mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling relocation of a session of an application hosted in a first server connected to a radio station configured for communication with wireless devices, comprising the steps of running a session of the application between an application host in the first server and an application client in a first wireless device; obtaining, from a management entity configured to control the relocation, relocation information indicating a plan for server relocation and identifying a time point (tl); obtaining, in the first server, context data related to a user context in the application during said session, wherein said session comprises first periods of high level latency sensitivity and second periods of low level sensitivity; and providing, responsive to the identified time point being within one of said first periods, said context data to the management entity, wherein said context data identifies a time delay (td) identifying a suitable postponement of relocation from the received point in time. running a session of the application between an application host in the first server and an application client in a first wireless device; obtaining, from a management entity configured to control the relocation, relocation information indicating a plan for server relocation and identifying a time point (tl); obtaining, in the first server, context data related to a user context in the application during said session, wherein said session comprises first periods of high level latency sensitivity and second periods of low level sensitivity; and providing, responsive to the identified time point being within one of said first periods, said context data to the management entity, wherein said context data identifies a time delay (td) identifying a suitable postponement of relocation from the received point in time.
A method of fabricating a bulk acoustic wave resonator structure for a fluidic device comprising: disposing a first conductive material over a portion of a first surface of a substrate (102, 200) to form at least a portion of a first electrode (106, 210), the substrate having a second surface opposite the first surface; disposing a piezoelectric material (110, 214) over the first electrode; disposing a second conductive material over the piezoelectric material to form at least a portion of a second electrode (112, 216), wherein the second conductive material extends substantially parallel to the first surface of the substrate, the second conductive material at least partially extending over the first conductive material, wherein an overlapping region of the first conductive material, the piezoelectric material, and the second conductive material forms a bulk acoustic wave resonator (114, 220), the bulk acoustic wave resonator having a first side and an opposing second side; disposing an acoustic energy management structure (116, 226) over a first side of the bulk acoustic wave resonator; disposing a third conductive material (118, 228) over a portion of the second conductive material that extends beyond the bulk acoustic wave resonator, wherein the third conductive material forms an interconnect extending above the acoustic energy management structure in a direction substantially perpendicular to the first surface of the substrate; and removing a portion of the second surface of the substrate to expose the first electrode at a second side of the bulk acoustic wave resonator. disposing a first conductive material over a portion of a first surface of a substrate (102, 200) to form at least a portion of a first electrode (106, 210), the substrate having a second surface opposite the first surface; disposing a piezoelectric material (110, 214) over the first electrode; disposing a second conductive material over the piezoelectric material to form at least a portion of a second electrode (112, 216), wherein the second conductive material extends substantially parallel to the first surface of the substrate, the second conductive material at least partially extending over the first conductive material, wherein an overlapping region of the first conductive material, the piezoelectric material, and the second conductive material forms a bulk acoustic wave resonator (114, 220), the bulk acoustic wave resonator having a first side and an opposing second side; disposing an acoustic energy management structure (116, 226) over a first side of the bulk acoustic wave resonator; disposing a third conductive material (118, 228) over a portion of the second conductive material that extends beyond the bulk acoustic wave resonator, wherein the third conductive material forms an interconnect extending above the acoustic energy management structure in a direction substantially perpendicular to the first surface of the substrate; and removing a portion of the second surface of the substrate to expose the first electrode at a second side of the bulk acoustic wave resonator.
A measurement probe, comprising; a stylus holder deflectably mounted to a probe housing, one or more sensors for sensing deflection of the stylus holder relative to the probe housing, a processor (22;40) for producing a trigger signal when the deflection sensed by the one or more sensors meets a trigger condition, and an accelerometer for measuring acceleration of the measurement probe, characterised in that the trigger condition applied by the processor is alterable, during use, in response to the acceleration measured by the accelerometer. a stylus holder deflectably mounted to a probe housing, one or more sensors for sensing deflection of the stylus holder relative to the probe housing, a processor (22;40) for producing a trigger signal when the deflection sensed by the one or more sensors meets a trigger condition, and an accelerometer for measuring acceleration of the measurement probe, characterised in that the trigger condition applied by the processor is alterable, during use, in response to the acceleration measured by the accelerometer.
