mhurhangee/patent-ind-claim-en huggingface dataset:
A near-field communication data carrier adapted to be mounted in a metal object having a receiving portion , comprising: a housing adapted to be mounted in the receiving portion , wherein the maximum diameter of the housing is not more than 10 mm, while the maximum height of the housing is not more than 10 mm; and an electronic assembly provided in the housing and including a circuit board , a near-field communication chip , and a coil set, wherein the circuit board has a first side and a second side opposite to the first side ; the near-field communication chip is provided on the first side of the circuit board ; and the coil set is provided on the second side of the circuit board and includes a magnetic core and a coil , which is wound around the magnetic core and is electrically connected to the near-field communication chip , wherein the housing has a first end and a second end opposite to the first end and is received in the receiving portion by a direction that the second end is oriented to the receiving portion ; the near-field communication data carrier is characterized in that : the electronic assembly is provided in the housing in a tilted manner; and the first side of the circuit board is oriented to the first end , wherein the housing has a normal line (L1) passing through the first end and the second end ; and an angle (Θ) between a surface of the first side of the circuit board and the normal line (L1) is 15 degree to 45 degree. a housing adapted to be mounted in the receiving portion , wherein the maximum diameter of the housing is not more than 10 mm, while the maximum height of the housing is not more than 10 mm; and an electronic assembly provided in the housing and including a circuit board , a near-field communication chip , and a coil set, wherein the circuit board has a first side and a second side opposite to the first side ; the near-field communication chip is provided on the first side of the circuit board ; and the coil set is provided on the second side of the circuit board and includes a magnetic core and a coil , which is wound around the magnetic core and is electrically connected to the near-field communication chip , wherein the housing has a first end and a second end opposite to the first end and is received in the receiving portion by a direction that the second end is oriented to the receiving portion ; the near-field communication data carrier is characterized in that : the electronic assembly is provided in the housing in a tilted manner; and the first side of the circuit board is oriented to the first end , wherein the housing has a normal line (L1) passing through the first end and the second end ; and an angle (Θ) between a surface of the first side of the circuit board and the normal line (L1) is 15 degree to 45 degree.
A solenoid valve , for example for use in a fire sprinkler system, comprising: - a valve housing with an inlet port and outlet port and a flow passage extending there between; - a valve core that is moveable in a longitudinal direction between a first position and second position to control medium flow between the ports , which valve core is biased towards its first position, and which valve core comprises an operator part ; - a solenoid associated with the valve core for moving the valve core towards its second position in dependence of the solenoid being energized; and - a manually operable override with a latch handle that is movable between an unlatched position and latched position, which latch handle comprises a profile for, in the latched position, latching the valve core in its second position by having the profile block the operator part in the longitudinal direction , and which latch handle is biased towards its latched position, preferably by means of gravitational forces acting upon it, characterized in that, the profile comprises a recessed hook portion for, in the unlatched position of the latch handle , abutting sideways against the operator part for limiting the latch handle to move towards its latched position, wherein the override further comprises a release handle that is movably connected to the latch handle from a starting position towards a release position for forcing the operator part to slide along the hook portion in the longitudinal direction until the hook portion no longer abuts sideways against the operator part and releases the biased latch handle . - a valve housing with an inlet port and outlet port and a flow passage extending there between; - a valve core that is moveable in a longitudinal direction between a first position and second position to control medium flow between the ports , which valve core is biased towards its first position, and which valve core comprises an operator part ; - a solenoid associated with the valve core for moving the valve core towards its second position in dependence of the solenoid being energized; and - a manually operable override with a latch handle that is movable between an unlatched position and latched position,
A method of producing a carbon material comprising single walled carbon nanotubes and modified with chlorine, characterized in that the method comprises the following steps performed sequentially: (a) reacting carbon material (I) comprising single walled carbon nanotubes with an iron chloride solution having a concentration of at least 0.1 M, (b) separating wet carbon material from an iron chloride solution, (c) thermally treating wet carbon material, simultaneously evaporating the solution and drying the carbon material to the desired moisture content. (a) reacting carbon material (I) comprising single walled carbon nanotubes with an iron chloride solution having a concentration of at least 0.1 M, (b) separating wet carbon material from an iron chloride solution, (c) thermally treating wet carbon material, simultaneously evaporating the solution and drying the carbon material to the desired moisture content.
