mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a user device, first user input interacting with a link referencing a resource, wherein the resource includes content that is addressed and accessible by each native application of a plurality of native applications and the content can be presented by each native application of the plurality of native applications when a native application is selected to present the content of the resource; in response to the first user input, obtaining metadata associated with the link, wherein the metadata comprises a ranked list of deeplinks, wherein each deeplink specifies one of the native applications of the plurality of native applications and causes the native application to display a display environment in which the content of the resource is presented, the ranked list of deeplinks specifies a respective ranking for each native application within the ranked list; determining, from the ranked list of deeplinks, two or more native applications specified by the deeplinks that are installed on the user device; and causing a native application, from the two or more native applications, determined to be installed on the user device and having a highest rank among the one or more native applications to display a display environment and present the content of the resource in the display environment. receiving, at a user device, first user input interacting with a link referencing a resource, wherein the resource includes content that is addressed and accessible by each native application of a plurality of native applications and the content can be presented by each native application of the plurality of native applications when a native application is selected to present the content of the resource; in response to the first user input, obtaining metadata associated with the link, wherein the metadata comprises a ranked list of deeplinks, wherein each deeplink specifies one of the native applications of the plurality of native applications and causes the native application to display a display environment in which the content of the resource is presented, the ranked list of deeplinks specifies a respective ranking for each native application within the ranked list; determining, from the ranked list of deeplinks, two or more native applications specified by the deeplinks that are installed on the user device; and causing a native application, from the two or more native applications, determined to be installed on the user device and having a highest rank among the one or more native applications to display a display environment and present the content of the resource in the display environment.
Mobile robot comprising a mobile base surmounted by a trunk, said mobile base comprising at least three wheels (16, 16') arranged at the vertices of a polygon in contact with the ground, said robot comprising at least one grippable support system and an anti-topple system configured to prevent the robot from toppling when a person leans on the grippable support system, characterized in that the grippable support system comprises at least one handrail positioned at a height greater than 600 mm with respect to the ground which extends around at least a portion of the circumference of the trunk of the robot.
Moisture-crosslinkable adhesive composition comprising: - from 25% to 50% of a composition (a) consisting: - of 5% to 37% weight/weight of a crosslinkable epoxy resin of bisphenol A type, and - of 63% to 95% weight/weight of a polymer comprising a main chain chosen from (i) a polyoxyalkylene and (ii) a polyurethane which is connected to at least one hydrolyzable terminal alkoxysilyl group, said group being bonded, in the case of a main chain (i), to a divalent alkylene radical of 1 to 4 carbon atoms which is itself bonded to the ends of the chain (i) by a divalent group A having a formula chosen from one of the following formulae: -O-CO-NH- (Ia) -NR 1 -CO-NH- (Ib) in which R 1 represents a hydrogen atom or a C 1 -C 3 alkyl radical; -S-CO-NH- (Ic); - from 0.5% to 6% of a ketimine (b) as precursor of the crosslinking agent for the epoxy resin; and - from 40% to 65% of an inert inorganic or organic filler (c); the contents of ingredients (a), (b) and (c) being expressed as weight/weight percentages with respect to the total weight of said adhesive composition. - from 25% to 50% of a composition (a) consisting: - of 5% to 37% weight/weight of a crosslinkable epoxy resin of bisphenol A type, and - of 63% to 95% weight/weight of a polymer comprising a main chain chosen from (i) a polyoxyalkylene and (ii) a polyurethane which is connected to at least one hydrolyzable terminal alkoxysilyl group, said group being bonded, in the case of a main chain (i), to a divalent alkylene radical of 1 to 4 carbon atoms which is itself bonded to the ends of the chain (i) by a divalent group A having a formula chosen from one of the following formulae: -O-CO-NH- (Ia) -NR 1 -CO-NH- (Ib) in which R 1 represents a hydrogen atom or a C 1 -C 3 alkyl radical; -S-CO-NH- (Ic); - of 5% to 37% weight/weight of a crosslinkable epoxy resin of bisphenol A type, and - of 63% to 95% weight/weight of a polymer comprising a main chain chosen from (i) a polyoxyalkylene and (ii) a polyurethane which is connected to at least one hydrolyzable terminal alkoxysilyl group, said group being bonded, in the case of a main chain (i), to a divalent alkylene radical of 1 to 4 carbon atoms which is itself bonded to the ends of the chain (i) by a divalent group A having a formula chosen from one of the following formulae: -O-CO-NH- (Ia) -NR 1 -CO-NH- (Ib) in which R 1 represents a hydrogen atom or a C 1 -C 3 alkyl radical; -S-CO-NH- (Ic); - from 0.5% to 6% of a ketimine (b) as precursor of the crosslinking agent for the epoxy resin; and - from 40% to 65% of an inert inorganic or organic filler (c);
