mhurhangee/ep-ind-claims huggingface dataset:
Path planning method for computing optimal parking maneuvers for road vehicles, in particular operating in a known environment in the presence of static obstacles, said method comprising operating according to a dynamic programming calculation procedure to compute a set of vehicle controls ( Ω, I) implementing an optimal parking maneuver to reach a target set of states ( Γ; x 1) corresponding to a given parking target, said parking maneuvers being trajectories ( y x 0,α ( t)) obtained by a system of equations modeling the evolution of a state ( x(t)) of said road vehicle as a function of vehicle controls (α), characterized in computing a set of value functions ({ V 0,,..., V K max}) of a cost function ( t c) of parking maneuvers reaching said target set of states ( x 1) as the unique viscosity solution of a Hamilton Jacobi Bellman equation, supplying said set of value functions ({ V 0,,..., V K max}), together with a starting state (x 0) of the vehicle, as input to a control synthesis procedure calculating at least said set of vehicle controls ( Ω,I), wherein said set of equations modeling the evolution of the state of said road vehicle is a switched system of equations switching between a first sub-system ( ƒ ( x, 1,ω)) if the vehicle is in forward motion and a second sub-system (( ƒ ( x,2, ω))) if the vehicle is in reverse or backwards motion, said cost function ( t c) taking into account an arrival time (t) of the vehicle for a given parking maneuver and a number of direction changes (k) of the road vehicle between forward motion and reverse motion multiplied by a settable penalty parameter, said set of value functions ({ V 0,,..., V K max}) of said cost function ( t c) comprising a sequence of said value functions ({ V 0,,..., V K max}) according to an index corresponding to said number of direction changes (k), ranging from a zero number of direction changes to a maximum number (K max) of direction changes.
A method for performing, by a first user equipment, UE, wireless communication, the method being performed by the first UE and comprising: obtaining (S1410, S1510) information related to sidelink, SL, bandwidth part, BWP; obtaining (S1420, S1520) information regarding a measurement gap period related to positioning of the first UE, wherein a transmission of SL data is not allowed in the measurement gap period, in which only an SL positioning reference signal, PRS, is allowed to be transmitted; selecting (S1420, S1530) the SL BWP or the measurement gap period, for use in a transmission of the PRS; transmitting (S1430, S1540) the PRS based on the selected SL BWP or measurement gap period; and performing (S1450, S1550) the positioning based on the PRS, wherein the measurement gap period is selected for the transmission of the PRS, based on bandwidth of the SL BWP being narrower than a first threshold, and wherein the measurement gap period is selected for use in the transmission of the PRS, based on a priority value of the PRS being less than or equal to a threshold. obtaining (S1410, S1510) information related to sidelink, SL, bandwidth part, BWP; obtaining (S1420, S1520) information regarding a measurement gap period related to positioning of the first UE, wherein a transmission of SL data is not allowed in the measurement gap period, in which only an SL positioning reference signal, PRS, is allowed to be transmitted; selecting (S1420, S1530) the SL BWP or the measurement gap period, for use in a transmission of the PRS; transmitting (S1430, S1540) the PRS based on the selected SL BWP or measurement gap period; and performing (S1450, S1550) the positioning based on the PRS, wherein the measurement gap period is selected for the transmission of the PRS, based on bandwidth of the SL BWP being narrower than a first threshold, and wherein the measurement gap period is selected for use in the transmission of the PRS, based on a priority value of the PRS being less than or equal to a threshold.
An ultrasonic probe comprising: a transducer configured to generate an ultrasonic signal and including a lens provided to transmit the ultrasonic signal to the outside; a case configured to accommodate the transducer and having an opening at one side so that the lens is brought into contact with an external target object; and a buffer member provided along a circumference of the transducer to protect the transducer from external impact and disposed between the case and the transducer, characterized in that the buffer member comprises: a buffer space provided inside the buffer member; and a buffer membrane provided to cover the buffer space. a transducer configured to generate an ultrasonic signal and including a lens provided to transmit the ultrasonic signal to the outside; a case configured to accommodate the transducer and having an opening at one side so that the lens is brought into contact with an external target object; and a buffer member provided along a circumference of the transducer to protect the transducer from external impact and disposed between the case and the transducer, characterized in that the buffer member comprises: a buffer space provided inside the buffer member; and a buffer membrane provided to cover the buffer space. a buffer space provided inside the buffer member; and a buffer membrane provided to cover the buffer space.
