay element of at least one of the first and second oscillators (RO1, RO2), based on a period difference between the outputs (O1, O2) of the first and second oscillators (RO1, RO2).
Method for ensuring hydrogen explosion safety at a nuclear power plant comprising a nuclear reactor, the method comprising ventilation of a plurality of premises inside a containment dome of a nuclear reactor and hydrogen recombination in the plurality of premises by catalytic oxidation, wherein a reflector is placed in the way of a potential emergency propagation of a pressure hydrogen-containing steam-gas jet from one of the plurality of premises to another of the plurality of premises , wherein apertures are made in first walls between the plurality of premises , wherein a size of the apertures is equal to minimum 35% of the surface area of said first walls, while excess heat is withdrawn in areas of potential localization of hydrogen-containing steam-gas mixture burning sources, characterized in that the reflector is provided in the form of a perforated waterproof and heatproof casing installed on pipelines of the nuclear reactor.
A control channel transmission method, applied at a network device side, comprising: sending , by at least two Transmission and Reception Points, TRPs, at least two candidate control channels, wherein there is a first corresponding link between information related to a first candidate control channel of the at least two candidate control channels and information related to other candidate control channels of the at least two candidate control channels except for the first candidate control channel, wherein the at least two candidate control channels are candidate Physical Downlink Control Channels, PDCCHs, wherein the at least two candidate control channels are in different Search Space sets, and the method is characterized in that the first corresponding link comprises a link between Search Space set indexes of the other candidate control channels and a Search Space set index of the first candidate control channel. sending , by at least two Transmission and Reception Points, TRPs, at least two candidate control channels, wherein there is a first corresponding link between information related to a first candidate control channel of the at least two candidate control channels and information related to other candidate control channels of the at least two candidate control channels except for the first candidate control channel, wherein the at least two candidate control channels are candidate Physical Downlink Control Channels, PDCCHs, wherein the at least two candidate control channels are in different Search Space sets, and the method is characterized in that the first corresponding link comprises a link between Search Space set indexes of the other candidate control channels and a Search Space set index of the first candidate control channel.
A smokeless tobacco gel product comprising: a) a tobacco material in an amount of at least 0.01 weight percent, based on the total weight of the smokeless tobacco gel product; b) at least 60 percent by weight of one or more sugar alcohols; c) a humectant in an amount of at least 0.1 weight percent; and d) water in an amount of at least 10 weight percent. a) a tobacco material in an amount of at least 0.01 weight percent, based on the total weight of the smokeless tobacco gel product; b) at least 60 percent by weight of one or more sugar alcohols; c) a humectant in an amount of at least 0.1 weight percent; and d) water in an amount of at least 10 weight percent.
A consumer electronic product , comprising: a housing assembly having walls arranged to define an internal volume, wherein at least one wall is a radio frequency, RF, antenna that comprises a metal portion that is arranged to define a region that extends a distance d into the internal volume, the metal portion further arranged to define a micro-feature comprising at least one of ribs and through holes , the micro-feature located within a region that extends from an interior surface of the wall into the internal volume to the distance d; a non-metal portion formed of a dual state material , the dual state material capable of transitioning from a liquid state to a solid state; and an interlock adapted to lock the metal portion and the non-metal portion together, the interlock comprising an amount of the dual state material in the solid state engaged with the micro-feature , wherein the micro-feature comprises: a first through hole defined by a first wall, the first wall defining a first internal cavity having a first longitudinal axis, the first longitudinal axis being aligned with a first directional component; and a second through hole defined by a second wall that is arranged to define a second interior cavity and having a second longitudinal axis, the second longitudinal axis being aligned with combination of a second directional component and a third directional component. a housing assembly having walls arranged to define an internal volume, wherein at least one wall is a radio frequency, RF, antenna that comprises a metal portion that is arranged to define a region that extends a distance d into the internal volume, the metal portion further arranged to define a micro-feature comprising at least one of ribs and through holes , the micro-feature located within a region that extends from an interior surface of the wall into the internal volume to the distance d; a non-metal portion formed of a dual state material , the dual state material capable of transitioning from a liquid state to a solid state; and an interlock adapted to lock the metal portion and the non-metal portion together, the interlock comprising an amount of the dual state material in the solid state engaged with the micro-feature , wherein the micro-feature comprises: a first through hole defined by a first wall, the first wall defining a first internal cavity having a first longitudinal axis, the first longitudinal axis being aligned with a first directional component; and a second through hole defined by a second wall that is arranged to define a second interior cavity and having a second longitudinal axis, the second longitudinal axis being aligned with combination of a second directional component and a third directional component.
A multidimensional liquid chromatography system, comprising: a switching valve operable in at least two valve states; a detector in communication with the switching valve through a first fluidic path defined by tubing; a routing valve in communication with the switching valve through a second fluidic path defined by tubing; and a first fluidic loop valve in communication with the routing valve through a third fluidic path defined by tubing, wherein the volume of the first fluidic path is equal to the sum of the volume of the second fluidic path and the volume of the third fluidic path. a switching valve operable in at least two valve states; a detector in communication with the switching valve through a first fluidic path defined by tubing; a routing valve in communication with the switching valve through a second fluidic path defined by tubing; and a first fluidic loop valve in communication with the routing valve through a third fluidic path defined by tubing, wherein the volume of the first fluidic path is equal to the sum of the volume of the second fluidic path and the volume of the third fluidic path.
