mhurhangee/patent-ind-claim-en huggingface dataset:
A sock for preventing ankle injury of a subject, comprising a sock body which includes a leg section and a foot section, wherein the leg section comprises a fixation band comprising a first zone of high compression , configured to contour the transversal leg subject body, characterised in that the foot section comprises a second zone of high compression positioned to match the back of the ankle of the subject and configured to minimize subject adduction/abduction movements; and a third zone of high compression that bounds to the subject leg section and foot section with a X-shape that begins in the fixation band and contours the plant of the foot section and the upper part of the foot section, configured to restrict the movement of subject plantar flexion, wherein the first zone and the second zone of high compression are bound by a vertical band with moderate compression, wherein such vertical band accompanies laterally the peroneal alignment path of the subject ending in the fixation band, wherein the remaining zones are low compression zones, such that said low compression is lower compression than said high compression, such that said moderate compression is between said low and high compression.
A method in a wireless communication system, which is performed by a base station, a processor of the base station, a user equipment or a processor of the user equipment, comprising: determining(101,102;401) a parameter A ( c ) , according to a number c of a physical resource set; determining(103; 402,403) a search space associated with the physical resource set, according to the parameter A ( c ) , characterized in that , wherein the parameter A ( c ) =39827 when the number c is a first number, and the parameter A ( c ) =39829 when the number c is a second number; wherein the determining the search space associated with the physical resource set, according to the parameter A ( c ) comprises: determining(102;402), according to the parameter A ( c ) , a parameter Y k c corresponding to the physical resource set in timelength k ; determining(103;403), according to the parameter Y k c , the search space associated with the physical resource set; wherein the parameter Y k c satisfies a relationship as follow: Y k c = A c ⋅ Y k − 1 c mod 65537 wherein Y - 1 = n RNTI ≠ 0, n RNTI is an identifier of the user equipment, and the timelength k comprises 12 or 14 orthogonal frequency division multiplexing (OFDM) symbols. determining(101,102;401) a parameter A ( c ) , according to a number c of a physical resource set; determining(103; 402,403) a search space associated with the physical resource set, according to the parameter A ( c ) , characterized in that , wherein the parameter A ( c ) =39827 when the number c is a first number, and the parameter A ( c ) =39829 when the number c is a second number; wherein the determining the search space associated with the physical resource set, according to the parameter A ( c ) comprises: determining(102;402), according to the parameter A ( c ) , a parameter Y k c corresponding to the physical resource set in timelength k ; determining(103;403), according to the parameter Y k c , the search space associated with the physical resource set; wherein the parameter Y k c satisfies a relationship as follow: Y k c = A c ⋅ Y k − 1 c mod 65537 determining(102;402), according to the parameter A ( c ) , a parameter Y k c corresponding to the physical resource set in timelength k ; determining(103;403), according to the parameter Y k c , the search space associated with the physical resource set; wherein the parameter Y k c satisfies a relationship as follow: Y k c = A c ⋅ Y k − 1 c mod 65537 wherein Y - 1 = n RNTI ≠ 0, n RNTI is an identifier of the user equipment, and the timelength k comprises 12 or 14 orthogonal frequency division multiplexing (OFDM) symbols.
A helmet comprising: an impact-absorbing shell having an inside surface; a brow assembly positioned at a front of the impact-absorbing shell , and comprising a brow belt secured to the impact-absorbing shell at two securing locations such that an intermediate portion of the brow belt between the two securing locations is held in spaced relation to the inside surface of the impact-absorbing shell ; and a resilient member operatively positioned between at least one of the two securing locations and the impact-absorbing shell to facilitate resilient movement of the brow belt relative to the impact-absorbing shell , wherein the brow belt comprises a belt opening , the resilient member is positioned in the belt opening , and a portion of the brow belt defining the belt opening is positioned in a groove in the resilient member . an impact-absorbing shell having an inside surface; a brow assembly positioned at a front of the impact-absorbing shell , and comprising a brow belt secured to the impact-absorbing shell at two securing locations such that an intermediate portion of the brow belt between the two securing locations is held in spaced relation to the inside surface of the impact-absorbing shell ; and a resilient member operatively positioned between at least one of the two securing locations and the impact-absorbing shell to facilitate resilient movement of the brow belt relative to the impact-absorbing shell , wherein the brow belt comprises a belt opening , the resilient member is positioned in the belt opening , and a portion of the brow belt defining the belt opening is positioned in a groove in the resilient member .
