mhurhangee/ep-ind-claims huggingface dataset:
An intravascular device, comprising: an elongate member having a proximal end, a distal end, and an inner lumen extending between the proximal end and the distal end; a ring electrode disposed at the distal end of the elongate member; an ultrasound sensor disposed at a distal end of the ring electrode; a first electrical conductor configured to convey an electrocardiogram signal from the ring electrode to a processor; and an adaptor member in the form of a cylindrical band connecting the first electrical conductor to the ring electrode, wherein the first electrical conductor comprises a tapered distal segment, wherein a distal portion of the tapered distal segment is attached to an inner surface of the adaptor member and a distal portion of the adaptor member is attached to the ring electrode, and wherein a proximal portion of the adaptor member is disposed within the elongate member, and the distal portion of the adaptor member is disposed within the ring electrode. an elongate member having a proximal end, a distal end, and an inner lumen extending between the proximal end and the distal end; a ring electrode disposed at the distal end of the elongate member; an ultrasound sensor disposed at a distal end of the ring electrode; a first electrical conductor configured to convey an electrocardiogram signal from the ring electrode to a processor; and an adaptor member in the form of a cylindrical band connecting the first electrical conductor to the ring electrode, wherein the first electrical conductor comprises a tapered distal segment, wherein a distal portion of the tapered distal segment is attached to an inner surface of the adaptor member and a distal portion of the adaptor member is attached to the ring electrode, and wherein a proximal portion of the adaptor member is disposed within the elongate member, and the distal portion of the adaptor member is disposed within the ring electrode.
An apparatus for communicating information on an energy distribution network, the apparatus comprising: a processor configured to collect data from one or more energy generation/monitoring devices (151-155, 161-165, 171-173, 181-185) over a local area network; and a network adaptor configured to connect to a communication network; wherein the processor is further configured to periodically transmit a data signal indicative of the data to a command center system via a first channel of the communication network at a first interval, using the network adaptor; and wherein the processor is further configured to periodically transmit a request for a command to the command center system via a second channel of the communication network at a second interval shorter than the first interval. a processor configured to collect data from one or more energy generation/monitoring devices (151-155, 161-165, 171-173, 181-185) over a local area network; and a network adaptor configured to connect to a communication network; wherein the processor is further configured to periodically transmit a data signal indicative of the data to a command center system via a first channel of the communication network at a first interval, using the network adaptor; and wherein the processor is further configured to periodically transmit a request for a command to the command center system via a second channel of the communication network at a second interval shorter than the first interval.
A heat exchanger where a plurality of flat tubes disposed in multiple tiers along a predetermined tube tier direction are disposed in multiple rows so as to be adjacent to each other in a tube row direction intersecting the tube tier direction and the longitudinal direction of the flat tubes and where one end portions in the longitudinal direction of the flat tubes adjacent to each other in the tube row direction communicate with each other via a coupling header, and characterised in that: the coupling header is configured by joining, in the tube tier direction to a first member in which are formed a plurality of through holes through which pass the one end portions in the longitudinal direction of the plurality of flat tubes, a plurality of second members (90, 90a to 90g) that, when joined to the first member, form a plurality of coupling passages where the one end portions in the longitudinal direction of the flat tubes adjacent to each other in the tube row direction communicate with each other.
A measurement device, comprising: a resistance measurement unit that measures an electrical resistance of a measurement target; a first measurement unit, including a detector that detects information indicating a first physical property other than the electrical resistance of the measurement target, that measures the first physical property from a detection result from the detector; the measurement device further comprising: a second measurement unit, including a detector that detects information indicating a second physical property other than the electrical resistance and the first physical property of the measurement target, that measures the second physical property from a detection result from the detector, in which a length of time from a start of driving the detector until a start of actual measurement is longer in the second measurement unit than in the first measurement unit; and a control unit (80, 81, 81B) that performs first control causing the first measurement unit to execute a measurement operation of measuring the first physical property in parallel with a measurement operation by the resistance measurement unit, and performs second control causing the second measurement unit to execute a measurement operation of measuring the second physical property in parallel with the measurement operation by the resistance measurement unit and also causing the second measurement unit to start the driving of the detector in the second measurement unit before the start of the driving of the detector in the first measurement unit. a resistance measurement unit that measures an electrical resistance of a measurement target; a first measurement unit, including a detector that detects information indicating a first physical property other than the electrical resistance of the measurement target, that measures the first physical property from a detection result from the detector; the measurement device further comprising: a second measurement unit, including a detector that detects information indicating a second physical property other than the electrical resistance and the first physical property of the measurement target, that measures the second physical property from a detection result from the detector, in which a length of time from a start of driving the detector until a start of actual measurement is longer in the second measurement unit than in the first measurement unit; and a control unit (80, 81, 81B) that performs first control causing the first measurement unit to execute a measurement operation of measuring the first physical property in parallel with a measurement operation by the resistance measurement unit, and performs second control causing the second measurement unit to execute a measurement operation of measuring the second physical property in parallel with the measurement operation by the resistance measurement unit and also causing the second measurement unit to start the driving of the detector in the second measurement unit before the start of the driving of the detector in the first measurement unit.
