mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical bushing for medium and high voltage, the bushing comprising: a dielectric bushing main body; a conductor extending through the bushing main body and being electrically insulated by the bushing main body; at least a conductive foil concentrically arranged around the conductor along at least a part of its length; and a barrier layer at least partially covering an edge region of said conductive foil , wherein the barrier layer has a dielectric strength greater than the dielectric strength of the dielectric bushing main body and wherein the barrier layer is a tape-like layer applied to the edge region of the conductive foil , wherein the tape-like layer comprises a functional layer and an adhesive layer covering at least in part said functional layer, wherein the adhesive layer is present on both sides of the functional layer, and wherein the edge region of the conductive foil comprises an outer edge surface and an inner edge surface , the barrier layer at least partially covering both the outer edge surface and the inner edge surface , characterized in that the barrier layer has a dielectric strength greater than 150 kV/mm and comprises two separated sublayers sandwiching the edge region of the conductive foil . a dielectric bushing main body; a conductor extending through the bushing main body and being electrically insulated by the bushing main body; at least a conductive foil concentrically arranged around the conductor along at least a part of its length; and a barrier layer at least partially covering an edge region of said conductive foil , wherein the barrier layer has a dielectric strength greater than the dielectric strength of the dielectric bushing main body and wherein the barrier layer is a tape-like layer applied to the edge region of the conductive foil , wherein the tape-like layer comprises a functional layer and an adhesive layer covering at least in part said functional layer, wherein the adhesive layer is present on both sides of the functional layer, and wherein the edge region of the conductive foil comprises an outer edge surface and an inner edge surface , the barrier layer at least partially covering both the outer edge surface and the inner edge surface , characterized in that the barrier layer has a dielectric strength greater than 150 kV/mm and comprises two separated sublayers sandwiching the edge region of the conductive foil .
A haircut recording method comprising the following steps: - providing a hair property measurement unit , particularly a hair length measurement unit, - arranging the measurement unit adjacent to a haired portion , - detecting an actual position of the measurement unit , - detecting a hair property value of interest, particularly a hair length representing value, - recording a present haircut, including: - tracking the actual position of the measurement unit , - assigning detected hair property values to position values, - deducing a condition parameter, particularly a quality parameter, and - providing user feedback based on the deduced condition parameter. - providing a hair property measurement unit , particularly a hair length measurement unit, - arranging the measurement unit adjacent to a haired portion , - detecting an actual position of the measurement unit , - detecting a hair property value of interest, particularly a hair length representing value, - recording a present haircut, including: - tracking the actual position of the measurement unit , - assigning detected hair property values to position values, - deducing a condition parameter, particularly a quality parameter, and - providing user feedback based on the deduced condition parameter. - tracking the actual position of the measurement unit , - assigning detected hair property values to position values, - deducing a condition parameter, particularly a quality parameter, and - providing user feedback based on the deduced condition parameter.
A surveillance method for a mobile telecommunications terminal having an integrated circuit of the eUICC or eSIM card type, a plurality of subscription profiles being stored in the integrated circuit, and the surveillance method comprising the following steps: - when a first order to change the subscription profile is received following the initialization of the card type integrated circuit eUICC or eSIM, start a timer; - measure a predetermined time using the timer; • incrementing a counter each time a new change of subscription profile order is received; • determining a number of change of subscription profile orders received during the predetermined duration; and • if the number of change of subscription profile orders received during the predetermined duration is greater than a predetermined threshold, deducing therefrom that operation of the mobile telecommunications terminal is suspect and sending a warning message to a user of the mobile telecommunications terminal, the predetermined duration and the predetermined threshold are configurable by the user. - when a first order to change the subscription profile is received following the initialization of the card type integrated circuit eUICC or eSIM, start a timer; - measure a predetermined time using the timer; • incrementing a counter each time a new change of subscription profile order is received; • determining a number of change of subscription profile orders received during the predetermined duration; and • if the number of change of subscription profile orders received during the predetermined duration is greater than a predetermined threshold, deducing therefrom that operation of the mobile telecommunications terminal is suspect and sending a warning message to a user of the mobile telecommunications terminal, the predetermined duration and the predetermined threshold are configurable by the user. • incrementing a counter each time a new change of subscription profile order is received; • determining a number of change of subscription profile orders received during the predetermined duration; and • if the number of change of subscription profile orders received during the predetermined duration is greater than a predetermined threshold, deducing therefrom that operation of the mobile telecommunications terminal is suspect and sending a warning message to a user of the mobile telecommunications terminal, the predetermined duration and the predetermined threshold are configurable by the user.
