mhurhangee/ep-ind-claims huggingface dataset:
A method for performing, by a first device, wireless communication, the method comprising: receiving (S810, S1010), from a second device, an inter UE coordination, IUC, request; triggering (S820, S1020) an IUC information report based on the IUC request; generating (S830, S1030) a medium access control, MAC, protocol data unit, PDU, including an IUC report MAC control element, CE, based on logical channel prioritization, LCP; transmitting, to the second device, first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, through a physical sidelink control channel, PSCCH; and transmitting (S840, S1050), to the second device through the PSSCH, i) the MAC PDU and ii) second SCI including a destination layer-2 ID related to the transmission of the IUC report MAC CE only, wherein the IUC report MAC CE includes information related to a preferred resource set. receiving (S810, S1010), from a second device, an inter UE coordination, IUC, request; triggering (S820, S1020) an IUC information report based on the IUC request; generating (S830, S1030) a medium access control, MAC, protocol data unit, PDU, including an IUC report MAC control element, CE, based on logical channel prioritization, LCP; transmitting, to the second device, first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, through a physical sidelink control channel, PSCCH; and transmitting (S840, S1050), to the second device through the PSSCH, i) the MAC PDU and ii) second SCI including a destination layer-2 ID related to the transmission of the IUC report MAC CE only, wherein the IUC report MAC CE includes information related to a preferred resource set.
A needle guide apparatus for endocavity ultrasound intervention, comprising a plastic bracket and a needle guiding passage made of metal that is provided in the plastic bracket, wherein the plastic bracket has a mounting structure that is detachably mounted to an endocavity ultrasound probe, characterized in that the needle guiding passage comprises a needle insertion channel provided by a metal head and a guiding channel provided by a metal guiding tube, the metal guiding tube is at least partially housed in the plastic bracket, and at least an inlet end of the metal head is exposed outside the plastic bracket; the plastic bracket is injection molded integrally on the needle guiding passage, and the metal head and the plastic bracket are provided with a limiting structure that cooperates to restrict the metal head from moving along an axis of the metal guiding tube and rotating around the axis of the metal guiding tube.
A water treatment process, comprising: an upstream side precipitating step of precipitating at least calcium carbonate from water to be treated containing Ca ions, SO 4 ions, carbonate ions and silica so that the concentration of calcium carbonate in the water to be treated is reduced on a most upstream side of the water to be treated, wherein said upstream side precipitating step comprises adding FeCl 3 to the water to be treated so as to aggregate calcium carbonate and removing the aggregated calcium carbonate by filtration; a scale inhibitor supplying step of supplying a calcium scale inhibitor which is a scale inhibitor for inhibiting the deposition of a scale containing calcium and a silica scale inhibitor which is a scale inhibitor for inhibiting the deposition of silica to the water obtained from the upstream side precipitating step; a demineralizing step of separating the water obtained from the scale inhibitor supplying step into concentrated water in which the Ca ions, the SO 4 ions, the carbonate ions and the silica are concentrated and treated water after the scale inhibitor supplying step; a crystallizing step of supplying seed crystals of gypsum to the concentrated water so that gypsum is crystallized from the concentrated water; and a pH adjusting step of adjusting the concentrated water to pH 5.5 or less at which a scale inhibition function of the calcium scale inhibitor is reduced between the demineralizing step and the crystallizing step, thereby promoting the deposition of the gypsum in the crystallizing step. an upstream side precipitating step of precipitating at least calcium carbonate from water to be treated containing Ca ions, SO 4 ions, carbonate ions and silica so that the concentration of calcium carbonate in the water to be treated is reduced on a most upstream side of the water to be treated, wherein said upstream side precipitating step comprises adding FeCl 3 to the water to be treated so as to aggregate calcium carbonate and removing the aggregated calcium carbonate by filtration; a scale inhibitor supplying step of supplying a calcium scale inhibitor which is a scale inhibitor for inhibiting the deposition of a scale containing calcium and a silica scale inhibitor which is a scale inhibitor for inhibiting the deposition of silica to the water obtained from the upstream side precipitating step; a demineralizing step of separating the water obtained from the scale inhibitor supplying step into concentrated water in which the Ca ions, the SO 4 ions, the carbonate ions and the silica are concentrated and treated water after the scale inhibitor supplying step; a crystallizing step of supplying seed crystals of gypsum to the concentrated water so that gypsum is crystallized from the concentrated water; and a pH adjusting step of adjusting the concentrated water to pH 5.5 or less at which a scale inhibition function of the calcium scale inhibitor is reduced between the demineralizing step and the crystallizing step, thereby promoting the deposition of the gypsum in the crystallizing step.
