mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a node structure with at least two profile members , in particular made of fibre plastic composite material, which should be connected securely with one another at one of their profile ends in a connection node , comprising the steps - providing the prefabricated profile members which are designed at their profile ends , which to be connected, with corresponding abutting surfaces ; - a positioning the profile ends in a pressing tool generating the connection node such that between the abutting surfaces there exists a homogeneous spacing gap (S), wherein the spacing gap (S) has a gap measurement (B) of 0.25 mm to 3 mm; - carrying out a pressing procedure with the addition of short-fibre plastic mass (K) for generating a connection node connecting in form-fitting manner the profile ends , wherein prior to the closing of the pressing tool the short-fibre plastic mass (K) is introduced into its tool cavity and during the pressing procedure also penetrates into the spacing gap (S). - providing the prefabricated profile members which are designed at their profile ends , which to be connected, with corresponding abutting surfaces ; - a positioning the profile ends in a pressing tool generating the connection node such that between the abutting surfaces there exists a homogeneous spacing gap (S), wherein the spacing gap (S) has a gap measurement (B) of 0.25 mm to 3 mm; - carrying out a pressing procedure with the addition of short-fibre plastic mass (K) for generating a connection node connecting in form-fitting manner the profile ends , wherein prior to the closing of the pressing tool the short-fibre plastic mass (K) is introduced into its tool cavity and during the pressing procedure also penetrates into the spacing gap (S).
A method for wireless communication by a user equipment, UE, comprising: receiving a plurality of downlink control information, DCI, signals, wherein each DCI signal is associated with a Demodulation Reference Signal, DMRS, Port Group, DMRS-PG, of a plurality of DMRS-PGs, and each DCI signal within the plurality of DCI signals contains a DMRS-PG Identifier, DMRS-PGID, identifying the associated DMRS-PG; performing one or more measurements associated with each DCI signal; the method characterised by further comprising: generating a multi-port-group uplink control information, UCI, signal based on the one or more measurements associated with each DCI signal, wherein the multi-port-group UCI signal contains an indication of whether each DCI is successfully received. receiving a plurality of downlink control information, DCI, signals, wherein each DCI signal is associated with a Demodulation Reference Signal, DMRS, Port Group, DMRS-PG, of a plurality of DMRS-PGs, and each DCI signal within the plurality of DCI signals contains a DMRS-PG Identifier, DMRS-PGID, identifying the associated DMRS-PG; performing one or more measurements associated with each DCI signal;
Composition for preparing an injection fluid in oil and gas recovery comprising: - an inverse emulsion of a water-soluble polymer A comprising acrylamide monomer units, and - solid particles of a water-soluble polymer B, wherein polymer B is in solid state and dispersed in the composition while polymer A is in the hydrophilic droplets of the water-in-oil emulsion, wherein water-soluble polymer B is obtained by a gel polymerization step of at least acrylamide and at least 1 to 15 mol% of acrylamido tertiary butyl sulfonic acid (ATBS), and/or salts thereof, and a subsequent post treatment step of the resulting polymer, wherein said post treatment step is carried out with a Brønsted base as hydrolysis agent. - an inverse emulsion of a water-soluble polymer A comprising acrylamide monomer units, and - solid particles of a water-soluble polymer B, wherein polymer B is in solid state and dispersed in the composition while polymer A is in the hydrophilic droplets of the water-in-oil emulsion, wherein water-soluble polymer B is obtained by a gel polymerization step of at least acrylamide and at least 1 to 15 mol% of acrylamido tertiary butyl sulfonic acid (ATBS), and/or salts thereof, and a subsequent post treatment step of the resulting polymer, wherein said post treatment step is carried out with a Brønsted base as hydrolysis agent.
