mhurhangee/ep-ind-claims huggingface dataset:
A method of scheduling chunks of traffic for a streaming service in a wireless communication system, the method comprising: receiving, by a user equipment, UE, from an evolved node B, eNB, control information indicating an occurrence of congestion in the wireless communication system and indicating the UE to switch on an available bit rate bearer mode, ABR mode, supporting chunk-based scheduling; switching, by the UE, to the ABR mode; generating, by the UE, ABR scheduling parameters including a requested chunk identifier, a chunk size and a chunk playing time; transmitting, by the UE, to the eNB, an ABR schedule request message including the generated ABR scheduling parameters to request the chunk-based scheduling of at least one chunk of the traffic using at least one ABR bearer supporting the chunk-based scheduling; and receiving, by the UE, from the eNB, the at least one chunk of the traffic scheduled through the at least one ABR bearer based on the generated ABR scheduling parameters. receiving, by a user equipment, UE, from an evolved node B, eNB, control information indicating an occurrence of congestion in the wireless communication system and indicating the UE to switch on an available bit rate bearer mode, ABR mode, supporting chunk-based scheduling; switching, by the UE, to the ABR mode; generating, by the UE, ABR scheduling parameters including a requested chunk identifier, a chunk size and a chunk playing time; transmitting, by the UE, to the eNB, an ABR schedule request message including the generated ABR scheduling parameters to request the chunk-based scheduling of at least one chunk of the traffic using at least one ABR bearer supporting the chunk-based scheduling; and receiving, by the UE, from the eNB, the at least one chunk of the traffic scheduled through the at least one ABR bearer based on the generated ABR scheduling parameters.
Shielding device for shading and rain-protection purposes, comprising a textile sheet material which is tensioned or can be rolled out in a planar manner and forms a shield against weather influences, in particular against solar radiation and/or rain, which textile sheet material has a woven fabric, wherein the textile sheet material has a two-layered woven structure comprising warp threads forming a warp thread layer, and weft threads forming a weft thread layer which on one face rests on the warp thread layer, the warp threads and the weft threads being tensioned in a substantially linear manner, wherein the woven fabric has warp threads and weft threads connected to one another in a lattice-like manner, the warp threads and weft threads defining elongate rectangular openings in the woven fabric, the openings in the woven fabric being delimited on the long side thereof by the weft threads, characterized in that a foam layer which has foam pores that are separated from one another by solid foam walls is applied onto the textile sheet material on one face of the woven fabric by means of a coating process, wherein the foam layer is open-pored, and wherein the textile sheet material is provided with the foam layer on the upper side thereof.
A method for increasing the water holding capacity of a cereal bran fraction compared to the same untreated cereal bran, wherein said cereal bran fraction used in said method has not been subjected to removal of residual starch, said method comprising the steps of: a) Addition of water to a particulate cereal bran fraction to obtain a water content in the range of 30-60% (weight of added water per weight of bran (w/w)); b) Treating said particulate cereal bran fraction with added water without the removal of any components with: one or more cell-wall modifying enzyme; and optionally simultaneously or sequentially in any order treating said particulate cereal bran fraction with one or more further enzyme; wherein the cereal bran fraction is further treated in a heat treatment at a temperature in the range of 60-120 °C for a period of time to inactivate further enzyme activity and/or to gelatinization any residual starch, and/or to increase the WHC further; wherein said one or more cell-wall modifying enzyme is selected from the group consisting of a hemicellulase, such as a xylanase, ferulic acid esterases, acetyl xylan esterases, and/or a pectinase, and a cellulase, such as cellobiohydrolases, endo-glucanases, a mannanase, and a beta-glucanase. a) Addition of water to a particulate cereal bran fraction to obtain a water content in the range of 30-60% (weight of added water per weight of bran (w/w)); b) Treating said particulate cereal bran fraction with added water without the removal of any components with: one or more cell-wall modifying enzyme; and optionally simultaneously or sequentially in any order treating said particulate cereal bran fraction with one or more further enzyme;
A bulkhead fitting (100, 100') for at least one cable and/or at least one pipe intended to pass through a dash panel separating a passenger compartment from an engine compartment of a motor vehicle, said bulkhead fitting comprising: - a support; - a counter-support mounted on the support so that the support and the counter-support can, in use, each face an opposite surface (T1, T2) of the dash panel, said bulkhead fitting being characterised in that it further comprises a holding structure for said cable and/or pipe, which is more flexible than the support and the counter-support, and which is also removably mounted on both the support and the counter-support. - a support; - a counter-support mounted on the support so that the support and the counter-support can, in use, each face an opposite surface (T1, T2) of the dash panel,
