mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a control section configured to determine a type of a specific search space, based on search space type information indicating a common search space or a User Equipment, UE, -specific search space; and a receiving section configured to monitor, in the specific search space, physical downlink control channel, PDCCH, candidates for one or more downlink control information, DCI, formats indicated by one or more parameters included in the search space type information. a control section configured to determine a type of a specific search space, based on search space type information indicating a common search space or a User Equipment, UE, -specific search space; and a receiving section configured to monitor, in the specific search space, physical downlink control channel, PDCCH, candidates for one or more downlink control information, DCI, formats indicated by one or more parameters included in the search space type information.
A polyolefin fiber in a form of a multifilament consisting of a plurality of single fibers, wherein each of the fibers is made of a polyolefin having a weight-average molecular weight of 180,000 to 300,000, and has a compressive strength of 30 to 51 MPa calculated by the following formula 1 when compressed and deformed by 30 % with respect to a fiber diameter in a direction perpendicular to the fiber axis in each single fiber, St = 2 P / π × L × d St: Compressive strength (MPa), P: Testing force d: Single fiber diameter (mm), L: Diameter of indenter (mm); and wherein the compressive strength was measured in accordance with the section "Method for Measuring Compressive Strength" of the specification; wherein the weight-average molecular weight was measured in accordance with the section "weight-average molecular weight" of the specification. St: Compressive strength (MPa), P: Testing force d: Single fiber diameter (mm), L: Diameter of indenter (mm); and wherein the compressive strength was measured in accordance with the section "Method for Measuring Compressive Strength" of the specification; wherein the weight-average molecular weight was measured in accordance with the section "weight-average molecular weight" of the specification.
Method for controlling a multi-level AC/DC converter which comprises n power cells Ci, where i goes from 1 to n and n is greater than or equal to 2, and wherein: - each power cell comprises an input converter (In_i) of the AC/DC type with at least two voltage levels and an insulated DC/DC converter (Conv i) connected to said input converter, - each input converter (In_i) of a cell Ci being connected in series to the input converter (In_i+1) of the cell Ci + 1 so as to form an input stage intended to be connected to a source of alternating voltage supplying an input current and controlled to convert an alternating voltage to n intermediate direct voltages (Uint_i) distributed in each power cell, - the DC/DC converter (Conv i) of each cell Ci being connected in parallel to the DC/DC converter (Conv_i+1) of the cell Ci+1 so as to form an output stage intended to supply a direct output voltage (Uout) to an electrical load, - characterised in that: - the input stage is controlled to regulate said output voltage (Uout) to a reference value (Uout_ref) by controlling said input current (lac), - each DC/DC converter (Conv i) is controlled in a first operating mode in a closed loop so as to regulate the intermediate voltage (Uint_i) of its power cell or in a second operating mode in an open loop without regulation. - each power cell comprises an input converter (In_i) of the AC/DC type with at least two voltage levels and an insulated DC/DC converter (Conv i) connected to said input converter, - each input converter (In_i) of a cell Ci being connected in series to the input converter (In_i+1) of the cell Ci + 1 so as to form an input stage intended to be connected to a source of alternating voltage supplying an input current and controlled to convert an alternating voltage to n intermediate direct voltages (Uint_i) distributed in each power cell, - the DC/DC converter (Conv i) of each cell Ci being connected in parallel to the DC/DC converter (Conv_i+1) of the cell Ci+1 so as to form an output stage intended to supply a direct output voltage (Uout) to an electrical load, - characterised in that: - the input stage is controlled to regulate said output voltage (Uout) to a reference value (Uout_ref) by controlling said input current (lac), - each DC/DC converter (Conv i) is controlled in a first operating mode in a closed loop so as to regulate the intermediate voltage (Uint_i) of its power cell or in a second operating mode in an open loop without regulation.
Device comprising a metallurgical vessel which is mounted to be pivotable about a horizontal axis (a), wherein the metallurgical vessel has two support pins which extend from the metallurgical vessel at two opposite sides thereof, wherein each of the two support pins is received by a bearing, wherein the bearing is received in a bearing mount and wherein the bearing mount is arranged on a stationary bearing stand or on a foundation, characterised in that a lifting device constructed to lift the support pins in vertical direction from the bearing stand by a lifting amount (h) for the purpose of exchange of the bearing is arranged directly or indirectly on each bearing stand.
