mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting impulse noise; classifying the detected impulse noise into one of a plurality of impulse noise classes affecting communications on a Digital Subscriber Line, DSL line; selecting a noise mitigation strategy from among a plurality of noise mitigation strategies; applying the selected noise mitigation strategy; and validating application of the noise mitigation strategy, characterised in that validating application of the noise mitigation strategy comprises comparing a corrected signal having been filtered or subjected to the selected noise mitigation strategy, or both, with an uncorrected signal. detecting impulse noise; classifying the detected impulse noise into one of a plurality of impulse noise classes affecting communications on a Digital Subscriber Line, DSL line; selecting a noise mitigation strategy from among a plurality of noise mitigation strategies; applying the selected noise mitigation strategy; and validating application of the noise mitigation strategy, characterised in that validating application of the noise mitigation strategy comprises comparing a corrected signal having been filtered or subjected to the selected noise mitigation strategy, or both, with an uncorrected signal.
A method of packing bananas or plantains, said method comprising the steps of: a) laser microperforating plastic bags in at least one specific target area on the bag, said microperforating including providing on the side of the bag one microperforation array on the top and one on the bottom; b) providing a box of preferred size and inserting the microperforated bag in the box; c) inserting green bananas or plantains into the bag; d) extracting air from the bag; e) hermetically sealing the bag; and f) inducing banana or plantain ripening inside the hermetically sealed bag by treating with ethylene gas in a pressurized ripening room. a) laser microperforating plastic bags in at least one specific target area on the bag, said microperforating including providing on the side of the bag one microperforation array on the top and one on the bottom; b) providing a box of preferred size and inserting the microperforated bag in the box; c) inserting green bananas or plantains into the bag; d) extracting air from the bag; e) hermetically sealing the bag; and f) inducing banana or plantain ripening inside the hermetically sealed bag by treating with ethylene gas in a pressurized ripening room.
Method of operating an optical, stereometric measuring system for determining a change of length of a leg, in which on the skin of a positioned patient markings are applied on the two projecting pelvic bones (anterior superior iliac spine) and on both ankles and in which for a first and a second measurement on the positioned patient with at least two orientated cameras the spatial coordinates of these marking as well as their relationships to each other are determined in the form of distances and angles, characterised in that the determination of the change in the length of a leg includes the comparison of the distances and angles as well as the mirror symmetry of the positions of the markings.
A paste, for being used in a stereolithography method to manufacture a part of titanium, comprising a powder of titanium particles, one or more polymerisable precursors of a first resin, a photoinitiator and an optical additive, the optical additive being selected from a polythiophene, a polyvinyl alcohol, a polypropylene, and a previously cross-linked and ground acrylate type second resin, the optical additive accounting from 0.1% to 20% by weight based on the titanium powder.
A method performed by a terminal in a wireless communication system, the method comprising: receiving configuration information of a physical downlink control channel, PDCCH, from a base station; monitoring downlink control information, DCI, having a specific format in a slot, the monitoring based on the configuration information of the PDCCH; determining whether a number of physical downlink shared channels, PDSCHs, received based on the DCI having the specific format in the slot is a number based on a PDSCH reception capability of the terminal; and in case that the number of the PDSCHs received based on the DCI having the specific format is the number based on the PDSCH reception capability of the terminal, stopping monitoring the DCI having the specific format in the slot. receiving configuration information of a physical downlink control channel, PDCCH, from a base station; monitoring downlink control information, DCI, having a specific format in a slot, the monitoring based on the configuration information of the PDCCH; determining whether a number of physical downlink shared channels, PDSCHs, received based on the DCI having the specific format in the slot is a number based on a PDSCH reception capability of the terminal; and in case that the number of the PDSCHs received based on the DCI having the specific format is the number based on the PDSCH reception capability of the terminal, stopping monitoring the DCI having the specific format in the slot.
A connector assembly comprising a pin and a housing, the housing comprising an exterior surface and an interior surface defining a bore, the connector assembly further comprising: the pin comprising an insulator material, a groove, and an electrical contact; a canted coil spring contact; a direction of insertion of said pin into said bore of said housing; wherein the pin comprises an axis in the direction of insertion; wherein the spring contact is retained with the groove of the pin prior to insertion of the pin into the bore of the housing; wherein the electrical contact comprises a contact band where contact is to be established with the spring contact, said contact band at least partially surrounds the insulator material around the axis of the pin; wherein said electrical contact comprises a tab extending from the contact band and along at least a length of the pin; and wherein the spring contact establishes an electrical path between the pin and the housing when the pin is inserted into the bore of the housing. the pin comprising an insulator material, a groove, and an electrical contact; a canted coil spring contact; a direction of insertion of said pin into said bore of said housing; wherein the pin comprises an axis in the direction of insertion; wherein the spring contact is retained with the groove of the pin prior to insertion of the pin into the bore of the housing; wherein the electrical contact comprises a contact band where contact is to be established with the spring contact, said contact band at least partially surrounds the insulator material around the axis of the pin; wherein said electrical contact comprises a tab extending from the contact band and along at least a length of the pin; and wherein the spring contact establishes an electrical path between the pin and the housing when the pin is inserted into the bore of the housing.
