mhurhangee/ep-ind-claims huggingface dataset:
A conveying device, comprising - a circulatorily led, extensively extended conveying element which forms a conveying section with a conveying surface, and a return section, - a front head-end region, in which the conveying element is deflected from the conveying section in the movement direction of the conveying element into the return section, - a braking device which is designed for exerting a braking effect upon the driven conveying element, wherein - the braking device comprises a braking surface which can have a contact fit with the conveying element and which by way of sliding friction with the conveying element at least partly exerts the braking effect upon the driven conveying element, - the braking device is designed and arranged in a manner such that it exerts the braking effect upon the conveying element at a location outside the front head-end region as well as upon the conveying element outside the conveying section and that - the braking surface is designed in an essentially bent manner and is wrapped by a part of the conveying element, characterised in that the braking device comprises a preliminary brake which is arranged upstream of the braking surface in the movement direction of the conveying element, and exerts a braking effect upon the conveying element, wherein the preliminary brake comprises a preliminary brake body (6, 16.1, 16.2, 26) which is designed and arranged, in a manner such that it exerts pressure upon an extensively-surfaced formed side of the conveying element, presses the conveying element against a preliminary brake counter-body (7, 17, 27) and by way of this brakes the conveying element by way of sliding friction. - a circulatorily led, extensively extended conveying element which forms a conveying section with a conveying surface, and a return section, - a front head-end region, in which the conveying element is deflected from the conveying section in the movement direction of the conveying element into the return section, - a braking device which is designed for exerting a braking effect upon the driven conveying element, wherein - the braking device comprises a braking surface which can have a contact fit with the conveying element and which by way of sliding friction with the conveying element at least partly exerts the braking effect upon the driven conveying element, - the braking device is designed and arranged in a manner such that it exerts the braking effect upon the conveying element at a location outside the front head-end region as well as upon the conveying element outside the conveying section and that - the braking surface is designed in an essentially bent manner and is wrapped by a part of the conveying element,
A channel member, comprising: a body in which a rectangular opening is continuous along a flow direction of a fluid, the body including a first side wall part and a second side wall part that are parallel to each other, a first ultrasonic wave input/output section and a second ultrasonic wave input/output section that are provided in the first side wall part, a reflecting surface provided on an inner surface of the second side wall part, a top plate part and a bottom plate part that are bridged between the first side wall part and the second side wall part, and an ultrasonic wave transmission membrane that covers the first ultrasonic wave input/output section and the second ultrasonic wave input/output section and transmits ultrasonic waves (36, 37) therethrough, characterized in that the first ultrasonic wave input/output section and the second ultrasonic wave input/output section are continuous with each other, the ultrasonic wave transmission membrane covers both the first ultrasonic wave input/output section and the second ultrasonic wave input/output section together, housing recesses are formed on a front surface side of the first side wall part by forming stepped portions at peripheral wall portions of the first ultrasonic wave input/output section and the second ultrasonic wave input/output section; and the ultrasonic wave transmission membrane is fitted into the housing recesses from the front surface side of the first side wall part. a body in which a rectangular opening is continuous along a flow direction of a fluid, the body including a first side wall part and a second side wall part that are parallel to each other, a first ultrasonic wave input/output section and a second ultrasonic wave input/output section that are provided in the first side wall part, a reflecting surface provided on an inner surface of the second side wall part, a top plate part and a bottom plate part that are bridged between the first side wall part and the second side wall part, and an ultrasonic wave transmission membrane that covers the first ultrasonic wave input/output section and the second ultrasonic wave input/output section and transmits ultrasonic waves (36, 37) therethrough, characterized in that the first ultrasonic wave input/output section and the second ultrasonic wave input/output section are continuous with each other, the ultrasonic wave transmission membrane covers both the first ultrasonic wave input/output section and the second ultrasonic wave input/output section together, housing recesses are formed on a front surface side of the first side wall part by forming stepped portions at peripheral wall portions of the first ultrasonic wave input/output section and the second ultrasonic wave input/output section; and the ultrasonic wave transmission membrane is fitted into the housing recesses from the front surface side of the first side wall part.