An assisting device for route guidance of a vehicle connected to a navigation system, the assisting device comprising: a control unit for generating a control signal for a haptic feedback to the driver of the vehicle, wherein the haptic feedback makes it easier for the driver to follow a route calculated by the navigation system, wherein the control unit adds a negative additional moment (M Z < 0) onto the steering when the vehicle departs from the calculated route in such a manner that to maintain or increase the steering moment a higher manual moment must be transmitted into the steering, characterized in that the control unit is configured to add a positive additional moment (M Z > 0) onto the steering in the direction of the calculated route to facilitate the steering of the vehicle. a control unit for generating a control signal for a haptic feedback to the driver of the vehicle, wherein the haptic feedback makes it easier for the driver to follow a route calculated by the navigation system, wherein the control unit adds a negative additional moment (M Z < 0) onto the steering when the vehicle departs from the calculated route in such a manner that to maintain or increase the steering moment a higher manual moment must be transmitted into the steering, characterized in that the control unit is configured to add a positive additional moment (M Z > 0) onto the steering in the direction of the calculated route to facilitate the steering of the vehicle.
An actuation gear (100, 100') for raising and lowering a lift and slide element, such as a lift and slide door or a lift and slide window, which is displaceable along a guide rail and which can be transferred from a lowered position, in which the lift and slide element is non-displaceable, into a raised position in which the lift and slide element is displaceable, wherein the actuation gear comprises an input shaft which is rotatable by means of an actuation lever about an axis between a locked position corresponding to the lowered position of the lift and slide element and an unlocked position corresponding to the raised position of the lift and slide element; and a coupling element for the drive-effective coupling of the input shaft to a connecting rod drive-effectively coupled to a lifting element, said coupling element being eccentrically connected in an articulated manner to the input shaft at an articulation point, characterized in that the input shaft is preloaded by the coupling element in its locked position such that the input shaft experiences a restoring torque (Mrest) acting in the direction of its locked position.
A method for creation or update of shared circuit switched domain security context when performing circuit switch fallback, CSFB, comprising: receiving a request from a user equipment to create or update a circuit switched security context; mapping a current security context into the circuit switched security context; notifying a network node of the circuit switched security context; and conveying a key set identifier to the user equipment, wherein the key set identifier is assigned to the circuit switched security context. receiving a request from a user equipment to create or update a circuit switched security context; mapping a current security context into the circuit switched security context; notifying a network node of the circuit switched security context; and conveying a key set identifier to the user equipment, wherein the key set identifier is assigned to the circuit switched security context.
A method for determining a slot format in an NR-Based Access to Unlicensed Spectrum, NR-U, system, comprising: determining, by a terminal device, a target time window on a first carrier, wherein the target time window comprises a Channel Occupancy Time, COT, window; and determining, by the terminal device, a slot format on the first carrier according to the target time window, characterized in that the target time window comprises the COT window, the COT window is a COT window initiated by a network device, and the COT window comprises a first symbol group in a first slot, and determining, by the terminal device, the slot format on the first carrier according to the target time window, comprises: if the terminal device is configured to receive a Channel State Information Reference Signal, CSI-RS, or a Physical Downlink Shared Channel, PDSCH, on the first symbol group in the first slot and the terminal device determines that a symbol in the first symbol group is a downlink symbol, receiving, by the terminal device, the CSI-RS, or the PDSCH on the first symbol group in the first slot,; wherein the method further comprises: determining, by the terminal device, a symbol type of the first symbol group according to slot structure indication information sent by the network device, wherein the symbol type of the first symbol group comprises a downlink symbol. determining, by a terminal device, a target time window on a first carrier, wherein the target time window comprises a Channel Occupancy Time, COT, window; and determining, by the terminal device, a slot format on the first carrier according to the target time window, characterized in that the target time window comprises the COT window, the COT window is a COT window initiated by a network device, and the COT window comprises a first symbol group in a first slot, and determining, by the terminal device, the slot format on the first carrier according to the target time window, comprises: if the terminal device is configured to receive a Channel State Information Reference Signal, CSI-RS, or a Physical Downlink Shared Channel, PDSCH, on the first symbol group in the first slot and the terminal device determines that a symbol in the first symbol group is a downlink symbol, receiving, by the terminal device, the CSI-RS, or the PDSCH on the first symbol group in the first slot,; wherein the method further comprises: determining, by the terminal device, a symbol type of the first symbol group according to slot structure indication information sent by the network device, wherein the symbol type of the first symbol group comprises a downlink symbol.
Use of a glass sheet having a composition that comprises, in an amount expressed in percentages by total weight of glass: SiO 2 55 - 78% Al2O3 0 - 18% B 2 O 3 0 - 18% Na 2 O 5 - 20% CaO 0 - 15% MgO 0 - 10% K 2 O 0 - 10% BaO 0 - 5% Total iron, expressed in Fe 2 O 3 form, 0.002 - 0.06%; said composition comprising a cobalt content, expressed in CoO form, ranging from 0.001 to 1% by weight relative to the total weight of the glass; in a touch screen or touch panel or touch pad using FTIR or PSD optical technology to detect the position of one or more objects on a surface of said sheet.
