mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil component for a gas turbine engine comprising: a platform joined to an airfoil , the platform including a flow path surface extending between spaced apart lateral surfaces , the airfoil extending from the flow path surface , and a contoured surface adjoining the flow path surface and one of the lateral surfaces ; a cooling passage ; cooling holes extending through the contoured surface and being in fluid communication with the cooling passage , the airfoil component being a stator vane, characterised in that a thermal barrier coating is provided on the flow path surface and the contoured surface , and the cooling holes extend through the thermal barrier coating . a platform joined to an airfoil , the platform including a flow path surface extending between spaced apart lateral surfaces , the airfoil extending from the flow path surface , and a contoured surface adjoining the flow path surface and one of the lateral surfaces ; a cooling passage ; cooling holes extending through the contoured surface and being in fluid communication with the cooling passage , the airfoil component being a stator vane, characterised in that a thermal barrier coating is provided on the flow path surface and the contoured surface , and the cooling holes extend through the thermal barrier coating .
A lower vehicle body structure comprising: suspension components; and a cross member including a pair of part cross members connected to the suspension components and a reinforcing part coaxially connected between the pair of part cross members , the lower vehicle body structure characterized by further comprising: four body mounts ; and two connection members directly connecting each of two body mounts among the four body mounts and the reinforcing part , wherein a minimum sheet thickness of the reinforcing part at connection positions with respect to the pair of part cross members is 1.6 times or more an average sheet thickness at connection ends of the pair of part cross members with respect to the reinforcing part . suspension components; and a cross member including a pair of part cross members connected to the suspension components and a reinforcing part coaxially connected between the pair of part cross members , the lower vehicle body structure characterized by further comprising: four body mounts ; and two connection members directly connecting each of two body mounts among the four body mounts and the reinforcing part , wherein a minimum sheet thickness of the reinforcing part at connection positions with respect to the pair of part cross members is 1.6 times or more an average sheet thickness at connection ends of the pair of part cross members with respect to the reinforcing part . four body mounts ; and two connection members directly connecting each of two body mounts among the four body mounts and the reinforcing part , wherein a minimum sheet thickness of the reinforcing part at connection positions with respect to the pair of part cross members is 1.6 times or more an average sheet thickness at connection ends of the pair of part cross members with respect to the reinforcing part .
A moving part for a tool for a medical treatment, in particular for a dental treatment, the tool comprising - a handpiece having a vibration source , - the moving part , performing, in a vibrating state, a vibration movement, in particular an ultrasound movement, along a vibration direction (VD), and - a tool tip , in particular a scaler tip, being configured to be connected to the moving part at an interface section , wherein the moving part is configured to be connected to a sonotrode or horn of the handpiece by a screwing mechanism and the tool tip is configured to be connected to the moving part by a frictional connection, in particular by a press fit connection, and/or by a form fitting connection characterized in that the moving part includes a cylinder - like section in an interface section , wherein the cylinder-like section comprises a recess for receiving the tool tip . - a handpiece having a vibration source , - the moving part , performing, in a vibrating state, a vibration movement, in particular an ultrasound movement, along a vibration direction (VD), and - a tool tip , in particular a scaler tip, being configured to be connected to the moving part at an interface section ,
Arrangement for measuring a hydrocarbon concentration of a gas flow in a line , comprising: - at least one sensor (101; 200) for measuring a hydrocarbon concentration, wherein the sensor (101; 200) has at least one heating element for heating a gas flow and at least one temperature sensor and at least one further temperature sensor , and in which arrangement the at least one heating element is arranged between the temperature sensor and the further temperature sensor , wherein the at least one sensor (101; 200) comprises an evaluating circuit, which is set up for determining the sum of the temperatures of the at least one temperature sensor and the at least one further temperature sensor , characterized in that the at least one sensor is set back with respect to the line , wherein the sensor is arranged in a sensor chamber , and wherein the gas in the sensor chamber has as far as possible no flow velocity, and in that the evaluating circuit is set up for determining the hydrocarbon concentration in dependence on the heating capacity of the at least one heating element and the sum determined. - at least one sensor (101; 200) for measuring a hydrocarbon concentration, wherein the sensor (101; 200) has at least one heating element for heating a gas flow and at least one temperature sensor and at least one further temperature sensor , and in which arrangement the at least one heating element is arranged between the temperature sensor and the further temperature sensor , wherein the at least one sensor (101; 200) comprises an evaluating circuit, which is set up for determining the sum of the temperatures of the at least one temperature sensor and the at least one further temperature sensor , characterized in that the at least one sensor is set back with respect to the line , wherein the sensor is arranged in a sensor chamber , and wherein the gas in the sensor chamber has as far as possible no flow velocity, and in that the evaluating circuit is set up for determining the hydrocarbon concentration in dependence on the heating capacity of the at least one heating element and the sum determined.
