mhurhangee/ep-ind-claims huggingface dataset:
A first wireless device associated with a user, comprising: an interface configured to establish a wireless connection of the first wireless device with a second wireless device associated with the user; a memory coupled to the interface; and a processor coupled to the interface to implement a vehicle detection application, the vehicle detection application configured to determine whether the user is in a vehicle based on a connection status of the second wireless device with a vehicle kit device associated with the vehicle; and wherein the vehicle detection application is further configured to: determine that the user is a driver of the vehicle or a passenger in the vehicle based on the connection status of the second wireless device with the vehicle kit device associated with the vehicle; and initiate a driver mode on at least one of the first wireless device or the second wireless device responsive to determining that the user is the driver of the vehicle; or initiate a passenger mode on at least one of the first wireless device or the second wireless device responsive to determining that the user is the passenger in the vehicle, the driver mode different than the passenger mode. an interface configured to establish a wireless connection of the first wireless device with a second wireless device associated with the user; a memory coupled to the interface; and a processor coupled to the interface to implement a vehicle detection application, the vehicle detection application configured to determine whether the user is in a vehicle based on a connection status of the second wireless device with a vehicle kit device associated with the vehicle; and wherein the vehicle detection application is further configured to: determine that the user is a driver of the vehicle or a passenger in the vehicle based on the connection status of the second wireless device with the vehicle kit device associated with the vehicle; and initiate a driver mode on at least one of the first wireless device or the second wireless device responsive to determining that the user is the driver of the vehicle; or initiate a passenger mode on at least one of the first wireless device or the second wireless device responsive to determining that the user is the passenger in the vehicle, the driver mode different than the passenger mode. determine that the user is a driver of the vehicle or a passenger in the vehicle based on the connection status of the second wireless device with the vehicle kit device associated with the vehicle; and initiate a driver mode on at least one of the first wireless device or the second wireless device responsive to determining that the user is the driver of the vehicle; or initiate a passenger mode on at least one of the first wireless device or the second wireless device responsive to determining that the user is the passenger in the vehicle, the driver mode different than the passenger mode.
A pulse cycle detection device comprising: a sensor for sensing a pulse wave signal of a subject; and a processor for processing a digital pulse wave signal which is analog-to-digital converted from the pulse wave signal sensed by the sensor, to detect the pulse cycle of the subject, wherein the processor is configured to perform operations of: calculating a differential value of the digital pulse wave signal over time; determining that the pulse wave signal reaches a maximum point and recording a time value corresponding to the maximum point, whenever a transition from positive to negative occurs to the differential value; recognizing a last recorded maximum point as a peak point of the pulse wave signal, once the differential value is less than a dynamic threshold; and calculating a difference between time values corresponding to two successive peak points for deriving the pulse cycle. a sensor for sensing a pulse wave signal of a subject; and a processor for processing a digital pulse wave signal which is analog-to-digital converted from the pulse wave signal sensed by the sensor, to detect the pulse cycle of the subject, wherein the processor is configured to perform operations of: calculating a differential value of the digital pulse wave signal over time; determining that the pulse wave signal reaches a maximum point and recording a time value corresponding to the maximum point, whenever a transition from positive to negative occurs to the differential value; recognizing a last recorded maximum point as a peak point of the pulse wave signal, once the differential value is less than a dynamic threshold; and calculating a difference between time values corresponding to two successive peak points for deriving the pulse cycle. calculating a differential value of the digital pulse wave signal over time; determining that the pulse wave signal reaches a maximum point and recording a time value corresponding to the maximum point, whenever a transition from positive to negative occurs to the differential value; recognizing a last recorded maximum point as a peak point of the pulse wave signal, once the differential value is less than a dynamic threshold; and calculating a difference between time values corresponding to two successive peak points for deriving the pulse cycle.
Process for joining by diffusion welding a part made of steel having a high carbon content and a low carbide-forming elements content with a part made of steel or of nickel alloy having a low carbon content and a high carbide-forming elements content, each of the parts comprising a surface to be joined, in which process an intermediate material is placed between the surfaces to be joined, then diffusion welding is carried out to join the two parts, and the assembly obtained is cooled, characterised in that the intermediate material is an alloy with a matrix made of nickel and optionally of iron and/or cobalt, having an austenitic micro-structure at the diffusion welding temperature, and comprising, apart from unavoidable impurities, the following elements with the following contents, expressed as % by mass relative to the total mass of the alloy: - Nickel (Ni): 5 to 90, preferably 35 to 75; - Cobalt (Co): 0 to 50, preferably 0 to 20; - Iron (Fe): 0 to 93, preferably 23 to 63; - Molybdenum: 4 to 16; - Carbon: less than 0.10, preferably less than 0.05; - Chromium: less than 10, preferably less than 5, more preferably less than 1; - Alloy elements commonly used in austenitic alloys, for each of them: less than 2, preferably less than 1, more preferably less than 0.5. - Nickel (Ni): 5 to 90, preferably 35 to 75; - Cobalt (Co): 0 to 50, preferably 0 to 20; - Iron (Fe): 0 to 93, preferably 23 to 63; - Molybdenum: 4 to 16; - Carbon: less than 0.10, preferably less than 0.05; - Chromium: less than 10, preferably less than 5, more preferably less than 1; - Alloy elements commonly used in austenitic alloys, for each of them: less than 2, preferably less than 1, more preferably less than 0.5.