An optical unit for use in a vehicle lamp, the optical unit comprising: a light source; and a rotary reflector structured to rotate about an axis of rotation while reflecting light emitted from the light source, wherein the rotary reflector is disposed such that the axis of rotation of the rotary reflector intersects a horizontal plane a projection lens for projecting the light emitted from the light source and reflected by the rotary reflector in a light-irradiation direction of the optical unit, wherein the light source is disposed between the rotary reflector and the projection lens in a front-back direction of a vehicle and below the axis of rotation of the rotary reflector, wherein the light source includes a first light source including one or more first light-emitting elements and a second light source including one or more second light-emitting elements, and the rotary reflector is structured to reflect light emitted from the first light source off one region in a right or left side of the rotary reflector and to reflect light emitted from the second light source off another region in the right or left side of the rotary reflector, wherein the optical unit further comprises a substrate on which the first light source and the second light source are mounted. a light source; and a rotary reflector structured to rotate about an axis of rotation while reflecting light emitted from the light source, wherein the rotary reflector is disposed such that the axis of rotation of the rotary reflector intersects a horizontal plane a projection lens for projecting the light emitted from the light source and reflected by the rotary reflector in a light-irradiation direction of the optical unit, wherein the light source is disposed between the rotary reflector and the projection lens in a front-back direction of a vehicle and below the axis of rotation of the rotary reflector, wherein the light source includes a first light source including one or more first light-emitting elements and a second light source including one or more second light-emitting elements, and the rotary reflector is structured to reflect light emitted from the first light source off one region in a right or left side of the rotary reflector and to reflect light emitted from the second light source off another region in the right or left side of the rotary reflector, wherein the optical unit further comprises a substrate on which the first light source and the second light source are mounted.
A money handling apparatus, comprising: a depositing unit including a feeding mechanism configured to feed money placed therein one by one; a recognition unit configured to recognize the money; a dispensing unit having an outlet to which the money is dispensed; an escrow unit configured to store the money temporarily; a transport unit (41, 43) configured to connect the depositing unit, the recognition unit, the dispensing unit and the escrow unit, and transport the money; and a control unit configured to control an operation of the depositing unit, the recognition unit, the dispensing unit, the escrow unit, and the transport unit (41, 43), characterized in that: the control unit is configured to receive a command to start a sorting counting process and the control unit is further configured to perform control, when it receives the command, such that the recognition unit recognizes the money placed in the depositing unit and a denomination of the money which is first recognized as fit banknote by the recognition unit is selected as a target denomination, the money of the target denomination being stored in the escrow unit, other money is dispensed to the outlet (231, 232), and the money stored in the escrow unit being dispensed to the outlet (231, 232) through a shortest path. a depositing unit including a feeding mechanism configured to feed money placed therein one by one; a recognition unit configured to recognize the money; a dispensing unit having an outlet to which the money is dispensed; an escrow unit configured to store the money temporarily; a transport unit (41, 43) configured to connect the depositing unit, the recognition unit, the dispensing unit and the escrow unit, and transport the money; and a control unit configured to control an operation of the depositing unit, the recognition unit, the dispensing unit, the escrow unit, and the transport unit (41, 43), characterized in that: the control unit is configured to receive a command to start a sorting counting process and the control unit is further configured to perform control, when it receives the command, such that the recognition unit recognizes the money placed in the depositing unit and a denomination of the money which is first recognized as fit banknote by the recognition unit is selected as a target denomination, the money of the target denomination being stored in the escrow unit, other money is dispensed to the outlet (231, 232), and the money stored in the escrow unit being dispensed to the outlet (231, 232) through a shortest path.
A display apparatus comprising: a substrate including a display area in which a display element is arranged; a first thin film transistor arranged in the display area and including a first semiconductor layer including silicon and a first control electrode insulated from the first semiconductor layer; a first interlayer insulating layer covering the first control electrode; a second thin film transistor arranged on the first interlayer insulating layer and including a second semiconductor layer including an oxide semiconductor and a second control electrode insulated from the second semiconductor layer; a second interlayer insulating layer covering the second control electrode; a node connection line arranged on the second interlayer insulating layer and connected to the first control electrode via a first contact hole; a first planarization layer covering the node connection line; and a shielding electrode arranged on the first planarization layer to overlap the node connection line. a substrate including a display area in which a display element is arranged; a first thin film transistor arranged in the display area and including a first semiconductor layer including silicon and a first control electrode insulated from the first semiconductor layer; a first interlayer insulating layer covering the first control electrode; a second thin film transistor arranged on the first interlayer insulating layer and including a second semiconductor layer including an oxide semiconductor and a second control electrode insulated from the second semiconductor layer; a second interlayer insulating layer covering the second control electrode; a node connection line arranged on the second interlayer insulating layer and connected to the first control electrode via a first contact hole; a first planarization layer covering the node connection line; and a shielding electrode arranged on the first planarization layer to overlap the node connection line.
