mhurhangee/ep-ind-claims huggingface dataset:
A tower section arrangement (13, 113, 213) for a guyed tower of a wind turbine, the tower section arrangement (13, 113, 213) comprising: a tower section (9, 109, 209) including a wall (16, 116, 216) having an outer surface (15, 115, 215) with a circumference, at least two brackets (14, 114, 214) attached to the outer surface (15, 115, 215) of the wall (16, 116, 216) at different locations (A, B, C) on its circumference, and at least two stay cables, wherein each stay cable is connected at its first end to one of the brackets (14, 114, 214) and is configured for connection at its second end to a cable foundation, wherein an angle (α) between each stay cable and a tangent to the outer circumference at the respective bracket (14, 114, 214) has, in a top view of the erected wind turbine, a value of 90° when the respective stay cable is guyed, and wherein the tower section arrangement comprises attachment means (40, 41) welded to the outer surface of the wall, and the at least two brackets are bolted to the attachment means (40, 41), or the tower section wall includes wall through holes, and the at least two brackets are bolted to the outer surface of the wall by means of bolts inserted through the wall through holes. a tower section (9, 109, 209) including a wall (16, 116, 216) having an outer surface (15, 115, 215) with a circumference, at least two brackets (14, 114, 214) attached to the outer surface (15, 115, 215) of the wall (16, 116, 216) at different locations (A, B, C) on its circumference, and at least two stay cables, wherein each stay cable is connected at its first end to one of the brackets (14, 114, 214) and is configured for connection at its second end to a cable foundation, wherein an angle (α) between each stay cable and a tangent to the outer circumference at the respective bracket (14, 114, 214) has, in a top view of the erected wind turbine, a value of 90° when the respective stay cable is guyed, and wherein the tower section arrangement comprises attachment means (40, 41) welded to the outer surface of the wall, and the at least two brackets are bolted to the attachment means (40, 41), or the tower section wall includes wall through holes, and the at least two brackets are bolted to the outer surface of the wall by means of bolts inserted through the wall through holes.
A method for a selective catalytic reduction system, the system comprising a hydrolysis catalyst being dosed with Diesel Exhaust Fluid, the method comprising: providing a numerical model of a surface of a hydrolysis catalyst, the numerical model comprising a multi-phase spatial model of a hydrolysis catalyst to be modelled, the hydrolysis catalyst being divided into a plurality of discrete spatial units, the numerical model modelling characteristics of a plurality of states (204, 206, 208) of matter for each of a plurality of substances; evaluating the numerical model to derive a predicted concentration of ammonia generated by the hydrolysis catalyst by determining values for a plurality of state (204, 206, 208) parameters associated with each of the plurality of states (204, 206, 208) of matter for each of the plurality of substances and evaluating the characteristics of each of the plurality of states (204, 206, 208) of matter for each of the plurality of substances in each of the discrete spatial units; and using the predicted concentration to control dosage of DEF onto the hydrolysis catalyst. providing a numerical model of a surface of a hydrolysis catalyst, the numerical model comprising a multi-phase spatial model of a hydrolysis catalyst to be modelled, the hydrolysis catalyst being divided into a plurality of discrete spatial units, the numerical model modelling characteristics of a plurality of states (204, 206, 208) of matter for each of a plurality of substances; evaluating the numerical model to derive a predicted concentration of ammonia generated by the hydrolysis catalyst by determining values for a plurality of state (204, 206, 208) parameters associated with each of the plurality of states (204, 206, 208) of matter for each of the plurality of substances and evaluating the characteristics of each of the plurality of states (204, 206, 208) of matter for each of the plurality of substances in each of the discrete spatial units; and using the predicted concentration to control dosage of DEF onto the hydrolysis catalyst.
A cable, comprising a conductor surrounded by at least one layer, wherein the layer comprises a polymer composition which comprises a) a polyolefin which is a polyethylene or polypropylene, b) a polyolefin functionalised with an anhydride of a mono- or polycarboxylic acid, or a polypropylene functionalised with a mono- or polycarboxylic acid compound or a derivative of a mono- or polycarboxylic acid compound, wherein the functionalised polyolefin (b) is different from the polyolefin (a) or the optional second polymer (d), and the mono- or polycarboxylic acid compound or derivative of a mono- or polycarboxylic acid compound is not derived from a polar comonomer, c) a solid conductive filler and, optionally, d) a second polymer which has a melting temperature (Tm) of less than the Tm of the polyolefin. a) a polyolefin which is a polyethylene or polypropylene, b) a polyolefin functionalised with an anhydride of a mono- or polycarboxylic acid, or a polypropylene functionalised with a mono- or polycarboxylic acid compound or a derivative of a mono- or polycarboxylic acid compound, wherein the functionalised polyolefin (b) is different from the polyolefin (a) or the optional second polymer (d), and the mono- or polycarboxylic acid compound or derivative of a mono- or polycarboxylic acid compound is not derived from a polar comonomer, c) a solid conductive filler and, optionally, d) a second polymer which has a melting temperature (Tm) of less than the Tm of the polyolefin.
