mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication by a user equipment, UE, comprising: performing an initial access procedure within an initial access bandwidth to obtain access to a cell, the initial access bandwidth comprising first control channel resources; receiving, after the initial access procedure, a configuration of a downlink bandwidth part for communicating with the cell and a control channel configuration comprising one or more fields indicating that the downlink bandwidth part includes the initial access bandwidth; and monitoring for control information within the downlink bandwidth part using second control channel resources that correspond to the first control channel resources, wherein the monitoring is based at least in part on a determination that the downlink bandwidth part includes the initial access bandwidth. performing an initial access procedure within an initial access bandwidth to obtain access to a cell, the initial access bandwidth comprising first control channel resources; receiving, after the initial access procedure, a configuration of a downlink bandwidth part for communicating with the cell and a control channel configuration comprising one or more fields indicating that the downlink bandwidth part includes the initial access bandwidth; and monitoring for control information within the downlink bandwidth part using second control channel resources that correspond to the first control channel resources, wherein the monitoring is based at least in part on a determination that the downlink bandwidth part includes the initial access bandwidth.
A multi-zonal ophthalmic lens having a pupil, the pupil comprising: a first zone having a first astigmatism, the first astigmatism having a first astigmatism magnitude and a first astigmatism orientation; and a second zone surrounding the first zone and having a second astigmatism, the second astigmatism having a second astigmatism orientation different from the first astigmatism orientation; an average axis of orientation of astigmatism of all zones of the ophthalmic lens, the average axis configured to be aligned to an astigmatic axis of an eye, the astigmatic axis of the eye having a constant magnitude and orientation; characterized in that the second astigmatism has a second astigmatism magnitude equal to the first astigmatism magnitude, wherein, when the ophthalmic lens is disposed within the eye, the ophthalmic lens is less sensitive to rotational misalignment between the average axis and the astigmatic axis of the eye than a reference optic having first and second zones that are equal to the first and second zones of the ophthalmic lens, except that the first and second zones of the reference optic have a same astigmatism orientation. a first zone having a first astigmatism, the first astigmatism having a first astigmatism magnitude and a first astigmatism orientation; and a second zone surrounding the first zone and having a second astigmatism, the second astigmatism having a second astigmatism orientation different from the first astigmatism orientation; an average axis of orientation of astigmatism of all zones of the ophthalmic lens, the average axis configured to be aligned to an astigmatic axis of an eye, the astigmatic axis of the eye having a constant magnitude and orientation; the second astigmatism has a second astigmatism magnitude equal to the first astigmatism magnitude,
A method of checking on correct functioning of the inspection of containers such as bottles, cans or the like, where a container to be tested is detected optically at least in part and the detected image data is analyzed with an analysis program to detect defective containers, characterized in that reference image data stored in advance in a nonvolatile memory (8, 9) of a computer is input into the analysis program, this reference image data corresponding structurally to the detected image data and being analyzed by the analysis program at the same parameter setting of the analysis program which is also used for analyzing the detected image data.
A brace for transcutaneously delivering electrical nerve stimulation to a target nerve, the brace characterised by comprising: an ankle portion for encircling an ankle of a subject, wherein the ankle portion is configured to allow for formation of an opening in the ankle portion to expose a non-glabrous skin surface, wherein the opening at least partly overlies a flexor retinaculum; a compressive strap configured to wrap around the ankle portion, wherein the compressive strap is configured to apply a predetermined amount of pressure at the opening to immobilize the target nerve; and a foot portion for encircling a foot of a subject, wherein the foot portion includes a cut-out section, wherein the cut-out section exposes an arch of the foot when the brace is placed on the foot. an ankle portion for encircling an ankle of a subject, wherein the ankle portion is configured to allow for formation of an opening in the ankle portion to expose a non-glabrous skin surface, wherein the opening at least partly overlies a flexor retinaculum; a compressive strap configured to wrap around the ankle portion, wherein the compressive strap is configured to apply a predetermined amount of pressure at the opening to immobilize the target nerve; and a foot portion for encircling a foot of a subject, wherein the foot portion includes a cut-out section, wherein the cut-out section exposes an arch of the foot when the brace is placed on the foot.
Aircraft or spacecraft having a structural component with a battery arrangement integrated therein, the battery arrangement comprising: at least one battery; and two supporting, integrally bonded, multi-layered laminates, between which the at least one battery is held on both sides via battery holders, wherein each multi-layered laminate has a cooling plate layer and a current collector layer, wherein the at least one battery is coupled electrically to the current collector layer, wherein the cooling plate layer is manufactured integrally with a multiplicity of fluid ducts from a metal material. at least one battery; and two supporting, integrally bonded, multi-layered laminates, between which the at least one battery is held on both sides via battery holders, wherein each multi-layered laminate has a cooling plate layer and a current collector layer, wherein the at least one battery is coupled electrically to the current collector layer, wherein the cooling plate layer is manufactured integrally with a multiplicity of fluid ducts from a metal material.
