mhurhangee/ep-ind-claims huggingface dataset:
A sensor module connectable between a main body of a fabrication tool and a head of the fabrication tool, wherein the fabrication tool is a welding apparatus or cutting apparatus and the head is a welding torch or a cutting head, the sensor module comprising: a first interface connectable to the main body of the fabrication tool and comprising: i) a first power port for receiving power transmitted by the main body to the head; and ii) a first gas port for receiving gas delivered by the main body to the head; a second interface connectable to the head of the fabrication tool and comprising: i) a second power port for delivering power to the head; and ii) a second gas port for delivering gas, received from the first gas port, to the head; characterized in that the sensor module comprising a memory for storing information relating to the fabrication tool; a first sensor for measuring a property of the power transmitted by the main body to the head; a second sensor for measuring a property of the gas delivered by the main body to the head; a transmission means for transmitting information between the sensor module and a location remote from the sensor module; and a processor electronically connected to each of the memory, transmission means, first sensor, and second sensor. a first interface connectable to the main body of the fabrication tool and comprising: i) a first power port for receiving power transmitted by the main body to the head; and ii) a first gas port for receiving gas delivered by the main body to the head; i) a first power port for receiving power transmitted by the main body to the head; and ii) a first gas port for receiving gas delivered by the main body to the head; a second interface connectable to the head of the fabrication tool and comprising: i) a second power port for delivering power to the head; and ii) a second gas port for delivering gas, received from the first gas port, to the head; i) a second power port for delivering power to the head; and ii) a second gas port for delivering gas, received from the first gas port, to the head; characterized in that the sensor module comprising a memory for storing information relating to the fabrication tool; a first sensor for measuring a property of the power transmitted by the main body to the head; a second sensor for measuring a property of the gas delivered by the main body to the head; a transmission means for transmitting information between the sensor module and a location remote from the sensor module; and a processor electronically connected to each of the memory, transmission means, first sensor, and second sensor.
A method of amplifying target loci in a nucleic acid sample, the method comprising: performing multiplex polymerase chain reaction on a nucleic acid sample comprising target loci to simultaneously amplify at least 1,000 distinct target loci using either (i) at least 1,000 different primer pairs, or (ii) at least 1,000 target-specific primers and a universal or tag-specific primer, in a single reaction volume to produce amplified products comprising target amplicons; wherein the concentration of each primer in the primer pairs or each target-specific primer is less than 20 nM; and wherein the length of the annealing step of the multiplex PCR amplification is greater than 10 minutes.
Lighting device for vehicles, comprising at least one LED branch (Z; Z1, Z2) with at least one LED (DL1... DLn; DL11...DL1n, DL21... DL2n), a regulated LED power supply (1, 5) and a drive to which an external dimming signal can be supplied, for each LED branch an electronic switch (TS; TS1, TS; TS1, TS2), each of the electronic switches being supplied with a respective PWM dimming signal (sDD; sDD1, sDD2) from the drive, and for each LED branch a regulated auxiliary circuit (N; N1, N2) connected to the at least one LED branch (Z; Z1, Z2) for branching off a partial current (IN, IN1, IN2), characterized in that each of the secondary circuits has an analog controller (2, TN; 21, TN1, 22, TN2) to which an analog dimming signal (sDA; sDA1, sDA2) is supplied by the drive, the drive being set up in such a way that, in the case of dimming values below a definable limit value, a controlled secondary circuit (N; N1, N2) is established by branching off a partial current (IN, IN1, IN2) via the respective secondary circuit (N; N1, N2); N1, N2) by means of the respective analog controller, the respective LED branch is dimmed, and wherein a duty cycle of the PWM dimming signal is not reduced further, and at dimming values up to the definable limit value no partial current is branched off and dimming is controlled digitally only via the respective electronic switch (TS; TS1, TS; TS1, TS2).
A composition comprising at least one long chain polyunsaturated fatty acid (LC-PUFA), at least one probiotic and a mixture of oligosaccharides, said mixture containing at least one N-acetylated oligosaccharide, at least one sialylated oligosaccharide and at least one neutral oligosaccharide, for use in brain growth, and/or cognitive and/or psychomotor development wherein, said composition is for use in infants and children, preferably infants, who were born preterm or with low-birth weight or experienced intra-uterine growth retardation or who suffered from growth stunting because of malnutrition and/or disease.
