mhurhangee/ep-ind-claims huggingface dataset:
A user terminal capable of using an E-UTRAN and a WLAN, the user terminal comprising: a storage configured to store a RAN rule which is a rule for selecting a radio access scheme to be used among the E-UTRAN and the WLAN per APN; a receiver configured to receive an ANDSF rule for selecting a radio access scheme to be used among the E-UTRAN and the WLAN and to receive assistance information to be used in the radio access scheme selection in accordance with the RAN rule, wherein the assistance information includes information related to WLAN load information received at the E-UTRAN from the WLAN; and a controller configured to select a selection rule applied to a radio access scheme selection from among the ANDSF rule and the RAN rule, wherein when the user terminal has both the ANDSF rule and the RAN rule, the controller is further configured to determine whether the terminal is in roaming and whether a predetermined condition is satisfied select the RAN rule from among the ANDSF rule and the RAN rule when the predetermined condition is not satisfied, and perform the radio access scheme selection in accordance with the RAN rule using the assistance information. a storage configured to store a RAN rule which is a rule for selecting a radio access scheme to be used among the E-UTRAN and the WLAN per APN; a receiver configured to receive an ANDSF rule for selecting a radio access scheme to be used among the E-UTRAN and the WLAN and to receive assistance information to be used in the radio access scheme selection in accordance with the RAN rule, wherein the assistance information includes information related to WLAN load information received at the E-UTRAN from the WLAN; and a controller configured to select a selection rule applied to a radio access scheme selection from among the ANDSF rule and the RAN rule, wherein when the user terminal has both the ANDSF rule and the RAN rule, the controller is further configured to determine whether the terminal is in roaming and whether a predetermined condition is satisfied select the RAN rule from among the ANDSF rule and the RAN rule when the predetermined condition is not satisfied, and perform the radio access scheme selection in accordance with the RAN rule using the assistance information.
A method for wireless communication at a user equipment, UE, comprising: identifying a first interval assigned to the UE for an uplink transmission in a shared radio frequency spectrum band, wherein the first interval comprises a first subframe duration assigned by a base station; determining a first portion of the assigned first interval is unavailable for the uplink transmission in the shared radio frequency band; determining uplink resources for a second interval to use for the uplink transmission based at least in part on the determination that the first portion of the assigned first interval is unavailable, wherein the second interval relates to a second portion of the assigned first interval that is available for the UE to access at the time the UE successfully contends for access to the shared frequency band; and initiating transmission of the uplink transmission using the determined uplink resources. identifying a first interval assigned to the UE for an uplink transmission in a shared radio frequency spectrum band, wherein the first interval comprises a first subframe duration assigned by a base station; determining a first portion of the assigned first interval is unavailable for the uplink transmission in the shared radio frequency band; determining uplink resources for a second interval to use for the uplink transmission based at least in part on the determination that the first portion of the assigned first interval is unavailable, wherein the second interval relates to a second portion of the assigned first interval that is available for the UE to access at the time the UE successfully contends for access to the shared frequency band; and initiating transmission of the uplink transmission using the determined uplink resources.
A collecting bag for human body wastes of the type comprising a bag member, a discharge portion including a discharge opening, and a first plate member (21; 121;) having a distal edge (21b; 121b) and a second plate member (22; 122) having a proximal edge (22a; 122a), said discharge opening extending between said edges (21b, 22a; 121b, 122a), closure of the discharge opening being effected by folding the discharge portion in a longitudinal direction in order to bring the first plate member (21; 121) into contact with the second plate member (22; 122), wherein at least one of the edges (21b, 22a; 121b, 122a) of the plate members (21, 22; 121, 122) is provided with a fillet or chamfer (21c, 22c; 121c, 122c), wherein each fillet or chamfer (21c, 22c; 121c, 122c) extends in a part of the thickness direction of the first and/or second plate member (21, 22; 121, 122), and characterized in that the fillet or chamfer (21c, 22c; 121c, 122c) extends in a part of the facing edges in the range 30 to 70% of the thickness of the respective plate member in the area adjacent the discharge opening.
