mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication method of reporting channel state information, CSI, comprising steps of: reporting one or more long term CSI components to an eNode B , wherein at least one long term CSI component is reported with multiple values; and reporting a transmission scheme assumption indicator, TSAI, always together with a set of short term CSI components to the eNode B , wherein the TSAI indicates • whether the one or more long term CSI components and the short term CSI components were calculated by assuming a macro cell is muted or calculated by assuming the macro cell is not muted, • a value of the multiple values of the at least one long term CSI component to be currently used, and • the set of short term CSI components being conditioned on the value indicated by the TSAI, wherein the short term CSI components is reported more frequently than the one or more long term CSI components. reporting one or more long term CSI components to an eNode B , wherein at least one long term CSI component is reported with multiple values; and reporting a transmission scheme assumption indicator, TSAI, always together with a set of short term CSI components to the eNode B , wherein the TSAI indicates • whether the one or more long term CSI components and the short term CSI components were calculated by assuming a macro cell is muted or calculated by assuming the macro cell is not muted, • a value of the multiple values of the at least one long term CSI component to be currently used, and • the set of short term CSI components being conditioned on the value indicated by the TSAI, • whether the one or more long term CSI components and the short term CSI components were calculated by assuming a macro cell is muted or calculated by assuming the macro cell is not muted, • a value of the multiple values of the at least one long term CSI component to be currently used, and • the set of short term CSI components being conditioned on the value indicated by the TSAI, wherein the short term CSI components is reported more frequently than the one or more long term CSI components.
A high-performance glass fiber composition, comprising the following components expressed as percentage by weight: SiO 2 53-64% Al 2 O 3 >19% and <25% RE 2 O 3 =Y 2 O 3 +La 2 O 3 +Gd 2 O 3 0.05-7% R 2 O=Li 2 O+Na 2 O+K 2 O lower than 0.97% Li 2 O 0.05-0.85% CaO+MgO+SrO 10-24% CaO 1.5-12% TiO 2 <2% Fe 2 O 3 <1.5% wherein the range of the weight percentage ratio C1= RE 2 O 3 /R 2 O is greater than 0.5.
A method comprising: receiving, by a wireless device , a first message comprising a request for a user plane transmission of an indication of a position of the wireless device ; sending, to a base station , a second message comprising a request for a positioning measurement associated with the wireless device ; receiving, from the base station , an indication of the positioning measurement; and sending, via a user plane, information indicating a position of the wireless device , wherein the information indicating the position of the wireless device is based on the positioning measurement. receiving, by a wireless device , a first message comprising a request for a user plane transmission of an indication of a position of the wireless device ; sending, to a base station , a second message comprising a request for a positioning measurement associated with the wireless device ; receiving, from the base station , an indication of the positioning measurement; and sending, via a user plane, information indicating a position of the wireless device , wherein the information indicating the position of the wireless device is based on the positioning measurement.
A water-soluble film comprising a quinoliziumolate wherein the quinoliziumolate is selected from the quinoliziumolates and mixtures thereof wherein the level of quinoliziumolate is from 0.05 ppm to 1.0 ppm as determined after storage of the water-soluble film for one month at 25°C and 60% relative humidity.
A crane assembly for erecting a tower including a plurality of tower sections, the crane assembly comprises: an upper telescopic mast ; a lower telescopic mast connected to the upper telescopic mast ; and a crane mounted on top of the upper telescopic mast and comprising lifting equipment; wherein the upper telescopic mast is configured to increase its length from a retracted state in an upwards direction , and comprises a first clamp assembly for selectively gripping portions of the tower, and the lower telescopic mast is configured to increase its length from a retracted state in a downwards direction and comprises a second clamp assembly for selectively gripping portions of the tower, and wherein the upper telescopic mast comprises a first base , and the lower telescopic mast comprises a second base , and wherein the first base is mounted on top of the second base . an upper telescopic mast ; a lower telescopic mast connected to the upper telescopic mast ; and a crane mounted on top of the upper telescopic mast and comprising lifting equipment; wherein the upper telescopic mast is configured to increase its length from a retracted state in an upwards direction , and comprises a first clamp assembly for selectively gripping portions of the tower, and the lower telescopic mast is configured to increase its length from a retracted state in a downwards direction and comprises a second clamp assembly for selectively gripping portions of the tower, and wherein the upper telescopic mast comprises a first base , and the lower telescopic mast comprises a second base , and wherein the first base is mounted on top of the second base .