A machining device for machining workpieces made of wood, wood materials, plastics material or the like, having a workpiece holder for holding a workpiece during machining, having a guide means for the displaceable guiding of a tool slide for holding and moving a tool , wherein the workpiece holder and/or the guide means are displaceable by means of displacement means in order to create a relative movement in a machining direction between the workpiece and the tool for machining the workpiece , wherein the tool slide is arranged in a displaceable manner on one side of the guide means and the tool slide bears two tools alongside one another on one side of the guide means and in the machining direction of the workpiece , wherein the two tools are movable together in a first direction perpendicular to the machining direction by means of the tool slide and wherein at least one of the tools or both tools is or are each arranged on a secondary slide , wherein the secondary slide(s) is or are arranged on the tool slide such that the tool is movable in a second direction perpendicular to the first direction and perpendicular to the machining direction , and characterised in that at least one of the tools or both tools is or are each arranged on a secondary slide , wherein the secondary slide (s) is or are arranged on the tool slide such that the tool is movable in the first direction .
A system comprising: an earphone comprising: a first earplug , a processor, a wireless interface, at least one sensor , a battery , a memory, and a speaker ; and an electronic device separate from the earphone and in communication with the earphone via the wireless interface; wherein the electronic device is configured to transmit an audio file to the earphone for storage in the memory; the processor of the earphone is configured to cause the speaker to play the audio stored in the memory in a loop; the electronic device and the processor of the earphone do not operate the wireless interface continuously by streaming audio files after the audio file is stored in the memory; characterised in that : the sensor is arranged for detecting data indicative of a stage of sleep of a user of the earphone, and based on the detected data, the earphone is configured to cause an alarm to sound to wake up the user during a lighter phase of sleep by using an accelerometer comprised in the sensor and arranged for tracking head movements of the user during sleep. a first earplug , a processor, a wireless interface, at least one sensor , a battery , a memory, and a speaker ; and an electronic device separate from the earphone and in communication with the earphone via the wireless interface; wherein the electronic device is configured to transmit an audio file to the earphone for storage in the memory; the processor of the earphone is configured to cause the speaker to play the audio stored in the memory in a loop; the electronic device and the processor of the earphone do not operate the wireless interface continuously by streaming audio files after the audio file is stored in the memory; characterised in that : the sensor is arranged for detecting data indicative of a stage of sleep of a user of the earphone, and based on the detected data, the earphone is configured to cause an alarm to sound to wake up the user during a lighter phase of sleep by using an accelerometer comprised in the sensor and arranged for tracking head movements of the user during sleep.
A method for authentication of an object or a person through a security element individually assigned to the object or person having multiple security features for authentication of the object or the person, wherein at least one security feature of the security element is changeable between two enquiry time-points and the visual appearance or a property of the security element is stored in a central database as reference feature for comparison, wherein the security element is composed of a plurality of changeable modules having a plurality of surfaces, wherein at least a part of the modules has specific security features, wherein at the time of query the visual appearance or a characteristic of the modified security element is detected and compared for authentication of the object or person with the reference feature stored in the database, characterized in that the security element undergoes a dynamic change process between two enquiry time-points, in which either at least one security feature of a module is changed, or individual or all modules are combined into a new, modified security element.
Horological movement , for a timepiece , comprising a first side intended to be visible through a first glass of the timepiece and a second side intended to be visible through a second glass of the timepiece , the horological movement comprising at least one driving wheel, intended to drive a current time display organ , and a display wheel for an additional quantity intended to be displayed on said first and second sides of the horological movement , characterized in that said display wheel drives a display organ for said additional quantity, of generally substantially flat form and bearing at least one first indication relating to said additional quantity on a first of its two faces and at least one additional indication relating to said additional quantity on its second face , said display organ for said additional quantity being arranged in such a way that said additional quantity is displayed simultaneously on said first and second sides of the horological movement .
Corona shielding material comprising a matrix and filler, wherein the filler is present as a blend of doped and undoped SiC particles of the same particle size distribution and the resistance in the corona shielding material can be set by the quantity of doped particles in the blend.