A fall protection device for coupling a user who performs works on horizontal surfaces in construction sites to a fixed element of the construction, wherein the fall protection device is able to adopt two end positions, the first being an operating protection position and the second being a non-operating storage position, the fall protection device comprising: - a mast intended to be arranged vertically in the operating protection position, having an upper portion and a lower portion , wherein the lower portion of the mast is releasably couplable to a fixed element of the construction with the possibility of pivoting on its own vertical axis ; - an arm intended to be arranged horizontally in the operating protection position forming an inverted L with the mast , being provided at a first end with an articulated joint that is articulated with the end of the upper portion of the mast , the second end thereof being a free end and the arm being configured to receive in an area of the second end the coupling of fastening and attachment means for the user; - a shock-absorbing strut to cushion the pivotal movement of the arm towards the mast caused by a downward traction force occasionally applied at an area of the end of the arm by the fastening and attachment means for the user, the strut being provided with a first end joined articulately to the arm and a second end intended to be fastened, in the operating protection position, on a point of the upper portion of the mast under the end of the upper portion where the mast is articulated with the arm , characterised in that the articulation of the first end of the strut with the arm is a sliding articulation that can slide along the arm . - a mast intended to be arranged vertically in the operating protection position, having an upper portion and a lower portion , wherein the lower portion of the mast is releasably couplable to a fixed element of the construction with the possibility of pivoting on its own vertical axis ; - an arm intended to be arranged horizontally in the operating protection position forming an inverted L with the mast , being provided at a first end with an articulated joint that is articulated with the end of the upper portion of the mast , the second end thereof being a free end and the arm being configured to receive in an area of the second end the coupling of fastening and attachment means for the user; - a shock-absorbing strut to cushion the pivotal movement of the arm towards the mast caused by a downward traction force occasionally applied at an area of the end of the arm by the fastening and attachment means for the user, the strut being provided with a first end joined articulately to the arm and a second end intended to be fastened, in the operating protection position, on a point of the upper portion of the mast under the end of the upper portion where the mast is articulated with the arm ,
A stretchable display device , comprising: a lower substrate made of a stretchable insulating material and having an active area (AA) and a non-active area (NA) adjacent to the active area (AA); a plurality of individual substrates spaced apart from each other and disposed in the active area (AA) of the lower substrate ; pixels (PX) disposed on the plurality of individual substrates respectively; and a plurality of connecting lines disposed between the plurality of individual substrates on the lower substrate , and electrically connecting corresponding pads disposed within the plurality of individual substrates respectively, wherein the modulus of elasticity of the plurality of individual substrates is higher than that of the lower substrate , wherein the active area (AA) of the lower substrate is divided into a plurality of first areas (A1) in which the plurality of individual substrates are disposed, a plurality of second areas (A2) in which the connecting lines are disposed, and a plurality of third areas (A3) surrounded by the plurality of first areas (A1) and the plurality of second areas (A2), wherein top surfaces of the third areas (A3) of the lower substrate have an uneven shape, and top surfaces of the first areas (A1) of the lower substrate have a flat shape, and wherein a plurality of additional pixels (APX) is formed in the plurality of third areas (A3) of the lower substrate respectively. a lower substrate made of a stretchable insulating material and having an active area (AA) and a non-active area (NA) adjacent to the active area (AA); a plurality of individual substrates spaced apart from each other and disposed in the active area (AA) of the lower substrate ; pixels (PX) disposed on the plurality of individual substrates respectively; and a plurality of connecting lines disposed between the plurality of individual substrates on the lower substrate , and electrically connecting corresponding pads disposed within the plurality of individual substrates respectively, wherein the modulus of elasticity of the plurality of individual substrates is higher than that of the lower substrate , wherein the active area (AA) of the lower substrate is divided into a plurality of first areas (A1) in which the plurality of individual substrates are disposed, a plurality of second areas (A2) in which the connecting lines are disposed, and a plurality of third areas (A3) surrounded by the plurality of first areas (A1) and the plurality of second areas (A2), wherein top surfaces of the third areas (A3) of the lower substrate have an uneven shape, and top surfaces of the first areas (A1) of the lower substrate have a flat shape, and wherein a plurality of additional pixels (APX) is formed in the plurality of third areas (A3) of the lower substrate respectively.
