mhurhangee/ep-ind-claims huggingface dataset:
A solar cell panel comprising: a plurality of solar cells including first and second solar cells (151, 152); and a plurality of wiring members electrically connecting the first and second solar cells, wherein each of the first and second solar cells includes: a semiconductor substrate; a first conductive region positioned at one surface of the semiconductor substrate or on the one surface of the semiconductor substrate; and a first electrode electrically connected to the first conductive region, wherein the first electrode includes a plurality of first finger lines that are formed in a first direction and are parallel to each other, wherein a first bus bar including a plurality of first pad portions is electrically connected to the first finger lines and is positioned in a second direction intersecting the first direction, wherein the plurality of first pad portions include a first end pad positioned on one end side of the first bus bar and on which an end of the wiring member is positioned, and a first extension pad positioned on other end side of the first bus bar and on an extension of the wiring member, and wherein an area of the first end pad is different from an area of the first extension pad. a plurality of solar cells including first and second solar cells (151, 152); and a plurality of wiring members electrically connecting the first and second solar cells, wherein each of the first and second solar cells includes: a semiconductor substrate; a first conductive region positioned at one surface of the semiconductor substrate or on the one surface of the semiconductor substrate; and a first electrode electrically connected to the first conductive region, a semiconductor substrate; a first conductive region positioned at one surface of the semiconductor substrate or on the one surface of the semiconductor substrate; and a first electrode electrically connected to the first conductive region, wherein the first electrode includes a plurality of first finger lines that are formed in a first direction and are parallel to each other, wherein a first bus bar including a plurality of first pad portions is electrically connected to the first finger lines and is positioned in a second direction intersecting the first direction, wherein the plurality of first pad portions include a first end pad positioned on one end side of the first bus bar and on which an end of the wiring member is positioned, and a first extension pad positioned on other end side of the first bus bar and on an extension of the wiring member, and wherein an area of the first end pad is different from an area of the first extension pad.
Method for authentication of a mobile device, the method comprising: receiving a first credential at the mobile device; transmitting the first credential over a network to a server; receiving from the server a first key and a first value; receiving, at the mobile device, a data entry for a second credential; generating, by a processor, a second key from the data entry; retrieving, by the mobile device, a third credential using the first key and the second key; signing, by the mobile device, the first value with the third credential and transmitting, over the network, the signed first value to the server. receiving a first credential at the mobile device; transmitting the first credential over a network to a server; receiving from the server a first key and a first value; receiving, at the mobile device, a data entry for a second credential; generating, by a processor, a second key from the data entry; retrieving, by the mobile device, a third credential using the first key and the second key; signing, by the mobile device, the first value with the third credential and transmitting, over the network, the signed first value to the server.
A method of requesting system information in a user equipment for a wireless network, the method comprising: receiving, from a base station of the wireless network, a first portion of system information comprising an indication of a second portion of system information which is available upon request; transmitting, to the base station, a first request requesting that the second portion of system information be transmitted to the user equipment; and responsive to a determination that the requested second portion of system information has not been received successfully by the user equipment, transmitting, to the base station, a second request for the second portion of system information, the method further comprising: setting a first timer and a second timer upon transmission of the first request; determining that the requested second portion of system information has not been received successfully by the user equipment upon expiry of the first timer without receipt of the second portion of system information; and transmitting the second request for the second portion of system information upon expiry of the second timer. receiving, from a base station of the wireless network, a first portion of system information comprising an indication of a second portion of system information which is available upon request; transmitting, to the base station, a first request requesting that the second portion of system information be transmitted to the user equipment; and responsive to a determination that the requested second portion of system information has not been received successfully by the user equipment, transmitting, to the base station, a second request for the second portion of system information, the method further comprising: setting a first timer and a second timer upon transmission of the first request; determining that the requested second portion of system information has not been received successfully by the user equipment upon expiry of the first timer without receipt of the second portion of system information; and transmitting the second request for the second portion of system information upon expiry of the second timer. setting a first timer and a second timer upon transmission of the first request; determining that the requested second portion of system information has not been received successfully by the user equipment upon expiry of the first timer without receipt of the second portion of system information; and transmitting the second request for the second portion of system information upon expiry of the second timer.
