mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a video communication service having a selectable Quality of Service, QoS, between an originating portable terminal (701, 801) and a destination portable terminal (705, 805), the method comprising: when using a high quality video communication service, sending a request for the high quality video communication service from the originating portable terminal (701, 801) to the destination terminal (705, 805) using a Circuit Service Data, CSD, channel; receiving at the originating portable terminal a reply message to the high quality video communication service request from the destination portable terminal and, when the reply message is an acceptance of an execution of the high quality video communication service, disconnecting the CSD channel and then connecting a Packet Service Data, PSD, channel between the originating portable terminal and the destination portable terminal; and providing the high quality video communication service between the originating portable terminal and the destination portable terminal using the PSD channel, and the method being characterized by: when the reply message is a rejection of an execution of the high quality video communication service, performing a video communication between the originating portable terminal (701, 801) and the destination portable terminal (705, 805) using the CSD channel. when using a high quality video communication service, sending a request for the high quality video communication service from the originating portable terminal (701, 801) to the destination terminal (705, 805) using a Circuit Service Data, CSD, channel; receiving at the originating portable terminal a reply message to the high quality video communication service request from the destination portable terminal and, when the reply message is an acceptance of an execution of the high quality video communication service, disconnecting the CSD channel and then connecting a Packet Service Data, PSD, channel between the originating portable terminal and the destination portable terminal; and providing the high quality video communication service between the originating portable terminal and the destination portable terminal using the PSD channel, and the method being characterized by: when the reply message is a rejection of an execution of the high quality video communication service, performing a video communication between the originating portable terminal (701, 801) and the destination portable terminal (705, 805) using the CSD channel. when the reply message is a rejection of an execution of the high quality video communication service, performing a video communication between the originating portable terminal (701, 801) and the destination portable terminal (705, 805) using the CSD channel.
A method of protecting the sieve wall of the combustion chamber of a fired heat exchanger, consisting in the removal, in any known way, of limescale accumulating on the sieve wall of the combustion chamber on the side of the water chamber, characterised in that before a fired heat exchanger is started, the control unit of the fired heat exchanger is preprogrammed with a threshold temperature T g defined for the sieve wall of the combustion chamber, whereupon, during the operation of the fired heat exchanger the actual temperature T a of the sieve wall of the combustion chamber is measured on the side of the water chamber using an additional temperature sensor, the signal from which is transferred to the control unit and processed, following which the value of the actual temperature T a is compared against the threshold temperature T g, and when both temperature values are equal, the control unit generates an alarm signal off of the fired heat exchanger; once the fired heat exchanger is off, the limescale accumulated on the sieve wall of its combustion chamber is removed in any known way.
A clutch device in a drive train of a vehicle, having a housing, a first clutch with a clutch input connected to a drive shaft or formed by the drive shaft, and a second clutch, wherein the first clutch is assigned a first actuating device for applying a first actuating force to the first clutch, and the second clutch is assigned a second actuating device for applying a second actuating force to the second clutch, wherein the clutch device comprises a support bearing for supporting the first actuating force and comprises a support bearing system for supporting the second actuating force, wherein the support bearing is axially supported on an element of the housing, and the support bearing system comprises a first bearing element arranged in the axial direction between a multiple disc carrier of the second clutch and the clutch input, such that a second actuating force transmitted axially from the second clutch to the multiple disc carrier can be transmitted from the multiple disc carrier of the second clutch via the first bearing element to the clutch input, and the support bearing system comprises a second bearing element, which is arranged in the axial direction between the clutch input and the element of the housing, such that the second actuating force transmitted to the clutch input can be transmitted from the second bearing element to the element of the housing, characterised in that the second bearing element rests with its radial outer side on the clutch input and with its radial inner side rests on the element of the housing.
A Hall electromotive force compensation device comprising: a Hall element configured to generate a Hall electromotive force; and a compensation signal generation unit configured to generate a signal for compensating the Hall electromotive force of the Hall element, characterized in that the compensation signal generation unit is configured to generate the signal for compensating the Hall electromotive force of the Hall element based on two resistance values (R 1, R 2) across different terminal pairs (1, 3, and 2, 4) of the Hall element, each of the different terminal pairs (1, 3, and 2, 4) being opposed to each other, temperature information of the Hall element, information about a temperature characteristic of a piezo-Hall coefficient (P 12) of the Hall element, and information about a temperature characteristic of a piezo resistance coefficient (nL, nT) of the Hall element. a Hall element configured to generate a Hall electromotive force; and a compensation signal generation unit configured to generate a signal for compensating the Hall electromotive force of the Hall element, characterized in that the compensation signal generation unit is configured to generate the signal for compensating the Hall electromotive force of the Hall element based on two resistance values (R 1, R 2) across different terminal pairs (1, 3, and 2, 4) of the Hall element, each of the different terminal pairs (1, 3, and 2, 4) being opposed to each other, temperature information of the Hall element, information about a temperature characteristic of a piezo-Hall coefficient (P 12) of the Hall element, and information about a temperature characteristic of a piezo resistance coefficient (nL, nT) of the Hall element.