Methyl ethyl hydroxyalkyl cellulose with a DSmethyl from 1.5 to 2.5, a DSethyl from 0.005 to 0.15, and a MSalkylene-oxide from 0.005 to 0.2, optionally comprising an anti-oxidant, whereby the methyl ethyl hydroxyalkyl cellulose does not have a combination of a DSmethyl of 2.2 or 1.8, a DSethyl of 0.05 or 0.1, and a MSalkylene-oxide of 0.1 and does not have a combination of a DSmethyl of 2.5 or 2.0, a DSethyl of 0.1, and a MSalkylene-oxide of 0.05.
A compressor , comprising: an impeller including a hub and a plurality of blades disposed on an outer surface of the hub ; and a housing which houses the impeller , wherein the housing comprises: a shroud section facing the outer surface of the hub to form a fluid flow path between the shroud section and the outer surface , and surrounding the impeller ; and a casing section formed integrally with the shroud section and supporting the shroud section , wherein the shroud section includes a first resin-based material having a static tensile strength of at least 65MPa and no more than 200MPa and a breaking strain of no more than 0.3mm/mm at a temperature of 100°C, and wherein the casing section includes a second resin-based material having a static tensile strength of at least 40MPa and a breaking strain of at least 0.1 mm/mm at a temperature of 100°C, wherein the first resin-based material and the second resin-based material include polyamide resin, and wherein the first resin-based material and the second resin-based material are different from each other. an impeller including a hub and a plurality of blades disposed on an outer surface of the hub ; and a housing which houses the impeller , wherein the housing comprises: a shroud section facing the outer surface of the hub to form a fluid flow path between the shroud section and the outer surface , and surrounding the impeller ; and a casing section formed integrally with the shroud section and supporting the shroud section , wherein the shroud section includes a first resin-based material having a static tensile strength of at least 65MPa and no more than 200MPa and a breaking strain of no more than 0.3mm/mm at a temperature of 100°C, and wherein the casing section includes a second resin-based material having a static tensile strength of at least 40MPa and a breaking strain of at least 0.1 mm/mm at a temperature of 100°C, wherein the first resin-based material and the second resin-based material include polyamide resin, and wherein the first resin-based material and the second resin-based material are different from each other. a shroud section facing the outer surface of the hub to form a fluid flow path between the shroud section and the outer surface , and surrounding the impeller ; and a casing section formed integrally with the shroud section and supporting the shroud section , wherein the shroud section includes a first resin-based material having a static tensile strength of at least 65MPa and no more than 200MPa and a breaking strain of no more than 0.3mm/mm at a temperature of 100°C, and wherein the casing section includes a second resin-based material having a static tensile strength of at least 40MPa and a breaking strain of at least 0.1 mm/mm at a temperature of 100°C, wherein the first resin-based material and the second resin-based material include polyamide resin, and wherein the first resin-based material and the second resin-based material are different from each other.
Dental implant , which comprises a ceramic base body , a ceramic abutment , a connector (1, 1', 1", 5) for connecting the base body and the abutment to one another, and a bushing body , wherein, at least in a final assembly state (E) of the dental implant , the bushing body is received at least partly in the base body and/or in the abutment and wherein the bushing body reaches at least in some portions around the connector (1, 1', 1", 5), characterized in that the bushing body is provided with at least one latching element , which is configured to engage in a counter latching element configured on the connector (1, 1', 1", 5) in order at least temporarily to connect the bushing body and the connector (1, 1', 1", 5) captively to one another.
A faceplate for an angle of attack sensor comprising: a heated chassis having an annular heater positioned on the heated chassis; a mounting plate positioned on the heated chassis and including: a first opening at a center of the mounting plate ; and mounting holes located around a periphery of the mounting plate and extending through the mounting plate ; and an air gap located between the mounting plate and the heated chassis ; wherein the heated chassis includes an annular space in the heated chassis that extends around the heated chassis and into the heated chassis from an exterior surface of the heated chassis to form an internal chamber between the heated chassis and the mounting plate. a heated chassis having an annular heater positioned on the heated chassis; a mounting plate positioned on the heated chassis and including: a first opening at a center of the mounting plate ; and mounting holes located around a periphery of the mounting plate and extending through the mounting plate ; and a first opening at a center of the mounting plate ; and mounting holes located around a periphery of the mounting plate and extending through the mounting plate ; and an air gap located between the mounting plate and the heated chassis ; wherein the heated chassis includes an annular space in the heated chassis that extends around the heated chassis and into the heated chassis from an exterior surface of the heated chassis to form an internal chamber between the heated chassis and the mounting plate.
A stationary phase functionalized with cations selected from the group consisting of nickel and aluminium, and characterized in that it has a positive net charge between 30 and 80 mV; said stationary phase consisting of magnetic or non-magnetic particles of micrometric or nanometric size; wherein the stationary phase is selected from the group consisting of agarose or silicon beads, whether magnetic or non-magnetic, alginate salt matrices, polymers for Immobilized Metal ion Affinity Chromatography (IMAC), nickel chelate acceptor beads, anionic or carbon styrene polymers.