mhurhangee/ep-ind-claims huggingface dataset:
A power control method, the method comprising: Receiving configuration information sent by a base station, wherein the configuration information comprises an uplink power control parameter; Estimating, according to the uplink power control parameter, a transmit power that is on an uplink shared channel and that is of a beam set in which a terminal device is located, wherein the beam set comprises n beams, and n is a positive integer greater than or equal to 1; Calculating, according to a maximum transmit power of the terminal device and the transmit power that is on the uplink shared channel and that corresponds to the beam set in which the terminal device is located, a power headroom of the beam set in which the terminal device is located; and Generating a power headroom report according to the power headroom of the beam set in which the terminal device is located, and sending the power headroom report to the base station. Receiving configuration information sent by a base station, wherein the configuration information comprises an uplink power control parameter; Estimating, according to the uplink power control parameter, a transmit power that is on an uplink shared channel and that is of a beam set in which a terminal device is located, wherein the beam set comprises n beams, and n is a positive integer greater than or equal to 1; Calculating, according to a maximum transmit power of the terminal device and the transmit power that is on the uplink shared channel and that corresponds to the beam set in which the terminal device is located, a power headroom of the beam set in which the terminal device is located; and Generating a power headroom report according to the power headroom of the beam set in which the terminal device is located, and sending the power headroom report to the base station.
A solar cell panel, comprising: a plurality of solar cells, each solar cell including a semiconductor substrate and a plurality of back electrode parts that are positioned on a back surface of the semiconductor substrate that is opposite a light receiving surface of the semiconductor substrate, each pair of adjacent back electrode parts being spaced apart from one another by a space to expose the substrate;a conductive adhesive film including a resin and a plurality of conductive particles dispersed in the resin, wherein the conductive adhesive film is positioned on and directly contacts the back surface of the semiconductor substrate that is exposed through the space between a respective pair of adjacent back electrode parts; and a plurality of interconnectors electrically interconnecting two adjacent solar cells, wherein each interconnector is positioned on and directly contacts a back surface of the conductive adhesive film that is opposite a surface that contacts the substrate, wherein the number of back electrode parts in each solar cell is greater than the number of interconnectors by one. a plurality of solar cells, each solar cell including a semiconductor substrate and a plurality of back electrode parts that are positioned on a back surface of the semiconductor substrate that is opposite a light receiving surface of the semiconductor substrate, each pair of adjacent back electrode parts being spaced apart from one another by a space to expose the substrate;a conductive adhesive film including a resin and a plurality of conductive particles dispersed in the resin, wherein the conductive adhesive film is positioned on and directly contacts the back surface of the semiconductor substrate that is exposed through the space between a respective pair of adjacent back electrode parts; and a plurality of interconnectors electrically interconnecting two adjacent solar cells, wherein each interconnector is positioned on and directly contacts a back surface of the conductive adhesive film that is opposite a surface that contacts the substrate, wherein the number of back electrode parts in each solar cell is greater than the number of interconnectors by one.
A discharge assembly comprising: a flexible bulk container having a base and an outlet channel extending from the base and having an outlet at one end through which product is to be dispensed, a seat onto which the base of the bulk container is seated for a discharge operation, the seat including an outlet region through which the outlet channel of the bulk container extends when seated thereon, and a vibration unit for selectively vibrating the seat; wherein the seat is configured for the base of the container to overhang a periphery of the seat when seated thereon; characterised in that; the discharge device comprises a displacement member configured for movement away from the seat for agitation of the container, and in that an inner edge of the displacement member is spaced from the outer edge of the seat, to create a void into which the base of the container may sag, when the displacement member is in a retracted position. a flexible bulk container having a base and an outlet channel extending from the base and having an outlet at one end through which product is to be dispensed, a seat onto which the base of the bulk container is seated for a discharge operation, the seat including an outlet region through which the outlet channel of the bulk container extends when seated thereon, and a vibration unit for selectively vibrating the seat; wherein the seat is configured for the base of the container to overhang a periphery of the seat when seated thereon; characterised in that; the discharge device comprises a displacement member configured for movement away from the seat for agitation of the container, and in that an inner edge of the displacement member is spaced from the outer edge of the seat, to create a void into which the base of the container may sag, when the displacement member is in a retracted position.