A humidifier comprising: a main body having a discharge part; a base on which the main body is seated; a tray seated on the base to store water; a disk assembly seated on the tray to humidify air; a filter assembly disposed in the main body to filter the humidified air; and a fan provided in the main body to blow air, wherein the fan is disposed at a downstream side of the filter assembly, characterized in that wherein the filter assembly is disposed between the fan and the disk assembly, and wherein, when the main body is separated from the base, the filter assembly is exposed to an outside. a main body having a discharge part; a base on which the main body is seated; a tray seated on the base to store water; a disk assembly seated on the tray to humidify air; a filter assembly disposed in the main body to filter the humidified air; and a fan provided in the main body to blow air, wherein the fan is disposed at a downstream side of the filter assembly, characterized in that wherein the filter assembly is disposed between the fan and the disk assembly, and wherein, when the main body is separated from the base, the filter assembly is exposed to an outside.
A method performed by a user equipment, UE, operating in a wireless communication system, the method comprising: receiving downlink control information, DCI, comprising indication information that indicates whether the DCI includes at least one of, i, paging resource assignment information or, ii, system information update indication; and based on the indication information indicating that the DCI includes both, i, the paging resource assignment information and, ii, the system information update indication: determining the paging resource assignment information from a first bit field of the DCI; determining the system information update indication from a second bit field of the DCI; receiving a paging message based on the paging resource assignment information included in the DCI; and receiving, updated system information based on the system information update indication included in the DCI. receiving downlink control information, DCI, comprising indication information that indicates whether the DCI includes at least one of, i, paging resource assignment information or, ii, system information update indication; and based on the indication information indicating that the DCI includes both, i, the paging resource assignment information and, ii, the system information update indication: determining the paging resource assignment information from a first bit field of the DCI; determining the system information update indication from a second bit field of the DCI; receiving a paging message based on the paging resource assignment information included in the DCI; and receiving, updated system information based on the system information update indication included in the DCI. determining the paging resource assignment information from a first bit field of the DCI; determining the system information update indication from a second bit field of the DCI; receiving a paging message based on the paging resource assignment information included in the DCI; and receiving, updated system information based on the system information update indication included in the DCI.
A static random access memory, SRAM, device, the SRAM device comprising: an array of bit cells arranged in rows and columns, wherein each bit cell in a row is selected for writing via a corresponding wordline for that row and wherein each bit cell in a column is coupled to a corresponding pair of bitlines (BL, LBL) for supplying complementary data values; and at least one row-oriented write assist circuit configured to temporarily reduce, to a desired voltage level, a voltage on an internal voltage line used to supply power to the bit cells of a row selected for writing, characterized in that the write assist circuit temporarily increases a voltage on the corresponding wordline by coupling the corresponding wordline to the internal voltage line such that charge on the internal voltage line is used to charge the wordline thereby reducing the voltage on the internal voltage line. an array of bit cells arranged in rows and columns, wherein each bit cell in a row is selected for writing via a corresponding wordline for that row and wherein each bit cell in a column is coupled to a corresponding pair of bitlines (BL, LBL) for supplying complementary data values; and at least one row-oriented write assist circuit configured to temporarily reduce, to a desired voltage level, a voltage on an internal voltage line used to supply power to the bit cells of a row selected for writing, characterized in that the write assist circuit temporarily increases a voltage on the corresponding wordline by coupling the corresponding wordline to the internal voltage line such that charge on the internal voltage line is used to charge the wordline thereby reducing the voltage on the internal voltage line.
Polysaccharide extract derived from a mushroom of the Lentinus genus, characterized in that it comprises monosaccharides, polysaccharides, and by weight, from 2% to 8% of trehalose, from 1% to 4% of glucose and from 30% to 60% of alditols, relative to the total weight of the dry extract and in that it can be obtained by means of the method as defined in either one of Claims 7 and 8.