A tool for mechanochemical treatment of a cylinder bore, comprising: a shaft having a main axis; a number n of working ledges, where n≥1; and a force application arrangement, configured for applying a working force, directed radially outwards from said main axis, on said working ledges; said working ledges comprising a wear-resistant material with a Vickers number above 800 HV and Young modulus above 200 GPa; wherein each working ledge having a, parallel to said main axis generally elongated, contact surface, facing away from said main axis; said contact surface having a convex curvature in a cross-section perpendicular to said main axis, said convex curvature having, in each point of said contact surface, a radius of curvature being equal to or less than a closest distance from said point to said main axis; characterized by said contact surface being polished and essentially non-abrasive, having a surface roughness R a below 1 μm; and wherein a width of said contact surface in a circumferential direction centred around said main axis being less than r /2 n, where r is the maximum distance between said contact surface and said main axis; and said working force applied on each working ledge being at least P·L·r /2 n, where P = 10 7 Pa and L is the length, parallel to said main axis, of said contact surface of said working ledge. a shaft having a main axis; a number n of working ledges, where n≥1; and a force application arrangement, configured for applying a working force, directed radially outwards from said main axis, on said working ledges; said working ledges comprising a wear-resistant material with a Vickers number above 800 HV and Young modulus above 200 GPa; wherein each working ledge having a, parallel to said main axis generally elongated, contact surface, facing away from said main axis; said contact surface having a convex curvature in a cross-section perpendicular to said main axis, said convex curvature having, in each point of said contact surface, a radius of curvature being equal to or less than a closest distance from said point to said main axis; characterized by said contact surface being polished and essentially non-abrasive, having a surface roughness R a below 1 μm; and wherein a width of said contact surface in a circumferential direction centred around said main axis being less than r /2 n, where r is the maximum distance between said contact surface and said main axis; and said working force applied on each working ledge being at least P·L·r /2 n, where P = 10 7 Pa and L is the length, parallel to said main axis, of said contact surface of said working ledge.
An erythropoietin mimetic peptide derivative of general formula and its pharmaceutical acceptable salts, R 1 -R 2 -(CH 2) n1 -R 3 -(CH 2) n2 -R 4 -R 5 wherein R 1,R 5 are selected from cyclic peptides having the following sequences: wherein n 1,n 2 are integers independently selected from 0 to 10; wherein R 2, R 4 are selected from -CO or -CH 2; wherein R 3 is selected from NCO(CH 2) n4 NHR 6, CHOCONH(CH 2) n5 NHR 6, or CHSCON(CH 2) n5 NHR 6; wherein n 4 is an integer selected from 2 to 10, wherein n 5 is an integer selected from 2 to 10, and wherein R 6 is selected from H or methoxy polyethylene glycol derivatives.
A quality inspection apparatus for a sheet-shaped matter comprising: sheet-shaped matter holding units provided to each endless conveyance body, and configured to hold an end portion of a sheet-shaped matter; an arc-shaped track portion (Ta) provided to a part of a movement track of the sheet-shaped matter holding units; characterized by further comprising a guide installed at a same side of the arc-shaped track portion (Ta) as an arc center (Oa); and an inspection unit installed at an opposite side of the arc-shaped track portion (Ta) from the arc center (Oa) of the arc-shaped track portion (Ta), wherein while running along the arc-shaped track portion (Ta), the sheet-shaped matter is inspected by the inspection unit under a guidance of the guide. sheet-shaped matter holding units provided to each endless conveyance body, and configured to hold an end portion of a sheet-shaped matter; an arc-shaped track portion (Ta) provided to a part of a movement track of the sheet-shaped matter holding units; characterized by further comprising a guide installed at a same side of the arc-shaped track portion (Ta) as an arc center (Oa); and an inspection unit installed at an opposite side of the arc-shaped track portion (Ta) from the arc center (Oa) of the arc-shaped track portion (Ta), wherein while running along the arc-shaped track portion (Ta), the sheet-shaped matter is inspected by the inspection unit under a guidance of the guide. a guide installed at a same side of the arc-shaped track portion (Ta) as an arc center (Oa); and an inspection unit installed at an opposite side of the arc-shaped track portion (Ta) from the arc center (Oa) of the arc-shaped track portion (Ta), wherein while running along the arc-shaped track portion (Ta), the sheet-shaped matter is inspected by the inspection unit under a guidance of the guide.