A system comprising a ballistic resistant glazing and a retaining structure for holding the ballistic resistant glazing on a part of a building, wherein the retaining structure is designed to hold the ballistic resistant glazing on only one side or at most two sides, the ballistic resistant glazing comprising a ballistic block, the ballistic block comprising at least two transparent panes (11, 12, 13, 14) which are connected to one another via an interlayer, the ballistic block being designed without an energy-absorbing layer or film made of polycarbonate, and wherein the at least two transparent panes (11, 12, 13, 14) and in particular all transparent panes (11, 12, 13, 14) of the ballistic block are each panes of toughened glass, wherein the interlayer between the at least two transparent panes (11, 12, 13, 14) of the ballistic block is formed from an ionoplast polymer, and wherein the at least two transparent panes (11, 12, 13, 14) are combined by means of the interlayer to form a statically self-supporting unit in such a way that the ballistic block in the installed state has to be held only on one side or at most only on two sides, wherein the ballistic resistant glazing further comprises at least one further transparent pane (16, 17) which is arranged parallel to and spaced apart from the panes (11, 12, 13, 14) of the ballistic block and is connected to the ballistic block via a circumferential spacer in such a way that a cavity is formed between the ballistic block and the at least one further pane (16, 17), wherein the ballistic resistant glazing and in particular the ballistic block of the ballistic resistant glazing is designed without an energy-absorbing layer or film made of polycarbonate, wherein the at least two transparent panes (11, 12, 13, 14) and the at least one further transparent pane (16, 17) are combined to form a statically self-supporting unit in such a way that the glazing in the installed state has to be held on only one side or at most two sides.
Seal device between a rotationally fixed component and a component which can be rotated about an axis of rotation, comprising the rotationally fixed component and the rotatable component, having a cassette seal which is inserted into a cylindrical cutout of the rotatable component and which has an inner ring which is composed of a dimensionally stable support ring and an elastomeric part mounted thereon, the inner ring being arranged fixedly on a cylindrical region of the rotationally fixed component by way of an annular region of the elastomeric part, having a dimensionally stable outer ring of the cassette seal, said outer ring being inserted, with a tubular region, in a rotationally fixed manner into the cylindrical cutout of the rotatable component, having a sealing element which is arranged in a rotationally fixed manner on the outer ring and which has a radially circumferential sealing lip which is held in abutment against the outer lateral surface of a tubular region of the dimensionally stable support ring under the preload of a worm spring, having a radial flange of the dimensionally stable support ring, which radially outwardly protrudes from the tubular region of the support ring and on which the elastomeric part is radially outwardly guided and which has, on the radially outer end region thereof, a plurality of dirt lips which are alongside one another in the axial direction and which are in abutment against the radially inner side of the tubular region of the outer ring, an additional dirt lip being in abutment against the radially inner side of the tubular region of the outer ring, said additional dirt lip being secured against rotation with respect to the elastomeric part, characterized in that the additional dirt lip is axially movable with respect to the elastomeric part and has a delimiting stop which protrudes axially out of the cylindrical cutout of the rotatable component, the rotationally fixed component having a flange-like widening and a gap being formed between the flange-like widening and the opening region of the cylindrical cutout of the rotatable component.
An exterior member including input and output terminal units, wherein the exterior member is made of a polymer material containing a mixture of polybutylene terephthalate and a glass fiber having a weight ratio (A:B) in a range of 1:0.5 to 1.5, wherein the polymer material having a moisture content of 7 wt% or less, and the moisture content is a ratio of increased weight to total weight measured when being left for 30 days at a relative humidity of 80% or more after molding the polymer material, wherein the polymer material having an electric conductivity of 30 S/cm or less and the electric conductivity is a value measured by a probe method when being left for 30 days at a relative humidity of 80% or more after molding the polymer material and forming terminals.
