mhurhangee/ep-ind-claims huggingface dataset:
A method of estimating the temperature of a reaction site on a measurement strip in a blood glucose measuring device having a plurality of heat generating components (A-J) and a temperature measuring element, characterized by: determining an activation initiation time, an activation duration time, and a thermal magnitude Qx at which each of the heat generating components (A-J) generates heat; determining a temperature elevation Ex for each of the heat generating components (A-J), wherein the temperature elevation Ex for each of the heat generating components (A-J) is determined at least in part by an impulse temperature response matrix [X i] for times t 1 through t Nx, the activation initiation time, the activation duration time and the thermal magnitude Qx for each of the heat generating components (A-J); determining a total temperature elevation E total of the glucose measuring device by summing the temperature elevation Ex of each of the heat generating components (A-J); reading a temperature value T sensor provided by the temperature measuring element; and determining a reaction site temperature estimation T site by subtracting the total temperature elevation E total from the temperature value T sensor provided by the temperature measuring element. determining an activation initiation time, an activation duration time, and a thermal magnitude Qx at which each of the heat generating components (A-J) generates heat; determining a temperature elevation Ex for each of the heat generating components (A-J), wherein the temperature elevation Ex for each of the heat generating components (A-J) is determined at least in part by an impulse temperature response matrix [X i] for times t 1 through t Nx, the activation initiation time, the activation duration time and the thermal magnitude Qx for each of the heat generating components (A-J); determining a total temperature elevation E total of the glucose measuring device by summing the temperature elevation Ex of each of the heat generating components (A-J); reading a temperature value T sensor provided by the temperature measuring element; and
A vehicle electronic device (300, 400, 500, 800, 2220) comprising: a transceiver configured to communicate with a mobile device; a display; and at least one processor, characterized by that the at least one processor is configured to: control the display to display a first screen including coded information comprising a network access address required to generate a first communication connection between the vehicle electronic device (300, 400, 500, 800, 2220) and the mobile device (305, 1100), wherein the first communication connection directly communicates with the mobile device, perform device registration for the mobile device (305, 1100) by transmitting a first authentication information to the mobile device through the first communication connection, control the transceiver to transmit a request for authentication to the mobile device via the first communication connection and receive second authentication information via the first communication connection, and perform authentication based on whether the second authentication information corresponds to the first authentication information. a transceiver configured to communicate with a mobile device; a display; and at least one processor, characterized by that the at least one processor is configured to: control the display to display a first screen including coded information comprising a network access address required to generate a first communication connection between the vehicle electronic device (300, 400, 500, 800, 2220) and the mobile device (305, 1100), wherein the first communication connection directly communicates with the mobile device, perform device registration for the mobile device (305, 1100) by transmitting a first authentication information to the mobile device through the first communication connection, control the transceiver to transmit a request for authentication to the mobile device via the first communication connection and receive second authentication information via the first communication connection, and perform authentication based on whether the second authentication information corresponds to the first authentication information. control the display to display a first screen including coded information comprising a network access address required to generate a first communication connection between the vehicle electronic device (300, 400, 500, 800, 2220) and the mobile device (305, 1100), wherein the first communication connection directly communicates with the mobile device, perform device registration for the mobile device (305, 1100) by transmitting a first authentication information to the mobile device through the first communication connection, control the transceiver to transmit a request for authentication to the mobile device via the first communication connection and receive second authentication information via the first communication connection, and perform authentication based on whether the second authentication information corresponds to the first authentication information.
Carpet brush device, - with a brush for treating a carpet, and - having a housing in which the brush is mounted and which is open at the bottom at least in the region of the brush, - the housing having a connection socket for connection to a vacuum cleaner, an air inlet opening for sucking in ambient air and an air duct which is formed between the air inlet opening and the connection socket and is circumferentially closed, - a turbine being arranged inside the air duct, which turbine can be driven or rotated by means of air flowing through the air duct, and - wherein the brush is coupled to the turbine such that rotation of the turbine causes rotation of the brush, characterized - in that the housing has a receiving device for receiving a care agent metering unit. - with a brush for treating a carpet, and - having a housing in which the brush is mounted and which is open at the bottom at least in the region of the brush, - the housing having a connection socket for connection to a vacuum cleaner, an air inlet opening for sucking in ambient air and an air duct which is formed between the air inlet opening and the connection socket and is circumferentially closed, - a turbine being arranged inside the air duct, which turbine can be driven or rotated by means of air flowing through the air duct, and - wherein the brush is coupled to the turbine such that rotation of the turbine causes rotation of the brush, characterized - in that the housing has a receiving device for receiving a care agent metering unit.