Hybrid motor vehicle transmission assembly with a gear train for setting up at least one transmission ratio (1-7, R) between a transmission input (24, 26) and a transmission output (38, 40), the gear train having a gearwheel set (68, 50, 58) with a coupling gearwheel (68; 50), with an electric machine which has a machine output shaft with a drive gearwheel which is coupled directly or via a coupling gear set to the coupling gearwheel (68; 50) of the gearwheel set (68, 50, 58), in such a way that a power transmission path is set up from the machine output shaft to the coupling gearwheel (68; 50), a slipping clutch being arranged in the power transmission path, characterized in that the slipping clutch has at least one frictional cone pairing which has a first frictional cone on a first torque transmission member and a second frictional cone on a second torque transmission member (102; 92), the first and the second torque transmission member being prestressed via a spring device, the first torque transmission member being a frictional cone ring, the second torque transmission member being a frictional cone gearwheel (102; 92), in particular the drive gearwheel or a gearwheel of the coupling gear set.
Method for carrying out a frequency change while retaining the phase relationship between a plurality of devices (NA1-NA4), in particular network analysers, wherein each device (NA1-NA4) comprises at least one signal generator (SO1; SO2) for excitation of a device under test and at least one local oscillator (LO1; LO2) connected with at least one mixer (10 1; 10 2; 14 1; 14 2) for reception of a measurement signal received from the device under test by the heterodyne principle, characterised in that when a frequency change occurs, in a first step initially only the frequency of the local oscillators (LO1; LO2) of all the devices (NA1-NA4) is changed and the frequency of the signal generators (SO1; SO2) of all the devices (NA1-NA4) remains unchanged, and in a second step then only the frequency of at least one signal generator (SO1; SO2) of at least one device is changed and the frequency of the local oscillators (LO1; LO2) of all the devices (NA1-NA4) remains unchanged or in that when a frequency change occurs, in a first step initially only the frequency of at least one signal generator (SO1; SO2) of at least one device is changed and the frequency of the local oscillators (LO1; LO2) of all the devices (NA1-NA4) remains unchanged and then in a second step only the frequency of the local oscillators (LO1; LO2) of all the devices (NA1-NA4) is changed and the frequency of the signal generators (LO1; LO2) of all the devices (NA1-NA4) remains unchanged and in that the signal generators (SO1; SO2) and the local oscillators (L01; L02) of all the interconnected devices are synchronised with one another with the aid of phase synchronisation units and in that before and after the first step an exact measurement is made of the phase position of a measurement signal (IF Meas1; IF Meas2) at the output of the mixer (14 1; 14 2) of each device (NA1-NA4) in relation to the phase position of the excitation signal generated by the associated signal generator (SO1; SO2) and in that the difference in the phase position before and after the first step is corrected by adjusting the phase position of the local oscillator (LO1; LO2) of the respective device and/or of the signal generator (SO1; SO2) or in that the difference in the phase position before and after the first step is taken into account in the evaluation.
A cell separation filter comprising: a container having an inlet and an outlet, non-woven fabrics laminated in the container, and a partition having an opening for separating the non-woven fabrics, the container being divided into two or more rooms by the partition. a container having an inlet and an outlet, non-woven fabrics laminated in the container, and a partition having an opening for separating the non-woven fabrics, the container being divided into two or more rooms by the partition.