Welding electrodes changer wherein an extraction station intended to extract worn electrodes out of the arm of welding tongs comprises two shoes (48, 50) having respectively a contact surface facing to that of the other shoe, as well as driving means for said shoes, characterized in that each of the two shoes (48, 50) is respectively carried by a rack shaft (26, 28), said rack shafts (26, 28) being parallel to each other and driven simultaneously for axial translation by the driving means, the one in a first direction and the other in the opposite direction, so that said shoes (48, 50) are driven to move in parallel with translation movements and opposite directions and to thereby grasp an electrode to be extracted therebetween, then, in the movement continuity, to force the rotation of the electrode engaged between the shoes (48,50) relatively to the tongs arm.
A photographic lighting apparatus comprising a plurality of panels (101, 201), each panel being separated from adjacent panels on each side by flexible webs such that the panels and webs define a wall of an enclosure, each panel having a greater rigidity than the webs (102, 202), and a removable strut (117, 217) associated with each web for maintaining the panels in mutually fixed relation, the enclosure having an opening at a proximal end adapted to be mounted to a light source with proximal edges of at least some of the panels being weight-bearing members for the apparatus, and a distal end of the enclosure being adapted to transmit light therefrom, characterised in that the apparatus comprises means for reconfiguring the enclosure, to bring the enclosure from an expanded configuration to a contracted configuration by reducing in size the surface of one or more of the webs, such that the distal end of the apparatus is reduced in size.
A method for lubricating an internal combustion engine, comprising supplying to said engine a lubricating composition comprising: (a) an oil of lubricating viscosity; (b) 15 to 30 parts per million by weight of titanium in the form of an oil-soluble titanium-containing material selected from the group consisting of titanium-modified succinimide dispersants having a number average molecular weight of less than 20,000; (c) an antioxidant other than a Ti-containing antioxidant, and (d) a metal containing detergent other than a Ti-containing detergent. (a) an oil of lubricating viscosity; (b) 15 to 30 parts per million by weight of titanium in the form of an oil-soluble titanium-containing material selected from the group consisting of titanium-modified succinimide dispersants having a number average molecular weight of less than 20,000; (c) an antioxidant other than a Ti-containing antioxidant, and (d) a metal containing detergent other than a Ti-containing detergent.
A system for constructing a new frame using rendered content and non-rendered content from a first perspective, the system comprising: a non-transitory computer-readable storage medium storing executable computer instructions that, when executed, perform steps comprising: identifying the first perspective by capturing a first pose of a user; rendering visible surfaces of a first set of objects from the first perspective; selecting the non-visible surfaces of the first set of objects from the first perspective as the non-rendered content; storing both the rendered content and the non-rendered content from the first perspective, the rendered content corresponding to the visible surfaces of the first set of objects from the first perspective, and the non-rendered content corresponding to non-visible portions of the first set of objects from the first perspective; generating a new frame to be displayed, wherein the new frame is generated from a second perspective using the rendered content and the non-rendered content from the first perspective; displaying the new frame from the second perspective; and a processor configured to execute the computer instructions. identifying the first perspective by capturing a first pose of a user; rendering visible surfaces of a first set of objects from the first perspective; selecting the non-visible surfaces of the first set of objects from the first perspective as the non-rendered content; storing both the rendered content and the non-rendered content from the first perspective, the rendered content corresponding to the visible surfaces of the first set of objects from the first perspective, and the non-rendered content corresponding to non-visible portions of the first set of objects from the first perspective; generating a new frame to be displayed, wherein the new frame is generated from a second perspective using the rendered content and the non-rendered content from the first perspective; displaying the new frame from the second perspective; and a processor configured to execute the computer instructions.