Vaborbactam or a pharmaceutically acceptable salt thereof for use in a method of treating or ameliorating complicated urinary tract infection (cUTI) or acute pyelonephritis in combination with meropenem in a subject in need thereof, wherein the subject is suffering from cUTI or AP, and wherein the subject has a Charlson comorbidity score equal to or greater than 3.
Apparatus for focusing a laser beam on a workpiece, comprising: at least one transmissive optical element which is arranged at a tilting angle (α) with respect to a plane (X, Y) perpendicular relative to the beam axis of the laser beam, and a spatially resolving detector for detecting laser radiation (8a, 8b; 8a', 8b') reflected back from the transmissive optical element, wherein the transmissive optical element has a first side and a second side which are passed through by the laser beam characterised in that the apparatus has means (9, 10) for distinguishing laser radiation (8a, 8a') reflected back at the first side of the optical element from laser radiation (8b, 8b') reflected back at the second side of the optical element. at least one transmissive optical element which is arranged at a tilting angle (α) with respect to a plane (X, Y) perpendicular relative to the beam axis of the laser beam, and a spatially resolving detector for detecting laser radiation (8a, 8b; 8a', 8b') reflected back from the transmissive optical element, wherein the transmissive optical element has a first side and a second side which are passed through by the laser beam characterised in that the apparatus has means (9, 10) for distinguishing laser radiation (8a, 8a') reflected back at the first side of the optical element from laser radiation (8b, 8b') reflected back at the second side of the optical element.
Membrane implant for treatment of cerebral artery aneurysms, wherein the implant can be implanted endovascularly into vessel segments at the craniocerebral base of pathological (aneurysmatic) dilation and, in combination with a stent, bridges the diseased vessel segment from inside and disconnects it from the blood stream, wherein the membrane implant comprises a biocompatible plastic membrane in the shape of a cylinder or a segment of a cylinder characterized in that the membrane comprises a self-erecting clasp at its proximal end, which fixes the cylindrical shape and reinforces the cylindrical shape against the vessel wall.
A method for wireless communication, the method being performed by a user equipment, UE, and comprising: receiving (505; 1505) a group-specific signal including slot structure information to be used in communications with a base station, wherein the group-specific signal is a group common downlink control signal, and wherein slot structures comprise an uplink portion, a downlink portion, and a guard period portion; receiving (505; 1510) a UE-specific signal including additional slot structure information, the UE-specific signal being based at least in part on the slot structure information of the group-specific signal; determining (520; 1515) a first slot structure based at least in part on the group-specific signal and the UE-specific signal whereby the UE specific signal overrides at least in part a slot structure associated with the slot structure information included in the group-specific signal for the UE such that a location and duration of the guard period portion in the first slot structure is determined by the UE-specific signal; and communicating (535; 1520) with the base station using the first slot structure for a first slot. receiving (505; 1505) a group-specific signal including slot structure information to be used in communications with a base station, wherein the group-specific signal is a group common downlink control signal, and wherein slot structures comprise an uplink portion, a downlink portion, and a guard period portion; receiving (505; 1510) a UE-specific signal including additional slot structure information, the UE-specific signal being based at least in part on the slot structure information of the group-specific signal; determining (520; 1515) a first slot structure based at least in part on the group-specific signal and the UE-specific signal whereby the UE specific signal overrides at least in part a slot structure associated with the slot structure information included in the group-specific signal for the UE such that a location and duration of the guard period portion in the first slot structure is determined by the UE-specific signal; and communicating (535; 1520) with the base station using the first slot structure for a first slot.
