mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a vehicle glass assembly, comprising: providing a connector made of a metal plate and comprising a first flat portion (5a1), a second flat portion (5a2) and a bridge portion connecting between the first and the second flat portions (Sa1,5a2), said flat portions respectively having first and second surfaces (5c1,5c2) for soldering, soldering lead-free solder onto said surfaces to form first and second blocks (4p1,4p2) of lead-free solder on the first and second surfaces (5c1,5c2), respectively, providing a glass substrate layer on which an electrically conductive layer comprising a wire pattern and a busbar is formed, and sandwiching the lead-free solder blocks (4p1,4p2) between their respective surfaces (5c1, 5c2) and the busbar, and then melting the blocks (4p1,4p2) to form lead-free solder layers as solder connections between the connector and the busbar; wherein the amount of lead-free solder in each of the blocks (4p1,4p2) is from 20 mg to less than 45 mg, wherein each block (4p1,4p2) on the first and second surfaces (5c1,5c2) is away from all the edges of the first and second flat portions (Sa1,5a2), and wherein in the solder connections all the lead-free solder is disposed between the first and second flat portions (5a1,5a2) and the busbar. providing a connector made of a metal plate and comprising a first flat portion (5a1), a second flat portion (5a2) and a bridge portion connecting between the first and the second flat portions (Sa1,5a2), said flat portions respectively having first and second surfaces (5c1,5c2) for soldering, soldering lead-free solder onto said surfaces to form first and second blocks (4p1,4p2) of lead-free solder on the first and second surfaces (5c1,5c2), respectively, providing a glass substrate layer on which an electrically conductive layer comprising a wire pattern and a busbar is formed, and sandwiching the lead-free solder blocks (4p1,4p2) between their respective surfaces (5c1, 5c2) and the busbar, and then melting the blocks (4p1,4p2) to form lead-free solder layers as solder connections between the connector and the busbar; wherein the amount of lead-free solder in each of the blocks (4p1,4p2) is from 20 mg to less than 45 mg, wherein each block (4p1,4p2) on the first and second surfaces (5c1,5c2) is away from all the edges of the first and second flat portions (Sa1,5a2), and wherein in the solder connections all the lead-free solder is disposed between the first and second flat portions (5a1,5a2) and the busbar. wherein the amount of lead-free solder in each of the blocks (4p1,4p2) is from 20 mg to less than 45 mg, wherein each block (4p1,4p2) on the first and second surfaces (5c1,5c2) is away from all the edges of the first and second flat portions (Sa1,5a2), and wherein in the solder connections all the lead-free solder is disposed between the first and second flat portions (5a1,5a2) and the busbar.
A multi-cylinder internal combustion engine having: a plurality of cylinders; and an EGR device including an EGR cooler, wherein the multi-cylinder internal combustion engine comprising: a plurality of exhaust side branch conduits each of the plurality of exhaust side branch conduits being provided to each of the plurality of cylinders; a condensed water storage portion where condensed water generated by the EGR cooler is stored; a plurality of condensed water introduction conduits, each of the plurality of condensed water introduction conduits being provided for each exhaust side branch conduit, and communicating with a corresponding exhaust side branch conduit and with the condensed water storage portion, an exhaust-side variable valve mechanism being allowed to change valve timing of each exhaust valve; and a valve timing control device being configured to control the exhaust-side variable valve mechanism so that a valve closing timing of the exhaust valve is retarded when wall temperature of the cylinders is equal to or higher than a predetermined temperature in an ongoing decelerating operation. a plurality of exhaust side branch conduits each of the plurality of exhaust side branch conduits being provided to each of the plurality of cylinders; a condensed water storage portion where condensed water generated by the EGR cooler is stored; a plurality of condensed water introduction conduits, each of the plurality of condensed water introduction conduits being provided for each exhaust side branch conduit, and communicating with a corresponding exhaust side branch conduit and with the condensed water storage portion, an exhaust-side variable valve mechanism being allowed to change valve timing of each exhaust valve; and a valve timing control device being configured to control the exhaust-side variable valve mechanism so that a valve closing timing of the exhaust valve is retarded when wall temperature of the cylinders is equal to or higher than a predetermined temperature in an ongoing decelerating operation.
Refrigerator unit and/or a freezer unit having an inner space and a Peltier element for generating cold in the inner space, wherein the Peltier element is arranged between two thermo-conductive solid bodies (10, 12) which have an increasing cross-sectional area as the spacing from the Peltier element increases, wherein the two solid bodies (10, 12) are connected to one another by one or multiple connection means that have a smaller thermal conductivity than the solid bodies (10, 12), characterized in that the refrigerator unit and/or freezer unit comprises a vacuum insulation as the thermal insulation of the inner space, and the Peltier element and both of the two solid bodies (10, 12) are arranged in the insulation layer, wherein the Peltier element is clamped between the solid bodies (10, 12) using the one or more connection means, wherein the connection means consist of plastic material.