A method comprising: receiving, by a processor of a computing device, a 3-D image of one or more bones, comprising at least a portion of a bone of interest, of a mammal; isolating, by the processor, the bone of interest from the one or more bones in the 3-D image; generating, by the processor, a binary bone mask of the bone of interest; generating, by the processor, a filled bone mask for the bone of interest using the binary bone mask; generating, by the processor, a skeleton of the bone of interest; and generating, by the processor, a pruned skeleton to reduce the skeleton to a branch corresponding to a 3-D central axis of the bone of interest. receiving, by a processor of a computing device, a 3-D image of one or more bones, comprising at least a portion of a bone of interest, of a mammal; isolating, by the processor, the bone of interest from the one or more bones in the 3-D image; generating, by the processor, a binary bone mask of the bone of interest; generating, by the processor, a filled bone mask for the bone of interest using the binary bone mask; generating, by the processor, a skeleton of the bone of interest; and generating, by the processor, a pruned skeleton to reduce the skeleton to a branch corresponding to a 3-D central axis of the bone of interest.
An apparatus to test an acoustic emission sensor comprising: a process control device; an acoustic emission sensor coupled to a surface of the process control device, the acoustic emission sensor being adapted to detect an operational condition of the process control device; a piezoelectric tuning fork coupled to the surface of the process control device and acoustically coupled to the acoustic emission sensor, the piezoelectric tuning fork configured to produce an acoustic signal that is measureable by the acoustic emission sensor so as to test an operational condition of the acoustic emission sensor; and a controller operatively coupled to the piezoelectric tuning fork, the controller configured to provide an electric signal to the piezoelectric tuning fork to cause the piezoelectric tuning fork to produce the acoustic signal, wherein the controller is configured to test the operational condition of the acoustic emission sensor by comparing the acoustic signal measured by the acoustic emission sensor to data representing a reference acoustic signal to determine a deviation between the measured acoustic signal and the reference signal. a process control device; an acoustic emission sensor coupled to a surface of the process control device, the acoustic emission sensor being adapted to detect an operational condition of the process control device; a piezoelectric tuning fork coupled to the surface of the process control device and acoustically coupled to the acoustic emission sensor, the piezoelectric tuning fork configured to produce an acoustic signal that is measureable by the acoustic emission sensor so as to test an operational condition of the acoustic emission sensor; and a controller operatively coupled to the piezoelectric tuning fork, the controller configured to provide an electric signal to the piezoelectric tuning fork to cause the piezoelectric tuning fork to produce the acoustic signal, wherein the controller is configured to test the operational condition of the acoustic emission sensor by comparing the acoustic signal measured by the acoustic emission sensor to data representing a reference acoustic signal to determine a deviation between the measured acoustic signal and the reference signal.
An infiltration body (1, 1') for the production of rainwater storage units, wherein the infiltration body (1, 1') comprises at least one cavity, wherein the infiltration body (1, 1') comprises at least three lattice-like walls water-permeable in sections, wherein the infiltration body (1, 1') comprises a channel for collecting sediments and flushing, and wherein the channel comprises a bottom, wherein one wall is constituted as a ceiling and two walls as side walls (2, 3) of the infiltration body (1, 1) and wherein two sides of the infiltration body (1, 1') lying opposite one another are open, characterised in that the infiltration body (1, 1') is constituted in one piece, that the bottom of the channel is constituted in one piece with the infiltration body (1, 1'), and that the bottom of the channel is constituted as a moulded, closed, water-impermeable bottom trough. the infiltration body (1, 1') is constituted in one piece, that the bottom of the channel is constituted in one piece with the infiltration body (1, 1'), and that the bottom of the channel is constituted as a moulded, closed, water-impermeable bottom trough.
An isolated peptide comprising the amino acid sequence: L-P-L-A-Famide wherein, said peptide modulates cardiac function in a vertebrate; or a salt, amide or ester thereof.
