mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal supporting a narrowband internet of things, NB-IoT, in a wireless communication system, the method comprising: receiving, from a base station, a system information block, SIB, including first information indicating a report of downlink channel quality; generating a result of a downlink channel quality measurement performed based on the first information included in the SIB; and transmitting, to the base station, a radio resource control, RRC, message which is a message 3, MSG3, of a random access procedure, the RRC message including second information corresponding to the result, wherein the second information includes a plurality of bits indicating information on a minimum NB-IoT physical downlink control channel, NPDCCH, repetition level which satisfies a predetermined block error rate, BLER, wherein the plurality of bits being all 0 indicate that no information is reported for the downlink channel quality measurement, and wherein a value of the plurality of bits other than all 0 indicates the result. receiving, from a base station, a system information block, SIB, including first information indicating a report of downlink channel quality; generating a result of a downlink channel quality measurement performed based on the first information included in the SIB; and transmitting, to the base station, a radio resource control, RRC, message which is a message 3, MSG3, of a random access procedure, the RRC message including second information corresponding to the result, wherein the second information includes a plurality of bits indicating information on a minimum NB-IoT physical downlink control channel, NPDCCH, repetition level which satisfies a predetermined block error rate, BLER, wherein the plurality of bits being all 0 indicate that no information is reported for the downlink channel quality measurement, and wherein a value of the plurality of bits other than all 0 indicates the result.
A method for transmitting scheduling information for an uplink service in a mobile telecommunication system, the method comprising the steps of: configuring a first Media Access Control-enhanced Protocol Data Unit, MAC-e PDU, that comprises data, scheduling information, and a header related to the data and the scheduling information, when at least one uplink data and the scheduling information for the uplink service are to be transmitted; configuring a second MAC-e PDU that comprises the scheduling information and no header, when only the scheduling information is to be transmitted; and transmitting the first or second MAC-e PDU to a Node B over an Enhanced-Uplink Dedicated Channel, E-DCH. configuring a first Media Access Control-enhanced Protocol Data Unit, MAC-e PDU, that comprises data, scheduling information, and a header related to the data and the scheduling information, when at least one uplink data and the scheduling information for the uplink service are to be transmitted; configuring a second MAC-e PDU that comprises the scheduling information and no header, when only the scheduling information is to be transmitted; and transmitting the first or second MAC-e PDU to a Node B over an Enhanced-Uplink Dedicated Channel, E-DCH.
An apparatus for positioning single pole segments during the manufacture of stators of dynamoelectric machines formed as an assembly of single pole segments, the apparatus comprising: - a seat configured to seat the assembly of single pole segments; - an engagement assembly configured to engage first axial ends of the single pole segments and to cause the single pole segments to translate from the seat to a transfer device, the engagement assembly comprising a plurality of engagement members aligned with the seat, each engagement member being arranged to engage a respective first axial end of the respective single pole segment and to move the respective single pole segment towards a reference surface to bring a respective opposite axial end in abutment against said reference surface; - the transfer device comprising a first holding assembly comprising a first plurality of holding members (201,202,203) arranged to clamp the single pole segments at a first position and to hold the single pole segments as an assembly of single pole segments, the transfer device being arranged to move for transferring the assembly of single pole segments from the first position to a second position, where a containing assembly is located; and - the containing assembly provided with a second holding assembly comprising a second plurality of holding members (311,312) configured to hold the assembly of single pole segments; the second holding assembly being positioned on the containing assembly to maintain the assembly of single pole segments in a predetermined position when the single pole segments are located at the containing assembly. - a seat configured to seat the assembly of single pole segments; - an engagement assembly configured to engage first axial ends of the single pole segments and to cause the single pole segments to translate from the seat to a transfer device, the engagement assembly comprising a plurality of engagement members aligned with the seat, each engagement member being arranged to engage a respective first axial end of the respective single pole segment and to move the respective single pole segment towards a reference surface to bring a respective opposite axial end in abutment against said reference surface; - the transfer device comprising a first holding assembly comprising a first plurality of holding members (201,202,203) arranged to clamp the single pole segments at a first position and to hold the single pole segments as an assembly of single pole segments, the transfer device being arranged to move for transferring the assembly of single pole segments from the first position to a second position, where a containing assembly is located; and - the containing assembly provided with a second holding assembly comprising a second plurality of holding members (311,312) configured to hold the assembly of single pole segments; the second holding assembly being positioned on the containing assembly to maintain the assembly of single pole segments in a predetermined position when the single pole segments are located at the containing assembly.
