mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting and receiving a sidelink signal by a first user equipment, UE, the first UE for use in a wireless communication system, the method being characterized by: transmitting, by the first UE, a unicast message to a second UE; identifying, by the first UE, transmission time intervals, TTIs, used for the second UE's transmission; determining, by the first UE based on the identified TTIs, second resources to be excluded from the first UE's resource selection; selecting, by the first UE, a first resource from among resources other than the second resources; and transmitting, by the first UE, a sidelink signal on the selected first resource, wherein the second resources correspond to all the identified TTIs used for the second UE's transmission. transmitting, by the first UE, a unicast message to a second UE; identifying, by the first UE, transmission time intervals, TTIs, used for the second UE's transmission; determining, by the first UE based on the identified TTIs, second resources to be excluded from the first UE's resource selection; selecting, by the first UE, a first resource from among resources other than the second resources; and transmitting, by the first UE, a sidelink signal on the selected first resource, wherein the second resources correspond to all the identified TTIs used for the second UE's transmission.
A mixed water fitting with a fitting housing, a thermostatic mixing valve for controlling the mixed water temperature, an adjusting valve for adjusting a flow rate through the mixed water fitting, and at least one manual actuating element (5, 22) for selective, mechanical actuation of the mixing valve and the adjusting valve, wherein the mixing valve and the adjusting valve are arranged one behind the other in the fitting housing and are fluidically connected to one another in such a manner that water flowing through the mixed water fitting flows through the mixing valve upstream of the adjusting valve, and wherein the mixing valve and the adjusting valve are spatially separated from one another and are movable relative to one another, characterized in that the mixing valve has a threaded drive on the outflow side through which a flow can pass for temperature presetting.
A device for reducing the number of unwanted antibodies in a patient's blood comprising a semi-permeable hollow fiber with a plurality of flat membranes that are positioned substantially perpendicular to the fiber and antigens immobilized on the plurality of flat membranes.
A method for catalytically producing formic acid and regenerating the catalyst employed, where a vanadyl ion, vanadate ion or polyoxometalate ion of the general formula [PMo x V y O 40] n- serving as catalyst is contacted at a temperature above 70°C and below 160°C with an alpha-hydroxyaldehyde, an alpha-hydroxycarboxylic acid, a carbohydrate, a glycoside or a polymer containing a carbon chain and having at least one OH group bonded repeatedly as substituent to the carbon chain and/or having an O, N or S atom present repeatedly in the carbon chain, in a liquid solution in a vessel, where 6 ≤ x ≤ 11 and 1 ≤ y ≤ 6 and 3 < n < 10 and x + y = 12, where n, x and y are each an integer, where the catalyst reduced is returned by oxidation to its original state, characterized in that the solution for this purpose is contacted with a gas comprising a volume fraction of at least 18% of oxygen at a pressure of at least 2 bar and at most 16 bar, by means of a mixing apparatus or via a liquid-impermeable, gas-permeable membrane, where CO and/or CO 2 formed in the reaction and passing into the gas are/is taken off in a quantity such that the volume fraction of CO and CO 2 together in the gas does not exceed 80%.
A surgical snare comprising: a flexible actuator shaft comprising an outer sleeve and an inner push rod mounted within and slidable relative to the outer sleeve; an end cap mounted at a distal end of the outer sleeve; a nibless loop of wire connected to a distal end of the inner push rod, wherein the end cap includes a passageway for receiving the nibless loop of wire, whereby the inner push rod is operable to retract the nibless loop of wire into the end cap, wherein either: the surgical snare further comprises a catheter, wherein the flexible actuator shaft is slidably mounted in the catheter to deploy the end cap at a distal end thereof; and/or the outer sleeve forms a catheter that is slidably receivable in an instrument channel of a surgical scoping device; and whereby the end cap includes a reaction surface at its distal end against which the nibless loop of wire bears when fully retracted into the end cap, the reaction surface includes a groove for receiving the nibless loop of wire when fully retracted into the end cap, and characterised in that the reaction surface has a blade mounted thereon, and wherein a distal edge of the blade is located proximally to a distal end of the catheter. a flexible actuator shaft comprising an outer sleeve and an inner push rod mounted within and slidable relative to the outer sleeve; an end cap mounted at a distal end of the outer sleeve; a nibless loop of wire connected to a distal end of the inner push rod, wherein the end cap includes a passageway for receiving the nibless loop of wire, whereby the inner push rod is operable to retract the nibless loop of wire into the end cap, wherein either: the surgical snare further comprises a catheter, wherein the flexible actuator shaft is slidably mounted in the catheter to deploy the end cap at a distal end thereof; and/or the outer sleeve forms a catheter that is slidably receivable in an instrument channel of a surgical scoping device; and whereby the surgical snare further comprises a catheter, wherein the flexible actuator shaft is slidably mounted in the catheter to deploy the end cap at a distal end thereof; and/or the outer sleeve forms a catheter that is slidably receivable in an instrument channel of a surgical scoping device; and whereby the end cap includes a reaction surface at its distal end against which the nibless loop of wire bears when fully retracted into the end cap, the reaction surface includes a groove for receiving the nibless loop of wire when fully retracted into the end cap, and characterised in that the reaction surface has a blade mounted thereon, and wherein a distal edge of the blade is located proximally to a distal end of the catheter.
