mhurhangee/patent-ind-claim-en huggingface dataset:
An in vitro method for producing a cell population comprising T cells having specificity for an antigen of interest, wherein said method comprises: (a) exposing a cell population comprising peripheral blood mononuclear cells (PBMCs) to GM-CSF, resiquimod, E . coli lipopolysaccharide, and an antigen of interest for a first period of time, (b) exposing said cell population to IL-7 for a second period of time, (c) exposing said cell population to (i) immobilized anti-CD3 antibodies and soluble anti-CD28 antibodies or (ii) beads comprising anti-CD3 antibodies and anti-CD28 antibodies for a third time period to form a treated cell population, and (d) culturing said treated cell population in the absence of (i) said immobilized anti-CD3 antibodies and soluble anti-CD28 antibodies and (ii) said beads for a fourth period of time to produce a final cell population comprising T cells having specificity for said antigen of interest. (a) exposing a cell population comprising peripheral blood mononuclear cells (PBMCs) to GM-CSF, resiquimod, E . coli lipopolysaccharide, and an antigen of interest for a first period of time, (b) exposing said cell population to IL-7 for a second period of time, (c) exposing said cell population to (i) immobilized anti-CD3 antibodies and soluble anti-CD28 antibodies or (ii) beads comprising anti-CD3 antibodies and anti-CD28 antibodies for a third time period to form a treated cell population, and (d) culturing said treated cell population in the absence of (i) said immobilized anti-CD3 antibodies and soluble anti-CD28 antibodies and (ii) said beads for a fourth period of time to produce a final cell population comprising T cells having specificity for said antigen of interest.
Aircraft comprising: - sensing means ; - a moving system adapted for use when the aircraft is in flight to move the sensing means of the aircraft between a rest position, wherein the sensing means are arranged inside the aircraft , and a work position, wherein the sensing means face directly, along a sensing direction (y), toward the outside of the aircraft and toward the ground when the aircraft is in flight, the moving system comprising: - a frame arranged inside the aircraft ; - a slide , adapted to support said sensing means ; and - a pair of guides , each comprising a rail part , supported on said frame , and at least one draw part (16b; 16b'), the draw part (16b; 16b') of each guide being arranged telescopically slidable relative to the respective rail part along a direction of movement (x) which is essentially perpendicular to said sensing direction (y); the slide being mounted integrally with the draw parts (16b; 16b') of the pair of guides in such a way to slide along the direction of movement (x) inside the aircraft to move said sensing means between said rest position and said work position. - sensing means ; - a moving system adapted for use when the aircraft is in flight to move the sensing means of the aircraft between a rest position, wherein the sensing means are arranged inside the aircraft , and a work position, wherein the sensing means face directly, along a sensing direction (y), toward the outside of the aircraft and toward the ground when the aircraft is in flight, the moving system comprising: - a frame arranged inside the aircraft ; - a slide , adapted to support said sensing means ; and - a pair of guides , each comprising a rail part , supported on said frame , and at least one draw part (16b; 16b'), the draw part (16b; 16b') of each guide being arranged telescopically slidable relative to the respective rail part along a direction of movement (x) which is essentially perpendicular to said sensing direction (y); the slide being mounted integrally with the draw parts (16b; 16b') of the pair of guides in such a way to slide along the direction of movement (x) inside the aircraft to move said sensing means between said rest position and said work position. - a frame arranged inside the aircraft ; - a slide , adapted to support said sensing means ; and - a pair of guides , each comprising a rail part , supported on said frame , and at least one draw part (16b; 16b'), the draw part (16b; 16b') of each guide being arranged telescopically slidable relative to the respective rail part along a direction of movement (x) which is essentially perpendicular to said sensing direction (y);
An aerosol-generating system comprising: an aerosol-generating device comprising a heater element ; an aerosol-generating article comprising: a medicament source ; and a volatile delivery enhancing compound source ; and a bimetallic strip provided in the aerosol-generating device or the aerosol-generating article, the bimetallic strip comprising a first end in thermal contact with the heater element and a second end in thermal contact with the volatile delivery enhancing compound source; wherein the bimetallic strip is configured so that heating the first end of the bimetallic strip above a predetermined temperature results in displacement of the first end of the bimetallic strip away from the heater element. an aerosol-generating device comprising a heater element ; an aerosol-generating article comprising: a medicament source ; and a volatile delivery enhancing compound source ; and a bimetallic strip provided in the aerosol-generating device or the aerosol-generating article, the bimetallic strip comprising a first end in thermal contact with the heater element and a second end in thermal contact with the volatile delivery enhancing compound source; a medicament source ; and a volatile delivery enhancing compound source ; and a bimetallic strip provided in the aerosol-generating device or the aerosol-generating article, the bimetallic strip comprising a first end in thermal contact with the heater element and a second end in thermal contact with the volatile delivery enhancing compound source; wherein the bimetallic strip is configured so that heating the first end of the bimetallic strip above a predetermined temperature results in displacement of the first end of the bimetallic strip away from the heater element.