An in-run track cooling system for cooling an in-run track of a ski jumping hill extending along a start-up direction, the in-run track having two individual tracks (2, 4, 32, 34, 52, 54, 72, 74, 102, 104) each having two track edges, the in-run-track cooling system comprising: - a plurality of neighboring bottom cooling ducts for guiding a liquid cooling medium, which are arranged in a common bottom cooling duct plane when extending along the start-up direction and viewed transversely to the start-up direction, wherein the bottom cooling ducts are arranged upwards in freely accessible manner, - a plurality of cross members extending along the start-up direction in a manner spaced from each other, each extending transversely to the start-up direction and on which the bottom cooling ducts are fixed, wherein the cross members are suitable for mounting the in-run track cooling system on a substructure of a ski jump, characterized by track edge cooling elements (6, 36, 46, 56, 66, 76, 86, 106, 116) which are arranged for formation of the track edges of the in-run track between the bottom cooling ducts and / or adjacent to the bottom cooling ducts, wherein the track edge cooling elements (6, 36, 46, 56, 66, 76, 86, 106, 116) of each individual track (2, 4, 32, 34, 52, 54, 72, 74, 102, 104) are designed to be structurally separated and each protrude upwards from the bottom cooling duct plane and each extend parallel to the start-up direction and are made of a material in the form of a metal sheet having a heat conduction coefficient of more than 10 W / m ° K. - a plurality of neighboring bottom cooling ducts for guiding a liquid cooling medium, which are arranged in a common bottom cooling duct plane when extending along the start-up direction and viewed transversely to the start-up direction, wherein the bottom cooling ducts are arranged upwards in freely accessible manner, - a plurality of cross members extending along the start-up direction in a manner spaced from each other, each extending transversely to the start-up direction and on which the bottom cooling ducts are fixed, wherein the cross members are suitable for mounting the in-run track cooling system on a substructure of a ski jump,
A processor comprising: a first core to execute instructions, the first core formed on a first die; and a programmable fabric (1816, 1818) such as field-programmable gate arrays (FPGA), field programmable neural arrays (FPNA), or field programmable analog arrays (FPAA) having a hierarchical arrangement including a first layer of programmable fabric formed on the first die and a second layer of programmable fabric formed on the first die, the programmable fabric including a fabric interface controller to: receive a first programmable fabric control instruction from the first core; and responsive thereto, cause a first programmable fabric unit of the first layer of programmable fabric to execute an operation on first input data, wherein the first programmable fabric control instruction comprises: a first field to identify the first programmable fabric unit; a second field to identify a number of cycles for the first programmable fabric unit to execute; a third field to indicate a size of the first input data; and a fourth field to indicate a size of first output data to be output by the first programmable fabric unit. a first core to execute instructions, the first core formed on a first die; and a programmable fabric (1816, 1818) such as field-programmable gate arrays (FPGA), field programmable neural arrays (FPNA), or field programmable analog arrays (FPAA) having a hierarchical arrangement including a first layer of programmable fabric formed on the first die and a second layer of programmable fabric formed on the first die, the programmable fabric including a fabric interface controller to: receive a first programmable fabric control instruction from the first core; and responsive thereto, cause a first programmable fabric unit of the first layer of programmable fabric to execute an operation on first input data, wherein the first programmable fabric control instruction comprises: a first field to identify the first programmable fabric unit; a second field to identify a number of cycles for the first programmable fabric unit to execute; a third field to indicate a size of the first input data; and a fourth field to indicate a size of first output data to be output by the first programmable fabric unit. receive a first programmable fabric control instruction from the first core; and responsive thereto, cause a first programmable fabric unit of the first layer of programmable fabric to execute an operation on first input data, wherein the first programmable fabric control instruction comprises: a first field to identify the first programmable fabric unit; a second field to identify a number of cycles for the first programmable fabric unit to execute; a third field to indicate a size of the first input data; and a fourth field to indicate a size of first output data to be output by the first programmable fabric unit. a first field to identify the first programmable fabric unit; a second field to identify a number of cycles for the first programmable fabric unit to execute; a third field to indicate a size of the first input data; and a fourth field to indicate a size of first output data to be output by the first programmable fabric unit.