A terminal device for connecting a heating apparatus, in particular a tubular heating apparatus for household appliances, with an electricity supply wherein the heating apparatus includes at least one electric resistance heating coil, comprising: - a conical mounting and reception section (20, 30; 120, 130) made of a material of good heat transfer and high electrical connectivity arranged for being electrically connected with the electric resistance heating coil by inserting the mounting and reception section inside the electric resistance heating coil, - a connector section arranged for being electrically connected on its one end side with an electrical power supply and on its other end side with the mounting and reception section (20, 30; 120, 130), and - a thermal fuse unit for detecting an excess temperature of the heating apparatus, which is in heat transfer contact with at least the mounting and reception section (20, 30; 120, 130) and which is connected in the electric supply circuit for supplying the electric resistance heating element of the heating apparatus with electricity, characterized in that the mounting and reception section (20, 30; 120, 130) comprises a cavity for receiving at least the thermal fuse unit , wherein the thermal fuse unit comprises at least one thermo-sensitive pellet element which is provided for melting and cutting-off the electricity supply of the electric resistance heating element of the heating apparatus when the temperature of the mounting and reception section (20, 30; 120, 130) exceeds a predetermined temperature, wherein the cavity comprises an end panel and the thermo-sensitive pellet element is in direct contact with end panel of cavity of reception section . - a conical mounting and reception section (20, 30; 120, 130) made of a material of good heat transfer and high electrical connectivity arranged for being electrically connected with the electric resistance heating coil by inserting the mounting and reception section inside the electric resistance heating coil, - a connector section arranged for being electrically connected on its one end side with an electrical power supply and on its other end side with the mounting and reception section (20, 30; 120, 130), and - a thermal fuse unit for detecting an excess temperature of the heating apparatus, which is in heat transfer contact with at least the mounting and reception section (20, 30; 120, 130) and which is connected in the electric supply circuit for supplying the electric resistance heating element of the heating apparatus with electricity,
A system, comprising: a movable platform assembly , comprising: a rectangular platform ; a flexible film wiper attached to the rectangular platform and disposed on linear segments of a perimeter of the platform, the flexible film wiper extending beyond the perimeter; a deformable member disposed upon the flexible film wiper and extending beyond the perimeter of the platform, the deformable member to apply sealing pressure to the flexible film wiper; and clamping members disposed upon the deformable member to apply a compressive force to the deformable member and the flexible film wiper; and a fixed rectangular enclosure of a powder-based 3-D printer to accommodate the moving platform assembly, the flexible film wiper to provide a sliding seal against corresponding walls of the rectangular enclosure, wherein the flexible film wiper and the deformable member provide a two-part seal between the platform and the enclosure. a movable platform assembly , comprising: a rectangular platform ; a flexible film wiper attached to the rectangular platform and disposed on linear segments of a perimeter of the platform, the flexible film wiper extending beyond the perimeter; a deformable member disposed upon the flexible film wiper and extending beyond the perimeter of the platform, the deformable member to apply sealing pressure to the flexible film wiper; and clamping members disposed upon the deformable member to apply a compressive force to the deformable member and the flexible film wiper; and a rectangular platform ; a flexible film wiper attached to the rectangular platform and disposed on linear segments of a perimeter of the platform, the flexible film wiper extending beyond the perimeter; a deformable member disposed upon the flexible film wiper and extending beyond the perimeter of the platform, the deformable member to apply sealing pressure to the flexible film wiper; and clamping members disposed upon the deformable member to apply a compressive force to the deformable member and the flexible film wiper; and a fixed rectangular enclosure of a powder-based 3-D printer to accommodate the moving platform assembly, the flexible film wiper to provide a sliding seal against corresponding walls of the rectangular enclosure, wherein the flexible film wiper and the deformable member provide a two-part seal between the platform and the enclosure.
Plain bearing composite material comprising a metal backing layer consisting of a backing layer material , in particular steel, comprising an adhesion-promoting layer applied to the backing layer and consisting of an adhesion-promoting material based on a first thermoplastic fluoropolymer material and comprising an anti-friction layer applied to the adhesion-promoting layer and consisting of an anti-friction material based on a second thermoplastic fluoropolymer material , wherein the first thermoplastic fluoropolymer material is not functionalised, wherein the adhesion-promoting material forming the adhesion-promoting layer has a melt flow rate of from 15.0 g/10 min to 30.0 g/10 min determined according to the measurement method mentioned in the introductory part of the description and wherein the backing layer has a surface roughness of the backing layer material thereof achieved solely by means of mechanical roughening, i.e. without further activation of the surface and without deposition of adhesion-promoting groups by way of wet-chemical pretreatment, and having an average roughness value Ra of 1.0 um to 3.0 μm determined according to the measurement method mentioned in the introductory part of the description and having an averaged roughness depth Rz of 6.3 um to 25.0 μm determined according to the measurement method mentioned in the introductory part of the description.
A method of machining workpieces using a device which has a rotating frame , at least two robots which are provided at the rotating frame , with a respective welding protector at least partly surrounding the robots , with the welding protector being configured co-rotatable with the respective robot, and at least one first and one second workpiece positioner which are provided at the rotating frame , comprising the steps: placing at least one first workpiece into the first workpiece positioner ; and machining the first workpiece by the robots and simultaneously rotating the rotating frame . placing at least one first workpiece into the first workpiece positioner ; and machining the first workpiece by the robots and simultaneously rotating the rotating frame .
