mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising the step of detecting modulation in gene expression data, generated from RNA levels in a subject derived sample, characterised in that a 6 gene signature GBP6, TMCC1, PRDM1, ARG1, CREB5 and VPREB3 is employed to discriminate active tuberculosis (TB) from other diseases in the presence of a complicating factor.
A method of routing a short message to a user device comprising sending a short message routing request from an originating network element directly to an HLR or HSS of a terminating user; relaying the short message routing request by the HLR or HSS to a gateway, characterized by the steps of: determining dynamically by the gateway if the terminating user is attached to an IMS network, wherein the determining is performed by: subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and deciding, by the gateway, whether to perform onward routing of the short message over circuit switched domain or IMS network elements. sending a short message routing request from an originating network element directly to an HLR or HSS of a terminating user; relaying the short message routing request by the HLR or HSS to a gateway, characterized by the steps of: determining dynamically by the gateway if the terminating user is attached to an IMS network, wherein the determining is performed by: subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and deciding, by the gateway, whether to perform onward routing of the short message over circuit switched domain or IMS network elements. determining dynamically by the gateway if the terminating user is attached to an IMS network, wherein the determining is performed by: subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and deciding, by the gateway, whether to perform onward routing of the short message over circuit switched domain or IMS network elements.
Luminescent solar concentrator comprising a body of polymer material or silica-based glass and comprising colloidal nanocrystals , wherein the latter are indirect band-gap semiconductor nanocrystals said indirect gap semiconductor nanocrystals having dimensions which are smaller than the Bohr exciton diameter of the corresponding bulk material, typically less than 10nm, the reabsorption losses associated with said nanocrystals being minimized if compared to the photoluminescence emission.
Cleaning solution for cleaning and / or wetting metal surfaces, comprising - at least one acid, - a first surfactant, which is an alkyl-poly(ethyleneglycol-co-propyleneglycol)-ether having a cloud point of ≤25°C, and - a second surfactant, which is selected from the group consisting of i) an alkyl-poly(ethyleneglycol-co-propyleneglycol)-ether having a cloud point of ≥30°C, and ii) an alkyl-polyethyleneglycol-ether having a cloud point of ≥45°C wherein the cloud points are determined according to European Standard EN 1890:2006, item 8.2, procedure A of German Version, with the modification that 10 wt% H 2 SO 4 is used as solvent and that the concentration of the surfactant is 1000 mg/L. - at least one acid, - a first surfactant, which is an alkyl-poly(ethyleneglycol-co-propyleneglycol)-ether having a cloud point of ≤25°C, and - a second surfactant, which is selected from the group consisting of i) an alkyl-poly(ethyleneglycol-co-propyleneglycol)-ether having a cloud point of ≥30°C, and ii) an alkyl-polyethyleneglycol-ether having a cloud point of ≥45°C i) an alkyl-poly(ethyleneglycol-co-propyleneglycol)-ether having a cloud point of ≥30°C, and ii) an alkyl-polyethyleneglycol-ether having a cloud point of ≥45°C
A guide vane formation for use in a gas turbine engine as one of a cascade of n circumferentially arranged identical guide vane formations, the guide vane formation including radially inner and outer platforms which define, in use, an azimuthal portion of the gas annulus of the engine with respect to the engine's centre line (CL) and which each have a respective gas-washed surface of wedge angle γ, the guide vane formation further including one or more aerofoil bodies each of which spans the platforms, and wherein the inner and outer platforms have an inner and an outer chordal seal respectively which are mutually parallel and mutually offset in a direction corresponding to the engine's centre line in use of the formation; characterised in that each chordal seal extends along a respective straight line which intersects first and second planes (R 1 , R 2 ) containing the side faces of the inner and outer platforms on the suction and pressure sides respectively of the one or more aerofoil bodies and lies in a respective plane (P 1 , P 2 ) which is substantially normal to the engine's centre line in use of the formation such that the points (V) of intersection of the straight line with the first and second planes (R 1 , R 2 ) are substantially equidistant from the engine's centre line in said plane (P 1 , P 2 ), and in that the first and second planes are (i) mutually inclined at an angle of substantially 360°/n, (ii) each substantially tangent to the surface of a cone (S) of semi-vertical angle γ having its axis coincident with the engine's centre line and its apex lying on a straight line joining the midpoints (D 1 , D 2 ) of the straight lines along which the chordal seals extend and (iii) each perpendicular to a respective plane (Q 1 , Q 2 ) containing the centre line of the engine.