Method for commissioning an air conditioning system of a vehicle, comprising: a) Reading in a target data record indicating a target vehicle state, wherein the target data record specifies a plurality of vehicle components (2, 3, 20, 30, 80) defined by the vehicle type of the vehicle, which must be present; b) Recording an actual data record indicating an actual vehicle state by measuring at least one signal and/or communicating with at least one vehicle component (2, 3, 20, 30, 80); c) Comparing the actual vehicle state with a target vehicle state; d) Activating at least one function of the air conditioning system only if the actual vehicle state corresponds to the target vehicle state. a) Reading in a target data record indicating a target vehicle state, wherein the target data record specifies a plurality of vehicle components (2, 3, 20, 30, 80) defined by the vehicle type of the vehicle, which must be present; b) Recording an actual data record indicating an actual vehicle state by measuring at least one signal and/or communicating with at least one vehicle component (2, 3, 20, 30, 80); c) Comparing the actual vehicle state with a target vehicle state; d) Activating at least one function of the air conditioning system only if the actual vehicle state corresponds to the target vehicle state.
Electrical plug contact for high-current applications, comprising -- a housing which extends along a longitudinal axis and has an interior for receiving a mating contact element, -- a cable which is formed from a plurality of braids, wherein the cable is routed from an exterior of the housing into the interior of the housing and is fastened to the housing, wherein the cable has one end in the interior, -- at least two contacting elements which are suitable for electrically and mechanically contacting the mating contact element; wherein the cable, adjacent to the end, has a damping portion in which the cable is split into a plurality of separate line sections, wherein established on at least two line sections is in each case at least one contacting element, wherein each line section is formed from a plurality of braids. -- a housing which extends along a longitudinal axis and has an interior for receiving a mating contact element, -- a cable which is formed from a plurality of braids, wherein the cable is routed from an exterior of the housing into the interior of the housing and is fastened to the housing, wherein the cable has one end in the interior, wherein the cable is routed from an exterior of the housing into the interior of the housing and is fastened to the housing, wherein the cable has one end in the interior, -- at least two contacting elements which are suitable for electrically and mechanically contacting the mating contact element; wherein the cable, adjacent to the end, has a damping portion in which the cable is split into a plurality of separate line sections, wherein established on at least two line sections is in each case at least one contacting element, wherein each line section is formed from a plurality of braids. wherein the cable, adjacent to the end, has a damping portion in which the cable is split into a plurality of separate line sections, wherein established on at least two line sections is in each case at least one contacting element, wherein each line section is formed from a plurality of braids.
Vulcanizable compositions comprising in each case at least: - one epoxy group-containing copolymer having a content of copolymerized vinyl acetate of at least 35% by weight, a content of copolymerized ethylene of at least 10% by weight and a content of copolymerized epoxy group-containing monomers of 0.5 to 6.2% by weight, in each case based on the epoxy group-containing copolymer, wherein the total proportion of monomers incorporated which are not vinyl acetate, ethylene and epoxy group-containing monomers is less than 15% by weight, based on the epoxy group-containing copolymer, - a crosslinking aid and - a crosslinker having a molar mass of less than 2000 g/mol, in the form of a polycarboxylic acid, a polycarboxylic ester, a polycarboxylic anhydride or a mixture thereof. - one epoxy group-containing copolymer having a content of copolymerized vinyl acetate of at least 35% by weight, a content of copolymerized ethylene of at least 10% by weight and a content of copolymerized epoxy group-containing monomers of 0.5 to 6.2% by weight, in each case based on the epoxy group-containing copolymer, wherein the total proportion of monomers incorporated which are not vinyl acetate, ethylene and epoxy group-containing monomers is less than 15% by weight, based on the epoxy group-containing copolymer, - a crosslinking aid and - a crosslinker having a molar mass of less than 2000 g/mol, in the form of a polycarboxylic acid, a polycarboxylic ester, a polycarboxylic anhydride or a mixture thereof.