A reactor (100, 200) for carrying out a chemical reaction, the reactor comprising a reactor vessel and one or more reaction tubes, power input elements for electrical heating of the reaction tube(s) extending into the reactor vessel, characterized in that - the power input elements each have a rod-shaped section that extends through a wall of the reactor vessel at a relevant wall passage, - a connection chamber into which the rod-shaped sections project is located outside the reactor vessel and adjacently to the wall of the reactor vessel in which the wall passages are formed, - cooling panels through which a cooling fluid can flow are provided in the connection chamber and are arranged between at least two or between at least two groups of the rod-shaped sections that project into the connection chamber. - the power input elements each have a rod-shaped section that extends through a wall of the reactor vessel at a relevant wall passage, - a connection chamber into which the rod-shaped sections project is located outside the reactor vessel and adjacently to the wall of the reactor vessel in which the wall passages are formed, - cooling panels through which a cooling fluid can flow are provided in the connection chamber and are arranged between at least two or between at least two groups of the rod-shaped sections that project into the connection chamber.
Method for producing a rotor of an asynchronous machine with at least one cage rotor, wherein the rotor has at least one laminated core with substantially axially extending conductors, which are arranged in slots in the rotor and wherein the conductors have at least two materials of different electrical conductivities, wherein the material with the higher electrical conductivity surrounds the material with the lower electrical conductivity by at least 75% when considered in the circumferential direction, by means of the following steps: - punch-lamination of a partial laminated core (9,10,11,12), - axial alignment of the slots in the rotor, - axial insertion of hollow pipes with high electrical conductivity, in particular copper pipes, in the slots of the partial laminated cores such that the partial laminated cores are arranged on a conductor, wherein a predetermined spacing is established between the partial laminated cores, - expansion of the hollow pipe by means of high pressure, - casting-in of material with lower electrical conductivity than that of the hollow pipe, wherein the hollow pipe is filled by the material and simultaneously the end rings are also formed on the end face of the rotor, - wherein due to casting-in of material with lower electrical conductivity than that of the hollow pipe, in particular aluminium diecasting, these hollow pipes are simultaneously expanded and form a positive contact between the hollow pipes and the side walls of the slots. - punch-lamination of a partial laminated core (9,10,11,12), - axial alignment of the slots in the rotor, - axial insertion of hollow pipes with high electrical conductivity, in particular copper pipes, in the slots of the partial laminated cores such that the partial laminated cores are arranged on a conductor, wherein a predetermined spacing is established between the partial laminated cores, - expansion of the hollow pipe by means of high pressure, - casting-in of material with lower electrical conductivity than that of the hollow pipe, wherein the hollow pipe is filled by the material and simultaneously the end rings are also formed on the end face of the rotor, - wherein due to casting-in of material with lower electrical conductivity than that of the hollow pipe, in particular aluminium diecasting, these hollow pipes are simultaneously expanded and form a positive contact between the hollow pipes and the side walls of the slots.
A footwear comprising: a seamless upper of one or more double-bed fabrics formed in a unitary knit construction through a knitting process, wherein the seamless upper is attached with an outsole, wherein the unitary knit construction comprises an upper main body comprising a plurality of portions, wherein each of the plurality of portions is knitted into shape through the knitting process and is connected to another portion seamlessly by knitting stitches that are generated in the knitting process, wherein the plurality of portions of the unitary knit construction comprise: a lateral side portion; a toe portion; a medial side portion; an ankle portion; an instep portion; and a heel portion and one or more appendages (32, 33, 38, 39, 40, 42, 43, 47, 49, 57, 60, 62) that are knitted into shapes through the knitting process and connected to the upper main body seamlessly by knitting stitches that are generated in the knitting process, wherein an angle between the heel portion and the instep portion is formed through the knitting process; and wherein further the footwear is characterized in that: the heel portion is formed by an insert, the insert having loops, the loops being transferred to receiving loops located on the lateral side portion and the medial side portion to join the insert to the lateral side portion and the medial side portion. a seamless upper of one or more double-bed fabrics formed in a unitary knit construction through a knitting process, wherein the seamless upper is attached with an outsole, wherein the unitary knit construction comprises an upper main body comprising a plurality of portions, wherein each of the plurality of portions is knitted into shape through the knitting process and is connected to another portion seamlessly by knitting stitches that are generated in the knitting process, wherein the plurality of portions of the unitary knit construction comprise: a lateral side portion; a toe portion; a medial side portion; an ankle portion; an instep portion; and a heel portion and one or more appendages (32, 33, 38, 39, 40, 42, 43, 47, 49, 57, 60, 62) that are knitted into shapes through the knitting process and connected to the upper main body seamlessly by knitting stitches that are generated in the knitting process, wherein an angle between the heel portion and the instep portion is formed through the knitting process; and wherein further the footwear is characterized in that: the heel portion is formed by an insert, the insert having loops, the loops being transferred to receiving loops located on the lateral side portion and the medial side portion to join the insert to the lateral side portion and the medial side portion.