A method of wireless communication, comprising: determining if a reference signal, RS, frequency-domain bundling pattern providing reduced RS presence is to be used for at least one channel, wherein the RS frequency-domain bundling pattern comprises a bundle of two or more resource blocks, wherein RS presence is omitted from at least one of the resource blocks; and communicating with a wireless node using the at least one channel based on the RS frequency-domain bundling pattern with reduced RS presence. determining if a reference signal, RS, frequency-domain bundling pattern providing reduced RS presence is to be used for at least one channel, wherein the RS frequency-domain bundling pattern comprises a bundle of two or more resource blocks, wherein RS presence is omitted from at least one of the resource blocks; and communicating with a wireless node using the at least one channel based on the RS frequency-domain bundling pattern with reduced RS presence.
A method of unclogging ducts in a part made by additive manufacturing, the ducts running from at least one well (2, 3) that opens out into the surface of the part, the method comprising the steps of: - fabricating a guide with a body that is designed to fit in the well, the guide having internal channels that extend from a base of the guide that is accessible by a user to an outside wall of the body; - cleaning the well and inserting the body of the guide in the well so that channels in the guide open out in register with inlets of ducts that are to be unclogged; and - inserting a thin flexible tool, e.g. a metal cable, through the base of the guide into at least one channel therein and causing the tool to penetrate into the duct in register in the part so as to unclog it. - fabricating a guide with a body that is designed to fit in the well, the guide having internal channels that extend from a base of the guide that is accessible by a user to an outside wall of the body; - cleaning the well and inserting the body of the guide in the well so that channels in the guide open out in register with inlets of ducts that are to be unclogged; and - inserting a thin flexible tool, e.g. a metal cable, through the base of the guide into at least one channel therein and causing the tool to penetrate into the duct in register in the part so as to unclog it.
A method of identifying a risk of an acute kidney injury occurring following a cardiac surgery requiring cardiopulmonary bypass in a patient, comprising: in a urine sample that has been obtained from the patient following performing a remote ischemic preconditioning procedure on the patient and prior to performing the cardiac surgery requiring cardiopulmonary bypass, performing a first assay which measures Insulin-like growth factor-binding protein 7 to provide a first assay result, and a second assay which measures metallopeptidase inhibitor 2 to provide a second assay result; using the first and second assay results to provide a combined assay result which is a single composite value that is a function of the first and second assay results; correlating the single composite value to a likelihood that the subject is at risk of an acute kidney injury following the cardiac surgery requiring cardiopulmonary bypass by comparing the single composite value to a predetermined threshold selected to be indicative of a likelihood of acute kidney injury following the cardiac surgery requiring cardiopulmonary bypass, wherein when the single composite value is below the threshold, the patient is at an increased risk of acute kidney injury resulting from the cardiac surgery requiring cardiopulmonary bypass relative to a risk when the single composite value is above the threshold. in a urine sample that has been obtained from the patient following performing a remote ischemic preconditioning procedure on the patient and prior to performing the cardiac surgery requiring cardiopulmonary bypass, performing a first assay which measures Insulin-like growth factor-binding protein 7 to provide a first assay result, and a second assay which measures metallopeptidase inhibitor 2 to provide a second assay result; using the first and second assay results to provide a combined assay result which is a single composite value that is a function of the first and second assay results; correlating the single composite value to a likelihood that the subject is at risk of an acute kidney injury following the cardiac surgery requiring cardiopulmonary bypass by comparing the single composite value to a predetermined threshold selected to be indicative of a likelihood of acute kidney injury following the cardiac surgery requiring cardiopulmonary bypass, wherein when the single composite value is below the threshold, the patient is at an increased risk of acute kidney injury resulting from the cardiac surgery requiring cardiopulmonary bypass relative to a risk when the single composite value is above the threshold.
Piercer for longitudinally piercing a workpiece by causing the latter to advance along a rolling axis X, the piercer comprising a set of rollers, a plug mounted on a rod arranged along the rolling axis X, and an auxiliary plant, characterized in that the auxiliary plant comprises a plurality of nozzles arranged at a predetermined radial distance from the rod and designed to dispense an anti-oxidizing fluid in a plurality of positions distributed axially along the rolling axis X.