A guiding system for positioning a patient for medical image acquisition, the system comprising: - a patient position detecting device; and - a patient position prescribing device; wherein the patient detecting device is configured: to detect an anatomy of interest of a patient for the medical image acquisition; and to detect current spatial information of the anatomy of interest; and wherein the patient position prescribing device is configured: to provide an initial target position, being a virtual scene of a virtual patient in the correct position, for the detected anatomy of interest during the image acquisition and to adapt a subset of the initial target position with the current spatial information of the anatomy of interest insofar said subset is clinically irrelevant for the medical image acquisition thereby providing for an adapted target position. - a patient position detecting device; and - a patient position prescribing device;
Display device provided with a polarizing photovoltaic module including at least: (a) one polarizer; (b) a plurality of pixels which emit or transmit a light referred to as image light; (c) a plurality of photovoltaic active zones, said device being characterized in that two neighboring photovoltaic active zones (1', 1") form an opening, said photovoltaic active zones being positioned between the pixels and the polarizers, and in that said polarizer consists of one or more surfaces chosen from among planar, concave or convex surfaces, the polarizer being parabolic, conical, pyramidal, tetrahedral, semicylindrical or cylindro-parabolic in shape, and being arranged so as both to concentrate, by reflection, a first linearly polarized component of the ambient light onto said photovoltaic active zones and to transmit, through said polarizing photovoltaic module, a second linearly polarized component of the ambient light (5") or of the image light. (a) one polarizer; (b) a plurality of pixels which emit or transmit a light referred to as image light; (c) a plurality of photovoltaic active zones, said device being characterized in that two neighboring photovoltaic active zones (1', 1") form an opening, said photovoltaic active zones being positioned between the pixels and the polarizers, and in that said polarizer consists of one or more surfaces chosen from among planar, concave or convex surfaces, the polarizer being parabolic, conical, pyramidal, tetrahedral, semicylindrical or cylindro-parabolic in shape, and being arranged so as both to concentrate, by reflection, a first linearly polarized component of the ambient light onto said photovoltaic active zones and to transmit, through said polarizing photovoltaic module, a second linearly polarized component of the ambient light (5") or of the image light.
A high-pressure discharge lamp for resonant operation in longitudinal mode, with an elongated ceramic discharge vessel that defines a lamp axis A and that has an inner volume with an inner length IL and a maximum inner diameter ID, and that is divided into a middle region with constant inner diameter ID and two end regions with variable inner diameter, whereby an electrode protrudes into the discharge vessel in each end region, characterised in that the discharge vessel has an aspect ratio from 2.5 to 8, in particular 3 to 6, whereby the end region has a given length LRD in which the inner diameter reduces to at least 85 %, preferably to at least 60 %, of ID, so that there remains an end surface at the end of the discharge vessel having an inner diameter IDE of at least 15 %, preferably at least 20 %, of ID, the insertion length LINS of the electrodes is 7 to 21 % of IL and the length LRD of the end region is at least 0.5 LINS and at most 1.5 LINS, in particular 0.75 to 1.25 LINS.
A power transmission device provided on a ground, the device comprising: a power transmission coil configured to supply electric power via a wireless connection to a power reception coil mounted on a vehicle; a cover covering at least a top surface of the power transmission coil in an axial direction; a foreign-matter detection coil provided between the power transmission coil and the cover; and an elevating mechanism configured to move the power transmission coil and the foreign-matter detection coil up and down with respect to the ground while keeping a constant gap between the power transmission coil and the foreign-matter detection coil, characterized in that the foreign-matter detection coil is separated from the cover with a predetermined distance in the axial direction before detecting foreign matter, and the elevating mechanism is configured to move up the foreign-matter detection coil so as to lead a distance between the foreign-matter detection coil and the cover to be shorter than the predetermined distance when the foreign-matter detection coil detects the foreign matter. a power transmission coil configured to supply electric power via a wireless connection to a power reception coil mounted on a vehicle; a cover covering at least a top surface of the power transmission coil in an axial direction; a foreign-matter detection coil provided between the power transmission coil and the cover; and an elevating mechanism configured to move the power transmission coil and the foreign-matter detection coil up and down with respect to the ground while keeping a constant gap between the power transmission coil and the foreign-matter detection coil, characterized in that the foreign-matter detection coil is separated from the cover with a predetermined distance in the axial direction before detecting foreign matter, and the elevating mechanism is configured to move up the foreign-matter detection coil so as to lead a distance between the foreign-matter detection coil and the cover to be shorter than the predetermined distance when the foreign-matter detection coil detects the foreign matter.