A connector for use in displays of the kind which include a display frame formed of a plurality of beams which are joined together by multi-way node fittings to form a three-dimensional shape and which have display panels releasably secured to the beams, the connector comprising: a male part having a bearing face, a stem projecting from the bearing face and a head comprising four noses which project laterally from the stem; and a female part having a wall with an inner face and an outer bearing face, the wall containing an aperture of cruciform shape which permits the head of the male part to pass through the aperture when the male part is in a first orientation and which rotatably receives the stem with the bearing face of the male part in contact with the outer bearing face of the wall, the inner face of the wall being profiled to engage the noses when the male part is rotated within the aperture; characterised in that the opposing faces of the wall and the noses are provided with oppositely inclined ramps which act to provide progressive tightening and alignment of the connector as the bearing face and the stem and the noses of the male part are rotated together, in use, in either direction from the first orientation to a second, engaged orientation to engage the female part. a male part having a bearing face, a stem projecting from the bearing face and a head comprising four noses which project laterally from the stem; and a female part having a wall with an inner face and an outer bearing face, the wall containing an aperture of cruciform shape which permits the head of the male part to pass through the aperture when the male part is in a first orientation and which rotatably receives the stem with the bearing face of the male part in contact with the outer bearing face of the wall, the inner face of the wall being profiled to engage the noses when the male part is rotated within the aperture; characterised in that the opposing faces of the wall and the noses are provided with oppositely inclined ramps which act to provide progressive tightening and alignment of the connector as the bearing face and the stem and the noses of the male part are rotated together, in use, in either direction from the first orientation to a second, engaged orientation to engage the female part.
An image display apparatus comprising: a light source configured to emit light; a lens array including a plurality of lenses arranged therein; and an image forming device configured to form an image with the emitted light on the lens array, wherein the light corresponding to the formed image is transmitted from the lens array to be reflected by a reflective surface to visualize the formed image into a virtual image, characterized in that the plurality of lenses is each distributed in such a manner that the lenses having shorter optical path lengths to the reflective surface have larger curvatures. a light source configured to emit light; a lens array including a plurality of lenses arranged therein; and an image forming device configured to form an image with the emitted light on the lens array, wherein the light corresponding to the formed image is transmitted from the lens array to be reflected by a reflective surface to visualize the formed image into a virtual image, characterized in that the plurality of lenses is each distributed in such a manner that the lenses having shorter optical path lengths to the reflective surface have larger curvatures.
A shaped aluminum container, comprising: a sidewall including an upper sidewall having a thickness of about 0.216 mm (about 0.0085 inch) or less, wherein the sidewall includes a top necked portion and a bottom necked portion, wherein thickness of the sidewall in the bottom necked portion varies from the thickness of the upper sidewall by at least 0.0254 mm (0.001 inch) to not greater than 0.1016 mm (0.004 inch).
An air-launched container for in turn launching an air vehicle, the container comprising: a sleeve that defines a volume therein for receiving the air vehicle; a deployable drag device attached to the sleeve; a release mechanism within the sleeve, for mechanically releasing the air vehicle from the sleeve; and a nose that is mechanically coupled to the sleeve, and that separates from the sleeve as the air vehicle is launched from the sleeve; wherein, after the drag device is deployed, and the container is slowed down and oriented with its nose pointed down, when the release mechanism is released, the air vehicle is free to slide within the volume to move toward the nose to dislodge the nose from the sleeve. a sleeve that defines a volume therein for receiving the air vehicle; a deployable drag device attached to the sleeve; a release mechanism within the sleeve, for mechanically releasing the air vehicle from the sleeve; and a nose that is mechanically coupled to the sleeve, and that separates from the sleeve as the air vehicle is launched from the sleeve; wherein, after the drag device is deployed, and the container is slowed down and oriented with its nose pointed down, when the release mechanism is released, the air vehicle is free to slide within the volume to move toward the nose to dislodge the nose from the sleeve.