A method of abandoning a zone in a reservoir, the method comprising the step of introducing to the reservoir, via a well, a mixture comprising a scale inhibitor, a first scale precursor and a second scale precursor, wherein the first and second scale precursors react together to form scale; wherein the first scale precursor comprises ammonium sulphate, the second scale precursor is a soluble inorganic salt of a Group 2 metal and the scale inhibitor is a phosphonate scale inhibitor; the method further comprising the steps of: (i) stopping the introduction into the reservoir of the mixture and shutting in the well for 2 - 24 hours; and (ii) introducing into the reservoir, via a well, a further mixture comprising a scale inhibitor, a first scale precursor and a second scale precursor, wherein the first and second scale precursors of the further mixture react together to form scale; wherein the scale inhibitor, the first scale precursor and the second scale precursor of the mixture are the same as the scale inhibitor, the first scale precursor and the second scale precursor of the further mixture, respectively. (i) stopping the introduction into the reservoir of the mixture and shutting in the well for 2 - 24 hours; and (ii) introducing into the reservoir, via a well, a further mixture comprising a scale inhibitor, a first scale precursor and a second scale precursor, wherein the first and second scale precursors of the further mixture react together to form scale;
A method for composing a service in wireless network, the method comprising: receiving, by a service composition function, SCF, a request from a first device, wherein the request is used to prescribe synthesized functionalities provided by one or more second devices to form a first logical device; generating, by the SCF, configuration information based on the request from a first device, wherein the configuration information specifies a set of actions and/or parameters for forming the first logical device, wherein the configuration information is decomposed into detailed configurations for each of the one or more second devices with logical relationships, interface parameters, and collaboration policies; and providing, by the SCF, the configuration information to each of the one or more second devices to form the first logical device. receiving, by a service composition function, SCF, a request from a first device, wherein the request is used to prescribe synthesized functionalities provided by one or more second devices to form a first logical device; generating, by the SCF, configuration information based on the request from a first device, wherein the configuration information specifies a set of actions and/or parameters for forming the first logical device, wherein the configuration information is decomposed into detailed configurations for each of the one or more second devices with logical relationships, interface parameters, and collaboration policies; and providing, by the SCF, the configuration information to each of the one or more second devices to form the first logical device.
Energy storage apparatus comprising: a porous conductor substrate defining a network of interconnected voids connected to an outer surface of the porous conductor substrate and defining inner surfaces of the porous conductor substrate; an insulator layer in contact with the inner surfaces of the porous conductor substrate; and a conductor layer in contact with outer surfaces of the insulator layer; wherein the insulator layer comprises a first electrical storage layer operative to store energy in a polarised configuration when a voltage is applied across the porous conductor substrate and conductor layer; the insulator layer further comprises a second electrical storage layer; characterised in that the second electrical storage layer is configured to change between an electrically insulative configuration and an electrically conductive configuration, with transition from the electrically insulative configuration to the electrically conductive configuration occurring in response to application of a voltage exceeding a threshold voltage across the porous conductor substrate and the conductor layer.
A method for operating a control valve using an HVAC actuator, the control valve comprising a valve member for regulating a fluid flow through the control valve, the method comprising a circuit of the HVAC actuator executing the steps of: monitoring a rotation angle (φ) associated with a drive torque (M drive) applied by the HVAC actuator for moving the valve member; detecting a blocking of the control valve, if the applied drive torque (M drive) effects a change of the rotation angle (Δφ) which is smaller than a threshold angle (φ th); characterised by upon detection of the blocking, controlling the HVAC actuator to repeatedly change the applied drive torque (M drive) between a first torque value and a second torque value smaller than the first torque value; and controlling the HVAC actuator to periodically modulate the first torque value between a third torque value and a fourth torque value smaller than the third torque value. monitoring a rotation angle (φ) associated with a drive torque (M drive) applied by the HVAC actuator for moving the valve member; detecting a blocking of the control valve, if the applied drive torque (M drive) effects a change of the rotation angle (Δφ) which is smaller than a threshold angle (φ th); characterised by upon detection of the blocking, controlling the HVAC actuator to repeatedly change the applied drive torque (M drive) between a first torque value and a second torque value smaller than the first torque value; and controlling the HVAC actuator to periodically modulate the first torque value between a third torque value and a fourth torque value smaller than the third torque value.