A pipe joint comprising: an inserting pipe portion ; a receiving pipe portion to which the inserting pipe portion is inserted and connected along a pipe axis direction (X), the receiving pipe portion having a flange portion ; a protruding portion having an integral construction, the protruding portion being fixed to an outer circumferential face of the inserting pipe portion and protruding radially outwards from the inserting pipe portion ; a stopper member having an annular integral construction, the stopper member coming into contact with a first lateral face of the protruding portion to restrict displacement of the inserting pipe portion in a direction away from the receiving pipe portion ; an annular member having an integral construction, disposed between the flange portion and the stopper member ; and a fastening member configured to fasten the flange portion , the annular member and the stopper member together to each other; wherein a restricting face (31b1) is formed in a second lateral face (31b, 20d1) of the protruding portion disposed on an opposite side to the first lateral face in the pipe axis direction (X), the restricting face (31b1) restricting displacement of the inserting pipe portion in a direction for its insertion to the receiving pipe portion ; and the displacement of the inserting pipe portion in the insertion direction to the receiving pipe portion is restricted via contact established between the restricting face (31b1) and the annular member . an inserting pipe portion ; a receiving pipe portion to which the inserting pipe portion is inserted and connected along a pipe axis direction (X), the receiving pipe portion having a flange portion ; a protruding portion having an integral construction, the protruding portion being fixed to an outer circumferential face of the inserting pipe portion and protruding radially outwards from the inserting pipe portion ; a stopper member having an annular integral construction, the stopper member coming into contact with a first lateral face of the protruding portion to restrict displacement of the inserting pipe portion in a direction away from the receiving pipe portion ; an annular member having an integral construction, disposed between the flange portion and the stopper member ; and a fastening member configured to fasten the flange portion , the annular member and the stopper member together to each other; wherein a restricting face (31b1) is formed in a second lateral face (31b, 20d1) of the protruding portion disposed on an opposite side to the first lateral face in the pipe axis direction (X), the restricting face (31b1) restricting displacement of the inserting pipe portion in a direction for its insertion to the receiving pipe portion ; and the displacement of the inserting pipe portion in the insertion direction to the receiving pipe portion is restricted via contact established between the restricting face (31b1) and the annular member .
A method for manufacturing a spring leaf for a leaf spring, in particular a parabolic spring or a trailing arm spring, wherein the spring leaf has two end regions, a center region, an top side, which is subjected to tension in the operating state, and a bottom side , which is subjected to compression in the operating state, the spring leaf being hot-formed, in particular rolled, at least one hole being made in the bottom side of the spring leaf and the top side of the spring leaf being blasted, characterized in that the top side of the spring leaf is blasted with prestressing of the spring leaf , causing tensile stresses to arise on the bottom side of the spring leaf, which is subjected to compression in the operating state, and in that the bottom side of the spring leaf is locally blasted in the region around the hole after the blasting of the top side of the spring leaf , causing compressive stresses to be generated which are superimposed on the tensile stresses.
A molecule directly activating Mcoln-1 for use for enhancing dendritic cell migration for use in vaccination, especially anti-tumoral vaccination, or for treating an infectious disease, wherein the molecule is selected from the group consisting of ML-SA1 and SF-51.