An isolated recombinant analogue of a flavivirus E-protein fusion loop of SEQ ID NO: 1, said analogue comprising at least one glycosylation site for an N-linked glycan that is not present in a natural flavivirus E-protein fusion loop sequence of SEQ ID NO: 1, wherein the at least one glycosylation site is an N-linked glycosylation sequon Asn-X-Ser/Thr substituted such that the Asn (N) residue of the sequon occupies any of positions 98-110 DRGWGNGCGLFGK of the natural flavivirus E-protein fusion loop amino acid sequence of SEQ ID NO: 1, wherein X is any amino acid residue except proline and Ser/Thr denotes a serine or threonine residue.
A fluid driving device comprising: a vibration unit ; a signal transmission layer comprising a first conductive zone and a second conductive zone ; a piezoelectric element comprising a first electrode and a second electrode electrically isolated from each other, the first electrode of the piezoelectric element being electrically connected to the first conductive zone of the signal transmission layer , the second electrode of the piezoelectric element being electrically connected to the second conductive zone of the signal transmission layer ; and a plane unit having at least one hole , the signal transmission layer , the piezoelectric element , and the plane unit being respectively located on one side of the vibration unit and sequentially stacked together. a vibration unit ; a signal transmission layer comprising a first conductive zone and a second conductive zone ; a piezoelectric element comprising a first electrode and a second electrode electrically isolated from each other, the first electrode of the piezoelectric element being electrically connected to the first conductive zone of the signal transmission layer , the second electrode of the piezoelectric element being electrically connected to the second conductive zone of the signal transmission layer ; and a plane unit having at least one hole , the signal transmission layer , the piezoelectric element , and the plane unit being respectively located on one side of the vibration unit and sequentially stacked together.
Electric machine with a rotor which has a hollow shaft , which, in its interior, delimits a hollow shaft axial channel which extends in the axial direction, and into which a cooling fluid can flow during operation of the electric machine ; a rotor laminated core which is attached radially on the outside to the hollow shaft and has two axial end sides ; and an axial channel which is delimited by the rotor laminated core , extends in the axial direction from the one of the two end sides of the rotor laminated core to the other one of the two end sides of the rotor laminated core , and is connected in a fluid-conducting manner to the hollow shaft axial channel , with the result that, during operation of the electric machine , the cooling fluid can flow from the hollow shaft axial channel via the axial channel in the end sides , and can flow radially to the outside as a result of centrifugal force downstream of the axial channel , the rotor having a radial channel , via which the axial channel is connected in a fluid-conducting manner to the hollow shaft axial channel , and the rotor laminated core having at least one projection which protrudes from the radial inner side of the rotor laminated core , characterized in that the hollow shaft has at least one cut-out which is made in the radial outer side of the hollow shaft , the projection engaging into the cut-out, and in that the radial channel extends within the projection.
A zirconium alloy, comprising: 1.1 to 1.2 wt% of Nb, 0.01 to 0.2 wt% of P, 0.2 to 0.3 wt% of Fe, optionally 0.01 to 0.15 wt% of Ta, and a balance of Zr. 1.1 to 1.2 wt% of Nb, 0.01 to 0.2 wt% of P, 0.2 to 0.3 wt% of Fe, optionally 0.01 to 0.15 wt% of Ta, and a balance of Zr.
An integrated electrical machine and power electronics converter arrangement , comprising: an electrical machine comprising one or more windings; a power electronics converter arranged to supply current to or receive current from the one or more windings of the electrical machine; a magnetocaloric effect, MCE, material in thermal contact with the power electronics converter; and a heat sink for removing heat from the MCE material, wherein the MCE material is arranged in proximity to the one or more windings of the electrical machine whereby, in use, stray magnetic flux from the windings of the electrical machine passes through the MCE material. an electrical machine comprising one or more windings; a power electronics converter arranged to supply current to or receive current from the one or more windings of the electrical machine; a magnetocaloric effect, MCE, material in thermal contact with the power electronics converter; and a heat sink for removing heat from the MCE material, wherein the MCE material is arranged in proximity to the one or more windings of the electrical machine whereby, in use, stray magnetic flux from the windings of the electrical machine passes through the MCE material.