A composition comprising: a) one or more aminohydrocarbyl alkoxy silanes; b) one or more alkenyl alkoxy silanes; c) one or more mercaptohydrocarbyl alkoxy silanes; and d) water; wherein a) the one or more aminohydrocarbyl alkoxy silanes, and b) the one or more alkenyl alkoxy silanes are in a condensate; wherein the composition is useful as a water-based primer for use with adhesives and coatings, the adhesives and coatings containing polymers having isocyanate functional groups and/or alkoxy silane functional groups. a) one or more aminohydrocarbyl alkoxy silanes; b) one or more alkenyl alkoxy silanes; c) one or more mercaptohydrocarbyl alkoxy silanes; and d) water;
A printing apparatus comprising: a conveyance unit that conveys a can in a cylindrical shape along a predetermined conveyance route; and an image formation unit that forms an image composed of a plurality of colors onto an outer circumferential surface of the can on the conveyance route by use of a plurality of inkjet heads (20C1, 20C2; 20M1, 20M2; 20Y1, 20Y2; 20K1, 20K2 - Fig. 4A, 5, 9, 10, 11) prepared for the respective colors, characterised in that among inkjet heads included in the plurality of inkjet heads, each of same-color inkjet heads ejecting ink of same color is disposed at a position different from one another in a conveyance direction of the can, and is disposed at a position, which is also a position against the can when image formation onto the can is performed, different from one another in an axial direction of the can and along the axial direction of the can, the each of the same-color inkjet heads performing image formation onto a partial region of the can in the axial direction thereof, and, at an adjacent location that is adjacent to at least one same-color inkjet head, among the individual same-color inkjet heads included in the same-color inkjet heads, which is also an adjacent location that is adjacent to the same-color inkjet head in a longitudinal direction thereof, an inkjet head that ejects ink of a color different from the same-color inkjet head toward the can is provided. a conveyance unit that conveys a can in a cylindrical shape along a predetermined conveyance route; and an image formation unit that forms an image composed of a plurality of colors onto an outer circumferential surface of the can on the conveyance route by use of a plurality of inkjet heads (20C1, 20C2; 20M1, 20M2; 20Y1, 20Y2; 20K1, 20K2 - Fig. 4A, 5, 9, 10, 11) prepared for the respective colors, characterised in that among inkjet heads included in the plurality of inkjet heads, each of same-color inkjet heads ejecting ink of same color is disposed at a position different from one another in a conveyance direction of the can, and is disposed at a position, which is also a position against the can when image formation onto the can is performed, different from one another in an axial direction of the can and along the axial direction of the can, the each of the same-color inkjet heads performing image formation onto a partial region of the can in the axial direction thereof, and, at an adjacent location that is adjacent to at least one same-color inkjet head, among the individual same-color inkjet heads included in the same-color inkjet heads, which is also an adjacent location that is adjacent to the same-color inkjet head in a longitudinal direction thereof, an inkjet head that ejects ink of a color different from the same-color inkjet head toward the can is provided.
A method of manufacturing a rotor body forming part of a rotor sail, the method being characterised by comprising the steps of: winding first fibres around a mandrel to form a tubular first skin forming a rotor tube having a tube axis; forming a plurality of strips from second fibres; attaching the strips to a surface of the first skin such that at least some of the second fibres extend axially along the rotor body. winding first fibres around a mandrel to form a tubular first skin forming a rotor tube having a tube axis; forming a plurality of strips from second fibres; attaching the strips to a surface of the first skin such that at least some of the second fibres extend axially along the rotor body.