A method for operating a measurement system with a scanning probe microscope, particularly an atomic force microscope, wherein: - an optical image of a measurement section of a measurement sample to be examined is recorded by an optical recording device, - the optical image is transformed according to a previously determined coordinate transformation, which is a assignment between a coordinate system of the optical image and a coordinate system of a space covered by movement positions of a measurement probe and a measurement sample, and the transformed optical image is displayed on a display apparatus, - a selection of a position in the transformed optical image is detected and - for a scanning probe measurement, a measurement probe that is configured for the scanning probe measurement is moved, by means of a movement apparatus that moves the measurement probe and the measurement sample relative to one another, to a measurement position which is assigned to the selected position in the transformed optical image according to the coordinate transformation by controlling the movement apparatus in accordance with the coordinate transformation. - an optical image of a measurement section of a measurement sample to be examined is recorded by an optical recording device, - the optical image is transformed according to a previously determined coordinate transformation, which is a assignment between a coordinate system of the optical image and a coordinate system of a space covered by movement positions of a measurement probe and a measurement sample, and the transformed optical image is displayed on a display apparatus, - a selection of a position in the transformed optical image is detected and - for a scanning probe measurement, a measurement probe that is configured for the scanning probe measurement is moved, by means of a movement apparatus that moves the measurement probe and the measurement sample relative to one another, to a measurement position which is assigned to the selected position in the transformed optical image according to the coordinate transformation by controlling the movement apparatus in accordance with the coordinate transformation.
Method for operating a trip recorder of a motor vehicle, in which, following insertion of a memory card into a slot in the trip recorder, a drive for fully drawing-in the memory card is started and then an attempt is made to establish communication between the memory card, which is fully drawn into the slot, and the trip recorder, wherein, when there is no communication between the memory card and the trip counter, the drive is activated in order to move the memory card a short way out of the slot and back in again, and wherein communication is then re-established between the memory card, which is inserted into the slot, and the trip counter, and wherein the drive is also activated for any card without a memory, characterized in that a cleaning card with a cleaning surface which is appropriately designed to clean the read device is provided for cleaning contacts of the trip recorder, said cleaning card producing faulty communication with the trip recorder, and in that the drive for drawing the memory card or cleaning card out of the slot and back into the slot is activated twice in immediate succession.
An intraocular lens comprising: a lens portion; and a haptics portion, said haptics portion including a scleral engagement portion including an elongate scleratomy transversing portion and a scleral engagement fixation portion, located at an intermediate location along a length of said elongate scleratomy transversing portion configured to prevent disengagement of said scleratomy transversing portion from a sclera, characterized in that: said scleral engagement fixation portion is configured to be bendable in a first direction along a central axis thereof but not to be bendable in a second direction along said central axis, opposite to said first direction. a lens portion; and a haptics portion, said haptics portion including a scleral engagement portion including an elongate scleratomy transversing portion and a scleral engagement fixation portion, located at an intermediate location along a length of said elongate scleratomy transversing portion configured to prevent disengagement of said scleratomy transversing portion from a sclera, characterized in that: said scleral engagement fixation portion is configured to be bendable in a first direction along a central axis thereof but not to be bendable in a second direction along said central axis, opposite to said first direction.
A cosmetic applicator comprising: an applicator tip having an applicator face having a recess formed therein; an opening in the face through which a cosmetic product is dispensed, the opening spaced apart from the recess; and a thermal member capable of transferring heat to or from the product and capable of applying thermal energy to a user's skin, the thermal member comprising a plate fixed within the recess on the applicator face, wherein the thermal member does not contact the opening, characterized in that a depth of the recess is less than a thickness of the thermal member. an applicator tip having an applicator face having a recess formed therein; an opening in the face through which a cosmetic product is dispensed, the opening spaced apart from the recess; and a thermal member capable of transferring heat to or from the product and capable of applying thermal energy to a user's skin, the thermal member comprising a plate fixed within the recess on the applicator face, wherein the thermal member does not contact the opening,
A method at a server for managing communications, comprising: receiving, a request to register a user equipment, UE; providing an instruction to trigger activation of a non-cellular modem on the UE; and receiving a notification that the UE has established communication with a serving access point, AP of a non-cellular communication protocol, the serving AP being one of one or more non-cellular APs; characterized by: providing an instruction to deactivate a cellular modem on the UE. receiving, a request to register a user equipment, UE; providing an instruction to trigger activation of a non-cellular modem on the UE; and receiving a notification that the UE has established communication with a serving access point, AP of a non-cellular communication protocol, the serving AP being one of one or more non-cellular APs; characterized by: providing an instruction to deactivate a cellular modem on the UE.