A method for bonding a fabric to a polyolefin elastomer; said method comprising applying to the fabric: (a) from 40 to 80 wt% of an aqueous dispersion of a thermoplastic polymer; and (b) from 60 to 20 wt% of an aqueous dispersion of a rosin, wherein percentages are based on total dry weight of thermoplastic polymer and rosin, wherein the thermoplastic polymer is a styrene-ethylene-butene-styrene block copolymer or a maleic anhydride-modified ethylene-vinyl acetate copolymer.
A method of sending data in a wireless communication system, comprising: generating packets of data to send to a receiver; assigning sequence numbers to the packets based on a single sequence number space; demultiplexing the packets into multiple streams for multiple links; sending the multiple streams of packets on the multiple links to the receiver; receiving status information conveying at least one missing packet detected by the receiver and a largest sequence number for each of the multiple links, the largest sequence number for each link being a largest sequence number among sequence numbers of packets received on the link by the receiver; and determining whether to resend each of the at least one missing packet based on the largest sequence number for each of the multiple links. generating packets of data to send to a receiver; assigning sequence numbers to the packets based on a single sequence number space; demultiplexing the packets into multiple streams for multiple links; sending the multiple streams of packets on the multiple links to the receiver; receiving status information conveying at least one missing packet detected by the receiver and a largest sequence number for each of the multiple links, the largest sequence number for each link being a largest sequence number among sequence numbers of packets received on the link by the receiver; and determining whether to resend each of the at least one missing packet based on the largest sequence number for each of the multiple links.
Computer-implemented method for determining a blood pressure value, the method comprising the steps of: providing a single pulsatility signal of a user, the pulsatility signal comprising a plurality of pulses; identifying a plurality of consecutive pulses of said single pulsatility signal and selecting only one pulse of the identified plurality of consecutive pulses; for said only one pulse of the single pulsatility signal: determining a first feature and a second feature; calculating a blood pressure value on the basis of a blood pressure function depending on the first feature, the second feature and function parameters; wherein the first feature is a time-related feature comprising a time duration within said only one pulse of the single pulsatility signal, and the second feature is a normalized amplitude-related feature; wherein the normalized amplitude-related feature is an amplitude-related feature normalized by another amplitude-related feature; and wherein the blood pressure function depends linearly on the time-related feature and the normalized amplitude-related feature. providing a single pulsatility signal of a user, the pulsatility signal comprising a plurality of pulses; identifying a plurality of consecutive pulses of said single pulsatility signal and selecting only one pulse of the identified plurality of consecutive pulses; for said only one pulse of the single pulsatility signal: determining a first feature and a second feature; calculating a blood pressure value on the basis of a blood pressure function depending on the first feature, the second feature and function parameters; wherein the first feature is a time-related feature comprising a time duration within said only one pulse of the single pulsatility signal, and the second feature is a normalized amplitude-related feature; wherein the normalized amplitude-related feature is an amplitude-related feature normalized by another amplitude-related feature; and wherein the blood pressure function depends linearly on the time-related feature and the normalized amplitude-related feature. determining a first feature and a second feature; calculating a blood pressure value on the basis of a blood pressure function depending on the first feature, the second feature and function parameters; wherein the first feature is a time-related feature comprising a time duration within said only one pulse of the single pulsatility signal, and the second feature is a normalized amplitude-related feature; wherein the normalized amplitude-related feature is an amplitude-related feature normalized by another amplitude-related feature; and wherein the blood pressure function depends linearly on the time-related feature and the normalized amplitude-related feature.
Device for crimping by friction, of the type comprising at least one crimping tool designed to fold down a first edge to be folded of a first metal sheet on a second edge of a second metal sheet, said edges (18, 20) being parallel between them and the tool being moved along a work axis parallel to the first edge to be folded, wherein the tool defines at least one crimping face that is suitable for cooperating by friction with the first edge to be folded of the first metal sheet, and which extends from upstream to downstream in the direction of advance of the tool, from a first upstream leading portion designed to extend parallel to the first edge to be folded, to a second downstream portion angularly inclined relative to the first portion around the work axis, with the crimping face comprising a third intermediate folding portion with a helical shape suitable for folding the first edge to be folded by boring characterised in that it comprises a means for moving the crimping tool along the work axis, with the means for moving being designed to move the crimping tool into at least one first pre-crimping position wherein the crimping face folds a first time the first edge to be folded of the first metal sheet during a first pass, and in at least one second crimping position wherein the tool is angularly pivoted around the work axis, with respect to the first pre-crimping position, and wherein the crimping face folds a second time the first edge to be folded of the first metal sheet during a second pass.