Illumination system for a projection device , the illumination system comprising a light source , a color wheel and a drive-unit for driving the light source , - the color wheel comprising a plurality of color segments (R, G, B) adapted to determine a color of the light emitted by the illumination system , the color wheel being configured for sequentially positioning color segments (R, G, B) from the plurality of color segments (R, G, B) in an optical path between the light source and a light output window of the illumination system by rotating the color wheel , a spoke of the color wheel being a boundary between two adjacent color segments (R, G, B), - the light source comprising a first light-emitting unit and a second light-emitting unit each adapted to emit light towards the light output window of the illumination system , - the drive-unit being configured for switching off the first light-emitting unit during a time interval (p1) when the spoke transits the first optical path, characterized in that the first light-emitting unit , the second light-emitting unit and the spoke are configured to prevent the spoke , when transiting the optical path between the light source and the light output window , to simultaneously transit a first optical path between the first light-emitting unit and the light output window and a second optical path between the second light-emitting unit and the light output window . - the color wheel comprising a plurality of color segments (R, G, B) adapted to determine a color of the light emitted by the illumination system , the color wheel being configured for sequentially positioning color segments (R, G, B) from the plurality of color segments (R, G, B) in an optical path between the light source and a light output window of the illumination system by rotating the color wheel , a spoke of the color wheel being a boundary between two adjacent color segments (R, G, B), - the light source comprising a first light-emitting unit and a second light-emitting unit each adapted to emit light towards the light output window of the illumination system , - the drive-unit being configured for switching off the first light-emitting unit during a time interval (p1) when the spoke transits the first optical path,
A data storage device comprising: a storage medium ; an input configured to receive a supply voltage from a voltage source; a fuse that limits the maximum current that can be drawn by the data storage device, wherein the fuse is configured to open to prevent an overload condition if the data storage device draws an excessive amount of current; and control circuitry powered by the supply voltage , characterised in that the fuse is implemented as an electronic fuse circuit that either operates as a resettable fuse, or comprises a passive circuitry that exhibits an increased resistance prior to blowing, and in that the control circuitry is configured to: determine the overload electrical current limit of the voltage source by being configured to repeatedly: (i) adjust the load of the data storage device; (ii) determine the load voltage at the adjusted load; (iii) determine the load current at the adjusted load; (iv) process the determined load voltage and the determined load current; and after the overload electrical current limit is determined based on the processing, configure the data storage device based on the determined overload electrical current limit of the voltage source. a storage medium ; an input configured to receive a supply voltage from a voltage source; a fuse that limits the maximum current that can be drawn by the data storage device, wherein the fuse is configured to open to prevent an overload condition if the data storage device draws an excessive amount of current; and control circuitry powered by the supply voltage , characterised in that the fuse is implemented as an electronic fuse circuit that either operates as a resettable fuse, or comprises a passive circuitry that exhibits an increased resistance prior to blowing, and in that the control circuitry is configured to: determine the overload electrical current limit of the voltage source by being configured to repeatedly: (i) adjust the load of the data storage device; (ii) determine the load voltage at the adjusted load; (iii) determine the load current at the adjusted load; (iv) process the determined load voltage and the determined load current; and after the overload electrical current limit is determined based on the processing, configure the data storage device based on the determined overload electrical current limit of the voltage source. determine the overload electrical current limit of the voltage source by being configured to repeatedly: (i) adjust the load of the data storage device; (ii) determine the load voltage at the adjusted load; (iii) determine the load current at the adjusted load; (iv) process the determined load voltage and the determined load current; and (i) adjust the load of the data storage device; (ii) determine the load voltage at the adjusted load; (iii) determine the load current at the adjusted load; (iv) process the determined load voltage and the determined load current; and after the overload electrical current limit is determined based on the processing, configure the data storage device based on the determined overload electrical current limit of the voltage source.
A timber bunk comprising a horizontal beam having a bottom and both ends of the horizontal beam have a pocket where a substantially vertical post is connected, the pocket having an inner end surface and an outer end surface in the longitudinal direction of the horizontal beam , characterized in that inside the pocket , on the side of its inner end surface , a load detent is detachably attached to the bottom of the horizontal beam by bolt joints and the substantially vertical post is attached to the load detent and to the outer end surface of the pocket by bolt joints, and the outer end surface of the pocket comprises an opening extending to the level of a lower edge of the horizontal beam for installing a load tightener .