An RFID reader/writer comprising: a transmitter that transmits a transmitted signal to an RFID tag, the transmitter transmitting an unmodulated carrier wave; a receiver that receives a received signal from the RFID tag based on the transmitted signal; a detector (26, 29) that detects a noise of the received signal received by the receiver; control means for controlling the transmitter and the detector (26, 29), characterized in that the detector (26, 29) detects the noise included in the received signal, when the transmitter outputs the unmodulated carrier wave transmitted from the transmitter prior to communication with the RFID tag, setting means for setting a condition of communication with the RFID tag based on a detection result of the detector (26, 29), the setting means including noise analysis means for analyzing the noise included in the received signal, and communication parameter setting means for setting a communication parameter as the communication condition according to an analysis result of the noise analysis means wherein the communication parameter selects a frequency having a low noise. a transmitter that transmits a transmitted signal to an RFID tag, the transmitter transmitting an unmodulated carrier wave; a receiver that receives a received signal from the RFID tag based on the transmitted signal; a detector (26, 29) that detects a noise of the received signal received by the receiver; control means for controlling the transmitter and the detector (26, 29), characterized in that the detector (26, 29) detects the noise included in the received signal, when the transmitter outputs the unmodulated carrier wave transmitted from the transmitter prior to communication with the RFID tag, setting means for setting a condition of communication with the RFID tag based on a detection result of the detector (26, 29), the setting means including noise analysis means for analyzing the noise included in the received signal, and communication parameter setting means for setting a communication parameter as the communication condition according to an analysis result of the noise analysis means wherein the communication parameter selects a frequency having a low noise.
Method for producing flat rolled products, in order to obtain strips with a multiple positive crown transverse profile, which provides a rolling step carried out in a rolling mill comprising finishing stands (16a, 16b, 16c, 16d, 16e) equipped with respective work rolls (24a, 24b), in order to supply a strip of a determinate width, wherein at least the work rolls (24a, 24b) of at least the last finishing stand are provided to have a profile with multiple negative crown, wherein the number of crowns present in the profile of the work rolls (24a, 24b) is correlated to the number of portions into which the rolled strip produced is subsequently divided in a longitudinal direction, characterized in that said method provides to cool the work rolls (24a, 24b) with cooling intensity which is adjusted as a function of the multiple negative crown shaped profile of the work rolls (24a, 24b), delivering a cooling fluid by means of one or more ramps with respective main feed pipes and delivery nozzles distributed over the entire width of the work rolls (24a, 24b), wherein the delivery nozzles are disposed adjacent to each other with a determinate pitch in a double or triple row and are connected, in groups, to the feed pipes, independent from each other, so as to define independent and differentiated cooling zones on the width of the work rolls (24a, 24b) and each feed pipe is equipped with its own proportional valve which is configured to regulate the flow rate to a respective group of nozzles in order to have a separate management of the groups of nozzles, wherein said method provides to control a thermal crown of the work roll (24a, 24b) so that it follows the trend of a mechanical crown of the work rolls (24a, 24b) enhancing it, cooling less where the strip will be divided and cooling more in the central zones of the respective multi-strips.
A method comprising: monitoring a time division multiple access, TDMA, frame structure of a cellular system by a plurality of non-cellular nodes (100,101,102,103) of a non-cellular network (200,201) operating in a license exempt frequency band by using a common channel of the cellular system for synchronization between the non-cellular nodes (100,101,102,103); and using the time division multiple access, TDMA, frame structure of the cellular system in the non-cellular network (200,201) for exchanging data between at least some of the plurality of non-cellular nodes (100,101,102,103). monitoring a time division multiple access, TDMA, frame structure of a cellular system by a plurality of non-cellular nodes (100,101,102,103) of a non-cellular network (200,201) operating in a license exempt frequency band by using a common channel of the cellular system for synchronization between the non-cellular nodes (100,101,102,103); and using the time division multiple access, TDMA, frame structure of the cellular system in the non-cellular network (200,201) for exchanging data between at least some of the plurality of non-cellular nodes (100,101,102,103).