A network node, preferably a server or a router, for a data network having several network nodes (2a - 2d), comprising a computer-based measuring program installed on the network node and intended for determining the transmission capacity in the data network by means of a dynamic determination of the data rate (B-HR, B-HO) available in a bidirectional data connection to a second network node, characterized in that the computer-based measuring program is configured in such a way that it is provided at least for downloading (HR-RD1) at least a first reference file having a first reference size from the second network node at a first point in time as the starting point of the downloading and at a second point in time as the end point of the download, and for uploading (HO-RD2) at least a second reference file having a second reference size to the second network node between the first and the second points in time (T1, T2), simultaneously with the downloading (HR-RD1) of the first reference file, and said computer-based measuring program is at least provided to determine the data rate (B-HR) available for the downloading on the basis of the time interval between the first and second points in time (T1, T2) and on the basis of the reference size of the first reference file.
A method of producing a highly refined pulp, comprising the steps of: - providing a pulp; - subjecting the pulp to a first conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of 1.0-2.0 mm, such as 1.4-2.0 mm, such as about 1.6 mm; - subjecting the pulp from the first conical refining step to a second conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of o.8-1.6 mm, such as 1.0-1.5 mm, to obtain the highly refined pulp; and - adding the highly refined pulp to a pulp for making paperboard and subsequently forming a middle layer of a multi-layered paperboard from a furnish comprising the pulp for making paperboard, wherein the pulp for making paperboard comprises or consists of CTMP and wherein the pulp for making paperboard is subjected to refining after the highly refined pulp has been added to it. - providing a pulp; - subjecting the pulp to a first conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of 1.0-2.0 mm, such as 1.4-2.0 mm, such as about 1.6 mm; - subjecting the pulp from the first conical refining step to a second conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of o.8-1.6 mm, such as 1.0-1.5 mm, to obtain the highly refined pulp; and - adding the highly refined pulp to a pulp for making paperboard and subsequently forming a middle layer of a multi-layered paperboard from a furnish comprising the pulp for making paperboard, wherein the pulp for making paperboard comprises or consists of CTMP and wherein the pulp for making paperboard is subjected to refining after the highly refined pulp has been added to it.
A rotatable connector device, comprising a rotator including a ring-shaped rotatable-side ring plate and an inner cylindrical section having a cylindrical shape and formed along an inner circumferential edge of the rotatable-side ring plate, and a stator including a ring-shaped fixed-side ring plate and an outer cylindrical section having a cylindrical shape and formed along an outer circumferential edge of the ring-shaped fixed-side ring plate, the rotator and the stator being engaged with each other so as to be pivotable with respect to each other with a gap being provided between the rotatable-side ring plate and the outer cylindrical section; wherein: an accommodation section, defined by the rotatable-side ring plate and the inner cylindrical section of the rotator and the fixed-side ring plate and the outer cylindrical section of the stator, accommodates a cable for electrically connecting the rotator and the stator to each other in the state where the cable is wound around; the outer circumferential edge section of the stator formed to have a cylindrical shape is formed to have a longer diameter than a diameter of the outer circumferential edge section of the rotator; the outer circumferential edge section (15o, 15a) of the stator is extended in such a direction as to cover a side surface of the outer circumferential edge section of the rotator, so that the gap is opened upward; and a groove (gu) communicating to the gap extends the gap downward at such a position that gravity pulls a foreign object having entered the gap towards the bottom of the groove (gu). an accommodation section, defined by the rotatable-side ring plate and the inner cylindrical section of the rotator and the fixed-side ring plate and the outer cylindrical section of the stator, accommodates a cable for electrically connecting the rotator and the stator to each other in the state where the cable is wound around; the outer circumferential edge section of the stator formed to have a cylindrical shape is formed to have a longer diameter than a diameter of the outer circumferential edge section of the rotator; the outer circumferential edge section (15o, 15a) of the stator is extended in such a direction as to cover a side surface of the outer circumferential edge section of the rotator, so that the gap is opened upward; and a groove (gu) communicating to the gap extends the gap downward at such a position that gravity pulls a foreign object having entered the gap towards the bottom of the groove (gu).