A centrifugal submersible pump with a drive shaft , an impeller connected to the drive shaft in a rotationally fixed manner, an impeller housing and a seating surface for fastening the centrifugal submersible pump to the top of a liquid container in such a way that the drive shaft extends from the top downwards into the liquid container , wherein the drive shaft is supported exclusively on the side of the seating surface facing away from the impeller housing , wherein the impeller housing forms a pump chamber in which the impeller is arranged, wherein the impeller housing has an annular surface , which extends within the pump chamber around the drive shaft , characterised in that the annular surface of the impeller housing lying within the pump chamber faces outwards, and in that the impeller has an inwardly facing annular surface with a self-centring effect, which surrounds the annular surface of the impeller housing on the outside. wherein the drive shaft is supported exclusively on the side of the seating surface facing away from the impeller housing , wherein the impeller housing forms a pump chamber in which the impeller is arranged, wherein the impeller housing has an annular surface , which extends within the pump chamber around the drive shaft , characterised in that the annular surface of the impeller housing lying within the pump chamber faces outwards, and in that the impeller has an inwardly facing annular surface with a self-centring effect, which surrounds the annular surface of the impeller housing on the outside.
A wall-mountable spray head unit comprising: a rotatable spray head assembly (8 1 , 8 2 , 8 3 ) which comprises: a spray manifold (18 1 , 18 2 ) rotatable about a first axis ; and a spray nozzle supported by the spray manifold and orientated to deliver fire-suppressant material radially in a plane defined by the first axis and a second axis which is perpendicular to the first axis; at least one thermal sensor supported by the spray manifold aligned with the plane and configured to sense in the plane; and a pivot base on which the rotatable spray head assembly is mounted, the pivot base comprising an inlet port in fluid communication with the nozzle, wherein the inlet port is offset in a direction into the wall with respect to the first axis. a rotatable spray head assembly (8 1 , 8 2 , 8 3 ) which comprises: a spray manifold (18 1 , 18 2 ) rotatable about a first axis ; and a spray nozzle supported by the spray manifold and orientated to deliver fire-suppressant material radially in a plane defined by the first axis and a second axis which is perpendicular to the first axis; a spray manifold (18 1 , 18 2 ) rotatable about a first axis ; and a spray nozzle supported by the spray manifold and orientated to deliver fire-suppressant material radially in a plane defined by the first axis and a second axis which is perpendicular to the first axis; at least one thermal sensor supported by the spray manifold aligned with the plane and configured to sense in the plane; and a pivot base on which the rotatable spray head assembly is mounted, the pivot base comprising an inlet port in fluid communication with the nozzle, wherein the inlet port is offset in a direction into the wall with respect to the first axis.
An elastic barrier coating composition comprising: a barrier material dispersed in an aqueous media; a polysulfide; and a curing agent reactive with the polysulfide. a barrier material dispersed in an aqueous media; a polysulfide; and a curing agent reactive with the polysulfide.
A system for monitoring physiological signals in a mammal, the system comprising: a processing device ; and a wearable medical sensor configured to detect and record cardiac rhythm data from a mammal, wherein the wearable medical sensor is configured to extract a feature from the cardiac rhythm data , wherein the wearable medical sensor comprises a user trigger input ; wherein the wearable medical sensor is configured to transmit the feature to the processing device when a user activates the user trigger input based on a perceived cardiac event, wherein the processing device is configured to analyze the feature and identify cardiac data locations of interest that are likely to include cardiac arrhythmia and transmit the cardiac data locations of interest back to the wearable medical sensor ; wherein the sensor is configured to apply additional analysis to the cardiac data corresponding to the cardiac data locations of interest transmitted back to the sensor, the said additional analysis comprising a rhythm confidence determination . a processing device ; and a wearable medical sensor configured to detect and record cardiac rhythm data from a mammal, wherein the wearable medical sensor is configured to extract a feature from the cardiac rhythm data , wherein the wearable medical sensor comprises a user trigger input ; wherein the wearable medical sensor is configured to transmit the feature to the processing device when a user activates the user trigger input based on a perceived cardiac event, wherein the processing device is configured to analyze the feature and identify cardiac data locations of interest that are likely to include cardiac arrhythmia and transmit the cardiac data locations of interest back to the wearable medical sensor ; wherein the sensor is configured to apply additional analysis to the cardiac data corresponding to the cardiac data locations of interest transmitted back to the sensor, the said additional analysis comprising a rhythm confidence determination .