A socket element for a quick connector able to be coupled with a complementary plug element (500; 600) for a quick connector to join two fluid pipes (C1, C2), the socket element comprising: - a socket body that defines a longitudinal coupling axis and that is able to receive the plug element inserted along a rear direction, - a pushing ring, which is mounted translatably inside the socket body along the longitudinal coupling axis, - an elastic return element for returning the pushing ring in a forward direction, opposite the rear direction, relative to the socket body, and - a primary sealing gasket housed in a housing of the socket element and able to cooperate with the plug element inserted into the socket body, the socket element being characterized in that: - the socket element further comprises a slide-ring, which is movable relative to the socket body along the longitudinal coupling axis and which is arranged around the pushing ring, the slide-ring forming a bottom and a front wall of the housing of the primary seal, the front wall being turned toward the rear direction, - a forward end of the pushing ring forming a rear wall of the housing of the primary seal, an inner diameter (Φ57) of the forward end being smaller than an inner diameter (Φ64) of the primary seal, and - the pushing ring is translatable relative to the slide-ring along the longitudinal coupling axis. - a socket body that defines a longitudinal coupling axis and that is able to receive the plug element inserted along a rear direction, - a pushing ring, which is mounted translatably inside the socket body along the longitudinal coupling axis, - an elastic return element for returning the pushing ring in a forward direction, opposite the rear direction, relative to the socket body, and - a primary sealing gasket housed in a housing of the socket element and able to cooperate with the plug element inserted into the socket body, - the socket element further comprises a slide-ring, which is movable relative to the socket body along the longitudinal coupling axis and which is arranged around the pushing ring, the slide-ring forming a bottom and a front wall of the housing of the primary seal, the front wall being turned toward the rear direction, - a forward end of the pushing ring forming a rear wall of the housing of the primary seal, an inner diameter (Φ57) of the forward end being smaller than an inner diameter (Φ64) of the primary seal, and - the pushing ring is translatable relative to the slide-ring along the longitudinal coupling axis.
A method, comprising: receiving, by a computing device, an audio utterance; determining a text string based on the utterance; determining a string-feature vector based on the text string, the string-feature vector including one or more string-features; receiving sensor data; determining a sensor-feature vector based on the sensor data, the sensor-feature vector including one or more sensor-features; selecting a target classifier from a set of classifiers, wherein the target classifier is selected based on a determination that a string-feature criteria of the target classifier corresponds to at least one string-feature of the string-feature vector and a sensor-feature criteria of the target classifier corresponds to at least one sensor-feature in the sensor-feature vector; and initiating, by the computing device, a target action that corresponds to the target classifier, wherein the string-feature criteria comprises at least one criteria in a set of criteria comprising a term-identity criteria, a part-of-speech identity criteria, and a lexical-class identity criteria, a term-identity indicating whether, how frequently, and a position in which a given term is contained in a corresponding text string, a part-of-speech identity indicating whether, how frequently, and a position in which a word with a given part-of-speech is contained in a corresponding text string, and a lexical-class identity indicating whether, how frequently, and a position in which a word in a given lexical class is contained in a corresponding text string. receiving, by a computing device, an audio utterance; determining a text string based on the utterance; determining a string-feature vector based on the text string, the string-feature vector including one or more string-features; receiving sensor data; determining a sensor-feature vector based on the sensor data, the sensor-feature vector including one or more sensor-features; selecting a target classifier from a set of classifiers, wherein the target classifier is selected based on a determination that a string-feature criteria of the target classifier corresponds to at least one string-feature of the string-feature vector and a sensor-feature criteria of the target classifier corresponds to at least one sensor-feature in the sensor-feature vector; and initiating, by the computing device, a target action that corresponds to the target classifier, wherein the string-feature criteria comprises at least one criteria in a set of criteria comprising a term-identity criteria, a part-of-speech identity criteria, and a lexical-class identity criteria, a term-identity indicating whether, how frequently, and a position in which a given term is contained in a corresponding text string, a part-of-speech identity indicating whether, how frequently, and a position in which a word with a given part-of-speech is contained in a corresponding text string, and a lexical-class identity indicating whether, how frequently, and a position in which a word in a given lexical class is contained in a corresponding text string.
