mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a tube system configured to receive air from a portion of an engine and direct the air to a surface of an aircraft; and a heating system physically associated with the tube system, wherein the heating system is configured to heat the air flowing through the tube system, characterized by a sensor system configured to generate information about the air, which sensor system comprises: a number of sensors configured to generate information about at a temperature of the air flowing through the tube system, wherein the number of sensors comprises a number of temperature sensors with at least one temperature sensor in a first location upstream of the heating system and at least one temperature sensor in a second location downstream of the heating system; wherein the number of temperature sensors generate information about the temperature of the air in the first location and the second location, and wherein a controller is configured to adjust the temperature of the air using the heating system. a tube system configured to receive air from a portion of an engine and direct the air to a surface of an aircraft; and a heating system physically associated with the tube system, wherein the heating system is configured to heat the air flowing through the tube system, characterized by a sensor system configured to generate information about the air, which sensor system comprises: a number of sensors configured to generate information about at a temperature of the air flowing through the tube system, wherein the number of sensors comprises a number of temperature sensors with at least one temperature sensor in a first location upstream of the heating system and at least one temperature sensor in a second location downstream of the heating system; wherein the number of temperature sensors generate information about the temperature of the air in the first location and the second location, and wherein a controller is configured to adjust the temperature of the air using the heating system. a number of sensors configured to generate information about at a temperature of the air flowing through the tube system, wherein the number of sensors comprises a number of temperature sensors with at least one temperature sensor in a first location upstream of the heating system and at least one temperature sensor in a second location downstream of the heating system; wherein the number of temperature sensors generate information about the temperature of the air in the first location and the second location, and wherein a controller is configured to adjust the temperature of the air using the heating system.
A late-addition catalyst formulation comprising a melt transesterification catalyst dispersed in an organic liquid carrier system comprising phenol and a cosolvent, wherein the formulation contains less than 10 wt% water and the melt transesterification catalyst is present in the formulation in a range of 50 ppm to 60,000 ppm, wherein the weight ratio of phenol to cosolvent is in the range of 1:3 to 3:1.
A system of conversion of a mobile electronic payment terminal into a fixed electronic payment terminal, said system of conversion characterized in that it comprises at least the following elements: two support elements comprising first hooking means and first reversible locking means, said support elements being configured to receive said electronic payment terminal or a charging base for charging said electronic payment terminal and to be fixedly attached to said charging base or to a fixed pedestal; and a lower hatch configured to be fixed beneath said electronic payment terminal and comprising second hooking means configured to cooperate with said first hooking means of one support element, and second reversible locking means configured to cooperate with said first reversible locking means of one support element. two support elements comprising first hooking means and first reversible locking means, said support elements being configured to receive said electronic payment terminal or a charging base for charging said electronic payment terminal and to be fixedly attached to said charging base or to a fixed pedestal; and a lower hatch configured to be fixed beneath said electronic payment terminal and comprising second hooking means configured to cooperate with said first hooking means of one support element, and second reversible locking means configured to cooperate with said first reversible locking means of one support element.
A wind turbine verification system, said system comprising: a wind turbine controller comprising a first processor and a first memory device having a plurality of wind turbine operating parameters stored therein; and, a verification device comprising a second processor, a second memory device, and a user input mechanism, said verification device being configured to communicatively couple to said wind turbine controller via a data link, said verification device being programmed to: receive at least one wind turbine operating parameter from said wind turbine controller; execute a verification program that transmits at least one command to said wind turbine controller, wherein the verification program comprises at least one test that, when executed, iterates through a plurality of predefined tasks; and verify at least one operating condition of a wind turbine based on the executed verification program. a wind turbine controller comprising a first processor and a first memory device having a plurality of wind turbine operating parameters stored therein; and, a verification device comprising a second processor, a second memory device, and a user input mechanism, said verification device being configured to communicatively couple to said wind turbine controller via a data link, said verification device being programmed to: receive at least one wind turbine operating parameter from said wind turbine controller; execute a verification program that transmits at least one command to said wind turbine controller, wherein the verification program comprises at least one test that, when executed, iterates through a plurality of predefined tasks; and verify at least one operating condition of a wind turbine based on the executed verification program. receive at least one wind turbine operating parameter from said wind turbine controller; execute a verification program that transmits at least one command to said wind turbine controller, wherein the verification program comprises at least one test that, when executed, iterates through a plurality of predefined tasks; and verify at least one operating condition of a wind turbine based on the executed verification program.