Gas burner for boiler, comprising: - a diffusing wall on which the combustion takes place, - a support plate for the connection of the burner to a combustion chamber, said support plate having a passage opening for the gas and a continuous annular wall formed in one piece with said support plate around the passage opening and having a radially inner surface and a radially outer surface, wherein the diffusing wall is connected to the support plate and in flow communication with the passage opening by mutual insertion of an annular end region of the diffusing wall with the annular wall, characterized in that a plurality of punches is formed in the annular wall forming each a recess in the radially outer surface and a corresponding projection on the radially inner surface, wherein the recess accommodates a locking protuberance of the end region of the diffusing wall, said locking protuberance being formed by an off-plane deformation of the edge of a reference hole formed in the annular end of the diffusing wall. - a diffusing wall on which the combustion takes place, - a support plate for the connection of the burner to a combustion chamber, said support plate having a passage opening for the gas and a continuous annular wall formed in one piece with said support plate around the passage opening and having a radially inner surface and a radially outer surface,
A method for producing a tin or a tin solder alloy used in tin- or solder-coating or tin- or solder-jointing of electronic components, wherein oxygen concentration of the tin or the tin solder alloy is 5ppm or less, the method comprising the steps of: delivering a solution containing 1-80mass% of organic acid having a carboxyl group (-COOH) at a liquid temperature of 180-300°C from a second reservoir to an independent reactor via a pump and a pipe, wherein the reactor includes molten tin or a molten tin solder alloy liquid, wherein the second reservoir heats up the organic acid solution; stirring and mixing intensively the molten tin or the molten tin solder alloy liquid with the organic acid solution for reaction; delivering the mixed liquid to a third reservoir via a pipe; separating the mixed liquid into a molten tin or a tin solder alloy liquid and an organic acid solution according to the difference in the specific gravity; and circulating the separated liquids back to the reactor respectively, thereby removing metallic oxides and impurities existing in the molten tin or the molten tin solder alloy. delivering a solution containing 1-80mass% of organic acid having a carboxyl group (-COOH) at a liquid temperature of 180-300°C from a second reservoir to an independent reactor via a pump and a pipe, wherein the reactor includes molten tin or a molten tin solder alloy liquid, wherein the second reservoir heats up the organic acid solution; stirring and mixing intensively the molten tin or the molten tin solder alloy liquid with the organic acid solution for reaction; delivering the mixed liquid to a third reservoir via a pipe; separating the mixed liquid into a molten tin or a tin solder alloy liquid and an organic acid solution according to the difference in the specific gravity; and circulating the separated liquids back to the reactor respectively, thereby removing metallic oxides and impurities existing in the molten tin or the molten tin solder alloy.
Vapour extraction device having a fan with a fan motor, a fan box and a first sensor, wherein the first sensor is arranged in or on the fan box, wherein a first odour status of a cooking environment of the vapour extraction device is determined by means of the first sensor, wherein the vapour extraction device comprises at least one cooking process detection unit and at least one odour pollution determination unit and the first sensor is at least connected to the odour pollution determination unit to convey and/or supply sensor information, the vapour extraction device has a control device, characterised in that the control device is designed to determine and/or supply a flexible reference value (S1, S2, S3, 112, 113, 102) for processing with the determined first odour status, the control device determines a first odour level with the aid of the first odour status and the control device performs a cooking process determination with the aid of the first odour level and a first reference value (S1, S2, S3), which represents a threshold value.
An absorbable iron-based alloy implantable medical device, comprising an iron-based alloy substrate having a degradable polymer and an alkaline protector both disposed on the surface of the iron-based alloy substrate, wherein the alkaline protector covers part of the surface of the iron-based alloy substrate, and the degradable polymer covers at least part of the surface of the alkaline protector and/or at least part of the surface of a region, which is not covered by the alkaline protector, characterized in that the alkaline protector is a mixture of an alkaline substance and an adhesive provided for better connection between the alkaline substance and the substrate and the volume percentage of the adhesive in the mixture is less than or equal to 80 percent, and wherein the adhesive is one or more of cellulose, lignin, starch, chitin, polyethylene glycol, polyvinyl alcohol, cyclodextrin and a water-soluble inorganic salt.
Vehicle, in particular construction vehicle, comprising - a detachable ballast weight with a base plate, - a lifting means for lifting the ballast weight from a set-down position into a mounting position on the vehicle and, - a support means having at least one extendable support foot, - wherein for extension of the at least one support foot the support means has at least one positioning cylinder, - the at least one positioning cylinder is designed both for lifting and lowering the ballast weight and, - the at least one positioning cylinder has a piston rod, which can be connected both to a support disk and to the ballast weight, characterized in that - on the base plate two retaining shafts rise upwards, - in that on a upper carriage are arranged accommodating sleeves into which the retaining shafts project during lifting into the mounting position, - in that in the retaining shafts und the accommodating sleeves bolt passages are provided and, - in that at least one fastening means with a horizontally directed actuating cylinder with a locking bolt is provided, which can be moved on the upper carriage in a bolt passage for detachably fastening the ballast weight. - a detachable ballast weight with a base plate, - a lifting means for lifting the ballast weight from a set-down position into a mounting position on the vehicle and, - a support means having at least one extendable support foot, - wherein for extension of the at least one support foot the support means has at least one positioning cylinder, - the at least one positioning cylinder is designed both for lifting and lowering the ballast weight and, - the at least one positioning cylinder has a piston rod, which can be - on the base plate two retaining shafts rise upwards, - in that on a upper carriage are arranged accommodating sleeves into which the retaining shafts project during lifting into the mounting position, - in that in the retaining shafts und the accommodating sleeves bolt passages are provided and, - in that at least one fastening means with a horizontally directed actuating cylinder with a locking bolt is provided, which can be moved on the upper carriage in a bolt passage for detachably fastening the ballast weight.