A method of transmitting a discovery signal by a Device-to-Device, D2D, User Equipment, UE , in a wireless communication system, the method comprising: determining a subframe pool in a discovery period; and transmitting the discovery signal in a subframe included in the subframe pool, wherein a frequency resource index on which the discovery signal is transmitted on the discovery period is determined by using: f _ shift + floor nf + Nf * nt / Nt mod Nf , wherein a time resource index on which the discovery signal is transmitted on the discovery period is determined by using: t _ shift + nf + Nf * nt mod Nt , where Nf is determined based on a number of discovery resources per subframe, Nt is determined based on a number of subframes per discovery period, f_shift is a frequency shift, t_shift is a subframe shift, nf is a frequency resource index on which the discovery signal is transmitted on a previous discovery period, and nt is a time resource index on which the discovery signal is transmitted on the previous discovery period, wherein f shift and t_shift are determined from values indicated by a higher-layer parameter, and wherein f shift varies based on a secondary synchronization signal, SSS, ID and the discovery period such that the same f shift is used in a plurality of cells in a given area. determining a subframe pool in a discovery period; and transmitting the discovery signal in a subframe included in the subframe pool, wherein a frequency resource index on which the discovery signal is transmitted on the discovery period is determined by using: f _ shift + floor nf + Nf * nt / Nt mod Nf , wherein a time resource index on which the discovery signal is transmitted on the discovery period is determined by using: t _ shift + nf + Nf * nt mod Nt , where Nf is determined based on a number of discovery resources per subframe, Nt is determined based on a number of subframes per discovery period, f_shift is a frequency shift, t_shift is a subframe shift, nf is a frequency resource index on which the discovery signal is transmitted on a previous discovery period, and nt is a time resource index on which the discovery signal is transmitted on the previous discovery period, wherein f shift and t_shift are determined from values indicated by a higher-layer parameter, and wherein f shift varies based on a secondary synchronization signal, SSS, ID and the discovery period such that the same f shift is used in a plurality of cells in a given area.
Method for setting an operational parameter in a medical device , comprising: actuating an input device to set an operational parameter displayed on a display device of the medical device , wherein the input device is advanceable in an actuation direction (D1, D2) by movement steps (α) to increase or decrease the operational parameter by a change amount associated with a movement step (α), adapting, when advancing the input device , said change amount from a fine-tuning-state value to a tuning-state value larger than the fine-tuning-state value in case a first condition is met, characterized in that the operational parameter is adaptable within a predefined overall range, wherein for adapting said change amount in dependence of the advancing of the input device a first set of values is applied in a first sub-range of the overall range and a second set of values is applied in a second sub-range of the overall range. actuating an input device to set an operational parameter displayed on a display device of the medical device , wherein the input device is advanceable in an actuation direction (D1, D2) by movement steps (α) to increase or decrease the operational parameter by a change amount associated with a movement step (α), adapting, when advancing the input device , said change amount from a fine-tuning-state value to a tuning-state value larger than the fine-tuning-state value in case a first condition is met, characterized in that the operational parameter is adaptable within a predefined overall range, wherein for adapting said change amount in dependence of the advancing of the input device a first set of values is applied in a first sub-range of the overall range and a second set of values is applied in a second sub-range of the overall range.