An exposure apparatus for exposing a substrate via a projection optical system, the apparatus comprising: a stage system having a stage for holding the substrate and a motor, coupled to the stage, for driving the stage in a movement plane; an encoder system in which one of a grating section (39Y 1, 39Y 2, 39X 1, 39X 2) and a plurality of heads (62A, 62B, 62C, 62D), each being configured to irradiate the grating section with a beam, is arranged at the stage, and which is configured to measure positional information of the stage in the movement plane by a head that faces the grating section of the plurality of heads; and a controller configured to switch a head used in measurement of the positional information to a different head of the plurality of heads and to determine the positional information to be measured by the different head based on the positional information measured by the head used before the switching, during driving of the stage based on the measured positional information, wherein the apparatus is configured such that, after the switching, the measurement by the different head is performed using the determined positional information, the grating section includes four scales in each of which a grating is formed, the apparatus is configured such that before the switching, the measurement by the heads that face at least three of the four scales, respectively, is performed, and the apparatus is configured such that based on the positional information measured by the at least three heads, the positional information to be measured by the different head that is different from the at least three heads is determined. a stage system having a stage for holding the substrate and a motor, coupled to the stage, for driving the stage in a movement plane; an encoder system in which one of a grating section (39Y 1, 39Y 2, 39X 1, 39X 2) and a plurality of heads (62A, 62B, 62C, 62D), each being configured to irradiate the grating section with a beam, is arranged at the stage, and which is configured to measure positional information of the stage in the movement plane by a head that faces the grating section of the plurality of heads; and a controller configured to switch a head used in measurement of the positional information to a different head of the plurality of heads and to determine the positional information to be measured by the different head based on the positional information measured by the head used before the switching, during driving of the stage based on the measured positional information, wherein the apparatus is configured such that, after the switching, the measurement by the different head is performed using the determined positional information, the grating section includes four scales in each of which a grating is formed, the apparatus is configured such that before the switching, the measurement by the heads that face at least three of the four scales, respectively, is performed, and the apparatus is configured such that based on the positional information measured by the at least three heads, the positional information to be measured by the different head that is different from the at least three heads is determined.
A controller for a movable unloading apparatus of an agricultural harvesting machine, wherein the movable unloading apparatus is configured to direct crop material from the agricultural harvesting machine to a container driven in the vicinity of the agricultural harvesting machine, and wherein the controller is configured to: receive image data representative of a stream of crop material and its side edges as the stream passes from the unloading apparatus to the container; characterized in that the controller is further configured to: process the image data comprising to measure the angles (30/130, 32/132) of the side edges of the stream clockwise from vertically upwards reference lines that intersect with the respective side edges in order to determine a shape of the stream of crop material in the image data; and set an attribute of the unloading apparatus in accordance with the determined shape of the stream of crop material in order to direct the crop material from the unloading apparatus to the container. receive image data representative of a stream of crop material and its side edges as the stream passes from the unloading apparatus to the container; characterized in that the controller is further configured to: process the image data comprising to measure the angles (30/130, 32/132) of the side edges of the stream clockwise from vertically upwards reference lines that intersect with the respective side edges in order to determine a shape of the stream of crop material in the image data; and set an attribute of the unloading apparatus in accordance with the determined shape of the stream of crop material in order to direct the crop material from the unloading apparatus to the container. process the image data comprising to measure the angles (30/130, 32/132) of the side edges of the stream clockwise from vertically upwards reference lines that intersect with the respective side edges in order to determine a shape of the stream of crop material in the image data; and set an attribute of the unloading apparatus in accordance with the determined shape of the stream of crop material in order to direct the crop material from the unloading apparatus to the container.
A blood oxygenator device comprising a gas exchange chamber in which, when in use, gas exchange between a gas flow through said gas exchange chamber and blood of a patient passing through said gas exchange chamber takes place; and an equilibration-measurement unit, wherein, when in use, blood of the patient flows through the equilibration-measurement unit, wherein the equilibration-measurement unit comprises a gas phase which, when in use, is in contact with the blood flowing through the equilibration-measurement unit such that equilibration with respect to an inhalational anesthetic present in the blood occurs between the blood flowing through the equilibration-measurement unit and the gas phase, and wherein said equilibration-measurement unit comprises an apparatus for determining the concentration of said inhalational anesthetic in the gas phase, characterized in that the gas exchange chamber and the equilibration-measurement unit are two different parts of the blood oxygenator device.