Equipment Health Monitoring method for an engine with the following steps a) a possibilistic drift computation unit automatically allots an upper probability distribution to drift rates of the differences between measured and predicted values generated by an engine simulation unit, b) a fuzzy string generator unit transforms the numerical sequence of upper probabilities of the drift rates generated by the possibilistic drift computation unit into a sequence of quantified terms in a fuzzy term set, c) an experience-based string matching unit compares the string of terms generated by the fuzzy string generator unit with at least one other sequence or portion of sequence of previously obtained fuzzy terms in order to determine the degree of similarity to each of an experience database, and d) an information fusion and prognosis unit determining in dependence of the matching patterns or portions of the patterns resulting from the comparisons carried out in the experience-based string matching unit, providing a rate of engine deterioration indicating the current level of deterioration, the rate of deterioration change and the remaining useful life for a given level of deterioration or requirement or otherwise for engine maintenance or the most likely level of deterioration and the likelihood for the requirement or otherwise of engine maintenance of the engine under test. a) a possibilistic drift computation unit automatically allots an upper probability distribution to drift rates of the differences between measured and predicted values generated by an engine simulation unit, b) a fuzzy string generator unit transforms the numerical sequence of upper probabilities of the drift rates generated by the possibilistic drift computation unit into a sequence of quantified terms in a fuzzy term set, c) an experience-based string matching unit compares the string of terms generated by the fuzzy string generator unit with at least one other sequence or portion of sequence of previously obtained fuzzy terms in order to determine the degree of similarity to each of an experience database, and d) an information fusion and prognosis unit determining in dependence of the matching patterns or portions of the patterns resulting from the comparisons carried out in the experience-based string matching unit, providing a rate of engine deterioration indicating the current level of deterioration, the rate of deterioration change and the remaining useful life for a given level of deterioration or requirement or otherwise for engine maintenance or the most likely level of deterioration and the likelihood for the requirement or otherwise of engine maintenance of the engine under test.
Heat exchanger comprising a bundle for heat exchange between fluids, an end plate of said bundle, said plate being provided with orifices (11, 12) for fluid distribution in the bundle, and a block for adaptation to an external fluid circuit, having one or more fluid-distribution ducts (21, 22) in correspondence with one of said or with said distribution orifices of the end plate, and being fastened by one face to the end plate, characterized in that the end plate comprises at least one semi-cutout (110, 120) retained by crimping in a seat (210, 220) formed in the face of the block in contact with the plate.
Panel having a profile of width L1, comprising: - a first longitudinal edge comprising, in succession, a first longitudinal rib comprising an upper central portion of height H4 and width L4 and two lateral wings (5, 5') which prolong the upper central portion on either side thereof and downwards, and then a first base portion of width L3 which is situated in a plane P, the two lateral wings forming an angle α with the plane P, - at least one protruding portion (6, 6') as a continuation of the first base portion and comprising an upper plateau of height H7 and width L7 and two lateral web portions (8, 8') which prolong the upper plateau on either side thereof and downwards, forming an angle β with the plane P, - a second longitudinal edge as a continuation of one of the protruding portions (6, 6'), comprising, in succession, a second base portion of width L9 which is situated in the plane P and a second longitudinal rib comprising an upper central portion of height H11 and width L11 and two lateral wings (12, 12') which prolong the upper central portion on either side thereof and downwards, forming an angle γ with the plane P, the first longitudinal rib and the second longitudinal rib having shapes which allow them to mutually overlap, said panel being characterised in that the widths L1, L3, L4, L7, L9, L11, the heights H4, H7, H11 and the angles α, β, γ comply with the following relationships: L 7 / L 4 ≥ 5 L 7 / L 11 ≥ 5 0.4 ≤ H 7 / H 4 ≤ 0.6 H 7 ≥ H 4 × ab − be − L 3 × abe / ae + ab H 7 ≥ H 11 × cb − be − L 9 × cbe / ce + cb where a = tan α, b = tan β, c = tan γ and e = tan 20°. - a first longitudinal edge comprising, in succession, a first longitudinal rib comprising an upper central portion of height H4 and width L4 and two lateral wings (5, 5') which prolong the upper central portion on either side thereof and downwards, and then a first base portion of width L3 which is situated in a plane P, the two lateral wings forming an angle α with the plane P, - at least one protruding portion (6, 6') as a continuation of the first base portion and comprising an upper plateau of height H7 and width L7 and two lateral web portions (8, 8') which prolong the upper plateau on either side thereof and downwards, forming an angle β with the plane P, - a second longitudinal edge as a continuation of one of the protruding portions (6, 6'), comprising, in succession, a second base portion of width L9 which is situated in the plane P and a second longitudinal rib comprising an upper central portion of height H11 and width L11 and two lateral wings (12, 12') which prolong the upper central portion on either side thereof and downwards, forming an angle γ with the plane P, the first longitudinal rib and the second longitudinal rib having shapes which allow them to mutually overlap,
A device comprising a gas-selective membrane with a membrane body having selectively gas-permeable windows in which a layer of silicon material is situated, and a heating device arranged at a distance from the membrane body for heating the windows, wherein the heating device is formed by a radiation heating element heating a plurality of windows together, the membrane body serving as a radiation absorber.