Use of at least one antisense long non-coding RNA (antisense lncRNA) as a diagnosis marker for prostate cancer, wherein said at least one antisense IncRNA is selected from the group consisting of - asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1, - asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29, - asPDLIM5 of SEQ ID NO: 3 or 30, or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30, - a combination of asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1 and asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29, - a combination of asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1 and asPDLIM5 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30, - a combination of asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29 and asPDLIM5 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30, and - a combination of asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1, asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29, and asPDLIM5 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30. - asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1, - asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29, - asPDLIM5 of SEQ ID NO: 3 or 30, or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30, - a combination of asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1 and asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29, - a combination of asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1 and asPDLIM5 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30, - a combination of asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29 and asPDLIM5 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30, and - a combination of asFBXL7 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 1, asABCC4 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 2, 28 or 29, and asPDLIM5 or a RNA having a nucleotide sequence identity of at least 90 % with SEQ ID NO: 3 or 30.
A method of producing a monolithic body from a porous matrix, comprising: (i) providing a porous matrix having interstitial spaces and comprising at least a first reactant; (ii) contacting the porous matrix with an infiltrating medium that carries at least a second reactant; (iii) allowing the infiltrating medium, especially a fluid, to infiltrate at least a portion of the interstitial spaces of the porous matrix under conditions that promote a reaction between the at least first reactant and the at least second reactant to provide at least a first product, a reaction temperature of less than about 250 °C and a reaction pressure of less than about 482.6 MPa; and (iv) allowing the at least first product to form and fill at least a portion of the interstitial spaces of the porous matrix, thereby producing a monolithic body having an interconnecting microstructure, wherein the first product does not comprise barium titanate, and wherein step (iv) further comprises aging the monolithic body. (i) providing a porous matrix having interstitial spaces and comprising at least a first reactant; (ii) contacting the porous matrix with an infiltrating medium that carries at least a second reactant; (iii) allowing the infiltrating medium, especially a fluid, to infiltrate at least a portion of the interstitial spaces of the porous matrix under conditions that promote a reaction between the at least first reactant and the at least second reactant to provide at least a first product, a reaction temperature of less than about 250 °C and a reaction pressure of less than about 482.6 MPa; and (iv) allowing the at least first product to form and fill at least a portion of the interstitial spaces of the porous matrix, thereby producing a monolithic body having an interconnecting microstructure, wherein the first product does not comprise barium titanate, and
A material feeding system for a melter comprising: - a horizontal feeding barrel designed to feed solid material through the melter wall into the melt contained in the said melter, and arranged below the level of the melt contained in the melter, - said feeding barrel comprising a material input opening and material output opening, the material output opening leading into the melt contained in the melter, - said feeding barrel comprising an internal feeder designed to push solid material loaded through the material input opening, in the direction of the longitudinal barrel axis toward the material output opening, characterised in that: - the end of the internal feeder on the material output side extending at a minimum at a distance from the internal melter surface of two to ten times the diameter of the feeding barrel, preferably three to eight times the diameter of the feeding barrel, more preferably three to six times the diameter of the feeding barrel or three to five times the diameter of the feeding barrel. - a horizontal feeding barrel designed to feed solid material through the melter wall into the melt contained in the said melter, and arranged below the level of the melt contained in the melter, - said feeding barrel comprising a material input opening and material output opening, the material output opening leading into the melt contained in the melter, - said feeding barrel comprising an internal feeder designed to push solid material loaded through the material input opening, in the direction of the longitudinal barrel axis toward the material output opening, - the end of the internal feeder on the material output side extending at a minimum at a distance from the internal melter surface of two to ten times the diameter of the feeding barrel, preferably three to eight times the diameter of the feeding barrel, more preferably three to six times the diameter of the feeding barrel or three to five times the diameter of the feeding barrel.