A vehicle system for a vehicle capable of travelling in an automatic driving mode comprising: a detection unit configured to detect an object; a position information acquisition unit configured to acquire position information of the object; and a vehicle illumination device comprising: a first illumination unit configured to irradiate light toward an outside of the vehicle ; and an illumination control unit configured to control the first illumination unit to irradiate light to an object based on position information of the object, characterized in that , when the detected object is an emergency vehicle the first illumination unit is configured to irradiate a light pattern (M3) which has a ring shape toward the emergency vehicle based on the position information of the emergency vehicle . a detection unit configured to detect an object; a position information acquisition unit configured to acquire position information of the object; and a vehicle illumination device comprising: a first illumination unit configured to irradiate light toward an outside of the vehicle ; and an illumination control unit configured to control the first illumination unit to irradiate light to an object based on position information of the object, a first illumination unit configured to irradiate light toward an outside of the vehicle ; and an illumination control unit configured to control the first illumination unit to irradiate light to an object based on position information of the object, characterized in that , when the detected object is an emergency vehicle the first illumination unit is configured to irradiate a light pattern (M3) which has a ring shape toward the emergency vehicle based on the position information of the emergency vehicle .
A method of transmitting/receiving a signal by a user equipment having a plurality of distributed antenna groups, in a wireless communication system, the method comprising: computing (S1001), by the UE, channel quality indicators for each of the distributed antenna groups, based on signal quality information provided from the distributed antenna groups; selecting (S1003), by the UE, a preferred distributed antenna group from the distributed antenna groups based on the channel quality indicators; reporting (S1005), by the UE, information on the channel quality indicators; and reporting (S1005), by the UE, information on the preferred distributed antenna group to the base station if the preferred distributed antenna group is different from a previously selected specific distributed antenna group, characterized in that if the preferred distributed antenna group is different from the previously selected specific distributed antenna group, the UE transmits an aperiodic uplink reference signal including a Modulation and Coding Scheme, MCS, change request message to the base station. computing (S1001), by the UE, channel quality indicators for each of the distributed antenna groups, based on signal quality information provided from the distributed antenna groups; selecting (S1003), by the UE, a preferred distributed antenna group from the distributed antenna groups based on the channel quality indicators; reporting (S1005), by the UE, information on the channel quality indicators; and reporting (S1005), by the UE, information on the preferred distributed antenna group to the base station if the preferred distributed antenna group is different from a previously selected specific distributed antenna group, characterized in that if the preferred distributed antenna group is different from the previously selected specific distributed antenna group, the UE transmits an aperiodic uplink reference signal including a Modulation and Coding Scheme, MCS, change request message to the base station.
An injection-molding method for manufacturing a sleeve , also called helical bellows, comprising a cylindrical or cylindroconical molded hollow body, including at least one deformable bellows portion arranged in the extension of a base forming one end of the sleeve , using a tooling comprising a mold formed by at least two parts delimiting a mold cavity able to go from an open position to a closed position, and vice versa, by relative movement of said mold parts , and a core , able to be inserted at least partially inside the mold cavity , and comprising a cylindrical or cylindroconical portion outwardly provided with a helical thread complementary to a helical thread of the mold in order to form, between said helical threads , in the closed state of said mold cavity , a first space for molding the bellows portion of the sleeve , the core comprising, above the first cylindrical or cylindroconical portion outwardly provided with a helical thread , a second so-called moving portion complementary to a hollow portion of the mold in order to form, between said second portion of the core and the hollow portion of the mold , in the closed state of said mold cavity , a second molding space of the base of the sleeve , said method comprising, in the at least partially state of the core inserted into the mold cavity and the closed state of the mold cavity , a step of filling the first and second mold spaces left free between the core and the inside of the mold cavity by injecting material therein, characterized in that said method further comprises a step for opening the mold during or after which the second portion of the core is moved axially along a direction parallel to the winding axis (XX') of the threads of the helical screw thread of the first portion of the core in the direction of a separation from the first portion of the core , and a step for driving relative rotation of the sleeve and of the first portion of the core in order to remove the sleeve from the mold by unscrewing.