An electronic expansion valve comprising: a first refrigerant pipe; a second refrigerant pipe; a valve body having a valve chamber connected to the first refrigerant pipe and a valve hole connecting the valve chamber to the second refrigerant pipe; a valve member having a valve portion inserted into the valve hole of the valve body, wherein the valve member is movable to selectively open and close the valve hole of the valve body with the valve portion, and the valve member is configured such that, when the valve member moves, the distance between an inner wall surface of the valve hole of the valve body and the valve portion of the valve member changes; and a stepper motor that moves the valve member in accordance with a pulse number input to the stepper motor, the electronic expansion valve being characterized in that an identifier is provided that corresponds to characteristic data of the electronic expansion valve containing a pulse number corresponding to a valve opening point measured in a process of manufacturing the electronic expansion valve, wherein the valve opening point is set based on the pulse number of the stepper motor at the time when the flow rate of fluid flowing through the valve hole is equal to a set value. a first refrigerant pipe; a second refrigerant pipe; a valve body having a valve chamber connected to the first refrigerant pipe and a valve hole connecting the valve chamber to the second refrigerant pipe; a valve member having a valve portion inserted into the valve hole of the valve body, wherein the valve member is movable to selectively open and close the valve hole of the valve body with the valve portion, and the valve member is configured such that, when the valve member moves, the distance between an inner wall surface of the valve hole of the valve body and the valve portion of the valve member changes; and a stepper motor that moves the valve member in accordance with a pulse number input to the stepper motor, the electronic expansion valve being characterized in that an identifier is provided that corresponds to characteristic data of the electronic expansion valve containing a pulse number corresponding to a valve opening point measured in a process of manufacturing the electronic expansion valve, wherein the valve opening point is set based on the pulse number of the stepper motor at the time when the flow rate of fluid flowing through the valve hole is equal to a set value.
A lift system comprising of: a lift car that can be moved between floors (L1, L2, L3) of a building; a video system (4, 6) with a video camera arranged in the lift car and a video monitor by means of which information relating to an interior of the lift car can be displayed; and a video control device which is communicatively connected to the video system (4, 6) and which controls the video system (4, 6) in a selective manner according to one of several operating modes, characterized in that the video control device controls the video system (4, 6) according to a first operating mode if a passenger asks for the video system (4, 6) to be deactivated, wherein in the first operating mode, the video system (4, 6) is deactivated or activation is blocked, so that the video system (4, 6) remains in an inactive state, and wherein the video system (4, 6) remains in the inactive state for as long as the passenger is in the lift car. a lift car that can be moved between floors (L1, L2, L3) of a building; a video system (4, 6) with a video camera arranged in the lift car and a video monitor by means of which information relating to an interior of the lift car can be displayed; and a video control device which is communicatively connected to the video system (4, 6) and which controls the video system (4, 6) in a selective manner according to one of several operating modes, characterized in that the video control device controls the video system (4, 6) according to a first operating mode if a passenger asks for the video system (4, 6) to be deactivated, wherein in the first operating mode, the video system (4, 6) is deactivated or activation is blocked, so that the video system (4, 6) remains in an inactive state, and wherein the video system (4, 6) remains in the inactive state for as long as the passenger is in the lift car.
Use of a hot-melt adhesive mixture for adhering multiple containers for beverages or food to form a pack of various items in an automated application process, without the use of secondary / external packaging, wherein the hot-melt adhesive mixture comprises: (a) a polymer component in the range of 7-48 parts by weight with regard to the total weight of the mixture comprising at least one styrenic block co-polymer; (b) a tackifying component in the range of 15-52 parts by weight with regard to the total weight of the mixture comprising a thermoplastic adhesive resin, aliphatic hydrocarbon, cycloaliphatic hydrocarbon, aromatic hydrocarbon, modified hydrocarbon, hydrogenated versions thereof; terpenes, modified terpene, hydrogenated versions; rosins, rosin derivatives thereof, hydrogenated versions thereof or mixtures thereof; and (c) a plasticizer component in the range of 5-25 parts by weight with regard to the total weight of the mixture comprising paraffinic oils, napthenic oils, polybutene, dibasic esters, polyols or mixtures thereof; and d) a stabilizer component in the range of 0.02 - 1.2 parts by weight with regard to the total weight of the mixture comprising steric hindered phenolic antioxidant and/or hindered amine light stabilizer. (a) a polymer component in the range of 7-48 parts by weight with regard to the total weight of the mixture comprising at least one styrenic block co-polymer; (b) a tackifying component in the range of 15-52 parts by weight with regard to the total weight of the mixture comprising a thermoplastic adhesive resin, aliphatic hydrocarbon, cycloaliphatic hydrocarbon, aromatic hydrocarbon, modified hydrocarbon, hydrogenated versions thereof; terpenes, modified terpene, hydrogenated versions; rosins, rosin derivatives thereof, hydrogenated versions thereof or mixtures thereof; and (c) a plasticizer component in the range of 5-25 parts by weight with regard to the total weight of the mixture comprising paraffinic oils, napthenic oils, polybutene, dibasic esters, polyols or mixtures thereof; and d) a stabilizer component in the range of 0.02 - 1.2 parts by weight with regard to the total weight of the mixture comprising steric hindered phenolic antioxidant and/or hindered amine light stabilizer.