A method for a network node of a cellular communication network for enabling a user equipment, UE, to perform measurements, estimations or demodulations, the method comprises the steps of: - determining MIMO mode settings associated with the network node, - indicating, on a downlink common or shared channel, the determined MIMO mode settings to the UE, wherein the indicated MIMO mode settings explicitly or implicitly indicate available common reference signals and/or dedicated reference signals to be used for said UE measurements, estimations or demodulations, wherein the step of indicating further comprises indicating the MIMO mode settings used in at least one neighbour cell. - determining MIMO mode settings associated with the network node, - indicating, on a downlink common or shared channel, the determined MIMO mode settings to the UE, wherein the indicated MIMO mode settings explicitly or implicitly indicate available common reference signals and/or dedicated reference signals to be used for said UE measurements, estimations or demodulations, wherein the step of indicating further comprises indicating the MIMO mode settings used in at least one neighbour cell.
Facilities for offshore liquefied natural gas floating storage with jetty regasification unit, the facilities comprising: a jetty unit of a steel structure or an iron concrete structure, installed offshore, a storage unit moored at the jetty unit for providing a space for storing LNG, a regasification unit as a module for regasifying the LNG supplied from the storage unit, installed on a top portion of the jetty unit and separable from the jetty unit, a utility unit comprising a power source and a sea water pump to supply power and sea water to the regasification unit, and a piping unit comprising unloading pipe for connecting the regasification unit and the storage unit and supplying pipe for carrying natural gas gasified by the regasification unit, characterized in that, the storage unit includes a ballast water pump and is installed in a manner that is separable from the jetty unit and the storage unit is movable relative to the jetty unit to load LNG, wherein the regasification unit comprises a heat exchanger comprising an open rack vaporizer in which sea water flow is to be supplied for heat exchange with natural gas, wherein the sea water pump of the utility unit and the ballast water pump are configured to be used simultaneously to supply sea water to the open rack vaporizer of the regasification unit, and wherein the sea water pump is configured to be used alone to supply sea water to the open rack vaporizer when the storage unit is moved relative to the jetty unit. a jetty unit of a steel structure or an iron concrete structure, installed offshore, a storage unit moored at the jetty unit for providing a space for storing LNG, a regasification unit as a module for regasifying the LNG supplied from the storage unit, installed on a top portion of the jetty unit and separable from the jetty unit, a utility unit comprising a power source and a sea water pump to supply power and sea water to the regasification unit, and a piping unit comprising unloading pipe for connecting the regasification unit and the storage unit and supplying pipe for carrying natural gas gasified by the regasification unit, characterized in that, the storage unit includes a ballast water pump and is installed in a manner that is separable from the jetty unit and the storage unit is movable relative to the jetty unit to load LNG, wherein the regasification unit comprises a heat exchanger comprising an open rack vaporizer in which sea water flow is to be supplied for heat exchange with natural gas, wherein the sea water pump of the utility unit and the ballast water pump are configured to be used simultaneously to supply sea water to the open rack vaporizer of the regasification unit, and wherein the sea water pump is configured to be used alone to supply sea water to the open rack vaporizer when the storage unit is moved relative to the jetty unit.
Device for evaluating at least one performance criterion of heterogeneous catalysts, characterised in that it comprises: - at least one reagent source, and - a gas chromatograph equipped with at least one injector, and in that said at least one injector includes at least one insert forming a reaction zone which is provided with at least one catalyst and is connected to said at least one reagent source, so as to carry out in each reaction zone a heterogeneous catalysis reaction between each catalyst present in the reaction zone and the reagent(s) coming from each reagent source, said device further comprising means for evaluating at least one performance criterion of heterogeneous catalysts. - at least one reagent source, and - a gas chromatograph equipped with at least one injector, and in that said at least one injector includes at least one insert forming a reaction zone which is provided with at least one catalyst and is connected to said at least one reagent source, so as to carry out in each reaction zone a heterogeneous catalysis reaction between each catalyst present in the reaction zone and the reagent(s) coming from each reagent source, said device further comprising means for evaluating at least one performance criterion of heterogeneous catalysts.