A cooling pad (3; 33; 43; 110) for a female perineal region, for alleviation of pain or discomfort, the pad (3; 33; 43; 110) including: - an anterior end and a posterior end; - one or more chambers (17, 18, 19; 37, 38, 39; 32; 116), containing a fluid for cooling, the chamber, or a plurality of the chambers together, forming a head and two legs in an approximately horseshoe configuration, with a first chamber (18; 38; 32; 116) at least located at the head of the horseshoe; and - a web (21; 124) joining and extending between the head and legs of the horseshoe; wherein the first chamber (18; 38; 32; 116) located at the head of the horseshoe is at the anterior end; and - at least one aperture (22, 23, 24, 25; 126, 126a, 126b, 126c, 126d, 126e) is formed in the web (21; 124) and located in an area between the head of the horseshoe and the two legs, the aperture (22, 23, 24, 25; 126, 126a, 126b, 126c, 126d, 126e) being adapted to allow passage of body fluid through the pad (3; 33; 43; 110), the at least one aperture having a boundary surrounded by the web. - an anterior end and a posterior end; - one or more chambers (17, 18, 19; 37, 38, 39; 32; 116), containing a fluid for cooling, the chamber, or a plurality of the chambers together, forming a head and two legs in an approximately horseshoe configuration, with a first chamber (18; 38; 32; 116) at least located at the head of the horseshoe; and - a web (21; 124) joining and extending between the head and legs of the horseshoe; wherein the first chamber (18; 38; 32; 116) located at the head of the horseshoe is at the anterior end; and - at least one aperture (22, 23, 24, 25; 126, 126a, 126b, 126c, 126d, 126e) is formed in the web (21; 124) and located in an area between the head of the horseshoe and the two legs, the aperture (22, 23, 24, 25; 126, 126a, 126b, 126c, 126d, 126e) being adapted to allow passage of body fluid through the pad (3; 33; 43; 110), the at least one aperture having a boundary surrounded by the web.
A device for start assistance for a motor vehicle, wherein the device comprises: - a surroundings detection apparatus which is designed to detect an image of the environment of the motor vehicle; and - a start assistance apparatus which is designed i) to establish a movement and/or a position of a pedestrian (F1, F2,..., Fn) and of a group of pedestrians (F1, F2,..., Fn) on the basis of the detected image of the environment of the motor vehicle and to determine a starting time for starting the motor vehicle on the basis of the established movement and/or the established position of the pedestrian (F1, F2,..., Fn) and of a group of pedestrians (F1, F2,..., Fn) or ii) to determine a likely route of the motor vehicle within the environment of the motor vehicle and to determine a likely path (WS1, WS2,..., WSn) of the pedestrian (F1, F2,..., Fn) or the group of pedestrians (F1, F2,..., Fn) and to determine the starting time for starting the motor vehicle on the basis of the established likely route and the established likely path. - a surroundings detection apparatus which is designed to detect an image of the environment of the motor vehicle; and - a start assistance apparatus which is designed i) to establish a movement and/or a position of a pedestrian (F1, F2,..., Fn) and of a group of pedestrians (F1, F2,..., Fn) on the basis of the detected image of the environment of the motor vehicle and to determine a starting time for starting the motor vehicle on the basis of the established movement and/or the established position of the pedestrian (F1, F2,..., Fn) and of a group of pedestrians (F1, F2,..., Fn) or ii) to determine a likely route of the motor vehicle within the environment of the motor vehicle and to determine a likely path (WS1, WS2,..., WSn) of the pedestrian (F1, F2,..., Fn) or the group of pedestrians (F1, F2,..., Fn) and to determine the starting time for starting the motor vehicle on the basis of the established likely route and the established likely path. i) to establish a movement and/or a position of a pedestrian (F1, F2,..., Fn) and of a group of pedestrians (F1, F2,..., Fn) on the basis of the detected image of the environment of the motor vehicle and to determine a starting time for starting the motor vehicle on the basis of the established movement and/or the established position of the pedestrian (F1, F2,..., Fn) and of a group of pedestrians (F1, F2,..., Fn) or ii) to determine a likely route of the motor vehicle within the environment of the motor vehicle and to determine a likely path (WS1, WS2,..., WSn) of the pedestrian (F1, F2,..., Fn) or the group of pedestrians (F1, F2,..., Fn) and to determine the starting time for starting the motor vehicle on the basis of the established likely route and the established likely path.