An external medical device, comprising: a housing; and a processor within the housing configured to: receive an input signal containing ECG data for a patient receiving chest compressions at a chest compression frequency f; select a comb filter mechanism; apply the comb filter mechanism to the input signal to substantially remove chest compression artifacts from the input signal, wherein the chest compression artifacts correspond to the chest compressions delivered to the patient, and wherein the comb filter mechanism rejects content in the input signal that is in the frequency f, and rejects content in the input signal that is a higher harmonic to the frequency f but passes frequencies between the frequency f and the higher harmonic; and determine advice to shock or not shock based on the filtered input signal. a housing; and a processor within the housing configured to: receive an input signal containing ECG data for a patient receiving chest compressions at a chest compression frequency f; select a comb filter mechanism; apply the comb filter mechanism to the input signal to substantially remove chest compression artifacts from the input signal, wherein the chest compression artifacts correspond to the chest compressions delivered to the patient, and wherein the comb filter mechanism rejects content in the input signal that is in the frequency f, and rejects content in the input signal that is a higher harmonic to the frequency f but passes frequencies between the frequency f and the higher harmonic; and determine advice to shock or not shock based on the filtered input signal. receive an input signal containing ECG data for a patient receiving chest compressions at a chest compression frequency f; select a comb filter mechanism; apply the comb filter mechanism to the input signal to substantially remove chest compression artifacts from the input signal, wherein the chest compression artifacts correspond to the chest compressions delivered to the patient, and wherein the comb filter mechanism rejects content in the input signal that is in the frequency f, and rejects content in the input signal that is a higher harmonic to the frequency f but passes frequencies between the frequency f and the higher harmonic; and determine advice to shock or not shock based on the filtered input signal.
An interlayer film for laminated glass comprising: a polyvinyl acetal resin; a plasticizer; heat insulating particles; and at least one compound selected from the group consisting of a phthalocyanine compound, a naphtalocyanine compound, and an anthracyanine compound, wherein, when an amount A represents the amount of the heat insulating particles to 100 parts by weight of the polyvinyl acetal resin and an amount B represents the amount of the compound to 100 parts by weight of the polyvinyl acetal resin, the amount A is 0.1 to 3 parts by weight and a ratio of the amount A to the amount B (the amount A/ the amount B) is 3 to 2000. a polyvinyl acetal resin; a plasticizer; heat insulating particles; and at least one compound selected from the group consisting of a phthalocyanine compound, a naphtalocyanine compound, and an anthracyanine compound, wherein, when an amount A represents the amount of the heat insulating particles to 100 parts by weight of the polyvinyl acetal resin and an amount B represents the amount of the compound to 100 parts by weight of the polyvinyl acetal resin, the amount A is 0.1 to 3 parts by weight and a ratio of the amount A to the amount B (the amount A/ the amount B) is 3 to 2000.
A camera module including a plurality of lenses, comprising: a plurality of lens barrels (210a and 210b) comprising the plurality of lenses, respectively; a plurality of focusing modules (320a and 320b) in which the plurality of lens barrels are mounted, respectively, each focusing module comprising one or more magnets (321a, 321b, and 325b) on side surfaces thereof; a driving member coupled with the plurality of focusing modules and comprising a recess formed to receive a part of a ball bearing; a fixing member in which the driving member coupled with the plurality of focusing modules is mounted, the fixing member comprising a recess formed in a center of an internal bottom surface thereof and a part of the ball bearing is seated in the recess; the ball bearing received in the recess of the driving member and in the recess of the fixing member; and a circuit board formed to surround side surfaces of the fixing member and comprising one or more driving coils corresponding to the one or more magnets, wherein the driving member is configured to integrally drive the plurality of focusing modules in response to driving forces generated through the one or more driving coils, a signal being output from a sensor mounted on the upper surface of the driving member according to a movement of the driving member and the plurality of focusing modules in the camera module, and amounts or directions of currents applied to the one or more driving coils being changed such that the signal output from the sensor has a preset value. a plurality of lens barrels (210a and 210b) comprising the plurality of lenses, respectively; a plurality of focusing modules (320a and 320b) in which the plurality of lens barrels are mounted, respectively, each focusing module comprising one or more magnets (321a, 321b, and 325b) on side surfaces thereof; a driving member coupled with the plurality of focusing modules and comprising a recess formed to receive a part of a ball bearing; a fixing member in which the driving member coupled with the plurality of focusing modules is mounted, the fixing member comprising a recess formed in a center of an internal bottom surface thereof and a part of the ball bearing is seated in the recess; the ball bearing received in the recess of the driving member and in the recess of the fixing member; and a circuit board formed to surround side surfaces of the fixing member and comprising one or more driving coils corresponding to the one or more magnets, wherein the driving member is configured to integrally drive the plurality of focusing modules in response to driving forces generated through the one or more driving coils, a signal being output from a sensor mounted on the upper surface of the driving member according to a movement of the driving member and the plurality of focusing modules in the camera module, and amounts or directions of currents applied to the one or more driving coils being changed such that the signal output from the sensor has a preset value.