A functionalized polymer which comprises at least one covalently bonded Diels-Alder adduct, the Diels-Alder adduct containing a furan component and a cyclic imide component, and the furan component or the cyclic imide component comprising a functional organyl radical whose molar mass is less than 800 g/mol, wherein the functional organyl radical comprises a quaternary ammonium, a carboxylic acid or carboxylate, a sulfonamide, a hydroxyl or an amine group, or is a C 2-22 alkyl radical; the Diels-Alder adduct is bonded covalently via the furan component to the polymer, and the cyclic imide component comprises the functional organyl radical; or the Diels-Alder adduct is bonded covalently via the cyclic imide component to the polymer, and the furan component comprises the functional organyl radical. the functional organyl radical comprises a quaternary ammonium, a carboxylic acid or carboxylate, a sulfonamide, a hydroxyl or an amine group, or is a C 2-22 alkyl radical; the Diels-Alder adduct is bonded covalently via the furan component to the polymer, and the cyclic imide component comprises the functional organyl radical; or the Diels-Alder adduct is bonded covalently via the cyclic imide component to the polymer, and the furan component comprises the functional organyl radical.
An electronic communication device for radio communication, wherein the electronic communication device comprises a control module and a connector interface , wherein the connector interface is configured to be connected to at least one external electronic device associated with an identification chip with configuration information and/or identification information, wherein the connector interface comprises an information signal line being configured to receive the configuration information and/or identification information, wherein the connector interface is configured to forward the configuration information and/or identification information received to the control module , wherein the control module is configured to evaluate the configuration information and/or the identification information received, and wherein the control module is configured to set communication parameters of the electronic communication device automatically based on the configuration information and/or the identification information evaluated, characterized in that the electronic communication device is established as a handheld radio, wherein the control module receives the identification information and/or the configuration information from the identification chip via the information signal line . wherein the connector interface is configured to be connected to at least one external electronic device associated with an identification chip with configuration information and/or identification information, wherein the connector interface comprises an information signal line being configured to receive the configuration information and/or identification information, wherein the connector interface is configured to forward the configuration information and/or identification information received to the control module , wherein the control module is configured to evaluate the configuration information and/or the identification information received, and wherein the control module is configured to set communication parameters of the electronic communication device automatically based on the configuration information and/or the identification information evaluated, characterized in that the electronic communication device is established as a handheld radio, wherein the control module receives the identification information and/or the configuration information from the identification chip via the information signal line .
Pressure fitting for material flows, comprising a base body with a separate pressure-reducing unit arranged inside the base body , wherein the pressure-reducing unit and/or the base body and/or consist of: C 22, St. 52, heat-resistant ferritic materials, 16Mo3, 13CrMo44, 10CrMo910, 14MoV63, P91, P92, C22.8, austenitic materials, in particular 1.4571, 1.4580, 1.4404, 1.4301, 1.4550, 1.4581, 1.4401, 1.4521, 1.4552, 1.4541, 1.4520PE, PE-X, PP, PVC, copper materials, copper metal alloys, bronzes, aluminum multicomponent bronze, AB45, ESM, CW024A, CW509L, CW610N, CW613N, CW614N, CW617N, CW702R, CW706R, CW717R, CW715R, CW352H, CW354H, CW307G, CW353H, P195TR1, P195TR2, P235TR1, P235TR2, P195GH, P235GH, P265GH, 8MoB5-4, 16Mo3, X11CrMo9-1+I, 13CrMo4-5, X20CrMoV11-1, P355NH, P195GH, P285GH, 16Mo3, P355NH, materials in accordance with EN 12952/12953, P215NL, P265NL, P355N, P480NL1, P620Q, P890QH, 8460NH, L290NB, L450QB, L245NB, L555MB, L360MB, L280MB, materials in accordance with EN 10208-2, materials in accordance with AD2000 - HP110R, AD2000 - HP120R, AD2000 -W2, AD2000 - W/6, AD2000 - W6/1, AD2000 - W6/2, glass, ceramics, plastic, polyethylene, polyamide, polyvinyl chloride, polytetrafluoroethylene, polyoxymethylene; a.) the pressure-reducing unit is designed in a sleeve-like manner, which, when assembled, is inserted into the interior of the base body and interacts with an inner contact surface of the base body in a force- and/or form-fitting manner, and/or b.) the base body , when assembled, is inserted into the interior of the wall body and interacts with the wall body in a force-fitting and/or form-fitting manner, characterized in that a pre-compressed sealing element is arranged inside the base body between the pressure-reducing unit and a further sealing part following the pressure-reducing unit . a.) the pressure-reducing unit is designed in a sleeve-like manner, which, when assembled, is inserted into the interior of the base body and interacts with an inner contact surface of the base body in a force- and/or form-fitting manner, and/or b.) the base body , when assembled, is inserted into the interior of the wall body and interacts with the wall body in a force-fitting and/or form-fitting manner, characterized in that a pre-compressed sealing element is arranged inside the base body between the pressure-reducing unit and a further sealing part following the pressure-reducing unit .