A zinc finger peptide comprising the sequence: N'- [(Formula 2) - X 6] n0 - {[(Formula 2) - X 5 - (Formula 2) - X 6] n1 - [(Formula 2) - X 5 - (Formula 2) - X L]} n2 - [(Formula 2) - X 5 - (Formula 2) - X 6] n3 - [(Formula 2) - X 5 -(Formula 2)] - [X 6 - (Formula 2) -] n4 -C', wherein n0 is 0 or 1, n1 is from 1 to 4, n2 is 1 or 2, n3 is from 1 to 4, n4 is 0 or 1, X 5 is a linker sequence of 5 amino acids having the sequence - TG E / Q K / R P-, X 6 is a linker sequence of 6 or 7 amino acids having the sequence -TG( G / S) 1 - 2 E / Q K / R P- or -T( G / S) 1 - 2 G E / Q K / R P-, and X L is a linker sequence of at least 8 amino acids, and Formula 2 is a zinc finger domain of the sequence - X 0-2 C X 1-5 C X 2-7 X -1 X +1 X +2 X +3 X +4 X +5 X +6 H X 3-6 H / C -, wherein X is any amino acid, the numbers in subscript indicate the possible numbers of residues represented by X at that position, and the number in superscript indicates the position of the amino acid in the recognition sequence of the zinc finger domain; and wherein the zinc finger peptide comprises from 8 to 32 zinc finger domains, and wherein at least one zinc finger domain has a X -1 X +1 X +2 X +3 X +4 X +5 X +6 recognition sequence according to SEQ ID NO: 101. N'- [(Formula 2) - X 6] n0 - {[(Formula 2) - X 5 - (Formula 2) - X 6] n1 - [(Formula 2) - X 5 - (Formula 2) - X L]} n2 - [(Formula 2) - X 5 - (Formula 2) - X 6] n3 - [(Formula 2) - X 5 -(Formula 2)] - [X 6 - (Formula 2) -] n4 -C', wherein n0 is 0 or 1, n1 is from 1 to 4, n2 is 1 or 2, n3 is from 1 to 4, n4 is 0 or 1, X 5 is a linker sequence of 5 amino acids having the sequence - TG E / Q K / R P-, X 6 is a linker sequence of 6 or 7 amino acids having the sequence -TG( G / S) 1 - 2 E / Q K / R P- or -T( G / S) 1 - 2 G E / Q K / R P-, and X L is a linker sequence of at least 8 amino acids, and Formula 2 is a zinc finger domain of the sequence - X 0-2 C X 1-5 C X 2-7 X -1 X +1 X +2 X +3 X +4 X +5 X +6 H X 3-6 H / C -, wherein X is any amino acid, the numbers in subscript indicate the possible numbers of residues represented by X at that position, and the number in superscript indicates the position of the amino acid in the recognition sequence of the zinc finger domain; and wherein the zinc finger peptide comprises from 8 to 32 zinc finger domains, and wherein at least one zinc finger domain has a X -1 X +1 X +2 X +3 X +4 X +5 X +6 recognition sequence according to SEQ ID NO: 101.