A method (S100) for recognizing a gesture in real-time, the method being performed in a device having access to a database of histograms, each histogram being a shape descriptor of a shape contour of a gesture image, each shape descriptor and histogram containing weights of the contour pixels, the weights being calculated by means of the contour pixels within Angular Radial Bins, ARBs, the device is communicating with a sensor adapted to capture an image of a gesture, the method comprising the steps of: - Determining (S110) a contour pixels image from the captured image of a query gesture; - Calculating (S120) an ARB distribution adapted to the contour pixels image of the gesture; - Determining (S130) a histogram by calculating a shape descriptor for each of an angle tilted instance (n) of the ARB distribution belonging to a sequence of angle tilted instances ( n = 0,1,2, ..., N -1) of the ARB distribution, wherein the weight hn ( i,j ) of each ARB( i,j ) is based on the contour pixels within the ARB( i,j ); - Comparing (S140) the determined histogram of the captured gesture image to the histograms of the database; - Determining (S150) a gesture by selecting the histogram of the database best matching the calculated histogram. - Determining (S110) a contour pixels image from the captured image of a query gesture; - Calculating (S120) an ARB distribution adapted to the contour pixels image of the gesture; - Determining (S130) a histogram by calculating a shape descriptor for each of an angle tilted instance (n) of the ARB distribution belonging to a sequence of angle tilted instances ( n = 0,1,2, ..., N -1) of the ARB distribution, wherein the weight hn ( i,j ) of each ARB( i,j ) is based on the contour pixels within the ARB( i,j ); - Comparing (S140) the determined histogram of the captured gesture image to the histograms of the database; - Determining (S150) a gesture by selecting the histogram of the database best matching the calculated histogram.
A method for transferring an amount of a liquid drug from a supply container having stored the liquid drug to a collapsible reservoir , the method including the steps of: a) providing a fluid connection between the supply container and the collapsible reservoir ; b) subjecting the liquid drug stored in the supply container to an environmental pressure; c) subjecting the collapsible reservoir to a positive pressure relative to the environmental pressure, thereby collapsing the collapsible reservoir and transferring gas comprised in the collapsible reservoir from the collapsible reservoir to the supply container ; d) subjecting the collapsible reservoir to a negative pressure relative to the environmental pressure, thereby expanding the collapsible reservoir and transferring the amount of the liquid drug from the supply container to the collapsible reservoir . a) providing a fluid connection between the supply container and the collapsible reservoir ; b) subjecting the liquid drug stored in the supply container to an environmental pressure; c) subjecting the collapsible reservoir to a positive pressure relative to the environmental pressure, thereby collapsing the collapsible reservoir and transferring gas comprised in the collapsible reservoir from the collapsible reservoir to the supply container ; d) subjecting the collapsible reservoir to a negative pressure relative to the environmental pressure, thereby expanding the collapsible reservoir and transferring the amount of the liquid drug from the supply container to the collapsible reservoir .
A microstructured surface comprising: a substrate having an undulating surface defining a first set of micro features ; a second set of micro features disposed on said first set of micro features and selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said second set of micro features is smaller than said first set of micro features ; a third set of micro features disposed on at least one of said first set of micro features and said second set of micro features , said third set of micro features selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said third set of micro features is smaller than said second set of micro features ; said second set and said third set of micro features each including a portion of micro features that extend along an axis normal to the curve of said undulating surface; characterized by : a fourth set of micro features disposed on side surfaces of each microstructure of said second set of micro features , wherein said fourth set of micro features is selected from the group consisting of flutes and ribs; wherein each of said sets of micro features cooperate to increase the surface area and affect at least one of adhesion, friction, hydrophilicity and hydrophobicity of said substrate . a substrate having an undulating surface defining a first set of micro features ; a second set of micro features disposed on said first set of micro features and selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said second set of micro features is smaller than said first set of micro features ; a third set of micro features disposed on at least one of said first set of micro features and said second set of micro features , said third set of micro features selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said third set of micro features is smaller than said second set of micro features ; said second set and said third set of micro features each including a portion of micro features that extend along an axis normal to the curve of said undulating surface; characterized by : a fourth set of micro features disposed on side surfaces of each microstructure of said second set of micro features , wherein said fourth set of micro features is selected from the group consisting of flutes and ribs; wherein each of said sets of micro features cooperate to increase the surface area and affect at least one of adhesion, friction, hydrophilicity and hydrophobicity of said substrate . a fourth set of micro features disposed on side surfaces of each microstructure of said second set of micro features , wherein said fourth set of micro features is selected from the group consisting of flutes and ribs; wherein each of said sets of micro features cooperate to increase the surface area and affect at least one of adhesion, friction, hydrophilicity and hydrophobicity of said substrate .