A method of wireless communication of a wireless device for a user equipment, UE, (104, 350, 404a, 404b,404c, 406a, 406b, 406c, 602, 1002, 1114) comprising: transmitting a first signal in uplink, UL, resources to a first base station (102, 310, 402a, 402b, 402c, 408a, 408b, 408c, 604, 606, 1050); receiving a second signal in downlink, DL, resources (610a, 610b) concurrently with the transmission of the first signal to the first base station, the received second signal including interference associated with the transmitted first signal; determining a level of the interference received in the second signal that is associated with the transmitted first signal, characterized in that determining the level of interference comprises determining an interference threshold; and transmitting information associated with the level of the interference to the first base station, wherein the transmitted information indicates at least one of a number of resource elements, REs, or a number of resource blocks, RBs, at which the level of interference is less than the interference threshold. transmitting a first signal in uplink, UL, resources to a first base station (102, 310, 402a, 402b, 402c, 408a, 408b, 408c, 604, 606, 1050); receiving a second signal in downlink, DL, resources (610a, 610b) concurrently with the transmission of the first signal to the first base station, the received second signal including interference associated with the transmitted first signal; determining a level of the interference received in the second signal that is associated with the transmitted first signal, characterized in that determining the level of interference comprises determining an interference threshold; and transmitting information associated with the level of the interference to the first base station, wherein the transmitted information indicates at least one of a number of resource elements, REs, or a number of resource blocks, RBs, at which the level of interference is less than the interference threshold.
A fuel vapor filter for a tank ventilation device of a motor vehicle, wherein the fuel vapor filter has the following features: - the fuel vapor filter has a filter housing (100; 110, 120) with a receiving space (111, 121) for receiving a filter material for at least temporarily binding fuel vapors; - the filter housing (100; 110, 120) has a charging opening for the introduction of fuel vapors into the receiving space (111, 121) and a ventilation opening for the ventilation of the receiving space (111, 121); - the fuel vapor filter has a diverting device which is arranged in the receiving space (111, 121) and which serves for diverting a fluid flow between the charging opening and the ventilation opening; and - the diverting device is arranged in a region between the charging opening and the ventilation opening or in a region between the charging opening and a passage opening of a fluid channel fluidically connected to the ventilation opening, wherein the fuel vapor filter is characterized by the following features: - the filter housing (100; 110, 120) has an outer container and an inner container arranged within the outer container, wherein both the outer container and the inner container are at least partially filled with the filter material; - the inner container is fluidically connected to the outer container by means of an inlet opening of the inner container; - the charging opening opens into the outer container and the ventilation opening opens into the inner container; and - the diverting device is arranged on an outer side of the inner container or on an inner side of the outer container. - the fuel vapor filter has a filter housing (100; 110, 120) with a receiving space (111, 121) for receiving a filter material for at least temporarily binding fuel vapors; - the filter housing (100; 110, 120) has a charging opening for the introduction of fuel vapors into the receiving space (111, 121) and a ventilation opening for the ventilation of the receiving space (111, 121); - the fuel vapor filter has a diverting device which is arranged in the receiving space (111, 121) and which serves for diverting a fluid flow between the charging opening and the ventilation opening; and - the diverting device is arranged in a region between the charging opening and the ventilation opening or in a region between the charging opening and a passage opening of a fluid channel fluidically connected to the ventilation opening, - the filter housing (100; 110, 120) has an outer container and an inner container arranged within the outer container, wherein both the outer container and the inner container are at least partially filled with the filter material; - the inner container is fluidically connected to the outer container by means of an inlet opening of the inner container; - the charging opening opens into the outer container and the ventilation opening opens into the inner container; and - the diverting device is arranged on an outer side of the inner container or on an inner side of the outer container.
Fitting for corrugated metal tubes, comprising a threaded nipple for connecting a corrugated tube to another corrugated tube or component of a piping network or system, a tightening collet suitable for being radially plastically deformed to block in an airtight manner the end of said corrugated tube to the nipple, the tightening collet extending from a tightening end portion, suitable for undergoing radial deformation, and a guide end portion, axially opposite the tightening end portion, and a threaded nut suitable for being screwed to the nipple so as to cause the radial deformation of the collet, characterised in that the tightening collet has: - an annular projection on its outer surface suitable for being axially engaged by the threaded nut so that the collet is made to advance towards the threaded nipple during the screwing of the nut to the nipple, said annular projection being positioned between and remotely from said tightening end portion and from said guide end portion, said annular projection having an inner surface facing the nipple and suitable for acting as an abutment stop on the end of the nipple; and - the guide end portion protruding axially from the nipple-nut assembly so as to act as a guide and protection for the corrugated tube, when the threaded nut is completely screwed to the nipple. - an annular projection on its outer surface suitable for being axially engaged by the threaded nut so that the collet is made to advance towards the threaded nipple during the screwing of the nut to the nipple, said annular projection being positioned between and remotely from said tightening end portion and from said guide end portion, said annular projection having an inner surface facing the nipple and suitable for acting as an abutment stop on the end of the nipple; and - the guide end portion protruding axially from the nipple-nut assembly so as to act as a guide and protection for the corrugated tube, when the threaded nut is completely screwed to the nipple.