A sheet product supplying apparatus for supplying a plurality of sheet products one by one, the apparatus comprising: a feeding conveyor by which the sheet products stacked with each other in a shifted state are fed; an additional conveyor disposed on upper side of the feeding conveyor and extending in a feeding direction of the sheet products; a sensor by which a front end of the sheet product is detected; characterized by a control device connected to the feeding conveyor , the additional conveyor and the sensor to control the feeding conveyor and the additional conveyor based on detection signal from the sensor , the feeding conveyor being stopped by the control device so that a first sheet product is gripped between the additional conveyor and the feeding conveyor at a downstream end of the additional conveyor , the feeding conveyor being subsequently reversed by the control device so that subsequent sheet products are moved back by the feeding conveyor to be separated from the first sheet product, the additional conveyor being subsequently driven by the control device so that the first sheet product is supplied by and downstream of the additional conveyor , the feeding conveyor being subsequently driven by the control device so that the subsequent sheet products are fed by the feeding conveyor . a feeding conveyor by which the sheet products stacked with each other in a shifted state are fed; an additional conveyor disposed on upper side of the feeding conveyor and extending in a feeding direction of the sheet products; a sensor by which a front end of the sheet product is detected; characterized by a control device connected to the feeding conveyor , the additional conveyor and the sensor to control the feeding conveyor and the additional conveyor based on detection signal from the sensor , the feeding conveyor being stopped by the control device so that a first sheet product is gripped between the additional conveyor and the feeding conveyor at a downstream end of the additional conveyor , the feeding conveyor being subsequently reversed by the control device so that subsequent sheet products are moved back by the feeding conveyor to be separated from the first sheet product, the additional conveyor being subsequently driven by the control device so that the first sheet product is supplied by and downstream of the additional conveyor , the feeding conveyor being subsequently driven by the control device so that the subsequent sheet products are fed by the feeding conveyor .
A method of displaying an image showing an object, the method comprising: displaying a model corresponding to the object by projecting a 3D shape of the object onto a plane; receiving a user input for selecting, from the model, a region of interest (ROI) included in the object; and displaying an image showing the ROI based on the user input; wherein the receiving of the user input comprises: receiving a user input for selecting two different points in the model, generating a vector between the two different points, based on the received user input for selecting two different points in the model, identifying a cross-section of the object corresponding to the vector, setting the cross-section of the object as the ROI, wherein the identifying of the cross-section comprises identifying at least one of a first cross-section including the vector and a second cross-section which is orthogonal to the vector. displaying a model corresponding to the object by projecting a 3D shape of the object onto a plane; receiving a user input for selecting, from the model, a region of interest (ROI) included in the object; and displaying an image showing the ROI based on the user input; wherein the receiving of the user input comprises: receiving a user input for selecting two different points in the model, generating a vector between the two different points, based on the received user input for selecting two different points in the model, identifying a cross-section of the object corresponding to the vector, setting the cross-section of the object as the ROI, wherein the identifying of the cross-section comprises identifying at least one of a first cross-section including the vector and a second cross-section which is orthogonal to the vector. receiving a user input for selecting two different points in the model, generating a vector between the two different points, based on the received user input for selecting two different points in the model, identifying a cross-section of the object corresponding to the vector, setting the cross-section of the object as the ROI, wherein the identifying of the cross-section comprises identifying at least one of a first cross-section including the vector and a second cross-section which is orthogonal to the vector.
A glass substrate one face of which is coated in succession with a first layer of a first metallic enamel which is not uniform over the entire surface, but follows a pattern, then with a second layer of a second metallic enamel of a thickness that is substantially uniform over the full face, then with an opacifying third layer, each metallic enamel containing metallic particles.
An evaporator for a household food handling appliance (H), having - a receiving space (R) for liquid (W) to be evaporated which has an electrical heating unit and - a fill level sensor for determining a fill level (L) of the liquid (W) in the receiving space (R), which is a sensor which operates in a contactless manner and generates an electromagnetic field in the receiving space (R), characterised in that - the fill level sensor is arranged on an exterior face of a housing wall which delimits the receiving space (R) and - a temperature sensor is arranged on the fill level sensor . - a receiving space (R) for liquid (W) to be evaporated which has an electrical heating unit and - a fill level sensor for determining a fill level (L) of the liquid (W) in the receiving space (R), which is a sensor which operates in a contactless manner and generates an electromagnetic field in the receiving space (R), characterised in that - the fill level sensor is arranged on an exterior face of a housing wall which delimits the receiving space (R) and - a temperature sensor is arranged on the fill level sensor .