A cap for a fluid line connector having a male luer lock fitting, the cap having a first side and a second side opposite the first side, the cap comprising: a barrier defining a keyway, wherein the keyway is centred on a longitudinal axis, the barrier comprising two or more circumferentially-spaced barrier portions, including a first barrier portion and a second barrier portion, to define the keyway, each circumferential spacing defining a slot configured to receive a correspondingly-shaped lug of a correspondingly-shaped female luer lock fitting to permit the correspondingly-shaped female luer lock fitting to pass therethrough, each barrier portion having a first sidewall configured to prevent rotation of the correspondingly-shaped female luer lock fitting in a first circumferential direction when a lug of the correspondingly-shaped female luer lock fitting is circumferentially aligned with the first sidewall; characterised in that the cap further comprises a stopper extending axially from the second barrier portion towards the first side of the cap, wherein the stopper has a stopper wall that is coplanar with the first sidewall of the second barrier portion; wherein the shape of the keyway is configured to permit the correspondingly-shaped female luer lock fitting to pass axially therethrough from the first side to engage the male luer lock fitting of the fluid line connector; and wherein the stopper is configured to prevent rotation of the correspondingly-shaped female luer lock fitting in the first circumferential direction when a lug of the correspondingly-shaped female luer lock fitting is circumferentially aligned with the stopper. a barrier defining a keyway, wherein the keyway is centred on a longitudinal axis, the barrier comprising two or more circumferentially-spaced barrier portions, including a first barrier portion and a second barrier portion, to define the keyway, each circumferential spacing defining a slot configured to receive a correspondingly-shaped lug of a correspondingly-shaped female luer lock fitting to permit the correspondingly-shaped female luer lock fitting to pass therethrough, each barrier portion having a first sidewall configured to prevent rotation of the correspondingly-shaped female luer lock fitting in a first circumferential direction when a lug of the correspondingly-shaped female luer lock fitting is circumferentially aligned with the first sidewall; characterised in that the cap further comprises a stopper extending axially from the second barrier portion towards the first side of the cap, wherein the stopper has a stopper wall that is coplanar with the first sidewall of the second barrier portion; wherein the shape of the keyway is configured to permit the correspondingly-shaped female luer lock fitting to pass axially therethrough from the first side to engage the male luer lock fitting of the fluid line connector; and wherein the stopper is configured to prevent rotation of the correspondingly-shaped female luer lock fitting in the first circumferential direction when a lug of the correspondingly-shaped female luer lock fitting is circumferentially aligned with the stopper.
An intermediate part designed to be placed in the case of a cartridge so as to separate the explosive charge from the shot, said intermediate part being characterized in that it comprises a cylindrical sleeve of outside diameter adapted to being slidably inserted into the case of the cartridge, said sleeve having a front portion that has an open end, and that is suitable for containing said shot, and a rear portion that contains a cylindrical wad characterized in that the rear face of said wad flush with the end of the rear portion of the sleeve, at least 95% by weight of said intermediate part being constituted by biodegradable or decomposable materials.
A fire resistant textile material comprises a single woven warp backed fabric comprising fibres selected from: meta-aramid, para-aramid, polyamideimide, polybenzimidazole, polybenzoxazole and mixtures thereof; wherein the fabric comprises face warp threads and back warp threads, wherein the number of face warp threads per unit width (cm) is greater than the number of weft threads per unit length (cm); and wherein each back warp thread either interlaces or passes under successive weft threads so that the ratio of the total number of interlaced weft threads to passed under weft threads is in a range from 1:2 to 1:20.