A binder for a non-aqueous secondary battery, comprising a particulate polymer and water, wherein the particulate polymer has a degree of swelling in an aqueous medium at pH 5 of less than a factor of 2, and the particulate polymer has a degree of swelling in an aqueous medium at pH 8 of at least a factor of 2 and no greater than a factor of 7, wherein the particulate polymer includes at least 17 mass% and no greater than 30 mass% of an acid group-containing monomer unit, and wherein the particulate polymer includes either or both an aliphatic conjugated diene monomer unit and an aromatic vinyl monomer unit, and wherein a percentage content of the aliphatic conjugated diene monomer unit and a percentage content of the aromatic vinyl monomer unit are, in total, at least 10 mass% and no greater than 80 mass%.
A salt of a compound represented by formula wherein represents an α-configuration, represents a β-configuration, and represents an α-configuration, a β-configuration or a mixture thereof in an arbitrary ratio, or a diastereomeric mixture thereof and 4-piperidinemethanol; a crystal thereof; or a cyclodextrin clathrate thereof
A method of operating a braking system for the trailer of a vehicle comprising a towing vehicle and a trailer, the trailer having at least two ground-engaging wheels (26, 26', 28, 28'), one (26, 28) of which is provided on a first side of the trailer whilst the other (26', 28') is provided on a second side of the trailer, each wheel (26, 26', 28, 28') having a brake which is operable independently of the other by means of a brake actuator assembly (46, 26b, 28b, 46', 26', 28'), the method including controlling the difference between the brake pressure applied by the brake to the wheel (26, 28) on the first side of the trailer and the brake pressure applied by the brake to the wheel (26', 28') on the second side of the trailer so that it does not exceed a predetermined maximum pressure differential.
A lubricant composition suitable for use in drilling operations, comprising: a) 90.0 to 99.0 wt% of at least one base oil composition, the base oil composition comprising 1.0 to 15.0 wt% water, based on the total weight of the base oil and the water, and b) from 1.0 to 10.0 wt% of a friction-reducing composition consisting of at least one compound represented by Formula I: wherein each of R 1, R 2, R 3, R 4, and R 5 is selected from the group consisting of H and branched or unbranched substituted or unsubstituted C 1 to C 50 hydrocarbyl groups, with the proviso that R 1 is selected from C 10 to C 30 hydrocarbyl groups; T is selected from the group consisting of O and S groups; X is H; and wherein the weight percentages of the base oil composition and the friction-reducing composition are based on the total weight of the base oil composition and the friction-reducing composition. a) 90.0 to 99.0 wt% of at least one base oil composition, the base oil composition comprising 1.0 to 15.0 wt% water, based on the total weight of the base oil and the water, and b) from 1.0 to 10.0 wt% of a friction-reducing composition consisting of at least one compound represented by Formula I: wherein each of R 1, R 2, R 3, R 4, and R 5 is selected from the group consisting of H and branched or unbranched substituted or unsubstituted C 1 to C 50 hydrocarbyl groups, with the proviso that R 1 is selected from C 10 to C 30 hydrocarbyl groups; T is selected from the group consisting of O and S groups; X is H; and wherein the weight percentages of the base oil composition and the friction-reducing composition are based on the total weight of the base oil composition and the friction-reducing composition. wherein each of R 1, R 2, R 3, R 4, and R 5 is selected from the group consisting of H and branched or unbranched substituted or unsubstituted C 1 to C 50 hydrocarbyl groups, with the proviso that R 1 is selected from C 10 to C 30 hydrocarbyl groups; T is selected from the group consisting of O and S groups; X is H; and wherein the weight percentages of the base oil composition and the friction-reducing composition are based on the total weight of the base oil composition and the friction-reducing composition.
A device for performing a train integrity check on a train comprising a number of wagons, each wagon provided with air brakes operable by a pressure difference between a brake pipe and a main reservoir pipe, characterized in that the device comprises: a spring-biased one-way valve, comprising an air path having a first end arranged to connect with the brake pipe and a second end arranged to connect with the main reservoir pipe; and a closure element which is spring-loaded into a "closed" position, blocking the air path between its first end and its second end and arranged such that pressure within main reservoir pipe which is in excess of pressure within brake pipe urges the closure element to its "closed" position, and arranged such that pressure within brake pipe which is in excess of pressure within main reservoir pipe urges the closure element away from its "closed" position against the spring bias, towards an "open" position in which an air path is provided from the brake pipe to the main reservoir pipe. a spring-biased one-way valve, comprising an air path having a first end arranged to connect with the brake pipe and a second end arranged to connect with the main reservoir pipe; and a closure element which is spring-loaded into a "closed" position, blocking the air path between its first end and its second end and arranged such that pressure within main reservoir pipe which is in excess of pressure within brake pipe urges the closure element to its "closed" position, and arranged such that pressure within brake pipe which is in excess of pressure within main reservoir pipe urges the closure element away from its "closed" position against the spring bias, towards an "open" position in which an air path is provided from the brake pipe to the main reservoir pipe.