A system , comprising: a radiofrequency-current (RF-current) generator ; an electrode operatively connected to the RF-current generator; and a processor , configured to: cause the RF-current generator to generate a plurality of pulses of RF current for application to tissue of a subject, each of the pulses having a power with a maximum value greater than 80 W and a duration less than 10 s, and an intermission between successive pulses, and while each one of the pulses is applied to the tissue, receive at least one signal from a temperature measuring device operatively connected to the processor, that indicates a measured temperature of the tissue, and, in response to the measured temperature, control the power of the pulse, characterized in that the intermission between successive pulses is between 2 and 5 s. a radiofrequency-current (RF-current) generator ; an electrode operatively connected to the RF-current generator; and a processor , configured to: cause the RF-current generator to generate a plurality of pulses of RF current for application to tissue of a subject, each of the pulses having a power with a maximum value greater than 80 W and a duration less than 10 s, and an intermission between successive pulses, and while each one of the pulses is applied to the tissue, receive at least one signal from a temperature measuring device operatively connected to the processor, that indicates a measured temperature of the tissue, and, in response to the measured temperature, control the power of the pulse, cause the RF-current generator to generate a plurality of pulses of RF current for application to tissue of a subject, each of the pulses having a power with a maximum value greater than 80 W and a duration less than 10 s, and an intermission between successive pulses, and while each one of the pulses is applied to the tissue, receive at least one signal from a temperature measuring device operatively connected to the processor, that indicates a measured temperature of the tissue, and, in response to the measured temperature, control the power of the pulse,
An extensible and retractable arm mechanism, comprising: a first structure group formed by coupling a plurality of first structures and a second structure group formed by coupling a plurality of second hollow structures , wherein each of the first structures comprises lock parts (22b1) and (22b2) for fixing the second structures to the first structures , and when the first structure group and the second structure group extend, the lock part fixes the second structures to the first structures , wherein the lock parts (22b1) and (22b2) are made of a through-hole provided on the first structures and fitting part comprising lock pins (26b1) and (26b2) for lock part receivers (27b1) and (27b2) are provided on the second hollow structures , wherein, the first structure group and the second structure group are joined, the lock parts (22b1) and (22b2) of the first structure group are interposed between the lock part receivers (27b1) and (27b2) of adjacent second structures and the lock pins (26b1) and (26b2) which are fitted into the through-hole of the lock parts (22b1) and (22b2). a first structure group formed by coupling a plurality of first structures and a second structure group formed by coupling a plurality of second hollow structures , wherein each of the first structures comprises lock parts (22b1) and (22b2) for fixing the second structures to the first structures , and when the first structure group and the second structure group extend, the lock part fixes the second structures to the first structures , wherein the lock parts (22b1) and (22b2) are made of a through-hole provided on the first structures and fitting part comprising lock pins (26b1) and (26b2) for lock part receivers (27b1) and (27b2) are provided on the second hollow structures , wherein, the first structure group and the second structure group are joined, the lock parts (22b1) and (22b2) of the first structure group are interposed between the lock part receivers (27b1) and (27b2) of adjacent second structures and the lock pins (26b1) and (26b2) which are fitted into the through-hole of the lock parts (22b1) and (22b2).