An air-based fryer, comprising: a food preparation chamber; a heating device; an airflow generating device configured to enable air heated by the heating device to form an airflow to heat food in the food preparation chamber; a first temperature sensing device located nearby or on the heating device and configured to detect a temperature of a surface of the heating device; a second temperature sensing device configured to detect a temperature of airflow for heating food in the food preparation chamber; a controller configured to control operation of the heating device based on the temperature of the surface of the heating device detected by the first temperature sensing device and the temperature of the airflow detected by the second temperature sensing device and characterized in that the controller is configured to control power of the heating device based on the temperature of the surface of the heating device detected by the first temperature sensing device, to enable the temperature of the surface of the heating device below a predetermined surface temperature value, wherein the predetermined surface temperature value is equal to or lower than a smoke point temperature of the food to be prepared. a food preparation chamber; a heating device; an airflow generating device configured to enable air heated by the heating device to form an airflow to heat food in the food preparation chamber; a first temperature sensing device located nearby or on the heating device and configured to detect a temperature of a surface of the heating device; a second temperature sensing device configured to detect a temperature of airflow for heating food in the food preparation chamber; a controller configured to control operation of the heating device based on the temperature of the surface of the heating device detected by the first temperature sensing device and the temperature of the airflow detected by the second temperature sensing device and characterized in that the controller is configured to control power of the heating device based on the temperature of the surface of the heating device detected by the first temperature sensing device, to enable the temperature of the surface of the heating device below a predetermined surface temperature value, wherein the predetermined surface temperature value is equal to or lower than a smoke point temperature of the food to be prepared.
Mould unit for the continuous casting of metal products, in particular for the continuous casting of blooms, comprising a mould tube which has a polygonal outer cross-sectional shape and a plurality of corner regions, and a plurality of separate reinforcing plates which are fastened to the outside of the mould tube and together enclose the mould tube, wherein a respective coolant guide gap for guiding a coolant is configured between each of the reinforcing plates and the mould tube, characterized in that the reinforcing plates at the corner regions of the mould tube are not connected to one another by screw connections.
Occupant protection system (200, 1200, 2200) for a motor vehicle, comprising a sensor, a bus line and a circuit arrangement (210, 1210, 2210), wherein the circuit arrangement (210, 1210, 2210) is configured for receiving data signals emitted by the sensor via the bus line, wherein the circuit arrangement (210, 1210, 2210) is configured to output a voltage pulse on a bus line, wherein the circuit arrangement (210, 1210, 2210) has a device (260, 1260, 2260) configured to ascertain whether a voltage on the bus line has reached a defined threshold value, wherein the circuit arrangement (210, 1210, 2210) is configured to begin receiving data signals after a defined time duration after a point in time at which the voltage on the bus line reached the defined threshold value. comprising a sensor, a bus line and a circuit arrangement (210, 1210, 2210), wherein the circuit arrangement (210, 1210, 2210) is configured for receiving data signals emitted by the sensor via the bus line, wherein the circuit arrangement (210, 1210, 2210) is configured to output a voltage pulse on a bus line, wherein the circuit arrangement (210, 1210, 2210) has a device (260, 1260, 2260) configured to ascertain whether a voltage on the bus line has reached a defined threshold value, wherein the circuit arrangement (210, 1210, 2210) is configured to begin receiving data signals after a defined time duration after a point in time at which the voltage on the bus line reached the defined threshold value.
A method of communicating using a communications device via a wireless access interface, the method comprising: transmitting signals representing data in accordance with a device-to-device communication protocol via a shared communication channel of the wireless access interface, the transmitting the signals comprising: selecting an identifier which identifies a party and identifies a discovery communication type; transmitting a scheduling assignment message (912, 922) in a portion of the shared communications channel reserved for sending scheduling assignment messages, wherein the scheduling assignment message comprises the selected identifier for discovery by one or more other communications devices and transmitting the signals representing the data in a data portion of the shared communications channel in accordance with the scheduling assignment message. selecting an identifier which identifies a party and identifies a discovery communication type; transmitting a scheduling assignment message (912, 922) in a portion of the shared communications channel reserved for sending scheduling assignment messages, wherein the scheduling assignment message comprises the selected identifier for discovery by one or more other communications devices and transmitting the signals representing the data in a data portion of the shared communications channel in accordance with the scheduling assignment message.
Lithium cobaltate particles having an average secondary particle diameter of 15.0 to 25.0 μm, a BET specific surface area of 0.10 to 0.30 m 2 /g, a compressed density as measured by applying a pressure of 2.5 t/cm 2 thereto of 3.65 to 4.00 g/cm 3, and wherein in an X-ray diffraction pattern of the lithium cobaltate particles, an intensity ratio between a plane and a plane [I /I] of the lithium cobaltate particles is 0.70 to 1.20.