A rotary vane pump , which receives a fluid through an inlet port and provides the pressurized fluid to an outlet port , comprising: a housing including first and second plates respectively secured to first and second opposing sides of an intermediate plate ; wherein the intermediate plate includes a bore and the inlet and outlet ports , the first and second sides respectively having first and second passages that are respectively in fluid communication with the inlet and outlet ports , and the first and second passages are in fluid communication with the bore , wherein the intermediate plate is reversible with respect to the first and second plates , such that either of the first and second sides may mate with either of the first and second plates ; and a rotor arranged in the bore , the rotor supporting slidable vanes configured to pump the fluid between the inlet and outlet ports ; wherein the intermediate plate is symmetrical about an axis (A) such that first and second surfaces respectively provided by the first and second sides and their corresponding first and second passages are the same if rotated 180° about the axis (A). a housing including first and second plates respectively secured to first and second opposing sides of an intermediate plate ; wherein the intermediate plate includes a bore and the inlet and outlet ports , the first and second sides respectively having first and second passages that are respectively in fluid communication with the inlet and outlet ports , and the first and second passages are in fluid communication with the bore , wherein the intermediate plate is reversible with respect to the first and second plates , such that either of the first and second sides may mate with either of the first and second plates ; and a rotor arranged in the bore , the rotor supporting slidable vanes configured to pump the fluid between the inlet and outlet ports ; wherein the intermediate plate is symmetrical about an axis (A) such that first and second surfaces respectively provided by the first and second sides and their corresponding first and second passages are the same if rotated 180° about the axis (A).
Vehicle door having a vehicle door handle, wherein the vehicle door handle has a grip and a handle holder , wherein the grip is mounted in the handle holder , wherein the grip is formed as an elongated body and is mounted in the handle holder with a first bearing section arranged on a first end of the grip and a second bearing section arranged on a second end of the grip , wherein the grip with the handle holder is positioned on a vehicle door and together with a sheet metal section of the vehicle door forms a grab space , which is intended for a user to grip behind the grip between the grip and the sheet metal section , wherein an antenna is arranged in an inner cavity of the grip and the antenna is coupled to a control circuit for controlling a transmit and receive operation with the antenna , wherein the antenna is formed as a UWB antenna for a UWB signal transmission in a UWB frequency range, characterized in that the antenna is oriented towards the sheet metal section of the vehicle door , wherein the position and orientation of the antenna as well as the deformation of at least one reflector region of the sheet metal section are coordinated in such a manner that the reflector region acts in a targeted manner as the reflector for UWB signals, that are emitted from the antenna to the reflector region or that reach the reflector region approaching from a UWB source located in front of the reflector region .
A FGF2 protein, or a functional variant thereof, suitable for enhancing virus replication in cancer cells that express a receptor to FGF2 protein for use in the treatment of cancer in an animal, wherein the FGF2 protein or a functional variant thereof is formulated for administration to the cancer cells using an oncolytic virus having a genome comprising an open reading frame that encodes the FGF2 protein or functional variant thereof.
Cutting tool for cutting a board , in particular a gypsum board, comprising an upper ruler and an upper blade movable in translation along said upper ruler and configured, when it is placed flat on a board , to make a notch in the upper face of said board along said upper ruler , further comprising a lower ruler , intended for, when said upper ruler is arranged flat on a board to be positioned under said board in line with the upper ruler , and a lower blade movable in translation along said lower ruler and configured to make a notch above said lower ruler , and a motion transmission device connecting the lower blade to the upper blade , so that a translation of the upper blade along the upper ruler causes a translation of the lower blade along the lower ruler , said motion transmission device comprising a cable connecting the lower blade to the upper blade , and members for deflecting said cable , characterized in that said lower and upper blades are fixed with respect to said cable .