A method performed by an access point, AP, in a wireless LAN, comprising: generating, by the access point, AP, a PHY layer protocol data unit, PPDU (1700 to 1770), that is to be transmitted to a plurality of stations, STAs; and transmitting, by the AP, the PPDU (1700 to 1770) to the plurality of STAs through at least one 242 tone resource unit, RU, that is allocated within an available frequency bandwidth, wherein the PPDU (1700 to 1770) includes resource allocation information, wherein the resource allocation information includes first information on a number of STAs being allocated to each of the at least one 242 tone RU, wherein multiple user multiple input multiple output, MU MIMO, is performed for the at least one 242 tone RU, and wherein the resource allocation information further includes second information on a number of STAs performing the MU MIMO. generating, by the access point, AP, a PHY layer protocol data unit, PPDU (1700 to 1770), that is to be transmitted to a plurality of stations, STAs; and transmitting, by the AP, the PPDU (1700 to 1770) to the plurality of STAs through at least one 242 tone resource unit, RU, that is allocated within an available frequency bandwidth, wherein the PPDU (1700 to 1770) includes resource allocation information, wherein the resource allocation information includes first information on a number of STAs being allocated to each of the at least one 242 tone RU, wherein multiple user multiple input multiple output, MU MIMO, is performed for the at least one 242 tone RU, and wherein the resource allocation information further includes second information on a number of STAs performing the MU MIMO.
A hydroxyalkylated water-soluble polymer in bead or powder form, characterized in that it has a Brookfield viscosity greater than 100 cps (0.1 Pa.s), measured at 25°C with a conventional Brookfield type viscosimeter, at a speed of 30 tours per minute, and in that it is obtained by inverse suspension or inverse emulsion polymerization, in the presence of a transfer agent, of monomers comprising a CH 2 =C- function whereof less than 20 mol% is made up of at least one hydroxyalkylated monomer of formula H 2 C=CR 1 R 2, the 100 mol% addition being made up of non-ionic and/or anionic and/or cationic monomers different from said hydroxyalkylated monomer, R 1 being a hydrogen atom or a methyl group and R 2 being a hydrocarbon group containing at least one OH pendant group or at least one epoxide group and optionally at least one N or O heteroatom in the hydrocarbon chain; R 2 being different from the C(=O)-OH group.
A dielectric fluid, consisting of: a saturated dimer acid diester, wherein the dimer acid is prepared by dimerizing unsaturated fatty acids; and one or more additives selected from the group consisting of antioxidants, oxidation inhibitors, corrosion inhibitors, metal deactivators, pour point depressants, and combinations of two or more thereof. a saturated dimer acid diester, wherein the dimer acid is prepared by dimerizing unsaturated fatty acids; and one or more additives selected from the group consisting of antioxidants, oxidation inhibitors, corrosion inhibitors, metal deactivators, pour point depressants, and combinations of two or more thereof.
Apparatus for processing sound for a hearing assistance device placed at a wearer's ear, the apparatus comprising: a receiver adapted to receive signals from a sound environment; a processor (610L, 610R) connected to the receiver, the processor adapted to process individual sound source components of the received signals, the processor further adapted to apply a head-related transfer function to the individual sound source components; a compressor connected to the processor, the compressor adapted to independently compress each of the individual sound source components prior to the application of the head-related transfer function; a mixer (611 L, 611 R) connected to the compressor, the mixer adapted to mix the compressed sound source components to produce a mixed output signal; and a speaker connected to the mixer, the speaker integrated with the hearing assistance device and adapted to output the mixed output signal at the wearer's ear. a receiver adapted to receive signals from a sound environment; a processor (610L, 610R) connected to the receiver, the processor adapted to process individual sound source components of the received signals, the processor further adapted to apply a head-related transfer function to the individual sound source components; a compressor connected to the processor, the compressor adapted to independently compress each of the individual sound source components prior to the application of the head-related transfer function; a mixer (611 L, 611 R) connected to the compressor, the mixer adapted to mix the compressed sound source components to produce a mixed output signal; and a speaker connected to the mixer, the speaker integrated with the hearing assistance device and adapted to output the mixed output signal at the wearer's ear.
An oral pharmaceutical composition in tablet form comprising or consisting of: a. fosfomycin trometamol; b. anhydrous calcium hydrogen phosphate; c. anhydrous microcrystalline cellulose; d. optionally, a lubricant; and e. optionally, other pharmaceutically acceptable excipients. a. fosfomycin trometamol; b. anhydrous calcium hydrogen phosphate; c. anhydrous microcrystalline cellulose; d. optionally, a lubricant; and e. optionally, other pharmaceutically acceptable excipients.