A catheter for bypassing an occlusion via a subintimal approach, the catheter comprising: a catheter shaft (102, 104) including a guidewire lumen disposed therethrough, the catheter shaft having a shaft longitudinal axis; a first balloon (110, 310) coupled to an exterior of the catheter shaft, wherein a proximal portion of the first balloon (110, 310) is coupled to the catheter shaft at a first balloon proximal bond and a distal portion of the first balloon (110, 310) is coupled to the catheter shaft at a first balloon distal bond, wherein the first balloon (110, 310) is not coupled to the catheter shaft (102, 104) between the first balloon proximal bond and the first balloon distal bond, and wherein the catheter shaft is external to the first balloon between the first balloon proximal bond and the first balloon distal bond; and a second balloon (120, 320) coupled to an exterior of the catheter shaft opposite the first balloon relative to the catheter shaft, wherein a proximal portion of the second balloon (120, 320) is coupled to the catheter shaft at a second balloon proximal bond and a distal portion of the second balloon (120, 320) is coupled to the catheter shaft at a second balloon distal bond, wherein the second balloon is not coupled to the catheter shaft (102, 104) between the second balloon proximal bond and the second balloon distal bond, and wherein the catheter shaft is external to the second balloon between the second balloon proximal bond and the second balloon distal bond. a catheter shaft (102, 104) including a guidewire lumen disposed therethrough, the catheter shaft having a shaft longitudinal axis; a first balloon (110, 310) coupled to an exterior of the catheter shaft, wherein a proximal portion of the first balloon (110, 310) is coupled to the catheter shaft at a first balloon proximal bond and a distal portion of the first balloon (110, 310) is coupled to the catheter shaft at a first balloon distal bond, wherein the first balloon (110, 310) is not coupled to the catheter shaft (102, 104) between the first balloon proximal bond and the first balloon distal bond, and wherein the catheter shaft is external to the first balloon between the first balloon proximal bond and the first balloon distal bond; and a second balloon (120, 320) coupled to an exterior of the catheter shaft opposite the first balloon relative to the catheter shaft, wherein a proximal portion of the second balloon (120, 320) is coupled to the catheter shaft at a second balloon proximal bond and a distal portion of the second balloon (120, 320) is coupled to the catheter shaft at a second balloon distal bond, wherein the second balloon is not coupled to the catheter shaft (102, 104) between the second balloon proximal bond and the second balloon distal bond, and wherein the catheter shaft is external to the second balloon between the second balloon proximal bond and the second balloon distal bond.
Magnetic fastening buckle including: - a first plug-in element provided with a first permanent magnet and a pair of locking arms (15, 16) intended to take a locked position during the closing of the buckle, and a unlocked position for opening the buckle, - a second receiving element including an open space into which the first plug-in element is inserted by magnetic attraction, said second receiving element comprising a second permanent magnet so that the juxtaposed poles of the two magnets facing each other have opposite magnetic polarities, characterized in that: the body of the first plug-in element comprises a pair of guiding pins protruding on both sides of the first housing opening in the first permanent magnet, both guiding pins being parallel to the longitudinal axis XY of the buckle, and the second receiving element being provided with a flat support plate, the whole being able to ensure a self-centering effect of the first plug-in element in said longitudinal direction XY. - a first plug-in element provided with a first permanent magnet and a pair of locking arms (15, 16) intended to take a locked position during the closing of the buckle, and a unlocked position for opening the buckle, - a second receiving element including an open space into which the first plug-in element is inserted by magnetic attraction, said second receiving element comprising a second permanent magnet so that the juxtaposed poles of the two magnets facing each other have opposite magnetic polarities, characterized in that: the body of the first plug-in element comprises a pair of guiding pins protruding on both sides of the first housing opening in the first permanent magnet, both guiding pins being parallel to the longitudinal axis XY of the buckle, and the second receiving element being provided with a flat support plate, the whole being able to ensure a self-centering effect of the first plug-in element in said longitudinal direction XY. the body of the first plug-in element comprises a pair of guiding pins protruding on both sides of the first housing opening in the first permanent magnet, both guiding pins being parallel to the longitudinal axis XY of the buckle, and the second receiving element being provided with a flat support plate, the whole being able to ensure a self-centering effect of the first plug-in element in said longitudinal direction XY.
An elastomeric septum having a coating comprising a substantially continuous layer of polymeric material on the flexible surface of the elastomeric septum, the layer having a thickness between 0.5 microns and 0.9 microns, wherein the polymeric material is polymerized by vapor deposition and wherein the polymeric material is one of the group of parylene-N, parylene C or parylene D
A microarray for diagnosis of colorectal cancer, which comprises a polynucleotide comprising at least 10 contiguous nucleotides of a nucleotide sequence selected from the group consisting of nucleotide sequences of SEQ ID NOS: 1-11 and comprising a nucleotide associated with colorectal cancer at position 101 of the nucleotide sequence, said nucleotide being an A, A, C, G, G, T, G, C, G, G, or A, which are respective risk alleles of the polynucleotides of SEQ ID NOS: 1-11, or a complementary polynucleotide thereof.