A deflector unit for use with a printing blade in printing a print medium through a printing screen (PS), the deflector unit comprising: a body which is disposable adjacent a respective one of the ends of a printing blade ; a deflector which is movably disposed to the body for a range of travel along a first axis (X) and acts in use to contain print medium within a lateral extent of the printing blade ; and a biasing element which acts to bias the deflector from the body along the first axis (X); characterised in that the biasing element is wholly enclosed within the body throughout the range of travel of the deflector ; and wherein the deflector includes a guide member having a cross-sectional shape and dimension, and the body includes a guide recess in which the guide member is slidingly disposed, such that the deflector is constrained to move along the first axis (X) in relation to the body , the guide channel having a cross-sectional shape and dimension which conforms to that of the guide member to prevent contamination of the biasing element by the print medium in use. a body which is disposable adjacent a respective one of the ends of a printing blade ; a deflector which is movably disposed to the body for a range of travel along a first axis (X) and acts in use to contain print medium within a lateral extent of the printing blade ; and a biasing element which acts to bias the deflector from the body along the first axis (X); characterised in that the biasing element is wholly enclosed within the body throughout the range of travel of the deflector ; and wherein the deflector includes a guide member having a cross-sectional shape and dimension, and the body includes a guide recess in which the guide member is slidingly disposed, such that the deflector is constrained to move along the first axis (X) in relation to the body , the guide channel having a cross-sectional shape and dimension which conforms to that of the guide member to prevent contamination of the biasing element by the print medium in use.
Method for operating a drive device for a motor vehicle, which has an internal combustion engine , an electric machine and a gear-change transmission , a drive shaft of the internal combustion engine being able to be coupled to a machine shaft of the electric machine by means of a shifting clutch , and the machine shaft being able to be coupled to a transmission input shaft of the gear-change transmission , wherein an output shaft of the drive device is coupled or can be coupled to a transmission output shaft of the gear-change transmission , and wherein the shifting clutch is open in a first shift state for decoupling the internal combustion engine and the electric machine and is closed in a second shift state for coupling the internal combustion engine and the electric machine , wherein, when switching from the first switching state to the second switching state in a first operating mode, the closing of the shifting clutch is delayed if the difference between a speed gradient of the drive shaft and a speed gradient of the machine shaft exceeds a speed gradient threshold value and/or the speed gradients have different signs, characterised in that, when switching from the first switching state to the second switching state in a second operating mode, the closing of the shifting clutch is carried out immediately, wherein a changeover from the first operating mode to the second operating mode is made when a preset torque set on the drive device exceeds a torque threshold value and/or a speed difference between the speed of the drive shaft and the speed of the machine shaft is smaller than a speed difference threshold value and/or a converter slip of a torque converter of the gear-change transmission is unknown and/or a speed signal is invalid and in that a gear change from an initial gear to a target gear by means of the gear-change transmission is performed in the first operating mode during the changeover from the first shift state to the second shift state and in the second operating mode after the closing of the shifting clutch .
A method of applying a multilayer coating to a substrate comprising: (a) applying a color-imparting, pigment-containing basecoat composition to a substrate to form a curable color-imparting basecoat layer, and (b) applying a curable unpigmented coating composition to the basecoat layer to form a transparent coating layer over the basecoat layer, wherein the basecoat layer is formed by depositing a polyhydrazide-containing curable aqueous composition comprising: (i) a continuous phase comprising water, and (ii) a dispersed phase comprising: (A) polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated monomer compounds comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and (B) a hydrophobic polyester prepared from polymerizing the following mixture of monomers: (I) a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and (II) a polyol component comprising a diol and a diol with carboxylic acid groups. (a) applying a color-imparting, pigment-containing basecoat composition to a substrate to form a curable color-imparting basecoat layer, and (b) applying a curable unpigmented coating composition to the basecoat layer to form a transparent coating layer over the basecoat layer, (i) a continuous phase comprising water, and (ii) a dispersed phase comprising: (A) polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated monomer compounds comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and (B) a hydrophobic polyester prepared from polymerizing the following mixture of monomers: (I) a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and (II) a polyol component comprising a diol and a diol with carboxylic acid groups. (A) polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated monomer compounds comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and (B) a hydrophobic polyester prepared from polymerizing the following mixture of monomers: (I) a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and (II) a polyol component comprising a diol and a diol with carboxylic acid groups. (I) a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and (II) a polyol component comprising a diol and a diol with carboxylic acid groups.