A pneumatic tire comprising an inner liner disposed on an inner side of the tire, said inner liner being composed of a sheet made of an elastomer composition containing an elastomer component in which a styrene-isobutylene-styrene triblock copolymer by more than or equal to 7 percent by mass and less than or equal to 93 percent by mass and an isobutylene-based modified copolymer containing a β-pinene component by more than or equal to 7 percent by mass and less than or equal to 93 percent by mass are mixed, and in said inner liner, a ratio Gs/Gb between an average thickness Gb in a bead region Rb extending from a tire largest width position to a bead toe and an average thickness Gs in a buttress region Rs extending from the tire largest width position to a corresponding position Lu at a belt layer end being 0.30 to 0.75.
A modulator of syndecan-2 for use in a method of treatment of at least one disorder selected from the list consisting of autoimmune disease, fibrosis and cancer, wherein the modulator of syndecan-2, which inhibits Th17 cell activity and NFκB, comprises a first region comprising at least a portion of an extracellular domain of syndecan-2, said portion having an amino acid sequence comprising a sequence of SEQ ID NOs: 4-13, and a second region comprising a dimerization domain comprising an Fc portion, wherein the modulator of syndecan-2 binds to cell surface syndecan-2, and wherein the modulator of syndecan-2 cross-links cell surface syndecan-2.
An ink composition comprising: an adhesiveness providing component comprising an acrylate monomer for providing such an improved adhesiveness with respect to a print medium that makes the ink composition more adhesive than when the ink composition does not comprise the acrylate monomer, the print medium comprising a metal or a glass; and a rigidity providing component for providing a layer resulting from curing of the ink composition with such an improved rigidity that makes the layer more rigid than when the ink composition does not comprise the rigidity providing component, the rigidity providing component comprising at least one substance selected from the group consisting of a multi-functional acrylate monomer and a multi-functional acrylate oligomer, characterized in that the adhesiveness providing component comprises ω-carboxy-polycaprolactone acrylate and an epoxy acrylate monomer; the rigidity providing component comprises at least one substance selected from the group consisting of a multi-functional acrylate monomer having an acryloyl base via a soft segment and a multi-functional acrylate oligomer having an acryloyl base via a soft segment. an adhesiveness providing component comprising an acrylate monomer for providing such an improved adhesiveness with respect to a print medium that makes the ink composition more adhesive than when the ink composition does not comprise the acrylate monomer, the print medium comprising a metal or a glass; and a rigidity providing component for providing a layer resulting from curing of the ink composition with such an improved rigidity that makes the layer more rigid than when the ink composition does not comprise the rigidity providing component, the rigidity providing component comprising at least one substance selected from the group consisting of a multi-functional acrylate monomer and a multi-functional acrylate oligomer, characterized in that the adhesiveness providing component comprises ω-carboxy-polycaprolactone acrylate and an epoxy acrylate monomer; the rigidity providing component comprises at least one substance selected from the group consisting of a multi-functional acrylate monomer having an acryloyl base via a soft segment and a multi-functional acrylate oligomer having an acryloyl base via a soft segment.
An agent, a compound or a composition having an Adenosine Deaminase enzyme activity, which is capable of increasing or sustaining levels of plasmatic Adenosine Deaminase enzyme activity for use in arresting, treating, ameliorating or preventing scleroderma-associated vasculopathies and vascular changes.
A constant volume combustion system for a turbomachine comprising a plurality of combustion chambers distributed annularly about an axis (XX'), each combustion chamber comprising an inlet orifice and an outlet orifice, a selective shut-off element movable in rotation about the axis (XX') relative to the combustion chambers, the selective shut-off element comprising a shroud facing the inlet and outlet orifices (102, 103) of the combustion chambers, the shroud including on a first annular portion at least one intake aperture intended to cooperate with the inlet orifice of each combustion chamber during the rotation of the selective shut-off element and on a second annular portion at least one exhaust aperture intended to cooperate with the outlet orifice of each combustion chamber during the rotation of the selective shut-off element, each combustion chamber comprising a fuel injection device whose opening and closing are synchronized by the shut-off element, and the fuel injection device comprising an injection valve present between a fuel supply circuit and a combustion chamber and a rocker arm configured to control the opening of the injection valve, the rocker arm cooperating with one or several injection cams present on the shut-off element to control the opening of the injection valve.