A method for balancing load of a multiprocessor system, characterized by comprising: determining a local Central Processing Unit, CPU, and a target CPU in the multiprocessor system; calculating execution time of respective processes in the queue of the local CPU; estimating the size of memory space occupied by a process based on the execution time of said process, wherein the shorter the execution time of a process is, the less the memory space a process occupies is; sequencing the migration priorities by comparing the execution time of the respective processes, wherein the shorter the execution time of a process is, the higher the migration priority of the process is; and migrating, a process whose migration priority is the highest among the processes in the queue of the local CPU, other than a process being performed in the queue of the local CPU, into the target CPU, wherein the method further comprises: calculating waiting time of at least two processes having the same execution time in the case that the queue of the local CPU contains the at least two processes having the same execution time; and sequencing the migration priorities by comparing the waiting time of the at least two processes having the same execution time, wherein the longer the waiting time of a process is, the higher the migration priority of the process is. determining a local Central Processing Unit, CPU, and a target CPU in the multiprocessor system; calculating execution time of respective processes in the queue of the local CPU; estimating the size of memory space occupied by a process based on the execution time of said process, wherein the shorter the execution time of a process is, the less the memory space a process occupies is; sequencing the migration priorities by comparing the execution time of the respective processes, wherein the shorter the execution time of a process is, the higher the migration priority of the process is; and migrating, a process whose migration priority is the highest among the processes in the queue of the local CPU, other than a process being performed in the queue of the local CPU, into the target CPU, wherein the method further comprises: calculating waiting time of at least two processes having the same execution time in the case that the queue of the local CPU contains the at least two processes having the same execution time; and sequencing the migration priorities by comparing the waiting time of the at least two processes having the same execution time, wherein the longer the waiting time of a process is, the higher the migration priority of the process is. calculating waiting time of at least two processes having the same execution time in the case that the queue of the local CPU contains the at least two processes having the same execution time; and sequencing the migration priorities by comparing the waiting time of the at least two processes having the same execution time, wherein the longer the waiting time of a process is, the higher the migration priority of the process is.
Aeronautical turbine engine comprising a body rotating about an axis and carrying blades, equipment to be lubricated and a circuit (10, 11, 12) for lubricating the equipment comprising a pump, and a drive transmission connecting the rotating body of the turbine engine to the pump, characterised in that the transmission comprises a first rotating shaft connected to the pump, two pinions (21, 22) with rotation axes parallel to the first shaft, and connected to the first shaft by two free-wheels (26, 27) with identical directions of sliding rotation, and a toothed wheel meshing with each of the pinions forming two oblique gears and driven by a second rotating shaft (28, 38, 41), connected to the rotating body by a transmission.
A display module, comprising: a display assembly, having a display face and a protecting plate; and a fingerprint assembly, embedded into the protecting plate, wherein an orthographic projection area of the fingerprint assembly on the display assembly in a projection direction perpendicular to a finger contact plane of the fingerprint assembly is defined as a second region, wherein the display assembly comprises a substrate and a display screen attached on the substrate and having the display face, wherein the display screen has a first side and a second side opposite to each other, the first side of the display screen is attached on the substrate, and the fingerprint assembly is located at the second side of the display screen; wherein the protecting plate is located at the second side of the display screen, and attached on the display screen; wherein the display screen is configured to show information needing to be displayed, characterized in that one part of the second region is overlapped with the display face and another part of the second region is not overlapped with the display face, a slot runs through two opposite sides of the protecting plate, and the fingerprint assembly is engaged in the slot. a display assembly, having a display face and a protecting plate; and a fingerprint assembly, embedded into the protecting plate, wherein an orthographic projection area of the fingerprint assembly on the display assembly in a projection direction perpendicular to a finger contact plane of the fingerprint assembly is defined as a second region, wherein the display assembly comprises a substrate and a display screen attached on the substrate and having the display face, wherein the display screen has a first side and a second side opposite to each other, the first side of the display screen is attached on the substrate, and the fingerprint assembly is located at the second side of the display screen; wherein the protecting plate is located at the second side of the display screen, and attached on the display screen; wherein the display screen is configured to show information needing to be displayed, characterized in that one part of the second region is overlapped with the display face and another part of the second region is not overlapped with the display face, a slot runs through two opposite sides of the protecting plate, and the fingerprint assembly is engaged in the slot.