A coextruded anti-odour, multilayer, packaging film comprising at least a first outer sealant layer (a); an optional inner gas barrier layer (b); a second outer layer (c); and an inner anti-odour layer (d) placed between the sealant layer (a) and the optional barrier layer (b), wherein said anti-odour layer (d) comprises at least an anti-odour compound selected among metals , metal ionomers and their blends, in which said metal is selected among magnesium, calcium, copper, iron, cerium, zinc and lithium, zinc salts of organic acids of formula I (RCOO) 2 Zn I in which R represents a linear or branched, saturated or unsaturated C3-C21 alkyl group and their blends, and optionally, at least a polymer selected among polyolefins, polyolefin derivatives, polyesters, polyamides or their blends, wherein the content by weight of metal ionomers in the anti-odour layer(s) (d) is at most 90%. a first outer sealant layer (a); an optional inner gas barrier layer (b); a second outer layer (c); and an inner anti-odour layer (d) placed between the sealant layer (a) and the optional barrier layer (b), wherein said anti-odour layer (d) comprises at least an anti-odour compound selected among metals , metal ionomers and their blends, in which said metal is selected among magnesium, calcium, copper, iron, cerium, zinc and lithium, zinc salts of organic acids of formula I (RCOO) 2 Zn I in which R represents a linear or branched, saturated or unsaturated C3-C21 alkyl group and their blends, and optionally, at least a polymer selected among polyolefins, polyolefin derivatives, polyesters, polyamides or their blends, wherein the content by weight of metal ionomers in the anti-odour layer(s) (d) is at most 90%.
A network node configured to communicate with a wireless device, WD , the network node comprising processing circuitry configured to: configure the WD with a transmission and reception point indicator, TRPI, field, the TRPI field indicating one or both of a first TRP and a second TRP to which a physical uplink shared channel, PUSCH, is to be transmitted, the TRPI field indicating which of a plurality of sounding reference signals, SRS, of an SRS resource set is enabled for the indicated one or both TRPs; and schedule, by sending a downlink control information, DCI, to the WD , a PUSCH transmission by the WD in at least one PUSCH transmission occasion associated with the one or both of the first TRP and the second TRP. configure the WD with a transmission and reception point indicator, TRPI, field, the TRPI field indicating one or both of a first TRP and a second TRP to which a physical uplink shared channel, PUSCH, is to be transmitted, the TRPI field indicating which of a plurality of sounding reference signals, SRS, of an SRS resource set is enabled for the indicated one or both TRPs; and schedule, by sending a downlink control information, DCI, to the WD , a PUSCH transmission by the WD in at least one PUSCH transmission occasion associated with the one or both of the first TRP and the second TRP.
Household cooking appliance with a cooking space and a microwave apparatus for feeding microwaves (MW) into the cooking space , wherein - the microwave apparatus has a feed chamber (5; 15; 20; 24) arranged outside of the cooking space , - a microwave line projects into the feed chamber (5; 15; 20; 24) and - the feed chamber (5; 15; 20; 24) opens into the cooking space through at least one emission opening , characterised in that - the microwave line is connected galvanically to an electrically conductive wall region of the feed chamber (5; 15; 20; 24) which restricts the emission opening , - the at least one emission opening is excited resonantly by the microwaves (MW) and - the feed chamber (5; 15; 20; 24) is a chamber which is non-resonant for the microwaves (MW). - the microwave apparatus has a feed chamber (5; 15; 20; 24) arranged outside of the cooking space , - a microwave line projects into the feed chamber (5; 15; 20; 24) and - the feed chamber (5; 15; 20; 24) opens into the cooking space through at least one emission opening , characterised in that - the microwave line is connected galvanically to an electrically conductive wall region of the feed chamber (5; 15; 20; 24) which restricts the emission opening , - the at least one emission opening is excited resonantly by the microwaves (MW) and - the feed chamber (5; 15; 20; 24) is a chamber which is non-resonant for the microwaves (MW).
A method of measuring an analyte using a liquid medium acoustic wave sensor having a sensing surface and being an acoustic wave sensor which supports an acoustic wave that can propagate when the sensing surface of the acoustic wave sensor is in contact with a liquid, having a sensing surface , the method comprising adhering an analyte in a sample to the sensing surface through a single attachment point and adhering a label to the analyte and the surface such that the label binds discretely to the sensing surface, so that said label is adhered to the sensing surface through a single analyte, the label comprising a label body which is thereby anchored to the sensing surface with an anchor length of 5-250nm, making a first measurement of the amplitude or dissipation of an acoustic wave generated by the liquid medium acoustic wave sensor before the label adheres to the surface; and making a second measurement of the amplitude or dissipation after the label adheres to the surface; and determining either or both the presence and amount of analyte from the change in the said amplitude or dissipation between the said first and second measurements, wherein the label has a dissipative capacity, being the ratio of the change in the energy losses of an acoustic wave generated by the liquid medium acoustic wave sensor to the change in the frequency or phase of the acoustic wave generated by the liquid medium acoustic wave sensor, due to the binding of the analyte or label to the sensing surface, which is at least 10% greater than that of the analyte.