A piston for use in an internal combustion engine, comprising: a body portion presenting an outer surface, a portion of said outer surface presenting a shape being not greater than 0.1 mm from a circular shape; and an abradable coating applied to said portion of said outer surface for rubbing against at least one other component of the internal combustion engine, and wherein said body portion of said piston includes a crown having at least one ring groove extending about a center axis and ring lands each disposed adjacent one of said ring grooves, and said abradable coating is applied to said outer surface along said ring lands, and/or wherein said body portion includes a crown, said body portion includes a pair of skirt sections spacing a pair of pin bosses from one another about a center axis and depending from said crown, and said abradable coating is applied to said outer surface along said skirt sections, characterized in that said abradable coating includes an aluminum-silicon alloy. a body portion presenting an outer surface, a portion of said outer surface presenting a shape being not greater than 0.1 mm from a circular shape; and an abradable coating applied to said portion of said outer surface for rubbing against at least one other component of the internal combustion engine, and wherein said body portion of said piston includes a crown having at least one ring groove extending about a center axis and ring lands each disposed adjacent one of said ring grooves, and said abradable coating is applied to said outer surface along said ring lands, and/or wherein said body portion includes a crown, said body portion includes a pair of skirt sections spacing a pair of pin bosses from one another about a center axis and depending from said crown, and said abradable coating is applied to said outer surface along said skirt sections, characterized in that said abradable coating includes an aluminum-silicon alloy.
An information processing system, comprising: identification means for identifying a traveling direction of a moving body in an image of a first video camera among a plurality of video cameras; and prediction means for predicting, based on the traveling direction of the moving body in the image of the first video camera, one or more second video cameras among the plurality of video cameras in which a possibility of the moving body that is appearing in the image of the first video camera subsequently to appear in the one or more second video cameras is higher than other video cameras among the plurality of video cameras, wherein the prediction means is configured to determine first probabilities of the moving body heading toward each of a plurality of disappearance positions defined in the image of the first video camera, at which the moving body may disappear, by using the traveling direction of the moving body in the image of the first video camera, and to predict the one or more second video cameras, by using the first probabilities and second probabilities, whereby the second probabilities denote probabilities that a moving body will appear at an imaging position of another video camera among the plurality of video cameras after disappearing from a respective disappearance position in the image of the first video camera. identification means for identifying a traveling direction of a moving body in an image of a first video camera among a plurality of video cameras; and prediction means for predicting, based on the traveling direction of the moving body in the image of the first video camera, one or more second video cameras among the plurality of video cameras in which a possibility of the moving body that is appearing in the image of the first video camera subsequently to appear in the one or more second video cameras is higher than other video cameras among the plurality of video cameras, wherein the prediction means is configured to determine first probabilities of the moving body heading toward each of a plurality of disappearance positions defined in the image of the first video camera, at which the moving body may disappear, by using the traveling direction of the moving body in the image of the first video camera, and to predict the one or more second video cameras, by using the first probabilities and second probabilities, whereby the second probabilities denote probabilities that a moving body will appear at an imaging position of another video camera among the plurality of video cameras after disappearing from a respective disappearance position in the image of the first video camera.
An electrical machine having a stator and a housing, having an electrically insulating torque support, which mechanically connects the stator to the housing, characterised in that a shaft of a rotor of the electrical machine has a flange made of electrically insulating material, wherein the flange of the shaft is connected to a flange of a bearing shaft, and the bearing shaft is received in a bearing arranged in the housing. an electrically insulating torque support, which mechanically connects the stator to the housing, characterised in that a shaft of a rotor of the electrical machine has a flange made of electrically insulating material, wherein the flange of the shaft is connected to a flange of a bearing shaft, and the bearing shaft is received in a bearing arranged in the housing.
Domestic appliance with a receptacle chamber for food and with a door for closing off the receptacle chamber, which in the opened state can be retracted into a stowing compartment embodied below the receptacle chamber, wherein the door is guided by means of a guiding apparatus in a retracting motion and an extending motion, and the guiding apparatus has at least one guiding profile embodied on the door, in which at least one guiding roller (23, 24) engages and is guided in its motion, which guiding roller (23, 24) can be rotated about an axis of rotation of the guiding roller (23, 24), wherein the guiding profile has an insertion opening, through which the guiding roller (23, 24) extends into a guiding chamber of the guiding profile, characterised in that the guiding roller (23, 24) is embodied from a plurality of roller parts (26, 27, 28), each of which representing a partial piece as a roller disk segment and, with a respective peripheral surface surrounding the axis of rotation, forming a subregion of the overall peripheral surface of the guiding roller (23, 24) and being embodied in one piece with one another, wherein a first roller part extending in the guiding chamber has an external dimension which is greater in the depth direction of the door than an internal dimension, measured in the depth direction of the door, of a guiding profile part extending in the axial direction of the guiding roller (23, 24) at least partially between the first roller part and the insertion opening, wherein the guiding roller (23, 24) has a second roller part, which has a smaller external dimension than the first roller part, and wherein the second roller part extends on both sides of the insertion opening in the axial direction.