Seal, particularly for a pressurized liquid, comprising, on the one hand, a support ring or frame with an external axial flange and an internal radial flange and, on the other hand, a washer made from a PTFE-based gasket material which is mounted or arranged on the said ring, at least partially covering the external face of the axial flange and extending beyond the internal end of the radial flange so as to form a flexible sealing lip intended to press circumferentially against or on an element that is to be sealed, particularly a rotary cylindrical element such as a shaft or the like, the said sealing lip then having an annular portion predominantly bearing against the element that is to be sealed and a bowed annular connecting portion (6"), which seal is characterized in that the sealing lip has a thickness less than 0.8 mm, and forms, when free of stress, a frustoconical annulus or sleeve with a vertex angle comprised between 40° and 80°.
A system for controlling frequency of a clock buffer in association with a voltage droop, comprising: a microprocessor that is configured to receive a clock provided by the clock buffer; a voltage detector comprising a low-pass filter, the voltage detector being configured to detect a relative voltage droop associated with a certain amount of voltage supply noise in the system based on a comparison of (a) a voltage associated with the microprocessor with (b) a low-pass filtered version of the voltage associated with the microprocessor; and a controller configured for controlling the frequency of the clock provided by the clock buffer based on the comparison of (a) the voltage associated with the microprocessor with (b) the low-pass filtered version of the voltage associated with the microprocessor, the controller further configured for reducing the frequency of the clock in response to the relative voltage droop being detected as a defined criterion associated with the voltage being satisfied, and incrementally increasing the frequency of the clock in response to the voltage associated with the microprocessor returning to a voltage level that was provided to the microprocessor before the detection of the relative voltage droop as another defined criterion associated with the voltage being satisfied. a microprocessor that is configured to receive a clock provided by the clock buffer; a voltage detector comprising a low-pass filter, the voltage detector being configured to detect a relative voltage droop associated with a certain amount of voltage supply noise in the system based on a comparison of (a) a voltage associated with the microprocessor with (b) a low-pass filtered version of the voltage associated with the microprocessor; and a controller configured for controlling the frequency of the clock provided by the clock buffer based on the comparison of (a) the voltage associated with the microprocessor with (b) the low-pass filtered version of the voltage associated with the microprocessor, the controller further configured for reducing the frequency of the clock in response to the relative voltage droop being detected as a defined criterion associated with the voltage being satisfied, and incrementally increasing the frequency of the clock in response to the voltage associated with the microprocessor returning to a voltage level that was provided to the microprocessor before the detection of the relative voltage droop as another defined criterion associated with the voltage being satisfied.
A process for preparing dinitrotoluene in countercurrent, comprising the steps of a) reacting toluene with nitric acid in the presence of sulfuric acid to give mononitrotoluene, b) separating the reaction product from step a) into an organic phase comprising mononitrotoluene and an aqueous phase comprising sulfuric acid, c) reacting the organic phase comprising mononitrotoluene with nitric acid in the presence of sulfuric acid to give dinitrotoluene, d) separating the reaction product from step c) into an organic phase comprising dinitrotoluene and an aqueous phase comprising sulfuric acid, wherein the reaction product from step a) has a content of toluene of 3.5-8% by weight, based on the organic phase, and a content of nitric acid of from 0.1 to 1.2% by weight, based on the aqueous phase, and the phase separation in step b) is carried out by means of dynamic separators. a) reacting toluene with nitric acid in the presence of sulfuric acid to give mononitrotoluene, b) separating the reaction product from step a) into an organic phase comprising mononitrotoluene and an aqueous phase comprising sulfuric acid, c) reacting the organic phase comprising mononitrotoluene with nitric acid in the presence of sulfuric acid to give dinitrotoluene, d) separating the reaction product from step c) into an organic phase comprising dinitrotoluene and an aqueous phase comprising sulfuric acid, wherein the reaction product from step a) has a content of toluene of 3.5-8% by weight, based on the organic phase, and a content of nitric acid of from 0.1 to 1.2% by weight, based on the aqueous phase, and the phase separation in step b) is carried out by means of dynamic separators.