A method for accessing an asset associated with a plurality of index points, the method comprising: receiving a user selection of one of the plurality of index points associated with the asset, wherein each index point represents a viewing position within the asset; accessing the asset at the viewing position associated with the selected index point; generating for display the asset at the viewing position associated with the selected index point after accessing the asset; updating the viewing position associated with the selected index point to reflect the user's viewing progress within the asset; caching a portion of video of the asset in response to updating the viewing position, the portion of video cached being based on the updated viewing position; and presenting the cached portion of video simultaneously with a listing for the selected index point. receiving a user selection of one of the plurality of index points associated with the asset, wherein each index point represents a viewing position within the asset; accessing the asset at the viewing position associated with the selected index point; generating for display the asset at the viewing position associated with the selected index point after accessing the asset; updating the viewing position associated with the selected index point to reflect the user's viewing progress within the asset; caching a portion of video of the asset in response to updating the viewing position, the portion of video cached being based on the updated viewing position; and presenting the cached portion of video simultaneously with a listing for the selected index point.
An orthopaedic surgical instrument assembly, comprising: a broach including (i) a tapered outer surface extending from a proximal end to a distal end, and (ii) a plurality of cutting teeth defined in the outer surface, a handle including (i) an elongated body that is removably coupled to the distal end of the broach and (ii) a mounting bracket on the elongate body of the handle at a predetermined distance from a distal surface of the broach, and a depth stop having a mounting bracket configured to be coupled to the mounting bracket on the handle to secure the depth stop to the handle, the depth stop including a proximal surface that defines an imaginary plane, in which (i) a longitudinal axis extends through the proximal end and the distal end of the broach, and (ii) when the depth stop is secured to the handle, an oblique angle is defined between the imaginary plane and the axis of the broach, characterised in that there are a plurality of mounting brackets located at spaced apart positions along the elongate body of the handle so that the mounting brackets are positioned on the elongated body at different predetermined distances from a distal surface of the broach, the mounting bracket on the depth stop being configured to be coupled to each mounting bracket of the plurality of mounting brackets on the handle to secure the depth stop to the handle at different predetermined distances from the distal surface of the broach. a broach including (i) a tapered outer surface extending from a proximal end to a distal end, and (ii) a plurality of cutting teeth defined in the outer surface, a handle including (i) an elongated body that is removably coupled to the distal end of the broach and (ii) a mounting bracket on the elongate body of the handle at a predetermined distance from a distal surface of the broach, and a depth stop having a mounting bracket configured to be coupled to the mounting bracket on the handle to secure the depth stop to the handle, the depth stop including a proximal surface that defines an imaginary plane, in which (i) a longitudinal axis extends through the proximal end and the distal end of the broach, and (ii) when the depth stop is secured to the handle, an oblique angle is defined between the imaginary plane and the axis of the broach, characterised in that there are a plurality of mounting brackets located at spaced apart positions along the elongate body of the handle so that the mounting brackets are positioned on the elongated body at different predetermined distances from a distal surface of the broach, the mounting bracket on the depth stop being configured to be coupled to each mounting bracket of the plurality of mounting brackets on the handle to secure the depth stop to the handle at different predetermined distances from the distal surface of the broach.
An aircraft engine inlet arrangement comprising a central rotating shaft rotor, a support of the shaft surrounding the shaft and carrying a bearing in which the shaft is retained, an outer casing surrounding a gas flow path and an inlet casing joining the outer casing to the support of the shaft, and, at a junction between the outer casing and the inlet casing, a mechanical decoupling device (14, 24) designed to fail in the case of damage to the rotor, wherein the decoupling device (14, 24) is positioned at a periphery of the gas flow path and housed in a cell (28, 30) of the outer casing, wherein the decoupling device (14, 24) connects the outer casing at the arm tops of the inlet casing, which extend radially through the gas flow path, and in that the cell (28, 30) is limited by a bottom face, two lateral faces (32, 33) connecting the bottom face to a main portion, for delimiting the gas flow path, of the outer casing, the cell (28, 30) opening onto the gas flow path, characterised in that the decoupling device comprises a block having an inner radial face resting on the inlet casing and an outer radial face resting on the outer casing.