A LED module, comprising: - a platform having a recession, the recession having a center section with a bottom and a step-wise enlarged section surrounding the center section, - at least one LED chip arranged on the bottom of the central section, - a bond wire leading from the LED chip to the bottom of the enlarged section in order to contact a first electrode of the LED chip, wherein the bond wire is electrically connected to the back side of the platform by means of a first through contact leading from the bottom of the enlarged section through the platform to the backside of the platform, further comprising a second through contact in the bottom of the central section contacting a second electrode of the LED chip, wherein the second through contact is arranged outside the contours of the LED chip when seen in a top view. - a platform having a recession, the recession having a center section with a bottom and a step-wise enlarged section surrounding the center section, - at least one LED chip arranged on the bottom of the central section, - a bond wire leading from the LED chip to the bottom of the enlarged section in order to contact a first electrode of the LED chip, wherein the bond wire is electrically connected to the back side of the platform by means of a first through contact leading from the bottom of the enlarged section through the platform to the backside of the platform, further comprising a second through contact in the bottom of the central section contacting a second electrode of the LED chip, wherein the second through contact is arranged outside the contours of the LED chip when seen in a top view.
Method for drying a log, wherein the log has a first and a second end face (S1, S2), an outer face and an entire length, in which a longitudinal bore is produced which extends along the entire length from the first to the second end face (S1, S2), so that an inlet opening is produced at the first end face and an outlet opening is produced at the second end face, wherein the longitudinal bore has an inner face, wherein both the inner face and the outer face being directly flowed around by a drying gas, so that the log is dried simultaneously from the inner side and from the outer side, characterized in that the log is held in a substantially vertical position and a drying gas is supplied from below the log, the drying gas also flowing through the longitudinal bore, that water is extracted from the log by evaporating it on the surface of the longitudinal bore, in that the drying gas located in the longitudinal bore is thereby moistened and its density is thereby reduced, so that a buoyancy acting on the drying gas is generated within the longitudinal bore.
An insufflation system comprising: a surgical site access port comprising: a port surface; a first trocar positionable through the port surface, the first trocar having a first instrument channel extending therethrough; and a second trocar positionable through the port surface, the second trocar having a second instrument channel extending therethrough; and a gas flow pressure conditioning apparatus for use with a pulsing insufflation pump, the apparatus comprising: an inlet fluid conduit configured to receive a flow of gas from the pulsing insufflation pump; an outlet fluid conduit (94, 94') configured to provide a flow of insufflation gas to the surgical site access port;; and a reservoir fluidly coupled to the inlet fluid conduit and the outlet fluid conduit (94, 94'); and characterized in that the inlet fluid conduit has a first inner diameter and the outlet fluid conduit has a second inner diameter larger than the first inner diameter, and in that the second trocar has an insufflation port. a surgical site access port comprising: a port surface; a first trocar positionable through the port surface, the first trocar having a first instrument channel extending therethrough; and a second trocar positionable through the port surface, the second trocar having a second instrument channel extending therethrough; and a port surface; a first trocar positionable through the port surface, the first trocar having a first instrument channel extending therethrough; and a second trocar positionable through the port surface, the second trocar having a second instrument channel extending therethrough; and a gas flow pressure conditioning apparatus for use with a pulsing insufflation pump, the apparatus comprising: an inlet fluid conduit configured to receive a flow of gas from the pulsing insufflation pump; an outlet fluid conduit (94, 94') configured to provide a flow of insufflation gas to the surgical site access port;; and a reservoir fluidly coupled to the inlet fluid conduit and the outlet fluid conduit (94, 94'); and an inlet fluid conduit configured to receive a flow of gas from the pulsing insufflation pump; an outlet fluid conduit (94, 94') configured to provide a flow of insufflation gas to the surgical site access port;; and a reservoir fluidly coupled to the inlet fluid conduit and the outlet fluid conduit (94, 94'); and characterized in that the inlet fluid conduit has a first inner diameter and the outlet fluid conduit has a second inner diameter larger than the first inner diameter, and in that the second trocar has an insufflation port.