A chip package structure, comprising: a substrate; a chip, having a first surface close to the substrate and a second surface opposite to the first surface; a first pin layer, comprising a plurality of pins disposed between the first surface of the chip and the substrate; a molding part, disposed on a periphery of the chip and the first pin layer, wherein a surface that is of the molding part and that is away from the substrate is higher than the first surface of the chip, and covers a side surface of the first pin layer and at least a part of a side surface of the chip, and the molding part is attached to the side surface of the chip; and a waterproof layer, disposed on the second surface of the chip and the surface that is of the molding part and that is away from the substrate; wherein the chip package structure further comprises: a supporting part, disposed on the substrate, wherein the supporting part surrounds the molding part, and an outer side surface of the molding part is attached to an inner side surface of the supporting part, wherein a surface that is of the supporting part and that is away from the substrate is higher than the second surface of the chip. a substrate; a chip, having a first surface close to the substrate and a second surface opposite to the first surface; a first pin layer, comprising a plurality of pins disposed between the first surface of the chip and the substrate; a molding part, disposed on a periphery of the chip and the first pin layer, wherein a surface that is of the molding part and that is away from the substrate is higher than the first surface of the chip, and covers a side surface of the first pin layer and at least a part of a side surface of the chip, and the molding part is attached to the side surface of the chip; and a waterproof layer, disposed on the second surface of the chip and the surface that is of the molding part and that is away from the substrate; wherein the chip package structure further comprises: a supporting part, disposed on the substrate, wherein the supporting part surrounds the molding part, and an outer side surface of the molding part is attached to an inner side surface of the supporting part, wherein a surface that is of the supporting part and that is away from the substrate is higher than the second surface of the chip.
An operation method performed by a mobile edge computing, MEC, control server, the operation method comprising: receiving, at the MEC control server, from at least one of a user equipment, UE, an access and mobility management function, AMF, or a session management function, SMF, location information comprising a cell identity, ID, of a cell to which the UE is connected or a tracking area identity TAI, of a tracking area in which the UE is located: determining, by the MEC control server, at least one local area data network, LADN, accessible by the UE based on the location information: determining, by the MEC control server, a first service to be recommended to the UE from among services providable to the UE by at least one MEC server located in the at least one LADN and transmitting, to the UE, information associated with the recommended first service and a LADN capable of providing the recommended first service, wherein the MEC control server controls service providing procedure in the LADN by using the at least one MEC server. determining, by the MEC control server, at least one local area data network, LADN, accessible by the UE based on the location information: determining, by the MEC control server, a first service to be recommended to the UE from among services providable to the UE by at least one MEC server located in the at least one LADN and transmitting, to the UE, information associated with the recommended first service and a LADN capable of providing the recommended first service, wherein the MEC control server controls service providing procedure in the LADN by using the at least one MEC server.
Processing unit for drowsiness detection with a processor, a data interface and memory, the memory storing one or more routines executable by the processor, characterized in that the processing unit is able to receive data from a plurality of photo-sensors via the data interface, and in that the one or more routines being adapted to: - determine the change in the light intensity information of the plurality of photo-sensors by directly comparing the light intensity information; - determine movements of the plurality of photo-sensors relative to at least one light source (84, 110) based on the change of light intensity information received from the plurality of photo-sensors with respect to time. - determine the change in the light intensity information of the plurality of photo-sensors by directly comparing the light intensity information; - determine movements of the plurality of photo-sensors relative to at least one light source (84, 110) based on the change of light intensity information received from the plurality of photo-sensors with respect to time.
A door assembly, comprising a stationary frame, a movable frame and an adjusting assembly comprising a fixing element detachably connected with the stationary frame, an adjusting element detachably connected with the movable frame and a fastening element, said door assembly being characterized in that said fixing element has a first slot and said adjusting element has a second slot and in that it further comprises a deformable element comprising a first step receivable in the first slot, a second step receivable in the second slot, a through hole penetrating through the deformable element, and a gap provided on the first step, said fastening element being receivable in the through hole of the deformable element and engagable with two ends of the through hole, wherein when the fastening element is fastened, the gap on the first step is made smaller, making the first step and the second step form "V" shaped structures respectively, such that the first step acts on an inner wall of the first slot and the second step acts on an inner wall of the second slot.
A process for refining a plant oil, comprising a step of contacting the oil with an enzyme which is capable of hydrolysing chlorophyll or a chlorophyll derivative, wherein the enzyme is contacted with the oil in the presence of at least 1% by weight phospholipid, and wherein the enzyme is contacted with the oil in the presence of less than 0.2% by weight lysophosholipid wherein the enzyme is contacted with the oil before or during a step of degumming of the oil.