A method for controlling an electrical steering system in a marine vessel comprising at least one steerable propulsion unit, the electrical steering system comprising - a main steering system (220; 220.1) that comprises a main electric motor (221; 221.1) and a main power source (229; 229.1) providing electrical power to the main steering system (220; 220.1); - a main steering angle sensor (226; 226.1) arranged to detect the steering angle of the propulsion unit; - a main control unit (240; 240.1) arranged to steer the propulsion unit in response to an input from an operator and to monitor the main steering system (220; 220.1) status; - an auxiliary steering system comprising an auxiliary electric motor (231; 231.1) and an auxiliary battery (239; 239.1) providing electrical power to the auxiliary steering system; and - an auxiliary clutch (232; 232.1) arranged to connect a drive shaft of the auxiliary electric motor (231; 231.1) to an input shaft of a steering transmission (223; 223.1) in order to steer the propulsion unit; characterized by the steps of: - engaging the auxiliary clutch (232; 232.1) at start-up of the propulsion unit; - performing a diagnostic test of the main steering system (220; 220.1) during start-up of the propulsion unit; - performing a calibration of an auxiliary steering angle sensor (236; 236.1) in the auxiliary steering system; and - disengaging the auxiliary clutch (232; 232.1) upon completion of the diagnostic test. - a main steering system (220; 220.1) that comprises a main electric motor (221; 221.1) and a main power source (229; 229.1) providing electrical power to the main steering system (220; 220.1); - a main steering angle sensor (226; 226.1) arranged to detect the steering angle of the propulsion unit; - a main control unit (240; 240.1) arranged to steer the propulsion unit in response to an input from an operator and to monitor the main steering system (220; 220.1) status; - an auxiliary steering system comprising an auxiliary electric motor (231; 231.1) and an auxiliary battery (239; 239.1) providing electrical power to the auxiliary steering system; and - an auxiliary clutch (232; 232.1) arranged to connect a drive shaft of the auxiliary electric motor (231; 231.1) to an input shaft of a steering transmission (223; 223.1) in order to steer the propulsion unit; - engaging the auxiliary clutch (232; 232.1) at start-up of the propulsion unit; - performing a diagnostic test of the main steering system (220; 220.1) during start-up of the propulsion unit; - performing a calibration of an auxiliary steering angle sensor (236; 236.1) in the auxiliary steering system; and - disengaging the auxiliary clutch (232; 232.1) upon completion of the diagnostic test.
Method for monitoring hot runners in a rail vehicle, in which - in a first step, at least one temperature signal is determined which is representative of a current temperature of a component (103.2) of a unit (103.1) of said rail vehicle, in particular of a wheel bearing unit (103.2) of said rail vehicle, - in a second step, said at least one temperature signal is compared to at least one threshold temperature signal representative of a threshold temperature relevant to a safe operation of said unit (103.1), and, depending on the result of the comparison, a component state signal is generated, characterized in that, - in said second step, as said at least one threshold temperature signal, a threshold temperature signal dependent on a current driving speed of the rail vehicle is used. - in a first step, at least one temperature signal is determined which is representative of a current temperature of a component (103.2) of a unit (103.1) of said rail vehicle, in particular of a wheel bearing unit (103.2) of said rail vehicle, - in a second step, said at least one temperature signal is compared to at least one threshold temperature signal representative of a threshold temperature relevant to a safe operation of said unit (103.1), and, depending on the result of the comparison, a component state signal is generated, - in said second step, as said at least one threshold temperature signal, a threshold temperature signal dependent on a current driving speed of the rail vehicle is used.
A transaction or identification card having a width, a length, and at least one planar surface extending across the width and length, the card comprising: a dynamic feature comprising an actuator having an inactivated position and an activated position, wherein the inactivated position has at least one reversible difference from the activated position relative to the planar surface of the card; and a circuit (300, 500) comprising the actuator and configured to connect to a power source (302, 402), the circuit (300, 500) configured to provide sufficient power to the actuator when connected to the power source (302, 402) to cause the actuator to move from the inactivated position to the activated position, characterized in that the at least one reversible difference comprises one or more of a perceptible tactile and/or visual difference. a dynamic feature comprising an actuator having an inactivated position and an activated position, wherein the inactivated position has at least one reversible difference from the activated position relative to the planar surface of the card; and a circuit (300, 500) comprising the actuator and configured to connect to a power source (302, 402), the circuit (300, 500) configured to provide sufficient power to the actuator when connected to the power source (302, 402) to cause the actuator to move from the inactivated position to the activated position, characterized in that the at least one reversible difference comprises one or more of a perceptible tactile and/or visual difference.