A radiographic image capturing apparatus comprising: a plurality of radiation detecting elements arranged two-dimensionally; a plurality of signal lines each connected to each of the radiation detecting elements; a readout IC equipped with a plurality of readout circuits connected to the signal lines, respectively; a power source circuit which supplies a power to the readout IC; and a discharge circuit disposed on a path through which the power source circuit supplies the power to the readout IC, the discharge circuit being capable of connecting the path and a GND to each other, wherein the radiographic image capturing apparatus is configured so that an imaging mode can be switched at least between a wake up mode in which the power is supplied from the power source circuit to the readout IC so that an imaging can be performed, and a sleep mode in which the power is not supplied from the power source circuit to the readout IC and the imaging cannot be performed, and the discharge circuit connects the path and the GND to each other during the sleep mode. a plurality of radiation detecting elements arranged two-dimensionally; a plurality of signal lines each connected to each of the radiation detecting elements; a readout IC equipped with a plurality of readout circuits connected to the signal lines, respectively; a power source circuit which supplies a power to the readout IC; and a discharge circuit disposed on a path through which the power source circuit supplies the power to the readout IC, the discharge circuit being capable of connecting the path and a GND to each other, wherein the radiographic image capturing apparatus is configured so that an imaging mode can be switched at least between a wake up mode in which the power is supplied from the power source circuit to the readout IC so that an imaging can be performed, and a sleep mode in which the power is not supplied from the power source circuit to the readout IC and the imaging cannot be performed, and the discharge circuit connects the path and the GND to each other during the sleep mode.
A forming apparatus that is adapted for forming a metal pipe, comprising: a heating unit which is adapted for heating a metal pipe material; a gas supply unit which is adapted for supplying gas into a heated metal pipe material, thereby expanding the metal pipe material; a die which is adapted for forming the metal pipe by bringing the expanded metal pipe material into contact with the die; a cooling unit which is adapted for cooling the metal pipe after the forming by a cooling medium; and a control unit which is configured to control an operation of the die, the gas supply unit, and the cooling unit, wherein the control unit is configured to make cooling of the metal pipe by the cooling medium be performed, by controlling an operation of the die such that the die is opened and controlling the cooling unit such that the cooling unit brings the cooling medium into contact with the metal pipe, subsequently to completion of forming by the die, characterized in that the cooling unit is adapted for blowing gas for cooling as the cooling medium on the metal pipe.. a heating unit which is adapted for heating a metal pipe material; a gas supply unit which is adapted for supplying gas into a heated metal pipe material, thereby expanding the metal pipe material; a die which is adapted for forming the metal pipe by bringing the expanded metal pipe material into contact with the die; a cooling unit which is adapted for cooling the metal pipe after the forming by a cooling medium; and a control unit which is configured to control an operation of the die, the gas supply unit, and the cooling unit, wherein the control unit is configured to make cooling of the metal pipe by the cooling medium be performed, by controlling an operation of the die such that the die is opened and controlling the cooling unit such that the cooling unit brings the cooling medium into contact with the metal pipe, subsequently to completion of forming by the die, characterized in that the cooling unit is adapted for blowing gas for cooling as the cooling medium on the metal pipe..
A method for the accurate measurement of objects, wherein a camera is arranged on a manually operated portable jointed arm mounted on a support that is immobile during the measurement, in order to take two-dimensional images of the object that is to be measured and where the measurements are carried out based on the two-dimensional images taken with the camera and based on displacements that are carried out by the jointed arm during the measurements and recorded characterised in that the jointed arm comprises within its joints integral sensors arranged to record not only changes in angle, but also rotation of the joints of the arm, and that the camera is provided with a laser measuring means for measuring the distance between the object and the camera, and that the dimensions of the object is calculated based on the recorded displacements of the jointed arm together with the distance between the object and the camera in order to create a three-dimensional image of the object with the aid of photogrammetry and images taken from different views of the same object.
A process for preparing a pharmaceutical composition comprising micafungin or a pharmaceutically acceptable salt thereof in the form of a lyophilised cake or powder, wherein the water content of the lyophilised cake or powder is below 2.0 % by weight, preferably between 0.1 and 1.9 % by weight, more preferably between 0.5 and 1.5 % by weight of the total amount of the lyophilised cake or powder, wherein the pharmaceutical composition comprises at least one bulking agent, wherein the pharmaceutical composition comprises between 30 and 85 % by weight, preferably between 40 and 70 % by weight of the bulking agent or bulking agents in respect of the total amount of the pharmaceutical composition wherein the process comprises, at least, the step of preparing a micafungin solution by dissolving micafungin in a water solution in a reactor made of stainless steel, carbon steel, high alloy steel and high alloys such as hastelloy, tantalum, inconel, monel, titanium, nickel and cupronickel, preferably the reactor is a stainless steel reactor.
Process for producing SiOC-bonded polyether siloxanes by transesterification of alkoxysiloxanes with polyetherols in the presence of zinc acetylacetonate as catalyst, wherein the computational total water content of the reactants consisting of alkoxysiloxanes and polyetherols is ≤ 300 ppm by mass, advantageously ≤ 200 ppm by mass, preferably ≤ 150 ppm by mass, more preferably ≤ 100 ppm by mass, in particular ≤ 50 ppm by mass, wherein the determination of the individual water contents is performed beforehand, preferably by titration according to Karl Fischer.