A computer-implemented method for Bayesian continuous user authentication comprising: iteratively: receiving a sequence of observed behavior data that collectively characterizes interaction of an active user with at least one computing device or software application, wherein the active user is presumed to be an account owner, that is, a user associated with login credentials; identifying a sequence of events within the observed behavior data; scoring each of the events using a universal background model that generates first scores that characterize an extent to which each event or history of events is anomalous for a particular population of users; scoring each of the events using a user model that generates second scores that characterize an extent to which each event or history of events is anomalous for the active user presumed to own the account; smoothing the first scores and the second scores using a smoothing function which upweights the first scores and/or the second scores based on recency; determining, based on the smoothed first scores and the smoothed second scores, a probability that the active user is the account owner associated with the user model; and providing data indicating the probability. receiving a sequence of observed behavior data that collectively characterizes interaction of an active user with at least one computing device or software application, wherein the active user is presumed to be an account owner, that is, a user associated with login credentials; identifying a sequence of events within the observed behavior data; scoring each of the events using a universal background model that generates first scores that characterize an extent to which each event or history of events is anomalous for a particular population of users; scoring each of the events using a user model that generates second scores that characterize an extent to which each event or history of events is anomalous for the active user presumed to own the account; smoothing the first scores and the second scores using a smoothing function which upweights the first scores and/or the second scores based on recency; determining, based on the smoothed first scores and the smoothed second scores, a probability that the active user is the account owner associated with the user model; and providing data indicating the probability.
A universal fluid system connector comprising: a body having a length extending between a distal end thereof and a proximal end thereof; and a seal disposed about at least a portion of the body, the seal having a plurality of flexible fins disposed along the length of the body, each fin having a diameter; wherein each fin includes a plurality of flexion zones , each flexion zone having a stiffness, and wherein the diameters of the fins increase from the distal end to the proximal end so that the plurality of fins forms a frustoconical shape along the length of the body, characterised by one or more fin extensions , each fin extension extending radially outward from a fin at least partially around a circumference of the fin. a body having a length extending between a distal end thereof and a proximal end thereof; and a seal disposed about at least a portion of the body, the seal having a plurality of flexible fins disposed along the length of the body, each fin having a diameter; wherein each fin includes a plurality of flexion zones , each flexion zone having a stiffness, and wherein the diameters of the fins increase from the distal end to the proximal end so that the plurality of fins forms a frustoconical shape along the length of the body, characterised by one or more fin extensions , each fin extension extending radially outward from a fin at least partially around a circumference of the fin. wherein each fin includes a plurality of flexion zones , each flexion zone having a stiffness, and wherein the diameters of the fins increase from the distal end to the proximal end so that the plurality of fins forms a frustoconical shape along the length of the body, characterised by one or more fin extensions , each fin extension extending radially outward from a fin at least partially around a circumference of the fin.
A diagnostic assistance device configured to generate three-dimensional data of a biological tissue based on tomographic data of the biological tissue , and display the generated three-dimensional data as a three-dimensional image on a display , the diagnostic assistance device comprising: a control unit configured to form, in the three-dimensional data , an opening that exposes an inner wall surface of the biological tissue to an outside of the biological tissue in the three-dimensional image , and adjust a viewpoint when displaying the three-dimensional image on the display according to a position of the formed opening , and, when the position of the opening is to be changed from a first position to a second position, to move the viewpoint from a third position corresponding to the first position to a fourth position corresponding to the second position , characterized by the control unit being further configured to display, on the display , a video in which the viewpoint gradually moves from the third position to the fourth position as the three-dimensional image . a control unit configured to form, in the three-dimensional data , an opening that exposes an inner wall surface of the biological tissue to an outside of the biological tissue in the three-dimensional image , and adjust a viewpoint when displaying the three-dimensional image on the display according to a position of the formed opening , and, when the position of the opening is to be changed from a first position to a second position, to move the viewpoint from a third position corresponding to the first position to a fourth position corresponding to the second position , characterized by the control unit being further configured to display, on the display , a video in which the viewpoint gradually moves from the third position to the fourth position as the three-dimensional image .
Aerosol-generating article comprising a plurality of elements assembled in the form of a rod having a mouth end and a distal end upstream from the mouth end, the plurality of elements comprising an aerosol-forming substrate with an elongate susceptor arranged longitudinally within the aerosol-forming substrate, wherein a plug element is located upstream of and adjacent the aerosol-forming substrate within the rod, the plug element preventing direct physical contact with a distal end of the elongate susceptor arranged longitudinally within the aerosol-forming substrate.