A protective circuit for a multi-level converter including a DC link capacitor bank, the protective circuit comprising: an energy absorbing element (18, 20); switches (22, 24), wherein at least two of the switches each couple the energy absorbing element to at least one mid-point (136,236) of the capacitor bank, the at least one mid-point (136,236) being at a potential between a positive voltage rail and a negative voltage rail; and characterized by: a controller configured to provide control signals to the switches to selectively actuate the switches to enable control of energy dissipation and to enable control of voltage balance on the capacitor bank of the multi-level converter during transient conditions, and further configured to provide control signals to phase leg (80,180,280) switches during normal operating conditions. an energy absorbing element (18, 20); switches (22, 24), wherein at least two of the switches each couple the energy absorbing element to at least one mid-point (136,236) of the capacitor bank, the at least one mid-point (136,236) being at a potential between a positive voltage rail and a negative voltage rail; a controller configured to provide control signals to the switches to selectively actuate the switches to enable control of energy dissipation and to enable control of voltage balance on the capacitor bank of the multi-level converter during transient conditions, and further configured to provide control signals to phase leg (80,180,280) switches during normal operating conditions.
A method of wireless communications performed by a user equipment, UE, the method comprising: receiving a downlink control information, DCI, with a cyclic redundancy check, CRC, scrambled by a paging radio network temporary identifier, P-RNTI, from a base station; checking a system information, SI, modification bit in a short message in the DCI when a short message indicator in the DCI indicates that both scheduling information for paging and the short message are present in the DCI, wherein said scheduling information for paging is control information to schedule an associated Physical Downlink Shared Channel, PDSCH; receiving a paging message from the base station based on the PDSCH scheduled by the scheduling information for paging present in the DCI, wherein the paging message comprises no indication information about an SI modification; and reading, when the SI modification bit is set in the short message, updated system information comprised in the paging message. receiving a downlink control information, DCI, with a cyclic redundancy check, CRC, scrambled by a paging radio network temporary identifier, P-RNTI, from a base station; checking a system information, SI, modification bit in a short message in the DCI when a short message indicator in the DCI indicates that both scheduling information for paging and the short message are present in the DCI, wherein said scheduling information for paging is control information to schedule an associated Physical Downlink Shared Channel, PDSCH; receiving a paging message from the base station based on the PDSCH scheduled by the scheduling information for paging present in the DCI, wherein the paging message comprises no indication information about an SI modification; and reading, when the SI modification bit is set in the short message, updated system information comprised in the paging message.
A vehicle body structure comprising: a left side floor member and a right side floor member having tilted portions (54, 56) tilted to a vehicle outer side from a vehicle front side toward a vehicle rear side in a top view; and a brace portion connecting a left tilted portion which is the tilted portion of the left side floor member and a right tilted portion which is the tilted portion of the right side floor member. the vehicle body structure being characterized in that the brace portion includes a first brace member in which left and right ends respectively fixed to the left tilted portion and the right tilted portion are tilted toward the vehicle rear side from a central portion, a second brace member which is provided closer to the vehicle rear side than the first brace member and which has left and right ends respectively fixed to the left tilted portion and the right tilted portion, and a cross-shaped third brace member which links the left end of the first brace member and the right end of the second brace member and links the right end of the first brace member and the left end of the second brace member. a left side floor member and a right side floor member having tilted portions (54, 56) tilted to a vehicle outer side from a vehicle front side toward a vehicle rear side in a top view; and a brace portion connecting a left tilted portion which is the tilted portion of the left side floor member and a right tilted portion which is the tilted portion of the right side floor member. the vehicle body structure being characterized in that the brace portion includes a first brace member in which left and right ends respectively fixed to the left tilted portion and the right tilted portion are tilted toward the vehicle rear side from a central portion, a second brace member which is provided closer to the vehicle rear side than the first brace member and which has left and right ends respectively fixed to the left tilted portion and the right tilted portion, and a cross-shaped third brace member which links the left end of the first brace member and the right end of the second brace member and links the right end of the first brace member and the left end of the second brace member.