An extracellular matrix-binding synthetic peptidoglycan comprising: a) a glycan; b) from 1 to 80 collagen binding peptide(s); and c) from 1 to 80 hyaluronic acid binding peptide(s); wherein the peptides of b) and c) are covalently bonded to the glycan. a) a glycan; b) from 1 to 80 collagen binding peptide(s); and c) from 1 to 80 hyaluronic acid binding peptide(s);
An Air Turbine Starter (ATS), comprising: an ATS housing assembly having a sump chamber (46, 48), an oil inlet, and a valve cavity fluidly coupled between the sump chamber and the oil inlet; a rejected oil return passage formed in the ATS housing assembly and fluidly coupled to the valve cavity; and an oil feed shutoff valve positioned in the valve cavity and containing a valve element movable between: (i) an open position in which the valve element permits oil flow from the oil inlet, through the valve cavity, and into the sump chamber, and (ii) a closed position in which valve element blocks oil flow from the oil inlet into the sump chamber, while redirecting the oil flow into rejected oil return passage; characterized in that the ATS further comprises a circumferential groove formed at least partially around the valve cavity, the valve element including a cylindrical sidewall covering the circumferential groove when the valve element is in the closed position; and further characterized in that the rejected oil return passage is fluidly coupled to the oil inlet of the ATS housing assembly through the circumferential groove such that oil flow is permitted from the oil inlet, around a portion of the cylindrical sidewall, and to the rejected oil return passage when the valve element is in the closed position. an ATS housing assembly having a sump chamber (46, 48), an oil inlet, and a valve cavity fluidly coupled between the sump chamber and the oil inlet; a rejected oil return passage formed in the ATS housing assembly and fluidly coupled to the valve cavity; and an oil feed shutoff valve positioned in the valve cavity and containing a valve element movable between: (i) an open position in which the valve element permits oil flow from the oil inlet, through the valve cavity, and into the sump chamber, and (ii) a closed position in which valve element blocks oil flow from the oil inlet into the sump chamber, while redirecting the oil flow into rejected oil return passage; characterized in that the ATS further comprises a circumferential groove formed at least partially around the valve cavity, the valve element including a cylindrical sidewall covering the circumferential groove when the valve element is in the closed position; and further characterized in that the rejected oil return passage is fluidly coupled to the oil inlet of the ATS housing assembly through the circumferential groove such that oil flow is permitted from the oil inlet, around a portion of the cylindrical sidewall, and to the rejected oil return passage when the valve element is in the closed position.
A method of carrying out a chemical reaction which involves the transfer of an element or group X from one chemical species to another, the method comprising sequentially: A) passing a chemical species P through a fixed bed reactor, the chemical species P flowing from a first position of the fixed bed reactor to a second position of the fixed bed reactor, and extracting the resulting chemical species PX y from the second position of the fixed bed reactor; and then B) passing a chemical species QX z through the fixed bed reactor, the chemical species QX z flowing from the second position of the fixed bed reactor to the first position of the fixed bed reactor, and extracting the resulting chemical species Q from the first position of the fixed bed reactor; C) optionally repeating steps A) and B) in sequence at least once; wherein P and Q are chemical species which are selected such that both P and Q can accept the element or group X and both PX y and QX z can donate the element or group X; y and z are integers; and wherein the fixed bed reactor comprises at least one non-stoichiometric material which has the formula M n X p(1-q) where n and p are integers required for stoichiometric bonding between M and X and 0<q<1 or 0>q>-1; wherein the material is able to adopt a range of values of q; and wherein M may represent a single element or a mixture of more than one element. A) passing a chemical species P through a fixed bed reactor, the chemical species P flowing from a first position of the fixed bed reactor to a second position of the fixed bed reactor, and extracting the resulting chemical species PX y from the second position of the fixed bed reactor; and then B) passing a chemical species QX z through the fixed bed reactor, the chemical species QX z flowing from the second position of the fixed bed reactor to the first position of the fixed bed reactor, and extracting the resulting chemical species Q from the first position of the fixed bed reactor; C) optionally repeating steps A) and B) in sequence at least once;
A weather strip for an automobile comprising: an installation base member to be operatively coupled on a flange, the flange being provided to a body of the automobile at a periphery edge of an opening corresponding to a door; and a hollow seal member integrally molded with the installation base member, the hollow seal member protruding from the installation base member toward a side of the door at an outer-cabin side, the hollow seal member making elastic contact with the door when the door is in a closed position, wherein the hollow seal member and the installation base member continued from the hollow seal member each have an exposed outer surface, an outer surface of the hollow seal member being formed wholly by a non-electric conductive material, an outer surface of the installation base member being formed partially or wholly by the non-electric conductive material, the two non-electric conductive materials being sequentially continuous, the non-electric conductive materials having the volume resistivity of 10 6 Qcm or greater, wherein at least the outer surface of the hollow seal member and an outer surface of a first side wall of the installation base member are continuously formed by the non-electric conductive material, the first side wall being located at an outer side of the opening corresponding to the door, the installation base member being continued from the hollow seal member, characterized in that the first side wall of the installation base member is provided with a seal lip, the seal lip protruding from the first side wall and making an elastic contact with the periphery edge of the opening corresponding to the door, wherein the hollow seal member and the seal lip are made of a sponge material composed of an EPDM polymer added with carbon black, and in which at least the outer surface of the hollow seal member and an outer surface of the seal lip are continuously formed by the non-electric conductive material, wherein the outer surface extending from the hollow seal member to the seal lip is covered with a sponge material that is the same as the material of the hollow seal member and the seal lip.