An extrusion machine comprising an internally hollow extrusion cylinder, at least one heating element associated with said extrusion cylinder, at least one cooling fan which engages the outer surface of said extrusion cylinder, and at least one temperature probe which is inserted in said extrusion cylinder, said temperature probe facing the cavity of said extrusion cylinder, such that said temperature probe being adapted to be in direct contact with the extrusion material contained in said cavity of said extrusion cylinder, said at least one temperature probe comprising at least one casing which is removably inserted in said extrusion cylinder and at least one thermocouple which is removably inserted in said at least one casing, said at least one casing being made of a thermally conducting and mechanically strong material adapted to withstand temperatures in the order of 400°C and pressures of 1000 bars, said casing having an end that makes direct contact with the material being extruded in said cavity of said extrusion cylinder such that the temperature of said casing reaches the temperature of said material being extruded ensuring an accurate and quick measurement of the temperature of the material being extruded and providing data of the temperature of the material being worked which is very accurate and transmitted practically immediately, said extrusion cylinder comprising cooling fins which are arranged on its outer lateral surface, characterized by said fins having a thickness that vary longitudinally with respect to the axis of said extrusion cylinder and further having a plurality of helical cuts which extend longitudinally with respect to the axis of said extrusion cylinder.
A method, comprising: spraying a liquid comprising a polymer and a gas, substantially inert to the liquid, respectively from a first and second orifice of a nozzle (110;210) into air to form a mist of beads; and collecting the beads with a collecting medium at a temperature in a range from about -10°C to about 80°C, the collecting medium including at least one alcohol, such as an alcohol, combinations of water and an alcohol, combinations of different alcohols, or combinations of water and alcohols; wherein the liquid comprising a polymer is an aqueous solution of native or derivatised agarose or agar. spraying a liquid comprising a polymer and a gas, substantially inert to the liquid, respectively from a first and second orifice of a nozzle (110;210) into air to form a mist of beads; and collecting the beads with a collecting medium at a temperature in a range from about -10°C to about 80°C, the collecting medium including at least one alcohol, such as an alcohol, combinations of water and an alcohol, combinations of different alcohols, or combinations of water and alcohols; wherein the liquid comprising a polymer is an aqueous solution of native or derivatised agarose or agar.
Method for operating an electrically-driven handheld riveting device which has a housing and an activation switch for activating the riveting device, wherein a riveting setting mechanism, with which the rivet elements are set in the workpieces to be joined, is accommodated in the housing, wherein residual rivet mandrels are generated during the setting of the rivet elements and are conveyed through a conveyor channel of the riveting device into a collection container of the riveting device, wherein - means are provided with which the number of the residual rivet mandrels in the collection container is determined, and that - the information, whether it is necessary to empty the collection container, is provided to a user, characterized in that the means comprise an electronic counting device with which the number of actuations of the riveting device by means of the activation switch by the user is counted in a control unit, from which the number of residual rivet mandrels conveyed into the collection container is determined. - means are provided with which the number of the residual rivet mandrels in the collection container is determined, and that - the information, whether it is necessary to empty the collection container, is provided to a user,
A system for mounting a heat shield within a turbine structural case, the system comprising: a fairing for lining a turbine structural case; a heat shield comprising a thin-walled structure spaced from the fairing and positioned between the fairing and the turbine structural case; and a slip joint (82;118) coupling the heat shield to the fairing; characterised by: a fixed joint coupling the heat shield to the fairing at a thickened location of the fairing. a fairing for lining a turbine structural case; a heat shield comprising a thin-walled structure spaced from the fairing and positioned between the fairing and the turbine structural case; and a slip joint (82;118) coupling the heat shield to the fairing; characterised by: a fixed joint coupling the heat shield to the fairing at a thickened location of the fairing.
An automatic welding filter, comprising: a switchable filter that changes from a light transmission state to a dark transmission state in response to an activation signal; a colour-tunable filter, being in optical alignment with the switchable filter, whose spectral transmittance is variable in response to a user-selected colour signal; and an electronic control unit for receiving and controlling the signals, characterized in that the colour-tunable filter comprises at least one low twist liquid crystal cell disposed between a pair of polarisation filters (22, 26) having substantially parallel polarisation directions, further wherein the liquid crystal cell comprises a connector (30, 32, 34) for applying different voltages to the liquid crystal cell, and wherein the twist angle of the low twist liquid crystal cell is between 1 and 50 degrees. a switchable filter that changes from a light transmission state to a dark transmission state in response to an activation signal; a colour-tunable filter, being in optical alignment with the switchable filter, whose spectral transmittance is variable in response to a user-selected colour signal; and an electronic control unit for receiving and controlling the signals, characterized in that the colour-tunable filter comprises at least one low twist liquid crystal cell disposed between a pair of polarisation filters (22, 26) having substantially parallel polarisation directions, further wherein the liquid crystal cell comprises a connector (30, 32, 34) for applying different voltages to the liquid crystal cell, and wherein the twist angle of the low twist liquid crystal cell is between 1 and 50 degrees.