A semiconductor die assembly (205; 405), comprising: a first semiconductor die (204a; 404a) having a first conductive trace (240a; 440a); a second semiconductor die (204b; 404b) having a second conductive trace (240b; 440b); and a plurality of redundant electrical connectors extending between the first and second conductive traces, wherein each of the redundant electrical connectors includes- a conductive member (232; 432) coupled to the first conductive trace, wherein the conductive member includes an end portion (237; 437), a bond pad coupled to the second conductive trace, and a conductive bond material (235; 435) between the conductive member and the bond pad, wherein the conductive bond material is bonded to the end portion of the conductive member. a first semiconductor die (204a; 404a) having a first conductive trace (240a; 440a); a second semiconductor die (204b; 404b) having a second conductive trace (240b; 440b); and a plurality of redundant electrical connectors extending between the first and second conductive traces, wherein each of the redundant electrical connectors includes- a conductive member (232; 432) coupled to the first conductive trace, wherein the conductive member includes an end portion (237; 437), a bond pad coupled to the second conductive trace, and a conductive bond material (235; 435) between the conductive member and the bond pad, wherein the conductive bond material is bonded to the end portion of the conductive member. a conductive member (232; 432) coupled to the first conductive trace, wherein the conductive member includes an end portion (237; 437), a bond pad coupled to the second conductive trace, and a conductive bond material (235; 435) between the conductive member and the bond pad, wherein the conductive bond material is bonded to the end portion of the conductive member.
A pre-stretcher (100; 200; 300; 400; 500) for a thermoforming device and configured for pre-stretching a polymeric material by moving along a first direction relative to the polymeric material, the pre-stretcher comprising: a body having a central axis parallel to the first direction, wherein the body is divided into an inner body part and an outer body part based on a position of those parts relative to the central axis; wherein the inner body part is made at least partially from a first material or material composition having a first coefficient of thermal conductivity and a first coefficient of friction relative to the polymeric material; wherein the outer body part is made at least partially from a second material or material composition having a second coefficient of thermal conductivity and a second coefficient of friction relative to the polymeric material being different from the first coefficient of thermal conductivity and/or the first coefficient of friction, respectively; characterized in that the first material and second material are syntactic foam, wherein the syntactic foam is composed of hollow microspheres and a binding agent for binding the hollow microspheres; wherein the first and second material have a different coefficient of thermal conductivity and/or friction due to the amount of microspheres, the size and/or thickness of the microspheres, and/or the type of binding agent used in the first and second material being different. a body having a central axis parallel to the first direction, wherein the body is divided into an inner body part and an outer body part based on a position of those parts relative to the central axis; wherein the inner body part is made at least partially from a first material or material composition having a first coefficient of thermal conductivity and a first coefficient of friction relative to the polymeric material; wherein the outer body part is made at least partially from a second material or material composition having a second coefficient of thermal conductivity and a second coefficient of friction relative to the polymeric material being different from the first coefficient of thermal conductivity and/or the first coefficient of friction, respectively; characterized in that the first material and second material are syntactic foam, wherein the syntactic foam is composed of hollow microspheres and a binding agent for binding the hollow microspheres; wherein the first and second material have a different coefficient of thermal conductivity and/or friction due to the amount of microspheres, the size and/or thickness of the microspheres, and/or the type of binding agent used in the first and second material being different.
A water repellent and oil repellent film comprising at least two microprojections having a shape comprised of a column part and a plate-shaped part located on the upper side of the column part which is the outermost side of the protruded direction of the column part, wherein the plate-shaped part has a larger area than the upper side of the column part, wherein the ratio of a height of one of the microprojections to a distance between the plate-shaped parts of two neighboring microprojections is 0.2 to 0.4. wherein the plate-shaped part has a larger area than the upper side of the column part, wherein the ratio of a height of one of the microprojections to a distance between the plate-shaped parts of two neighboring microprojections is 0.2 to 0.4.