A battery cell package member comprising a plurality of cylinder type battery cells, a battery cell tray, which is a tray configured to accommodate the plurality of cylinder type battery cells in a storage of a first package member, comprising: a first tray member having a plate type structure in which a plurality of first recessed portions surrounding one side end portions of the battery cells are formed; and a second tray member having a plate type structure in which a plurality of second recessed portions surrounding the other side end portions facing the one side end portions of the battery cells are formed, and the first and second tray members (110, 120) comprise a volatile rust inhibitor which is vaporized at room temperature to form a rust-proofing film on surfaces of the battery cells, wherein the battery cell package member further comprises a second package member; wherein the a first package member accommodates the battery cell tray and the second package member accommodates the first package member in a sealed state to prevent the vaporized rust inhibitor from leaking out of the battery cell tray. a first tray member having a plate type structure in which a plurality of first recessed portions surrounding one side end portions of the battery cells are formed; and a second tray member having a plate type structure in which a plurality of second recessed portions surrounding the other side end portions facing the one side end portions of the battery cells are formed, and the first and second tray members (110, 120) comprise a volatile rust inhibitor which is vaporized at room temperature to form a rust-proofing film on surfaces of the battery cells, wherein the battery cell package member further comprises a second package member; wherein the a first package member accommodates the battery cell tray and the second package member accommodates the first package member in a sealed state to prevent the vaporized rust inhibitor from leaking out of the battery cell tray.
A tool (1;1a,1b) for extracting armour wires (20a-b) from a cable having an armouring layer, the tool comprising a beak and an elongated body having a bottom surface provided with a protruding tip for separating two neighboring armour wires, where said tip is protruding away from the bottom surface and is elongated in a direction parallel to the bottom surface, characterized in that the tip is straight and has an outer part that is wedge shaped in a cross-section perpendicular to a longitudinal axis of the tip, the beak is curved for grasping an armour wire and is elongated in a direction transverse the longitudinal axis of the body and a front part of the beak forms an elongated edge extending in the longitudinal direction of the beak.
A bacterium of Erythrobacter JPCC M sp. whose 16S rDNA sequence consists of the nucleotide sequence represented by SEQ ID NO:1, which can produce astaxanthin accounting for 35% by mass or more of the produced composition, wherein the bacterium of Erythrobacter JPCC M sp. is a bacterium of Erythrobacter JPCC M sp. strain 1436 (accession number: NITE BP-340).
A method in a sending system entity (300, 400) for controlling retransmission of data to a receiving system entity (600, 700), the method comprising the following steps being executed: • sending initial data encoded with a first forward error correction code to the receiving system entity (600, 700), • receiving a request from the receiving system entity (600, 700) indicating that the initial data shall be retransmitted, • combining the initial data with new data, the new data being encoded with a second forward error correction code, wherein before combining the initial data with the new data, the initial data is encoded with the first forward error correction code, and • coding the combined data with a third forward error correction code, resulting in a coded data stream to be transmitted to the receiving system entity (600, 700). • sending initial data encoded with a first forward error correction code to the receiving system entity (600, 700), • receiving a request from the receiving system entity (600, 700) indicating that the initial data shall be retransmitted, • combining the initial data with new data, the new data being encoded with a second forward error correction code, wherein before combining the initial data with the new data, the initial data is encoded with the first forward error correction code, and • coding the combined data with a third forward error correction code, resulting in a coded data stream to be transmitted to the receiving system entity (600, 700).