A method of encoding video data, the method comprising: determining intra-predicted residual data of a transform unit, TU, the TU being partitioned according to a quadtree structure having a root node that is a leaf coding unit; determining context information for the intra-predicted residual data of the TU based on a depth of the TU, the depth of the TU describing the number of times that the TU is partitioned according to the quadtree structure, wherein the context information does not include information from an above-neighboring block of the TU; and entropy encoding the intra-predicted residual data of the TU using the determined context information, wherein entropy encoding the intra-predicted residual data of the TU comprises determining a probability model based on the determined context information and context-adaptive binary arithmetic encoding the intra-predicted residual data of the TU using the determined probability model. determining intra-predicted residual data of a transform unit, TU, the TU being partitioned according to a quadtree structure having a root node that is a leaf coding unit; determining context information for the intra-predicted residual data of the TU based on a depth of the TU, the depth of the TU describing the number of times that the TU is partitioned according to the quadtree structure, wherein the context information does not include information from an above-neighboring block of the TU; and entropy encoding the intra-predicted residual data of the TU using the determined context information, wherein entropy encoding the intra-predicted residual data of the TU comprises determining a probability model based on the determined context information and context-adaptive binary arithmetic encoding the intra-predicted residual data of the TU using the determined probability model.
A method for producing an aviation fuel composition, the method comprising providing a) an aviation range fuel component, wherein component a) is a conventional JET A-1 containing aromatic compounds in the range of 8.4 vol-% to 26.5 vol-%, paraffins in the range of 40 vol-% to 60 vol-%, and naphthenes in the range of 18 vol-% to 40 vol-%, and b) a diesel range fuel component of renewable origin including one or more feedstocks other than those obtained from petroleum crude oil, wherein the diesel range fuel component has a cloud point of at most -30°C, and an existent gum content in accordance with the IP540 standard of more than 7 mg/100 ml; and obtaining the aviation fuel composition by mixing component a) and component b) in an amount comprising up to 20 vol-% of component b) and at least 80 vol-% of component a), wherein the obtained aviation fuel composition has an existent gum content in accordance with an IP540 standard of at most 7 mg/100 ml, wherein the obtained aviation fuel composition complies with at least one of aviation fuel standards selected from ASTM D1655, ASTM D7566, DEF-STAN 91-91, JET A and JET A-1, wherein component b) is paraffinic diesel produced from Fischer-Tropsch synthesis products or hydrogenated fatty acid and/or triglyceride materials. a) an aviation range fuel component, wherein component a) is a conventional JET A-1 containing aromatic compounds in the range of 8.4 vol-% to 26.5 vol-%, paraffins in the range of 40 vol-% to 60 vol-%, and naphthenes in the range of 18 vol-% to 40 vol-%, and b) a diesel range fuel component of renewable origin including one or more feedstocks other than those obtained from petroleum crude oil, wherein the diesel range fuel component has a cloud point of at most -30°C, and an existent gum content in accordance with the IP540 standard of more than 7 mg/100 ml; and
A lock comprising: a housing having an opening for receiving a locking bolt movable between a locked position and an unlocked position; a rotary actuator positioned within the housing and energizable between a locked condition for maintaining the locking bolt in the locked position and an unlocked condition that allows the locking bolt to move to the unlocked position; a sliding blocking mechanism (120, 212) received in said housing, said sliding blocking mechanism including a rotatable member operably coupled to the rotary actuator, said sliding blocking mechanism normally biased in a blocking position configured to engage and block said locking bolt from being moved to the unlocked position, wherein said rotatable member comprises a D-shaped in cross-section rotatable member having a flat portion and a round portion, wherein said sliding blocking mechanism comprises a box-shaped in cross-section member housing said D-shaped in cross-section rotatable member, wherein said sliding blocking mechanism includes a lower portion and an upper portion, and wherein in the blocking position a portion of said rotatable member is positioned in said lower portion, wherein upon actuation, the rotary actuator causes said rotatable member to rotate by a predetermined amount such that the flat portion is substantially parallel to a bottom surface of the sliding blocking mechanism allowing said sliding blocking mechanism to move linearly to an unblocking position allowing said locking bolt to move into said unlocked position. a housing having an opening