Train carriage having a passenger area, the passenger area being equipped for passenger transport, - in which, instead of windows, an internal monitor strip is arranged in the interior of the passenger area, - in which external cameras are arranged on the train carriage, generate live images of the external surroundings of the passenger area and transmit them to the internal monitor strip, so that the internal monitor strip implements a window functionality for a passenger located in the passenger area in the interior of the train carriage, characterized in that on the train carriage - instead of windows, an external monitor strip is arranged on the outside of the passenger area, and - internal cameras are arranged in the interior of the passenger area, generate live images from the interior of the passenger area and transmit them to the external monitor strip, so that the external monitor strip implements a window functionality for a passenger located in the passenger area outside the train carriage. - in which, instead of windows, an internal monitor strip is arranged in the interior of the passenger area, - in which external cameras are arranged on the train carriage, generate live images of the external surroundings of the passenger area and transmit them to the internal monitor strip, so that the internal monitor strip implements a window functionality for a passenger located in the passenger area in the interior of the train carriage, - instead of windows, an external monitor strip is arranged on the outside of the passenger area, and - internal cameras are arranged in the interior of the passenger area, generate live images from the interior of the passenger area and transmit them to the external monitor strip, so that the external monitor strip implements a window functionality for a passenger located in the passenger area outside the train carriage.
An electrical system configured to supply electric power to an electric load of a vehicle, the electrical system comprising: a casing comprising: a first set of rails coupled to a first interior surface of the casing; and a second set of rails coupled to a second interior surface of the casing and spaced from the first set of rails; a first battery module comprising a first housing mechanically coupled to the first set of rails; and a second battery module comprising a second housing mechanically coupled to the second set of rails, the second housing separated a distance from the first housing, the distance defining a gap between the first battery module and the second battery module to thermally insulate the second battery module from the first battery module, wherein at least one of the first set of rails or the second set of rails comprises a coating configured to: restrict gases from traveling between the gap and another gap; and increase a frictional component between the at least one of the first set of rails or the second set of rails and at least one of the first housing or the second housing. a casing comprising: a first set of rails coupled to a first interior surface of the casing; and a second set of rails coupled to a second interior surface of the casing and spaced from the first set of rails; a first set of rails coupled to a first interior surface of the casing; and a second set of rails coupled to a second interior surface of the casing and spaced from the first set of rails; a first battery module comprising a first housing mechanically coupled to the first set of rails; and a second battery module comprising a second housing mechanically coupled to the second set of rails, the second housing separated a distance from the first housing, the distance defining a gap between the first battery module and the second battery module to thermally insulate the second battery module from the first battery module, wherein at least one of the first set of rails or the second set of rails comprises a coating configured to: restrict gases from traveling between the gap and another gap; and increase a frictional component between the at least one of the first set of rails or the second set of rails and at least one of the first housing or the second housing. restrict gases from traveling between the gap and another gap; and increase a frictional component between the at least one of the first set of rails or the second set of rails and at least one of the first housing or the second housing.