A method of releasing glycans from a target glycoprotein in a biological sample, said method comprising performing the following steps in the following order: (a) adding said biological sample to a solid phase support comprising (i) a solid phase and (ii) an affinity ligand specific for the glycoprotein, which affinity ligand is immobilized on said solid phase, thereby binding said target glycoprotein to said affinity ligand on said solid phase; (b) washing said solid phase with a buffer to wash away any unbound glycoprotein; and, (c) contacting said bound target glycoprotein on said solid phase with an enzyme that releases glycans from glycoproteins, thereby releasing said glycans from said target glycoprotein. (a) adding said biological sample to a solid phase support comprising (i) a solid phase and (ii) an affinity ligand specific for the glycoprotein, which affinity ligand is immobilized on said solid phase, thereby binding said target glycoprotein to said affinity ligand on said solid phase; (b) washing said solid phase with a buffer to wash away any unbound glycoprotein; and, (c) contacting said bound target glycoprotein on said solid phase with an enzyme that releases glycans from glycoproteins,
Child car seat, intended to be installed in particular in a motor vehicle, comprising a seat bottom and a seat back provided with side flanks and a headrest having a back portion, substantially parallel to the seat back, and two side cheeks extending from said back portion, characterised in that said seat comprises means for controlling (10, 11, 12, 18) a predetermined safety displacement of at least one portion of said side cheeks, in the event of a side impact against said seat, referred to as a violent impact, from a first transport position to a second safety position, wherein said mobile portion of the cheek is moved closer to the child's head, said means for controlling (10, 11, 12, 18) providing said safety displacement at the time of said violent impact, said violent impact corresponding to a side impact having a force greater than a predetermined threshold.
An image forming apparatus for controlling entry to a power save mode, the image forming apparatus comprising: a controller to determine whether a first operation state of a removable user interface satisfies a necessary condition for entering the power save mode; and a wireless network interface to receive information on a second operation state of an external interface device (21,23) separate from the removable user interface connected to the image forming apparatus from the external interface device when the first operation state satisfies the necessary condition, wherein the controller controls entry of the image forming apparatus to the power save mode based on the second operation state when the first operation state satisfies the necessary condition. a controller to determine whether a first operation state of a removable user interface satisfies a necessary condition for entering the power save mode; and a wireless network interface to receive information on a second operation state of an external interface device (21,23) separate from the removable user interface connected to the image forming apparatus from the external interface device when the first operation state satisfies the necessary condition, wherein the controller controls entry of the image forming apparatus to the power save mode based on the second operation state when the first operation state satisfies the necessary condition.
A method for wireless communications by a base station, BS, comprising: providing an indication of a higher-priority physical random access channel, PRACH, region comprising a set of transmission resources, within a system bandwidth, for transmitting higher-priority PRACH signals by a user equipment, UE; and determining a random access response, RAR, window for a received PRACH signal, based on receiving the PRACH signal via the set of transmission resources. providing an indication of a higher-priority physical random access channel, PRACH, region comprising a set of transmission resources, within a system bandwidth, for transmitting higher-priority PRACH signals by a user equipment, UE; and determining a random access response, RAR, window for a received PRACH signal, based on receiving the PRACH signal via the set of transmission resources.
A cell for use in a method for stimulating neural recovery and/or neural regeneration after transplantation to a site of nervous system injury or disease, wherein the cell is descended from a marrow adherent stromal cell (MASC) through culture in vitro, wherein: (a) the cell supports the growth or regeneration of neural tissue; (b) the methylation of amplicon 18 of the GDF5 gene, amplicon 164 of the FGFR1 gene, amplicon 227 of the LPIN1 gene, amplicons 825 and 826 of the NANOG gene and amplicon 834 of the NNAT gene is altered compared to the MASC progenitor cell; and (c) during culture in vitro, neither the marrow adherent stromal cell nor any of its descendants were transfected with a polynucleotide comprising sequences encoding a Notch intracellular domain. (a) the cell supports the growth or regeneration of neural tissue; (b) the methylation of amplicon 18 of the GDF5 gene, amplicon 164 of the FGFR1 gene, amplicon 227 of the LPIN1 gene, amplicons 825 and 826 of the NANOG gene and amplicon 834 of the NNAT gene is altered compared to the MASC progenitor cell; and (c) during culture in vitro, neither the marrow adherent stromal cell nor any of its descendants were transfected with a polynucleotide comprising sequences encoding a Notch intracellular domain.