An image capturing unit, comprising: a first image sensor comprising first pixels that comprise a first photoelectric conversion unit and a second photoelectric conversion unit that are arranged in a first direction and photoelectrically convert incident light; and a second image sensor comprising second pixels that comprise a third photoelectric conversion unit and a fourth photoelectric conversion unit that are arranged in a second direction that is different from the first direction and photoelectrically convert light that has passed through the first pixel. a first image sensor comprising first pixels that comprise a first photoelectric conversion unit and a second photoelectric conversion unit that are arranged in a first direction and photoelectrically convert incident light; and a second image sensor comprising second pixels that comprise a third photoelectric conversion unit and a fourth photoelectric conversion unit that are arranged in a second direction that is different from the first direction and photoelectrically convert light that has passed through the first pixel.
A method for inter-radio access technology spectrum sharing performed by a base station of a wireless network, the method comprising: granting (802, 902) access to one or more user devices to communicate through the wireless network over a first set of communication resources (302, 304, 306), the wireless network using a first radio access technology, RAT; receiving (806, 904), from another base station, a notification that additional communication resources (312, 314) are temporarily available to the base station for a time interval, the additional communication resources (312, 314) being useable to increase temporarily a bandwidth of the wireless network and the additional communication resources (312, 314) having been previously allocated to another wireless network using a second RAT that is different from the first RAT; responsive to receiving the notification and when the additional communication resources (312, 314) are temporarily available to the base station, granting (808, 906, 908) access to one or more user devices to communicate through the wireless network over a second set of communication resources, the second set of communication resources including the additional communication resources (312, 314); and after the additional communication resources are no longer available to the base station after the time interval, granting (810, 910, 912) access to one or more user devices to communicate through the wireless network over a third set of communication resources, the third set of communication resources excluding the additional communication resources. granting (802, 902) access to one or more user devices to communicate through the wireless network over a first set of communication resources (302, 304, 306), the wireless network using a first radio access technology, RAT; receiving (806, 904), from another base station, a notification that additional communication resources (312, 314) are temporarily available to the base station for a time interval, the additional communication resources (312, 314) being useable to increase temporarily a bandwidth of the wireless network and the additional communication resources (312, 314) having been previously allocated to another wireless network using a second RAT that is different from the first RAT; responsive to receiving the notification and when the additional communication resources (312, 314) are temporarily available to the base station, granting (808, 906, 908) access to one or more user devices to communicate through the wireless network over a second set of communication resources, the second set of communication resources including the additional communication resources (312, 314); and after the additional communication resources are no longer available to the base station after the time interval, granting (810, 910, 912) access to one or more user devices to communicate through the wireless network over a third set of communication resources, the third set of communication resources excluding the additional communication resources.
Clutch device for a motor vehicle, comprising torque input means intended to be coupled to a crank shaft, a first torque output shaft, a second torque output shaft, a first clutch mechanism able to couple or uncouple the torque input means and the first torque output shaft, a second clutch mechanism able to couple or uncouple the torque input means and the second torque output shaft, the first and second clutch mechanisms respectively comprising first and second discs (13, 22) mounted respectively on a first and a second external support (8, 19) belonging to the torque input means, the first and second clutch mechanisms furthermore respectively comprising first and second counter discs (32, 38) mounted respectively on a first and a second internal support (27, 33) rotationally coupled respectively to the first and second torque output shafts (31, 37), the first internal support and/or the second internal support comprising a radially internal hub mounted around the corresponding torque output shaft, the said hub and the said corresponding torque output shaft comprising complementary rotational-coupling means, such as, for example, complementary splines, and means for axially positioning the said hub on the corresponding torque output shaft, characterized in that the axial positioning means comprise at least one groove formed in the corresponding torque output shaft, at least one groove formed in the said hub and at least one elastic ring that can be deformed between an unlocked position in which the said elastic ring is housed in the groove of the corresponding torque output shaft in such a way as to allow the hub to be mounted around the said corresponding output shaft, and a locked position in which the said elastic ring is housed both in the groove of the said corresponding output shaft and in the groove of the said hub so as to axially immobilise the corresponding internal support on the corresponding output shaft.