A method of monitoring a relative position of a microscope objective with regard to a sample, - wherein a test beam of light is directed onto at least one surface connected to the sample, and - wherein light of the test beam reflected at the at least one surface is registered and evaluated, - wherein the test beam is also directed onto a reflective surface of the microscope objective facing the sample, and - wherein light of the test beam reflected at the reflective surface of the microscope objective is also registered and evaluated, characterized in - that the at least one surface is partially reflective, - that the test beam - from that side of the sample facing away from the microscope objective - is directed through the at least one partially reflective surface connected to the sample onto the reflective surface of the microscope objective, and - that the light (16, 17) of the test beam reflected at both the at least one partially reflective surface connected to the sample and the reflective surface of the microscope objective is registered with a spatially resolving detector at that side of the sample facing away from the microscope objective. - wherein a test beam of light is directed onto at least one surface connected to the sample, and - wherein light of the test beam reflected at the at least one surface is registered and evaluated, - wherein the test beam is also directed onto a reflective surface of the microscope objective facing the sample, and - wherein light of the test beam reflected at the reflective surface of the microscope objective is also registered and evaluated, - that the at least one surface is partially reflective, - that the test beam - from that side of the sample facing away from the microscope objective - is directed through the at least one partially reflective surface connected to the sample onto the reflective surface of the microscope objective, and - that the light (16, 17) of the test beam reflected at both the at least one partially reflective surface connected to the sample and the reflective surface of the microscope objective is registered with a spatially resolving detector at that side of the sample facing away from the microscope objective.
A sole structure for an article of footwear, the sole structure comprising: a sole body portion, the sole body portion including an outsole surface facing away from the article of footwear and an upper surface disposed opposite the outsole surface; and a plurality of sensory node elements disposed within apertures in the sole body portion, the apertures being located within portions of at least a forefoot region, a midfoot region, and a heel region of the sole structure; each of the plurality of sensory node elements including a bottom surface configured to engage a ground surface and a top surface disposed opposite the bottom surface; the bottom surface of each of the sensory node elements extending above the outsole surface of the sole body portion when the sensory node element is in an uncompressed condition; wherein each of the plurality of sensory node elements are configured to move vertically within the apertures in the sole body portion so that the bottom surface of the sensory node element moves closer towards the outsole surface of the sole body portion when the sensory node element is in a compressed condition, wherein the top surface of each sensory node element is attached to a base layer and wherein the base layer is attached to the upper surface of the sole body portion, such that the sole body portion and the sensory node elements are not directly joined to each other. a sole body portion, the sole body portion including an outsole surface facing away from the article of footwear and an upper surface disposed opposite the outsole surface; and a plurality of sensory node elements disposed within apertures in the sole body portion, the apertures being located within portions of at least a forefoot region, a midfoot region, and a heel region of the sole structure; each of the plurality of sensory node elements including a bottom surface configured to engage a ground surface and a top surface disposed opposite the bottom surface; the bottom surface of each of the sensory node elements extending above the outsole surface of the sole body portion when the sensory node element is in an uncompressed condition; wherein each of the plurality of sensory node elements are configured to move vertically within the apertures in the sole body portion so that the bottom surface of the sensory node element moves closer towards the outsole surface of the sole body portion when the sensory node element is in a compressed condition, wherein the top surface of each sensory node element is attached to a base layer and wherein the base layer is attached to the upper surface of the sole body portion, such that the sole body portion and the sensory node elements are not directly joined to each other.
A control device for an internal combustion engine, the internal combustion engine including: an exhaust passage (45b, 46a); an intake passage; an EGR passage that connects the exhaust passage (45b, 46a) to the intake passage; an EGR valve that opens or closes the EGR passage; a port injection injector that carries out port injection in which fuel is injected into the intake passage; and an in-cylinder direct injection injector that carries out in-cylinder direct injection in which fuel is directly injected into a cylinder of the internal combustion engine, the control device characterized by comprising: an EGR control unit configured to execute open/close control over the EGR valve on the basis of an operating state of the internal combustion engine; and a fuel injection control unit configured to carry out at least one of the port injection and the in-cylinder direct injection by operating at least one of the port injection injector and the in-cylinder direct injection injector on the basis of the operating state of the internal combustion engine, wherein the fuel injection control unit is configured to set an EGR non-operation in-cylinder direct injection region, in which the port injection is stopped and the in-cylinder direct injection is carried out in a state where the EGR valve is closed, within an operation range of the internal combustion engine, and to set part of an EGR operation port injection permissible region, in which at least the port injection is carried out in a state where the EGR valve is open, within the EGR non-operation in-cylinder direct injection region. an EGR control unit configured to execute open/close control over the EGR valve on the basis of an operating state of the internal combustion engine; and a fuel injection control unit configured to carry out at least one of the port injection and the in-cylinder direct injection by operating at least one of the port injection injector and the in-cylinder direct injection injector on the basis of the operating state of the internal combustion engine, wherein the fuel injection control unit is configured to set an EGR non-operation in-cylinder direct injection region, in which the port injection is stopped and the in-cylinder direct injection is carried out in a state where the EGR valve is closed, within an operation range of the internal combustion engine, and to set part of an EGR operation port injection permissible region, in which at least the port injection is carried out in a state where the EGR valve is open, within the EGR non-operation in-cylinder direct injection region.