Method of controlling a cycle for writing at least one data item to at least one memory cell of the electrically erasable and programmable read-only memory type disposed in an electronic circuit supplied by a supply voltage (Vdd), comprising a controlled increase in the duration of the write cycle in the presence of a drop in the said supply voltage, the method being characterized in that the write cycle comprises a generation of at least one erasure or programming pulse by one or more charge pump stages associated with a charge pump regulator, each pulse comprising a voltage ramp followed by a plateau, the regulation permitting to control the output voltage of the charge pump, the regulation level being the voltage level of the plateau, the duration of the said at least one pulse being controlled by a chronometer, and the controlled increase in the duration of the write cycle comprises an increase in the duration of the said at least one pulse, the increase in the duration of the said at least one pulse comprising an increase in the duration of the plateau and a decrease in the value (Vpp) of the plateau.
Luminous circuit for luminous footwear, comprising: a FPC flexible printed circuit, a plurality of luminous elements placed on a first side of said flexible printed circuit and electrically connected to the latter, a control chip electrically connected to said flexible printed circuit, a support constrained to said flexible printed circuit on a second side opposite said first side, and electrical connection means combined with said flexible printed circuit for connecting said luminous circuit to a power source, characterized in that said control chip is between said flexible printed circuit and said support.
A component-mounting machine, comprising: a component-mounting head (52a to 52d) having a suction nozzle (531 to 534) which is configured to suck a component (PA1, PA2) to mount on a substrate; and a sucked-component position detection device which is configured to capture images of an imaging reference mark provided on the component-mounting head (52a to 52d) and the sucked component (PA1, PA2) sucked by the suction nozzle (531 to 534) simultaneously to detect a position of the sucked component (PA1, PA2) with respect to the imaging reference mark, wherein the sucked-component position detection device is provided only on a base side of the component-mounting machine and includes an imaging unit which has an image sensor and a lens, characterized in that the sucked-component position detection device further includes a first refraction member which is configured to alter a focal position of a first optical path that connects the image sensor, the lens and the imaging reference mark, wherein the first refraction member is provided at a position lower than a focal position (FP2, FP21) of a second optical path (OP2, OP21) that connects the image sensor, the lens and the sucked component (PA1, PA2). a component-mounting head (52a to 52d) having a suction nozzle (531 to 534) which is configured to suck a component (PA1, PA2) to mount on a substrate; and a sucked-component position detection device which is configured to capture images of an imaging reference mark provided on the component-mounting head (52a to 52d) and the sucked component (PA1, PA2) sucked by the suction nozzle (531 to 534) simultaneously to detect a position of the sucked component (PA1, PA2) with respect to the imaging reference mark, wherein the sucked-component position detection device is provided only on a base side of the component-mounting machine and includes an imaging unit which has an image sensor and a lens, characterized in that the sucked-component position detection device further includes a first refraction member which is configured to alter a focal position of a first optical path that connects the image sensor, the lens and the imaging reference mark, wherein the first refraction member is provided at a position lower than a focal position (FP2, FP21) of a second optical path (OP2, OP21) that connects the image sensor, the lens and the sucked component (PA1, PA2).
A method of performing a handover at a mobile station, MS, in a wireless communication system including a macro base station, macro BS, and at least one femtocell base station, femtocell BS,, the method comprising: transmitting detected femtocell BS information including a result of channel estimation, information of a frequency used by a detected femtocell BS and identifier, ID, of the detected femtocell BS to the macro BS; receiving a list of femtocell BSs to which the MS is accessible from the macro BS, wherein the list of femtocell BSs is formed by the macro BS based on the information of the frequency used by the detected femtocell BS and the ID of the detected femtocell BS; selecting one of the list of femtocell BSs; and performing the handover to the one of the list of femtocell BSs from the macro BS. transmitting detected femtocell BS information including a result of channel estimation, information of a frequency used by a detected femtocell BS and identifier, ID, of the detected femtocell BS to the macro BS; receiving a list of femtocell BSs to which the MS is accessible from the macro BS, wherein the list of femtocell BSs is formed by the macro BS based on the information of the frequency used by the detected femtocell BS and the ID of the detected femtocell BS; selecting one of the list of femtocell BSs; and performing the handover to the one of the list of femtocell BSs from the macro BS.