A spectral image processing method of, based on an observed spectral image acquired from a specimen and emission spectral data of each of plural materials contained in the specimen, unmixing a contribution of each of said plural materials to said observed spectral image, characterised by: an evaluating step of, based on a predicted spectral image of said observed spectral image, with the predicted spectral image being a spectral image obtained by smoothing said observed spectral image in a spatial direction, evaluating reliability of each component of the observed spectral image; and a reflecting step of reflecting a result of said evaluation in a content of said unmixing, wherein the evaluating step includes calculating absolute distances between respective wavelength channels of the observed spectrum and corresponding wavelength channels of the predicted spectrum, wherein a wavelength channel with a smaller absolute distance has higher reliability, and a wavelength channel with a larger absolute distance has lower reliability. an evaluating step of, based on a predicted spectral image of said observed spectral image, with the predicted spectral image being a spectral image obtained by smoothing said observed spectral image in a spatial direction, evaluating reliability of each component of the observed spectral image; and a reflecting step of reflecting a result of said evaluation in a content of said unmixing, wherein the evaluating step includes calculating absolute distances between respective wavelength channels of the observed spectrum and corresponding wavelength channels of the predicted spectrum, wherein a wavelength channel with a smaller absolute distance has higher reliability, and a wavelength channel with a larger absolute distance has lower reliability.
A system for mounting and aligning a machining unit to a machine, preferably to a rotary transfer machine, comprising: a) a holder including a first part, said first part being mountable on a machine or being part of a machine, a second part which is releasably coupled to said first part in a defined first position, said second part being coupled to a third part with third coupling means for coupling said third part with a machining unit, wherein positioning means (5, 6) are located between said second part and said third part to allow moving said third part relative to said second part in at least one spatial direction; and b) at least one alignment station, said alignment station comprising first coupling means for releasably coupling the second part of the holder to said alignment station in said first defined position and at least one measuring device arranged on said alignment station, said measuring device configured to measure the position of said third part or of a machining unit coupled to said third part relative to the second part. a) a holder including a first part, said first part being mountable on a machine or being part of a machine, a second part which is releasably coupled to said first part in a defined first position, said second part being coupled to a third part with third coupling means for coupling said third part with a machining unit, wherein positioning means (5, 6) are located between said second part and said third part to allow moving said third part relative to said second part in at least one spatial direction; and b) at least one alignment station, said alignment station comprising first coupling means for releasably coupling the second part of the holder to said alignment station in said first defined position and at least one measuring device arranged on said alignment station, said measuring device configured to measure the position of said third part or of a machining unit coupled to said third part relative to the second part.
An optoelectronic position measuring device, having • a code carrier (1, 1a-i, 1A-G), having at least one optically detectable position code (2, 2'), • a radiation source for emitting optical radiation, in particular an LED or laser diode, and • at least one detecting element with sensor points for receiving at least a portion of the optical radiation, in particular a line sensor or two-dimensional sensor, as a result of which a signal dependent on the position code (2, 2') can be generated, and therefore a position of the code carrier (1, 1a-i, 1A-G) relative to the detecting element can be detected, - the code carrier being movable relative to the detecting element with one degree of freedom, in particular in a rotational or translational fashion, and - the radiation source and the code carrier (1, 1a-i, 1A-G) being arranged and configured in such a way that the optical radiation is coupled into the code carrier (1, 1a-i, 1A-G) and is guided up to the position code (2, 2') at least partially in a beam path, in the interior of the code carrier (1, 1a-i, 1A-G), lying in the plane of extent of the code carrier (1, 1a-i, 1A-G), and is guided onto the detecting element by being decoupled in a decoupling zone, characterized in that the decoupling of the optical radiation has a spatially dependent characteristic and is performed so that the detecting element is illuminated at a substantially homogeneous intensity distribution, wherein the drop in the intensity occurring per length unit owing to the decoupling is compensated for the subsequent length unit. • a code carrier (1, 1a-i, 1A-G), having at least one optically detectable position code (2, 2'), • a radiation source for emitting optical radiation, in particular an LED or laser diode, and • at least one detecting element with sensor points for receiving at least a portion of the optical radiation, in particular a line sensor or two-dimensional sensor, as a result of which a signal dependent on the position code (2, 2') can be generated, and therefore a position of the code carrier (1, 1a-i, 1A-G) relative to the detecting element can be detected, - the code carrier being movable relative to the detecting element with one degree of freedom, in particular in a rotational or translational fashion, and - the radiation source and the code carrier (1, 1a-i, 1A-G) being arranged and configured in such a way that the optical radiation is coupled into the code carrier (1, 1a-i, 1A-G) and is guided up to the position code (2, 2') at least partially in a beam path, in the interior of the code carrier (1, 1a-i, 1A-G), lying in the plane of extent of the code carrier (1, 1a-i, 1A-G), and is guided onto the detecting element by being decoupled in a decoupling zone,