An apparatus, for collecting and transporting urine away from the body of a male person or animal, the apparatus comprising: a fluid impermeable casing defining an opening , an interior region, and a fluid outlet ; a fluid permeable support defining a reservoir , the support disposed within the interior region; a fluid permeable membrane disposed on the support and covering at least a portion of the support, the fluid permeable membrane at least partially defining a cavity; a tube having a first end disposed in the reservoir and extending through the fluid outlet to a second, fluid discharge end; wherein the apparatus is configured to be disposed with a user's penis disposed through the opening and with the urethral opening of the penis disposed within the cavity, to receive urine discharged from the urethral opening through the membrane, the support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the tube and out of the fluid discharge end of the tube; the apparatus characterized in that the fluid impermeable casing is bowl-shaped and in that the fluid permeable support is configured to maintain the permeable membrane in a particular shape. a fluid impermeable casing defining an opening , an interior region, and a fluid outlet ; a fluid permeable support defining a reservoir , the support disposed within the interior region; a fluid permeable membrane disposed on the support and covering at least a portion of the support, the fluid permeable membrane at least partially defining a cavity; a tube having a first end disposed in the reservoir and extending through the fluid outlet to a second, fluid discharge end; wherein the apparatus is configured to be disposed with a user's penis disposed through the opening and with the urethral opening of the penis disposed within the cavity, to receive urine discharged from the urethral opening through the membrane, the support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the tube and out of the fluid discharge end of the tube; the apparatus characterized in that the fluid impermeable casing is bowl-shaped and in that the fluid permeable support is configured to maintain the permeable membrane in a particular shape.
A method of detecting an amount of a lentiviral nucleic acid in a sample, wherein the lentiviral nucleic acid comprises a deletion or mutation within the U3 region of the 3'LTR of the nucleic acid relative to the corresponding wild-type sequence, wherein the mutation prevents the LTR sequences from driving expression of a downstream gene, comprising: (a) contacting the sample with a first forward primer and a first reverse primer; (b) contacting the sample with a junction probe specific for a junction site within the 3' LTR of the lentiviral nucleic acid, wherein the junction probe comprises a first portion which is capable of hybridizing to at least a portion of a sequence within the U3 region of the lentiviral nucleic acid 3'LTR and a second portion which is capable of hybridizing to at least a portion of a sequence within the R region of the lentiviral nucleic acid 3 'LTR, wherein the junction probe is not capable of hybridizing to the corresponding wild-type sequence, and wherein the junction probe comprises a first detectable moiety; and (c) detecting signals from the first detectable moiety.
Procedure for the production of a temperature sensor for use at temperatures above approximately 200 °C, said sensor having at least a temperature sensor element with at least a partially metalized side and a housing wall of a housing, said procedure comprising at least the following steps: - Application of a connecting layer on the housing wall , said layer comprising at least gold, silver and/or palladium; - Application of a silver sintering paste ; - Arrangement of the temperature sensor element on the housing wall in such a way that the temperature sensor element is connected, with the at least partially metalized side, to the housing wall via the connecting layer and the silver paste layer ; - Sintering of the silver sintering paste layer to connect the temperature sensor element to the housing wall . - Application of a connecting layer on the housing wall , said layer comprising at least gold, silver and/or palladium; - Application of a silver sintering paste ; - Arrangement of the temperature sensor element on the housing wall in such a way that the temperature sensor element is connected, with the at least partially metalized side, to the housing wall via the connecting layer and the silver paste layer ; - Sintering of the silver sintering paste layer to connect the temperature sensor element to the housing wall .