A method, comprising: for each of a plurality of compute resources: analyzing network data packets received by the compute resource from a plurality of network addresses based on a classification model to determine a subset of the plurality of network addresses that are non-malicious; grouping the plurality of compute resources into clusters based on a first measure of similarity between the network addresses associated with their respective subsets; associating with each cluster a first set of network addresses that is obtained by combining the subsets associated with its compute resources; and outputting a tag that represents at least one of the first sets of network addresses, the tag being suitable for use in configuring a firewall application to allow access by the at least one of the first sets of network addresses to the plurality of compute resources. for each of a plurality of compute resources: analyzing network data packets received by the compute resource from a plurality of network addresses based on a classification model to determine a subset of the plurality of network addresses that are non-malicious; grouping the plurality of compute resources into clusters based on a first measure of similarity between the network addresses associated with their respective subsets; associating with each cluster a first set of network addresses that is obtained by combining the subsets associated with its compute resources; and outputting a tag that represents at least one of the first sets of network addresses, the tag being suitable for use in configuring a firewall application to allow access by the at least one of the first sets of network addresses to the plurality of compute resources.
A resin molding comprising: a semiconductor element (3, 4, 24, 25); a board on which a conductor (8, 22, 27) connected to the semiconductor element (3, 4, 24, 25) is formed; a resin adhered and integrated with the board, and a resin leakage suppression layer (21, 27, 28) that includes a material having a higher thermal conductivity than a thermal conductivity of a material forming a surface layer of the board, wherein the resin leakage suppression layer (21, 27, 28) is provided in an edge region extending along a portion adhered to the resin in the board and extending along at least one-side side surface of the resin, characterized in that: the board is a circuit board; and the resin leakage suppression layer (21, 27, 28) is formed of the same material as the conductor (8, 22, 27). a semiconductor element (3, 4, 24, 25); a board on which a conductor (8, 22, 27) connected to the semiconductor element (3, 4, 24, 25) is formed; a resin adhered and integrated with the board, and a resin leakage suppression layer (21, 27, 28) that includes a material having a higher thermal conductivity than a thermal conductivity of a material forming a surface layer of the board, wherein the resin leakage suppression layer (21, 27, 28) is provided in an edge region extending along a portion adhered to the resin in the board and extending along at least one-side side surface of the resin, characterized in that: the board is a circuit board; and the resin leakage suppression layer (21, 27, 28) is formed of the same material as the conductor (8, 22, 27). the board is a circuit board; and the resin leakage suppression layer (21, 27, 28) is formed of the same material as the conductor (8, 22, 27).
Quick release connection for jump rope comprising a housing of quick release connection, a cable adapter, connecting parts and a locking part comprising a spring a pin and an opening for the pin, characterized in that - the housing of the quick release connection comprises a first and a second sidewall, which are interconnected from above with a connecting part; - at least one of the sidewalls has a longitudinal guide rail; - the housing of the quick release connection comprises a recess for locking part; - the cable adapter comprises a linear rack with at least two teeth, where at least one side has a protruding part; - the locking part comprises a toothed pawl, which engages the teeth of linear rack; - each of the teeth of the linear rack and the toothed pawl is asymmetrical and has a trapezoidal profile, where the legs of the trapezoid are two surfaces where the front leg is at angle α to the straight line transversal to the bases, and the back leg is at angle β to the straight line transversal to the bases, whereas the angles α and β of each tooth are different: angle α is 10 to 80 degrees and angle β is -45 to +45 degrees; - the sidewalls determine a holding channel, which is configured to receive the cable adapter, such that the cable adapter can be inserted into the holding channel only in longitudinal back and forth position. - the housing of the quick release connection comprises a first and a second sidewall, which are interconnected from above with a connecting part; - at least one of the sidewalls has a longitudinal guide rail; - the housing of the quick release connection comprises a recess for locking part; - the cable adapter comprises a linear rack with at least two teeth, where at least one side has a protruding part; - the locking part comprises a toothed pawl, which engages the teeth of linear rack; - each of the teeth of the linear rack and the toothed pawl is asymmetrical and has a trapezoidal profile, where the legs of the trapezoid are two surfaces where the front leg is at angle α to the straight line transversal to the bases, and the back leg is at angle β to the straight line transversal to the bases, whereas the angles α and β of each tooth are different: angle α is 10 to 80 degrees and angle β is -45 to +45 degrees; - the sidewalls determine a holding channel, which is configured to receive the cable adapter, such that the cable adapter can be inserted into the holding channel only in longitudinal back and forth position.