A feedback information sending method in a mobile communication network, comprising: determining (201, 401) a first bit length, the first bit length being a number of bits for representing Transport Block-level, TB-level, feedback response information; determining (202, 402) a second bit length, the second bit length being a number of bits for representing target TB indication information; determining a third bit length, the third bit length being a bit length corresponding to the code block group-level feedback response information; generating (203, 404) feedback information according to the first bit length, the second bit length and the third bit length, the feedback information comprising the TB-level feedback response information, the target TB indication information and code block group-level feedback response information, the TB-level feedback response information comprising feedback response information for a plurality of TBs which includes Non-Acknowledges, NACKs, for n TBs, n being a positive integer; at least one target TB indicated by the target TB indication information being at least one TB in the n TBs, and the target TB indication information being used for indicating at least one target TB corresponding to the code block group-level feedback response information; and sending (204, 405) the feedback information. determining (201, 401) a first bit length, the first bit length being a number of bits for representing Transport Block-level, TB-level, feedback response information; determining (202, 402) a second bit length, the second bit length being a number of bits for representing target TB indication information; determining a third bit length, the third bit length being a bit length corresponding to the code block group-level feedback response information; generating (203, 404) feedback information according to the first bit length, the second bit length and the third bit length, the feedback information comprising the TB-level feedback response information, the target TB indication information and code block group-level feedback response information, the TB-level feedback response information comprising feedback response information for a plurality of TBs which includes Non-Acknowledges, NACKs, for n TBs, n being a positive integer; at least one target TB indicated by the target TB indication information being at least one TB in the n TBs, and the target TB indication information being used for indicating at least one target TB corresponding to the code block group-level feedback response information; and sending (204, 405) the feedback information.
A method of identifying and harvesting agricultural products comprising the steps of: - identifying, as a target, at least one agricultural product, - applying a marker to each agricultural product, - detecting and storing, for each marker, a set of data defining a tracking and access vector, - said data forming the tracking and access vector comprises the absolute position of the marker and the data needed to construct a predefined path to access said marker, - providing at least one harvesting device for harvesting each agricultural product and programming it to reach each agricultural product based on the data contained in the tracking vector of each agricultural product, characterised in that said data constituting the tracking and access vector comprise a versor identifying the orientation of the marker. - identifying, as a target, at least one agricultural product, - applying a marker to each agricultural product, - detecting and storing, for each marker, a set of data defining a tracking and access vector, - said data forming the tracking and access vector comprises the absolute position of the marker and the data needed to construct a predefined path to access said marker, - providing at least one harvesting device for harvesting each agricultural product and programming it to reach each agricultural product based on the data contained in the tracking vector of each agricultural product,
A computer-implemented method, the method comprising: executing, by a map-service provider associated with a blockchain, a first smart contract on the blockchain with a data collector, said first smart contract allowing the data collector to receive a reward once it collects and submits relevant data to the map-service provider, wherein the map-service provider and the data collector are computing devices participating in the blockchain, and then receiving, at the map-service provider, map data from the data collector; executing, by the map-service provider, a second smart contract on the blockchain with a data-service provider, wherein the data-service provider is a computing device participating in the blockchain, and then transmitting the map data to the data-service provider for processing; executing, by the map-service provider, a third smart contract on the blockchain with a data provider, wherein the data provider is a computing device participating in the blockchain, and then receiving, at the map-service provider, non-crowdsourced data from the data provider; transmitting the non-crowdsourced data to the data-service provider for processing with the map data; receiving a request for processed map data from a service user; retrieving, from the data-service provider, the processed map data that is generated from the map data and the non-crowdsourced data; executing, by the map-service provider, a fourth smart contract on the blockchain with the service user, and then transmitting the processed map data to the service user in response to the request. executing, by a map-service provider associated with a blockchain, a first smart contract on the blockchain with a data collector, said first smart contract allowing the data collector to receive a reward once it collects and submits relevant data to the map-service provider, wherein the map-service provider and the data collector are computing devices participating in the blockchain, and then receiving, at the map-service provider, map data from the data collector; executing, by the map-service provider, a second smart contract on the blockchain with a data-service provider, wherein the data-service provider is a computing device participating in the blockchain, and then transmitting the map data to the data-service provider for processing; executing, by the map-service provider, a third smart contract on the blockchain with a data provider, wherein the data provider is a computing device participating in the blockchain, and then receiving, at the map-service provider, non-crowdsourced data from the data provider; transmitting the non-crowdsourced data to the data-service provider for processing with the map data; receiving a request for processed map data from a service user; retrieving, from the data-service provider, the processed map data that is generated from the map data and the non-crowdsourced data; executing, by the map-service provider, a fourth smart contract on the blockchain with the service user, and then transmitting the processed map data to the service user in response to the request.