Apparatus for generating, at a target ice/liquid ratio with a corresponding target temperature, a slush comprising frozen and non-frozen liquid, the apparatus comprising a flow path being defined by a conduit loop ; wherein the flow path comprises a heat exchanger comprising a cooling conduit having a coolant inlet and a coolant outlet , the heat exchanger being configured for flow of coolant through the cooling conduit at a temperature at least 2°C below the target temperature, the apparatus being configured to vary the rate of coolant flow through the cooling conduit of the heat exchanger between a first rate and a second, lower rate, characterized in that the flow path is configured for recirculation of the frozen and non-frozen liquid therethrough.
A heat pump heating device for heating a building and/or an industrial water storage device having a heat pump , wherein the heat pump heating device at least partially comprises the heat pump , a heat source circuit , a ventilation system and a heating circuit , wherein the heat source circuit comprises at least one heat source heat exchanger for using thermal energy from a heat source, in particular an earth body or the like, comprises a pump for pumping and/or circulating a heat source fluid, in particular a brine, and at least partially comprises the heat pump , wherein the heating circuit comprises at least one heating element , in particular a surface heating element and/or radiator and/or the industrial water storage device , through which a heating fluid, in particular heating water, can flow, comprises a heating pump for pumping and/or circulating the heating fluid and at least partially comprises the heat pump , wherein the ventilation system has at least one heat exchanger unit for heat transfer between a first air flow flowing out of the building and a second air flow flowing into the building, wherein the heat source circuit has at least one first air heat exchanger , through which the heat source fluid can flow, for heat transfer between one of the air flows of the ventilation system and the heat source fluid, characterised in that the heat source circuit has at least one second air heat exchanger , through which the heat source fluid can flow, for heat transfer between one of the air flows of the ventilation system and the heat source fluid.
A logic two-to-one multiplexer , comprising: two input terminals (A, B); one output terminal (Z); a control terminal (S); and a multiple of four series-connected two-to-one unitary multiplexers , all inverting and identical, said multiple of four multiplexers comprising: a first unitary multiplexer having its inputs connected to the input terminals; a last unitary multiplexer having its output connected to the output terminal, and wherein the last and the other unitary multiplexers of said multiple have their respective inputs directly interconnected to the output of the previous multiplexer in the series association, and half of the unitary multiplexers of said multiple are controlled in reverse with respect to another half. two input terminals (A, B); one output terminal (Z); a control terminal (S); and a multiple of four series-connected two-to-one unitary multiplexers , all inverting and identical, said multiple of four multiplexers comprising: a first unitary multiplexer having its inputs connected to the input terminals; a last unitary multiplexer having its output connected to the output terminal, and wherein the last and the other unitary multiplexers of said multiple have their respective inputs directly interconnected to the output of the previous multiplexer in the series association, and half of the unitary multiplexers of said multiple are controlled in reverse with respect to another half. a first unitary multiplexer having its inputs connected to the input terminals; a last unitary multiplexer having its output connected to the output terminal, and wherein the last and the other unitary multiplexers of said multiple have their respective inputs directly interconnected to the output of the previous multiplexer in the series association, and half of the unitary multiplexers of said multiple are controlled in reverse with respect to another half.
A key update method, applied to a communications system, wherein the communications system comprises a core network device and a terminal, the terminal accessing the core network device by using both a first connection corresponding to a first access technology and a second connection corresponding to a second access technology simultaneously, and the first connection and the second connection share a first key, and the method comprises: updating , by the core network device, the first key to obtain an updated key for the first connection and obtaining a first key identifier; wherein the first key identifier identifies the updated key; if the second connection is in a connected state, retaining, by the core network device, the first key for the second connection and a second key identifier, wherein the second key identifier identifies the first key; wherein the first key is used for the second connection when the core network device communicates with the terminal through the second connection before updating the first key for the second connection. updating , by the core network device, the first key to obtain an updated key for the first connection and obtaining a first key identifier; wherein the first key identifier identifies the updated key; if the second connection is in a connected state, retaining, by the core network device, the first key for the second connection and a second key identifier, wherein the second key identifier identifies the first key; wherein the first key is used for the second connection when the core network device communicates with the terminal through the second connection before updating the first key for the second connection.