for receiving a locking bolt movable between a locked position and an unlocked position; a rotary actuator positioned within the housing and energizable between a locked condition for maintaining the locking bolt in the locked position and an unlocked condition that allows the locking bolt to move to the unlocked position; a sliding blocking mechanism (120, 212) received in said housing, said sliding blocking mechanism including a rotatable member operably coupled to the rotary actuator, said sliding blocking mechanism normally biased in a blocking position configured to engage and block said locking bolt from being moved to the unlocked position, wherein said rotatable member comprises a D-shaped in cross-section rotatable member having a flat portion and a round portion, wherein said sliding blocking mechanism comprises a box-shaped in cross-section member housing said D-shaped in cross-section rotatable member, wherein said sliding blocking mechanism includes a lower portion and an upper portion, and wherein in the blocking position a portion of said rotatable member is positioned in said lower portion, wherein upon actuation, the rotary actuator causes said rotatable member to rotate by a predetermined amount such that the flat portion is substantially parallel to a bottom surface of the sliding blocking mechanism allowing said sliding blocking mechanism to move linearly to an unblocking position allowing said locking bolt to move into said unlocked position.
A peptide consisting of not less than 7 consecutive amino acids in the region of aa202-211 in SEQ ID NO:2 in SEQUENCE LISTING or a peptide consisting of the same amino acid sequence except that one to several amino acid residues are substituted, deleted and/or inserted and which sequence has an identity of not less than 80% to the peptide consisting of not less than 7 consecutive amino acids in the region of aa202-211 in SEQ ID NO:2 in SEQUENCE LISTING, or a peptide consisting of 8 to 31 amino acids residues comprising any one of said peptides as a partial sequence thereof, for use in a method for treating and/or preventing a cancer(s), wherein the peptide has an immunity-inducing activity.
A stretched filament formed from a blend comprising: at least one functionalized polymer, wherein the functionalized polymer is a propylene-based plastomer or elastomer having one or more functional groups grafted on the propylene-based plastomer or elastomer, wherein the one or more functional groups is selected from the group consisting of amine groups and imide groups, wherein the at least one functionalized polymer has a differential scanning calorimetry melting point of from 100 °C to 130 °C; and a non-functionalized polyolefin; wherein when the stretched filament is stretched to a stretch ratio of 5, the stretched filament has a tenacity greater than 0.90 cN/dtex. at least one functionalized polymer, wherein the functionalized polymer is a propylene-based plastomer or elastomer having one or more functional groups grafted on the propylene-based plastomer or elastomer, wherein the one or more functional groups is selected from the group consisting of amine groups and imide groups, wherein the at least one functionalized polymer has a differential scanning calorimetry melting point of from 100 °C to 130 °C; and a non-functionalized polyolefin; wherein when the stretched filament is stretched to a stretch ratio of 5, the stretched filament has a tenacity greater than 0.90 cN/dtex.
A method of measuring a self-interference channel in a user equipment in a full duplex radio, FDR, communication environment, the method comprising: receiving (S310, S610, S810), from a base station, resource allocation information comprising at least one of information about a time interval and information about a frequency band; transmitting (S320, S620, S820) a first reference signal for measurement of the self-interference channel over a wireless channel in accordance with the resource allocation information; and receiving (S330, S630, S830) a second reference signal input to a receiver of the user equipment according to self-interference, wherein the time interval is a time interval in which the base station stops transmission of a signal for measurement of the self-interference channel in the user equipment, and wherein the second reference signal is a signal corresponding to the first reference signal transmitted over a wireless channel. receiving (S310, S610, S810), from a base station, resource allocation information comprising at least one of information about a time interval and information about a frequency band; transmitting (S320, S620, S820) a first reference signal for measurement of the self-interference channel over a wireless channel in accordance with the resource allocation information; and receiving (S330, S630, S830) a second reference signal input to a receiver of the user equipment according to self-interference, wherein the time interval is a time interval in which the base station stops transmission of a signal for measurement of the self-interference channel in the user equipment, and wherein the second reference signal is a signal corresponding to the first reference signal transmitted over a wireless channel.