An audio signal processing method, comprising: receiving N channels of observed signals collected by a microphone array, and performing blind source separation on the N channels of observed signals to obtain M channels of source signals and M demixing matrices, wherein the M channels of source signals are in a one-to-one correspondence with the M demixing matrices, N is an integer greater than or equal to 2, and M is an integer greater than or equal to 1; obtaining a spatial characteristic matrix corresponding to the N channels of observed signals, wherein the spatial characteristic matrix is used to represent a correlation between the N channels of observed signals; obtaining a preset audio feature of each of the M channels of source signals; the method being characterized by determining, based on the preset audio feature of each channel of source signal, the M demixing matrices, and the spatial characteristic matrix, a speaker quantity and a speaker identity corresponding to the N channels of observed signals. receiving N channels of observed signals collected by a microphone array, and performing blind source separation on the N channels of observed signals to obtain M channels of source signals and M demixing matrices, wherein the M channels of source signals are in a one-to-one correspondence with the M demixing matrices, N is an integer greater than or equal to 2, and M is an integer greater than or equal to 1; obtaining a spatial characteristic matrix corresponding to the N channels of observed signals, wherein the spatial characteristic matrix is used to represent a correlation between the N channels of observed signals; obtaining a preset audio feature of each of the M channels of source signals; the method being characterized by determining, based on the preset audio feature of each channel of source signal, the M demixing matrices, and the spatial characteristic matrix, a speaker quantity and a speaker identity corresponding to the N channels of observed signals.
A foreground element display method , applied to an electronic device, wherein the method comprises: displaying a first interface, wherein the first interface comprises a first foreground element and a first background element, and the first foreground element has a first display effect; and receiving a first operation of a user, and displaying a second interface, wherein the second interface comprises the first foreground element and a second background element; and when a similarity between a color of the first foreground element and a color of the second background element is greater than or equal to a first preset threshold, the first foreground element has a second display effect, and the first display effect is different from the second display effect, wherein complementary color processing is performed on the foreground element, and blur processing is performed on the first foreground element on which the complementary color processing is performed, and wherein the first foreground element on which the blur processing is performed and the first foreground element on which no processing is performed are superimposed to obtain the first foreground element having the second display effect; or when a similarity between a color of the first foreground element and a color of the second background element is less than a first preset threshold, the first foreground element has the first display effect. displaying a first interface, wherein the first interface comprises a first foreground element and a first background element, and the first foreground element has a first display effect; and receiving a first operation of a user, and displaying a second interface, wherein the second interface comprises the first foreground element and a second background element; and when a similarity between a color of the first foreground element and a color of the second background element is greater than or equal to a first preset threshold, the first foreground element has a second display effect, and the first display effect is different from the second display effect, wherein complementary color processing is performed on the foreground element, and blur processing is performed on the first foreground element on which the complementary color processing is performed, and wherein the first foreground element on which the blur processing is performed and the first foreground element on which no processing is performed are superimposed to obtain the first foreground element having the second display effect; or when a similarity between a color of the first foreground element and a color of the second background element is less than a first preset threshold, the first foreground element has the first display effect.
A fuel cell system , wherein the fuel cell system comprises a solid oxide fuel cell which generates a power by receiving a supply of an anode gas and a cathode gas, the system further comprising: a fuel tank to store a liquid fuel which is to become the anode gas, an anode supply path connecting the fuel tank and an anode electrode of the fuel cell , and a control unit , characterized by an exhaust gas burner to burn an anode off-gas and a cathode off-gas, both gases been discharged from the fuel cell , a collector which is communicated to the fuel tank and collects the fuel which is vaporized in the fuel tank , and a fuel supply path which connects the collector with the exhaust gas burner ; wherein when the fuel cell system is stopped, the fuel collected by the collector is supplied to the exhaust gas burner via the fuel supply path. a fuel tank to store a liquid fuel which is to become the anode gas, an anode supply path connecting the fuel tank and an anode electrode of the fuel cell , and a control unit , characterized by an exhaust gas burner to burn an anode off-gas and a cathode off-gas, both gases been discharged from the fuel cell , a collector which is communicated to the fuel tank and collects the fuel which is vaporized in the fuel tank , and a fuel supply path which connects the collector with the exhaust gas burner ; wherein when the fuel cell system is stopped, the fuel collected by the collector is supplied to the exhaust gas burner via the fuel supply path.
Lighting device , in particular for a motor vehicle , comprising: - a transparent or translucent screen ; - a lighting module able to project a light beam onto the screen ; characterized in that the screen comprises a first diffusive area (14.1) and a second non-diffusive area (14.2), such that a first part of the light beam, projected onto the first area (14.1), is diffused by the screen and that a second part of said beam is transmitted by said screen to an external projection surface . - a transparent or translucent screen ; - a lighting module able to project a light beam onto the screen ;