A self-position calculating apparatus comprising: a light projector configured to project a patterned light beam onto a road surface around a vehicle; an image capturing unit installed in the vehicle, and configured to capture and obtain an image of the road surface around the vehicle covering an area of the projected patterned light beam; an orientation angle calculator configured to calculate an initial orientation angle of the vehicle relative to the road surface from a position of the patterned light beam on the image obtained by the image capturing unit; characterized by a feature point detector configured to set a feature-point detection region surrounding the area onto which the patterned light beam is projected on the image obtained by the image capturing unit, and to detect a plurality of feature points on the road surface within the feature-point detection region, the feature-point detection region excludes the area onto which the patterned light beam is projected; an orientation change amount calculator configured to calculate amounts of changes in a distance and the orientation of the vehicle based on temporal changes in the plurality of feature points on the road surface; and a self-position calculator configured to calculate a current position and a current orientation angle of the vehicle by adding the amounts of changes in the distance and the orientation to an initial position and the initial orientation angle of the vehicle relative to the road surface. a light projector configured to project a patterned light beam onto a road surface around a vehicle; an image capturing unit installed in the vehicle, and configured to capture and obtain an image of the road surface around the vehicle covering an area of the projected patterned light beam; an orientation angle calculator configured to calculate an initial orientation angle of the vehicle relative to the road surface from a position of the patterned light beam on the image obtained by the image capturing unit; characterized by a feature point detector configured to set a feature-point detection region surrounding the area onto which the patterned light beam is projected on the image obtained by the image capturing unit, and to detect a plurality of feature points on the road surface within the feature-point detection region, the feature-point detection region excludes the area onto which the patterned light beam is projected; an orientation change amount calculator configured to calculate amounts of changes in a distance and the orientation of the vehicle based on temporal changes in the plurality of feature points on the road surface; and a self-position calculator configured to calculate a current position and a current orientation angle of the vehicle by adding the amounts of changes in the distance and the orientation to an initial position and the initial orientation angle of the vehicle relative to the road surface.
A process for the production of a bipolar diesel fuel comprising the steps of: a) mixing and homogenizing the following streams: a first stream comprising a commercial diesel fuel; a second stream of a first additive comprising a mixture of ethoxylated esters which is used as surfactant; a third stream comprising a second additive comprising an aqueous emulsion containing a mixture of from 50 to 90% of water in a form of an amine soap, water-soluble surfactants and aromatic hydrocarbons in order to produce a mixed and homogenized stream comprising SD + S1 + S2; and b) converting the diesel fuel contained in the mixed and homogenized stream obtained in step a) into a bipolar diesel fuel by submitting the mixed and homogenized mix to controlled cavitation inside a Shock Power Reactor having a rotor, in order to obtain the bipolar diesel fuel. a) mixing and homogenizing the following streams: a first stream comprising a commercial diesel fuel; a second stream of a first additive comprising a mixture of ethoxylated esters which is used as surfactant; a third stream comprising a second additive comprising an aqueous emulsion containing a mixture of from 50 to 90% of water in a form of an amine soap, water-soluble surfactants and aromatic hydrocarbons in order to produce a mixed and homogenized stream comprising SD + S1 + S2; and b) converting the diesel fuel contained in the mixed and homogenized stream obtained in step a) into a bipolar diesel fuel by submitting the mixed and homogenized mix to controlled cavitation inside a Shock Power Reactor having a rotor, in order to obtain the bipolar diesel fuel.