An electronic device comprising: a body ; a band having a first end and a second end ; a user identification unit that is configured to detect a body signal of the user and to process authentication of the user, wherein the user identification unit comprises an electrocardiogram, ECG, sensor that identifies the user through ECG sensing; an in-use detection unit that is configured to detect the body signal of the user and to check whether the user uses the electronic device; a coupling detection sensor configured to detect that the first end is coupled to the second end, a processor that is configured to authenticate the user according to the body signal detected by the user identification unit and the body signal detected by the in-use detection unit, and a memory that is configured to store ECG authentication information of the user authenticated by the processor, wherein the in-use detection unit comprises a heart rate monitor, HRM, sensor , the HRM sensor being configured to detect that the user wears the electronic device, characterized in that the processor is configured to eliminate the ECG authentication information of the user stored in the memory according to a detection signal of the coupling detection sensor or the in-use detection unit when the electronic device is taken off from the user. a body ; a band having a first end and a second end ; a user identification unit that is configured to detect a body signal of the user and to process authentication of the user, wherein the user identification unit comprises an electrocardiogram, ECG, sensor that identifies the user through ECG sensing; an in-use detection unit that is configured to detect the body signal of the user and to check whether the user uses the electronic device; a coupling detection sensor configured to detect that the first end is coupled to the second end, a processor that is configured to authenticate the user according to the body signal detected by the user identification unit and the body signal detected by the in-use detection unit, and a memory that is configured to store ECG authentication information of the user authenticated by the processor, wherein the in-use detection unit comprises a heart rate monitor, HRM, sensor , the HRM sensor being configured to detect that the user wears the electronic device, characterized in that the processor is configured to eliminate the ECG authentication information of the user stored in the memory according to a detection signal of the coupling detection sensor or the in-use detection unit when the electronic device is taken off from the user.
A method for wireless communications at a user equipment, UE , comprising: receiving a downlink transmission from a base station over a wireless channel, wherein the downlink transmission comprises an indication of a channel state information, CSI, computation mode; selecting , based at least in part on the indicated CSI mode, an effective isotropic radiated power, EIRP, constrained CSI computation mode for the wireless channel, wherein the EIRP-constrained CSI computation mode is based at least in part on an EIRP limit at the base station; measuring a set of one or more CSI reference signals, CSI-RSs, from the base station to obtain a CSI measurement; and transmitting a CSI report to the base station based at least in part on the selected CSI computation mode and the CSI measurement. receiving a downlink transmission from a base station over a wireless channel, wherein the downlink transmission comprises an indication of a channel state information, CSI, computation mode; selecting , based at least in part on the indicated CSI mode, an effective isotropic radiated power, EIRP, constrained CSI computation mode for the wireless channel, wherein the EIRP-constrained CSI computation mode is based at least in part on an EIRP limit at the base station; measuring a set of one or more CSI reference signals, CSI-RSs, from the base station to obtain a CSI measurement; and transmitting a CSI report to the base station based at least in part on the selected CSI computation mode and the CSI measurement.
A coupling arrangement for fluid coupling a work tool to a machine comprising: a plurality of coupler assemblies slideably mounted for coupling a machine fluid circuit and a work tool fluid circuit at a connect position wherein the coupler assemblies are slidable in a plurality of cavities ; an actuation circuit connected to the plurality of cavities for actuation of the coupler assemblies from a disconnect position to the connect position by actuation of a pressurized fluid line on a surface of each of the coupler assemblies ; and a sensor to detect presence of the work tool for activation of the actuation circuit ; characterised in that the actuation circuit further comprises at least one actuator , the at least one actuator being connected to the coupler assemblies and being arranged to effect a corresponding extension of the coupler assemblies from the disconnect position to the connect position, and the sensor is further arranged to actuate a valve to permit the pressurised fluid to flow to the at least one actuator , the plurality of cavities and the coupler assemblies in the presence of the work tool. a plurality of coupler assemblies slideably mounted for coupling a machine fluid circuit and a work tool fluid circuit at a connect position wherein the coupler assemblies are slidable in a plurality of cavities ; an actuation circuit connected to the plurality of cavities for actuation of the coupler assemblies from a disconnect position to the connect position by actuation of a pressurized fluid line on a surface of each of the coupler assemblies ; and a sensor to detect presence of the work tool for activation of the actuation circuit ; characterised in that the actuation circuit further comprises at least one actuator , the at least one actuator being connected to the coupler assemblies and being arranged to effect a corresponding extension of the coupler assemblies from the disconnect position to the connect position, and the sensor is further arranged to actuate a valve to permit the pressurised fluid to flow to the at least one actuator , the plurality of cavities and the coupler assemblies in the presence of the work tool.