A method of generating dynamic security modules at a server device and using the dynamic security modules in a user terminal, the server compiling dynamic security modules and wherein each dynamic security module contains code portions that, upon execution thereof in the user terminal, perform a security management operation that defends the user terminal against malicious attack or infection of an application program thereof with a virus, wherein part or all of the code of the dynamic security module has a predetermined validity period and the dynamic security module is configured to delete part or all of the code or stops the use of itself when the validity period expires, whereby each dynamic security module is compiled from code comprising different functional code portions of which at least some have at least one variable portion, whereby a predetermined value is assigned to each of at least one variable portion of at least some of the functional code portions, and for at least one functional code portion one algorithm of different algorithms comprised in the functional code portion is selectively compiled into the dynamic security module, the selection based on an assigned randomly generated predetermined value; and the server device communicating the compiled dynamic security modules to the user terminal such that code executed on the user terminal for security management varies with time. each dynamic security module contains code portions that, upon execution thereof in the user terminal, perform a security management operation that defends the user terminal against malicious attack or infection of an application program thereof with a virus, wherein part or all of the code of the dynamic security module has a predetermined validity period and the dynamic security module is configured to delete part or all of the code or stops the use of itself when the validity period expires, whereby each dynamic security module is compiled from code comprising different functional code portions of which at least some have at least one variable portion, whereby a predetermined value is assigned to each of at least one variable portion of at least some of the functional code portions, and for at least one functional code portion one algorithm of different algorithms comprised in the functional code portion is selectively compiled into the dynamic security module, the selection based on an assigned randomly generated predetermined value; and the server device communicating the compiled dynamic security modules to the user terminal such that code executed on the user terminal for security management varies with time.
An incontinence liner provided with a liquid permeable skin contact side sheet, a liquid impermeable and moisture permeable non-skin contact side sheet, and an absorptive body arranged between these skin contact side sheet and non-skin contact side sheet, in which liner, said absorptive body includes a front region, a rear region, and an intermediate region between these front region and rear region, said liner is provided with a pair of wings for fastening said liner to clothing, which wings being provided adjoining said intermediate region and being bent and superposed over said intermediate region when worn, said absorptive body includes a hygroscopic material, and a basis weight of said hygroscopic material in said intermediate region is larger than a basis weight of the hygroscopic material at said front region and a basis weight of the hygroscopic material at said rear region, wherein said liner is provided with adhesives applied to an outer surface of said non-skin contact side sheet and extending separated from each other in a width direction, and extending in parallel in a longitudinal direction and compression grooves extending from said intermediate region up to said front region and rear region, said adhesives being positioned at the two sides around the front edges of said compression grooves in the width direction and extending beyond the front edges toward the front in the longitudinal direction and being positioned at the two sides around the rear edges of said compression grooves in the width direction and extending over the rear edges to the rear in the longitudinal direction. said absorptive body includes a front region, a rear region, and an intermediate region between these front region and rear region, said liner is provided with a pair of wings for fastening said liner to clothing, which wings being provided adjoining said intermediate region and being bent and superposed over said intermediate region when worn, said absorptive body includes a hygroscopic material, and a basis weight of said hygroscopic material in said intermediate region is larger than a basis weight of the hygroscopic material at said front region and a basis weight of the hygroscopic material at said rear region,
An in vitro method of generating lymphoblastoid cell line derived induced pluripotent stem cells, comprising: providing a quantity of lymphoblastoid cell line cells (LCLs); delivering a quantity of reprogramming factors into the LCLs, wherein the reprogramming factors comprise short hairpin RNAs targeting p53 ("shRNA-p53"); culturing the LCLs in a reprogramming media for at least 7 days, wherein the reprogramming media comprises small chemical induction molecules PD0325901, CHIR99021, HA-100, and A-83-01; and further culturing the LCLs in an induction media for at least 10 days, wherein delivering the reprogramming factors, culturing and further culturing generates lymphoblastoid cell line derived induced pluripotent stem cells. providing a quantity of lymphoblastoid cell line cells (LCLs); delivering a quantity of reprogramming factors into the LCLs, wherein the reprogramming factors comprise short hairpin RNAs targeting p53 ("shRNA-p53"); culturing the LCLs in a reprogramming media for at least 7 days, wherein the reprogramming media comprises small chemical induction molecules PD0325901, CHIR99021, HA-100, and A-83-01; and further culturing the LCLs in an induction media for at least 10 days, wherein delivering the reprogramming factors, culturing and further culturing generates lymphoblastoid cell line derived induced pluripotent stem cells.