An airfoil comprising: an airfoil body extending at least between leading and trailing edges, first and second sides, and radially inner and outer ends, the airfoil body including an aluminum alloy having a controlled crystallographic texture with respect to a predefined three-dimensional coordinate system, wherein the controlled crystallographic texture defines a texture distribution with respect to volume fractions of textures, characterised in that the predefined three-dimensional coordinate system is a Cartesian coordinate system having orthogonal X-, Y- and Z- axes having a Z-axis extending along a radial direction of the airfoil body which is perpendicular to the central engine axis, A, a X-axis extending in a direction traverse to the first and second sides, and an Y-axis extending orthogonally to the Z-axis and the X-axis, wherein the Y-axis is parallel to the central engine axis A, and wherein the texture distribution includes 30% to 70%, by volume, of a first texture, the first texture being defined by a type of crystallographic plane being parallel within +/- 10° of the X-Y, X-Z or Z-Y plane of the Cartesian coordinate system and a <1-10> type of crystallographic direction being oriented within a cone of 10° of one of the axes of the Cartesian coordinate system. an airfoil body extending at least between leading and trailing edges, first and second sides, and radially inner and outer ends, the airfoil body including an aluminum alloy having a controlled crystallographic texture with respect to a predefined three-dimensional coordinate system, wherein the controlled crystallographic texture defines a texture distribution with respect to volume fractions of textures, characterised in that the predefined three-dimensional coordinate system is a Cartesian coordinate system having orthogonal X-, Y- and Z- axes having a Z-axis extending along a radial direction of the airfoil body which is perpendicular to the central engine axis, A, a X-axis extending in a direction traverse to the first and second sides, and an Y-axis extending orthogonally to the Z-axis and the X-axis, wherein the Y-axis is parallel to the central engine axis A, and wherein the texture distribution includes 30% to 70%, by volume, of a first texture, the first texture being defined by a type of crystallographic plane being parallel within +/- 10° of the X-Y, X-Z or Z-Y plane of the Cartesian coordinate system and a <1-10> type of crystallographic direction being oriented within a cone of 10° of one of the axes of the Cartesian coordinate system.
A portable CPR manikin comprising, a torso having a chest surface including a rigid central chest area simulating a human breast bone; and a surrounding chest area having at least six rib sections separated by openings in the chest area, which openings are formed through the chest and radiate outwardly from the rigid central chest area; characterized in that: the portable CPR manikin comprises a movable hinge formed intermediate and interconnecting an end of each rib section with the rigid central chest area; wherein the openings are spaced in a radial pattern; and wherein the rigid central chest area is adapted to detachably receive a chest compression piston. the portable CPR manikin comprises a movable hinge formed intermediate and interconnecting an end of each rib section with the rigid central chest area; wherein the openings are spaced in a radial pattern; and wherein the rigid central chest area is adapted to detachably receive a chest compression piston.
A concentrated adjuvant composition, comprising, based on 100 parts by weight of the composition: - greater than 1.8 parts by weight of an incompletely hydrated water-soluble polymer suspended in a liquid medium; - a hydration inhibitor component comprising choline chloride; and - a suspending agent in an amount effective to impart shear thinning properties to the composition. - greater than 1.8 parts by weight of an incompletely hydrated water-soluble polymer suspended in a liquid medium; - a hydration inhibitor component comprising choline chloride; and - a suspending agent in an amount effective to impart shear thinning properties to the composition.
Eyewear comprising: a lens having an upper perimeter and a lower perimeter, the lens defining at least one slot formed in one of the upper and lower perimeters (16, 18); a frame selectively engaging a perimeter of the lens, the frame comprising an upper portion extending across the upper perimeter and a lower portion extending across the lower perimeter; and a fastener, pivotally mounted to one of the upper and lower portions (20, 22), the fastener selectively engaging the at least one slot to retain the lens in engagement with the frame, wherein the fastener includes an elongate member mounted on a shaft rotatably mounted to the frame and having its direction of elongation perpendicular to the axis of rotation of the shaft, the elongate member rotatable within the slot from an open position to a closed position, wherein in the open position the elongate member is oriented relative to the slot such that the elongate member is configured to be inserted along an insertion direction through an opening of the slot that extends from the perimeter of the lens to a widened portion having a width greater than the width of the opening, and in the closed position the slot interferes with movement of the elongate member along the insertion direction to a greater extent than in the open position. a lens having an upper perimeter and a lower perimeter, the lens defining at least one slot formed in one of the upper and lower perimeters (16, 18); a frame selectively engaging a perimeter of the lens, the frame comprising an upper portion extending across the upper perimeter and a lower portion extending across the lower perimeter; and a fastener, pivotally mounted to one of the upper and lower portions (20, 22), the fastener selectively engaging the at least one slot to retain the lens in engagement with the frame, wherein the fastener includes an elongate member mounted on a shaft rotatably mounted to the frame and having its direction of elongation perpendicular to the axis of rotation of the shaft, the elongate member rotatable within the slot from an open position to a closed position, wherein in the open position the elongate member is oriented relative to the slot such that the elongate member is configured to be inserted along an insertion direction through an opening of the slot that extends from the perimeter of the lens to a widened portion having a width greater than the width of the opening, and in the closed position the slot interferes with movement of the elongate member along the insertion direction to a greater extent than in the open position.