A power semiconductor module arrangement comprising: a semiconductor substrate comprising a dielectric insulation layer, a first metallization layer attached to the dielectric insulation layer, and a second metallization layer attached to the dielectric insulation layer, wherein the dielectric insulation layer is disposed between the first and second metallization layers (111, 112); a base plate; and a layer of heat-conducting material arranged between the semiconductor substrate and the base plate in a vertical direction (y) of the power semiconductor module arrangement, wherein the layer of heat-conducting material is arranged adjacent to a surface of the semiconductor substrate and adjacent to a surface of the base plate, wherein the surface of the semiconductor substrate and the surface of the base plate are plane surfaces, the semiconductor substrate has a first thermal expansion coefficient of 8 ppm/K or lower, the base plate has a second thermal expansion coefficient of 9 ppm/K or lower, the layer of heat-conducting material has a third thermal expansion coefficient that is 18 ppm/K or higher, characterized in that the layer of heat-conducting material is a solder layer, and the layer of heat-conducting material has a thickness in the vertical direction (y), wherein the thickness is between 40μm and 150μm. a semiconductor substrate comprising a dielectric insulation layer, a first metallization layer attached to the dielectric insulation layer, and a second metallization layer attached to the dielectric insulation layer, wherein the dielectric insulation layer is disposed between the first and second metallization layers (111, 112); a base plate; and a layer of heat-conducting material arranged between the semiconductor substrate and the base plate in a vertical direction (y) of the power semiconductor module arrangement, wherein the layer of heat-conducting material is arranged adjacent to a surface of the semiconductor substrate and adjacent to a surface of the base plate, wherein the surface of the semiconductor substrate and the surface of the base plate are plane surfaces, the semiconductor substrate has a first thermal expansion coefficient of 8 ppm/K or lower, the base plate has a second thermal expansion coefficient of 9 ppm/K or lower, the layer of heat-conducting material has a third thermal expansion coefficient that is 18 ppm/K or higher, characterized in that the layer of heat-conducting material is a solder layer, and the layer of heat-conducting material has a thickness in the vertical direction (y), wherein the thickness is between 40μm and 150μm.
A system of calibration matrices for extruding a plastic profile, said system comprising several consecutive calibration matrices, each calibration matrix comprises a bottom half of the calibration matrix and an upper half of the calibration matrix, wherein both upper as well as bottom halves (9, 10) comprise cooling channels, wherein an inner chamber running in the longitudinal direction of the calibration matrix is formed between the upper half and bottom half (9, 10) of the calibration matrix in the assembled position of the upper half and bottom half (9, 10), the cross section of which conforms to the extruded profile and the surface of which is coated with anti-adhesive antifriction material wherein there is an observation gap between at least some consecutive calibration matrices, characterized in that the anti-adhesive antifriction material is a glass fibre fabric or tape with a self-adhesive layer coated with polytetrafluoroethylene (PTFE) adhered to the surface of the inner chamber. each calibration matrix comprises a bottom half of the calibration matrix and an upper half of the calibration matrix, wherein both upper as well as bottom halves (9, 10) comprise cooling channels, wherein an inner chamber running in the longitudinal direction of the calibration matrix is formed between the upper half and bottom half (9, 10) of the calibration matrix in the assembled position of the upper half and bottom half (9, 10), the cross section of which conforms to the extruded profile and the surface of which is coated with anti-adhesive antifriction material wherein there is an observation gap between at least some consecutive calibration matrices, characterized in that the anti-adhesive antifriction material is a glass fibre fabric or tape with a self-adhesive layer coated with polytetrafluoroethylene (PTFE) adhered to the surface of the inner chamber.