A jacking system for jacking an offshore platform or vessel out of the water said jacking system comprising a leg having a longitudinal axis and comprising first engagement parts along said leg, and a guiding frame displaceable along said leg, said guiding frame comprising at least a first, second, third and fourth actuator (11, 11'), said actuators each having a first and second actuator part (12, 12', 13, 13') which in operation can displace with respect to one another along said leg, said first actuator part (12, 12') of said actuators (11, 11') coupled to said guiding frame, said second actuator parts (13, 13') of said actuators (11, 11') each coupled to first engagement parts (14, 15) for engaging and disengaging said first engagement parts of said leg for providing abutment in the longitudinal direction of said leg, said second actuator parts (13, 13') of said actuators (11, 11') displaceable along said leg past one another, and said actuators (11, 11') being arranged in pairs opposite one another with respect to a longitudinal plane of said leg, characterized in that said actuators (11, 11') have a working stroke (5, 2.5) which is defined as the distance the second actuator part (13, 13') can travel along a leg, wherein the working stroke of one pair of actuators differs from the working stroke (2.5) of another pair of actuators.
A bicep hydration sleeve comprising: a flexible fluid bladder having a bladder body defining an internal volume of less than or about 0.355 liters (12 oz) and having an opening therethrough; a mouthpiece rotatably coupled with the opening of the fluid bladder so as to be in fluid communication with the internal volume; and a flexible hydration sleeve body having a housing and one or more straps (112a, 112b), the housing having an internal chamber dimensioned to retain the flexible fluid bladder with a chamber opening dimensioned to receive the flexible fluid bladder therethrough and having a mouthpiece aperture dimensioned to receive the mouthpiece coupled therethrough when the flexible fluid bladder having the mouthpiece is located in the internal chamber, the one or more straps (112a, 112b) dimensioned such that the hydration sleeve body fits around a bicep region of a human, the one or more straps (112a, 112b) having at least a first strap with a first fastener member of a fastening system with a second fastener member of the fastening system being on the housing or a second strap, the second fastener member of the fastening system being capable of receiving the first strap with the first fastener member therethrough and the first fastener member being configured to be removably coupled with the first strap. a flexible fluid bladder having a bladder body defining an internal volume of less than or about 0.355 liters (12 oz) and having an opening therethrough; a mouthpiece rotatably coupled with the opening of the fluid bladder so as to be in fluid communication with the internal volume; and a flexible hydration sleeve body having a housing and one or more straps (112a, 112b), the housing having an internal chamber dimensioned to retain the flexible fluid bladder with a chamber opening dimensioned to receive the flexible fluid bladder therethrough and having a mouthpiece aperture dimensioned to receive the mouthpiece coupled therethrough when the flexible fluid bladder having the mouthpiece is located in the internal chamber, the one or more straps (112a, 112b) dimensioned such that the hydration sleeve body fits around a bicep region of a human, the one or more straps (112a, 112b) having at least a first strap with a first fastener member of a fastening system with a second fastener member of the fastening system being on the housing or a second strap, the second fastener member of the fastening system being capable of receiving the first strap with the first fastener member therethrough and the first fastener member being configured to be removably coupled with the first strap.
An antibody capable of binding to human HB-EGF, the antibody having any one of the following features: (a) comprising a light chain variable region including the amino acid sequences of SEQ ID NOs: 2 to 4, and a heavy chain variable region including the amino acid sequences of SEQ ID NOs: 6 to 8; or (b) comprising a light chain variable region including the amino acid sequences of SEQ ID NOs: 10 to 12, and a heavy chain variable region including the amino acid sequences of SEQ ID NOs: 14 to 16. (a) comprising a light chain variable region including the amino acid sequences of SEQ ID NOs: 2 to 4, and a heavy chain variable region including the amino acid sequences of SEQ ID NOs: 6 to 8; or a light chain variable region including the amino acid sequences of SEQ ID NOs: 2 to 4, and a heavy chain variable region including the amino acid sequences of SEQ ID NOs: 6 to 8; or (b) comprising a light chain variable region including the amino acid sequences of SEQ ID NOs: 10 to 12, and a heavy chain variable region including the amino acid sequences of SEQ ID NOs: 14 to 16. a light chain variable region including the amino acid sequences of SEQ ID NOs: 10 to 12, and a heavy chain variable region including the amino acid sequences of SEQ ID NOs: 14 to 16.