A method of at least partially removing a lift-off layer "layer LO" made of a composition "C LO " comprising at least one fluoropolymer comprising: - repeating units having an alicyclic structure in main chain of said fluoropolymer and derived from at least one fluoromonomer A, and, optionally, - repeating unit derived from at least one fluoromonomer B different from fluoromonomer A, said fluoropolymer: - possessing an intrinsic viscosity of less than 30 cm 3 /g (cc/g) ee/g, when measured at 30°C in perfluorohexane as solvent; and - comprising an amount of carboxylic end groups of less than 8 mmol/kg "polymer F"; said method comprising: - providing an assembly comprising a support material having regions covered by a layer LO - contacting said assembly with a stripping solvent mixture comprising: a) at least one fluorinated solvent "solvent F" having a Hansen solubility parameter δ T of less than 15.0 MPa 1/2; b) from 10 to 10 000 ppm, based on weight of solvent F, of at least one polar organic solvent P different from solvent F, said solvent P possessing a Hansen solubility parameter δ T of at least 20.0 MPa 1/2 and of at most 26.0 MPa 1/2, so as to obtain at least partial removal of said layer LO. - repeating units having an alicyclic structure in main chain of said fluoropolymer and derived from at least one fluoromonomer A, and, optionally, - repeating unit derived from at least one fluoromonomer B different from fluoromonomer A, - possessing an intrinsic viscosity of less than 30 cm 3 /g (cc/g) ee/g, when measured at 30°C in perfluorohexane as solvent; and - comprising an amount of carboxylic end groups of less than 8 mmol/kg "polymer F"; - providing an assembly comprising a support material having regions covered by a layer LO - contacting said assembly with a stripping solvent mixture comprising: a) at least one fluorinated solvent "solvent F" having a Hansen solubility parameter δ T of less than 15.0 MPa 1/2; b) from 10 to 10 000 ppm, based on weight of solvent F, of at least one polar organic solvent P different from solvent F, said solvent P possessing a Hansen solubility parameter δ T of at least 20.0 MPa 1/2 and of at most 26.0 MPa 1/2, so as to obtain at least partial removal of said layer LO. a) at least one fluorinated solvent "solvent F" having a Hansen solubility parameter δ T of less than 15.0 MPa 1/2; b) from 10 to 10 000 ppm, based on weight of solvent F, of at least one polar organic solvent P different from solvent F, said solvent P possessing a Hansen solubility parameter δ T of at least 20.0 MPa 1/2 and of at most 26.0 MPa 1/2, so as to obtain at least partial removal of said layer LO.
Method for operating a drive apparatus of a motor vehicle, the drive apparatus comprising at least one internal combustion engine, at least one electric machine and a double clutch transmission which can be operatively connected to the internal combustion engine with a first component transmission which is assigned a first clutch, and a second component transmission which is assigned a second clutch and the electric machine, the electric machine being operated as a motor in a purely electric driving mode, a driving gear being engaged in the second component transmission and both clutches (6, 8) being open, characterized in that, in order to start the internal combustion engine during the electric driving mode, - the second clutch is closed, in order to drive the internal combustion engine by way of the electric machine, - a gear is engaged in the first component transmission, which gear has a lower transmission ratio than the engaged driving gear of the second component transmission, - the first clutch is moved into a slip position and subsequently the second component transmission is moved into a neutral position, - the rotational speed of the electric machine is increased at least to a starting rotational speed for the internal combustion engine, the slip of the first clutch being adjusted in order to maintain a tractive torque of the motor vehicle, and - the internal combustion engine is started when its starting rotational speed is reached. - the second clutch is closed, in order to drive the internal combustion engine by way of the electric machine, - a gear is engaged in the first component transmission, which gear has a lower transmission ratio than the engaged driving gear of the second component transmission, - the first clutch is moved into a slip position and subsequently the second component transmission is moved into a neutral position, - the rotational speed of the electric machine is increased at least to a starting rotational speed for the internal combustion engine, the slip of the first clutch being adjusted in order to maintain a tractive torque of the motor vehicle, and - the internal combustion engine is started when its starting rotational speed is reached.
A vehicle service system comprising a main processor, a master controller, and at least one slave device; wherein the master controller is configured to establish a wireless network comprising only the master controller and the at least one slave device for wirelessly communicating with the at least one slave device using a standard communications link, wherein the master controller includes allowed predefined PIN codes; wherein each slave device among the at least one slave device contains a corresponding predefined default PIN code that is used for authentication and a unique identification address, wherein in order to establish the wireless network, the master controller is configured to establish a list of available slave devices, among the at least one slave device, and for each of the available slave devices in the list: iteratively select a different predefined PIN code from the allowed predefined PIN codes and try to establish a connection with the available slave device using each selected PIN code until a connection is made or all of the predefined PIN codes are used; wherein upon successful connection, the available slave device is considered a valid slave device and recorded as such; wherein upon determining all the valid slave devices, the master controller is configured to form the wireless network with a predetermined number of the valid slave devices; wherein the valid slave devices in the wireless network are configured to gather vehicle service data and transmit the data to the master controller via the standard communications link; and wherein the master controller includes a processor configured to process the data gathered by the valid slave devices in the wireless network to calculate service-related results based on the data and serve the processed data to the main processor for further processing. iteratively select a different predefined PIN code from the allowed predefined PIN codes and try to establish a connection with the available slave device using each selected PIN code until a connection is made or all of the predefined PIN codes are used; wherein upon successful connection, the available slave device is considered a valid slave device and recorded as such;