An apparatus comprising a vehicle configured for travel along a road, the vehicle comprising a cabin in which at least one occupant rides and an inbound audio channel , the inbound audio channel comprising an external-microphone set that includes one or more microphones disposed to receive a raw audio signal from outside the cabin and an internal-loudspeaker set that comprises one or more loudspeakers disposed to radiate sound into the cabin in response to the external-microphone set having received the raw audio signal, and a signal processor that is configured to apply a filter to the raw audio signal to generate a filtered audio signal that is then broadcast into the cabin using the internal-loudspeaker set, wherein the signal processor is further configured to identify, in the raw audio signal, a siren, the apparatus being characterised in that the filter is configured to distinguish a stationary signal from a transitory signal, wherein the stationary signal is one whose spectrum is approximately constant over time and the transitory signal is a signal that is not a stationary signal, wherein the signal processor is further configured to transition between broadcasting the raw audio signal into the cabin and broadcasting the filtered signal into the cabin. a vehicle configured for travel along a road, the vehicle comprising a cabin in which at least one occupant rides and an inbound audio channel , the inbound audio channel comprising an external-microphone set that includes one or more microphones disposed to receive a raw audio signal from outside the cabin and an internal-loudspeaker set that comprises one or more loudspeakers disposed to radiate sound into the cabin in response to the external-microphone set having received the raw audio signal, and a signal processor that is configured to apply a filter to the raw audio signal to generate a filtered audio signal that is then broadcast into the cabin using the internal-loudspeaker set, wherein the signal processor is further configured to identify, in the raw audio signal, a siren, the apparatus being characterised in that the filter is configured to distinguish a stationary signal from a transitory signal, wherein the stationary signal is one whose spectrum is approximately constant over time and the transitory signal is a signal that is not a stationary signal, wherein the signal processor is further configured to transition between broadcasting the raw audio signal into the cabin and broadcasting the filtered signal into the cabin.
A method for forming a dielectric thin film, comprising the steps of: a film forming step for applying a voltage to a target of lead zirconate titanate, PZT, to perform sputtering while heating a substrate inside of an evacuated vacuum chamber and forming a PZT thin film on a surface of the substrate; the method characterized in that a seed layer forming step for forming a seed layer of PbO by adhering PbO gas to the surface of the substrate before the film forming step, wherein in the film forming step, sputtered particles of PZT deposit on the seed layer and the PZT thin film is formed on the seed layer, and wherein in the seed layer forming step, an emission source containing Pb and O in a chemical structure of the emission source is heated inside the vacuum chamber so as to emit PbO gas from the emission source. a film forming step for applying a voltage to a target of lead zirconate titanate, PZT, to perform sputtering while heating a substrate inside of an evacuated vacuum chamber and forming a PZT thin film on a surface of the substrate; the method characterized in that a seed layer forming step for forming a seed layer of PbO by adhering PbO gas to the surface of the substrate before the film forming step, wherein in the film forming step, sputtered particles of PZT deposit on the seed layer and the PZT thin film is formed on the seed layer, and wherein in the seed layer forming step, an emission source containing Pb and O in a chemical structure of the emission source is heated inside the vacuum chamber so as to emit PbO gas from the emission source.
Drain (5; 20; 30; 40; 50), comprising a lower tray (5; 44) with a bottom surface (6; 34; 52), upright walls (8; 36; 53) arranged along the periphery of the bottom surface (6; 34; 52), an outlet opening (7; 24; 35; 45) arranged in the bottom surface(6; 34; 52) and flanges (9; 32; 33; 42; 43) arranged along the upper edge of the upright walls (8; 36; 53), wherein the lower tray (5; 44) is flexible, is of a flexible material (3; 21; 31; 41; 51) and is seamless, wherein the flexible material (3; 21; 31; 41; 51) is a sealing membrane for making a cement floor watertight, enabling subsequent laying of a tile layer, characterized in that the flanges (9; 32; 33; 42; 43) extend outwardly from the tray (5; 44). the flexible material (3; 21; 31; 41; 51) is a sealing membrane for making a cement floor watertight, enabling subsequent laying of a tile layer, characterized in that the flanges (9; 32; 33; 42; 43) extend outwardly from the tray (5; 44).
A smart lock adapted to be mounted on a door , comprising a drive device for operating a deadbolt , a control for controlling operation of the drive device , a battery , an accelerometer and an RF module each located inside a housing , the housing arranged to prevent access to the battery , the accelerometer and an RF module whilst the smart lock is mounted on a door , the accelerometer and the RF module arranged to provide a RF tamper alert signal if the smart lock is removed from the door , characterized in that a locking mechanism for locking a battery cover to the housing is provided, the locking mechanism being accessible only from an interface side of the housing adapted for mounting the housing to the door , wherein the smart lock is mounted to the door by means of a bayonet connection.