A cooking apparatus comprising: a heating unit to heat an ingredient contained in a cooking chamber; a gas sensor to detect a gas generated by the ingredient inside the cooking chamber; a communication unit to communicate with an external apparatus; and a control unit configured to: determine at least one of a type of the gas and a concentration of the gas detected by the gas sensor based on a change in a resonant frequency of a component of the gas sensor, determine a cooking progress state of an ingredient in the cooking chamber of the cooking apparatus based on the determined at least one of the type of the gas and the concentration of the gas detected by the gas sensor and transmit information on the determined cooking progress state to the external apparatus through the communication unit to inform a user of the cooking progress state of the ingredient. a heating unit to heat an ingredient contained in a cooking chamber; a gas sensor to detect a gas generated by the ingredient inside the cooking chamber; a communication unit to communicate with an external apparatus; and a control unit configured to: determine at least one of a type of the gas and a concentration of the gas detected by the gas sensor based on a change in a resonant frequency of a component of the gas sensor, determine a cooking progress state of an ingredient in the cooking chamber of the cooking apparatus based on the determined at least one of the type of the gas and the concentration of the gas detected by the gas sensor and transmit information on the determined cooking progress state to the external apparatus through the communication unit to inform a user of the cooking progress state of the ingredient. determine at least one of a type of the gas and a concentration of the gas detected by the gas sensor based on a change in a resonant frequency of a component of the gas sensor, determine a cooking progress state of an ingredient in the cooking chamber of the cooking apparatus based on the determined at least one of the type of the gas and the concentration of the gas detected by the gas sensor and transmit information on the determined cooking progress state to the external apparatus through the communication unit to inform a user of the cooking progress state of the ingredient.
A lubricating oil composition of SAE viscosity grade 0W20 for lubricating automotive engines which comprises a base oil and the below-described additive components and which shows a viscosity index in the range of 200 to 240, a high temperature-high shear viscosity of not less than 2.9 mPa·s s at 150°C under a shear rate of 10 6 /s, and a Noack evaporation loss of not more than 13%: a) a nitrogen-containing ashless dispersant in an amount of 0.01-0.3 wt.% in terms of nitrogen content; b) an alkaline earth metal-containing detergent in an amount of 0.08-0.3 wt.% in terms of alkaline earth metal content; c) a phosphorus-containing wear inhibitor in an amount of 0.05-0.12 wt.% in terms of phosphorus content; d) an oxidation inhibitor selected from the group consisting of amine compounds, phenol compounds, and molybdenum compounds, in an amount of 0.1-7 wt.%, and e) a viscosity index improver in an amount of 0.5-20 wt.%, wherein the amounts of the additive components are in terms of wt.% based on a total amount of the lubricating oil composition, wherein the base oil shows a viscosity index in the range of 133 to 160 and is produced by subjecting slack wax or synthetic wax obtained by Fischer-Tropsch process to a hydrogenation-isomerization process, distillation and dewaxing. a) a nitrogen-containing ashless dispersant in an amount of 0.01-0.3 wt.% in terms of nitrogen content; b) an alkaline earth metal-containing detergent in an amount of 0.08-0.3 wt.% in terms of alkaline earth metal content; c) a phosphorus-containing wear inhibitor in an amount of 0.05-0.12 wt.% in terms of phosphorus content; d) an oxidation inhibitor selected from the group consisting of amine compounds, phenol compounds, and molybdenum compounds, in an amount of 0.1-7 wt.%, and e) a viscosity index improver in an amount of 0.5-20 wt.%,
A charging control method, comprising: starting, by a wireless access device , a wireless communications module ; determining, by the wireless access device , an external charging state based on a network state of an accessed communications network and/or a power status of the wireless access device , wherein the external charging state comprises a current-limiting state or a normal state, a charging parameter corresponding to the current-limiting state comprises a first charging voltage and a first maximum output current, a charging parameter corresponding to the normal state comprises a second charging voltage and a second maximum output current, the first charging voltage is the same as the second charging voltage, and the first maximum output current is less than the second maximum output current; detecting , by the wireless access device , a device to be charged ; performing, by the wireless access device , charging negotiation based on the charging parameter corresponding to the normal state with the device to be charged ; and charging, by the wireless access device , the device to be charged based on a charging parameter corresponding to the external charging state . starting, by a wireless access device , a wireless communications module ; determining, by the wireless access device , an external charging state based on a network state of an accessed communications network and/or a power status of the wireless access device , wherein the external charging state comprises a current-limiting state or a normal state, a charging parameter corresponding to the current-limiting state comprises a first charging voltage and a first maximum output current, a charging parameter corresponding to the normal state comprises a second charging voltage and a second maximum output current, the first charging voltage is the same as the second charging voltage, and the first maximum output current is less than the second maximum output current; detecting , by the wireless access device , a device to be charged ; performing, by the wireless access device , charging negotiation based on the charging parameter corresponding to the normal state with the device to be charged ; and charging, by the wireless access device , the device to be charged based on a charging parameter corresponding to the external charging state .