Method for measuring a lubricating gap between lubricated contact elements, comprising the method steps of - providing the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) with a lubricating gap arranged between them, - coupling a respective diagnostic signal (21; 21d) into the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), wherein the diagnostic signal (21; 21d) is an electrical excitation signal, - coupling at least one reflection signal (24; 24d) out of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), - evaluating the diagnostic signal (21; 21d) and the reflection signal (24; 24d) by way of an evaluation unit, wherein a change in impedance at the boundary surfaces of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) is calculated on the basis of delay times, changes in amplitude and changes in sign of the amplitudes of the signals (21; 21d; 24; 24d), and - determining the lubricated state from the evaluated signals (21; 21d; 24; 24d). - providing the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) with a lubricating gap arranged between them, - coupling a respective diagnostic signal (21; 21d) into the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), wherein the diagnostic signal (21; 21d) is an electrical excitation signal, - coupling at least one reflection signal (24; 24d) out of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), - evaluating the diagnostic signal (21; 21d) and the reflection signal (24; 24d) by way of an evaluation unit, wherein a change in impedance at the boundary surfaces of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) is calculated on the basis of delay times, changes in amplitude and changes in sign of the amplitudes of the signals (21; 21d; 24; 24d), and - determining the lubricated state from the evaluated signals (21; 21d; 24; 24d).
Use of particles of a transition metal as a catalyst for depolymerisation of condensation polymers in alcohol, wherein the transition metal particles have a BET surface area of less than 3 m 2 /g, preferably of less than 1 m 2 /g.
A beverage preparation device comprising a preparation unit for preparing a beverage, the preparation unit being arranged for controllably blending a plurality of ingredients incorporable in the beverage, and a control unit for enabling a user to control the preparation unit, the control unit comprising: - a graphical user interface for enabling a user to specify a formulation for the beverage to be prepared in accordance with at least a first and a second parameter (p1,p2), and to provide visually observable reactions to designations provided by the user, wherein the graphical user interface has an operational mode enabling the user to indicate a position (x,y) in an at least two-dimensional selection space, - a processing unit for driving the preparation unit in accordance with the formulation specified by the user, characterized in that a respective value of said at least a first and a second parameter is set in accordance with respective components of the indicated position in respective directions in said selection space, the respective value of said at least a first and second parameter being dependent on the components of said position in said respective directions in a monotonic manner. - a graphical user interface for enabling a user to specify a formulation for the beverage to be prepared in accordance with at least a first and a second parameter (p1,p2), and to provide visually observable reactions to designations provided by the user, wherein the graphical user interface has an operational mode enabling the user to indicate a position (x,y) in an at least two-dimensional selection space, - a processing unit for driving the preparation unit in accordance with the formulation specified by the user,
A plate heat exchanger comprising a number of heat exchanger plates (130, 130', 130", 130"') made from sheet metal, stacked in a stack and being provided with a pressed pattern of ridges and grooves, said pattern of neighboring plates cooperating to form interplate flow channels for media to exchange heat, characterized in that at least two of the three outer heat exchanger plates (130', 130", 130"') of each end of the stack are made from a thicker sheet metal than the other heat exchanger plates, wherein the outermost heat exchanger plate is manufactured from said thicker sheet metal.
Structured surface contacting printing material, the surface including a substrate and at least one film, the film comprising at least two layers (7a, 7b), the surface embodied as a flexible cylinder cover, characterized in - that both layers (7a, 7b) contain particles, - that the particles of both layers have an average size of less than 2 micrometres, and - that the substrate has a structure with an R Z value of between 20 micrometres and 40 micrometres. - that both layers (7a, 7b) contain particles, - that the particles of both layers have an average size of less than 2 micrometres, and - that the substrate has a structure with an R Z value of between 20 micrometres and 40 micrometres.
A roadway system for a vehicle, comprising: a platform having at least one movable endless belt configured to support a vehicle; a sensor assembly configured to provide an output signal indicative of position, displacement, velocity and/or acceleration of the vehicle on the belt with respect to at least one reference axis; and an autopilot system (28, 40) configured to operate a component of the vehicle to control the vehicle on the belt with respect to the reference axis based on the output signal. a platform having at least one movable endless belt configured to support a vehicle; a sensor assembly configured to provide an output signal indicative of position, displacement, velocity and/or acceleration of the vehicle on the belt with respect to at least one reference axis; and an autopilot system (28, 40) configured to operate a component of the vehicle to control the vehicle on the belt with respect to the reference axis based on the output signal.