mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of caching directory metadata locally, the method comprising: receiving a first request from an application (206A, 206B, 206C) for directory metadata; in response to receiving the first request, sending a second request to a server for the directory metadata, wherein the second request comprises a request for a handle to a directory containing the directory metadata and also comprises a request for a lease to cache directory metadata locally, wherein the lease allows local caching of directory metadata until the server revokes the lease; further in response to receiving the first request including in the second request a first directory key associated with a first directory and a second directory key associated with a second directory that contains the first directory; receiving a first response from the server, the first response comprising the directory metadata and an indication of approval of the request for the lease; storing the directory metadata in a local cache; and providing the directory metadata to the application (206A, 206B, 206C). receiving a first request from an application (206A, 206B, 206C) for directory metadata; in response to receiving the first request, sending a second request to a server for the directory metadata, wherein the second request comprises a request for a handle to a directory containing the directory metadata and also comprises a request for a lease to cache directory metadata locally, wherein the lease allows local caching of directory metadata until the server revokes the lease; further in response to receiving the first request including in the second request a first directory key associated with a first directory and a second directory key associated with a second directory that contains the first directory; receiving a first response from the server, the first response comprising the directory metadata and an indication of approval of the request for the lease; storing the directory metadata in a local cache; and providing the directory metadata to the application (206A, 206B, 206C).
A method (300, 400) implemented at a network device in a wireless communication network, wherein the wireless network broadcasts a system signature with a first periodicity and an access information with a second periodicity, wherein the system signature and the access information comprise information used by the device to access the wireless network, and the first periodicity is different from the second periodicity, the method comprising: generating an occurrence indication for indicating a subsequent occurrence of access information comprising an indicator as to whether the subsequent occurrence of the access information is between a current occurrence and a subsequent occurrence of the system signature; and transmitting the occurrence indication in association with the system signature, the system signature indicating a part of the access information for use by a terminal device in accessing the network device. generating an occurrence indication for indicating a subsequent occurrence of access information comprising an indicator as to whether the subsequent occurrence of the access information is between a current occurrence and a subsequent occurrence of the system signature; and transmitting the occurrence indication in association with the system signature, the system signature indicating a part of the access information for use by a terminal device in accessing the network device.
A radio frequency, RF, receiver, comprising: a frequency synthesizer, configured to: generate a clock signal; a first frequency synthesizer (304_1), configured to: generate a first digital carrier signal, LO1 (305_1), using the clock signal; a second frequency synthesizer (304_2), configured to: generate a second digital carrier signal, LO2 (305_2), using the clock signal; and a digital mixer, configured to: downconvert a first analog radio frequency signal, RF1 (309_1), to a first intermediate frequency, IF1 (310_1), and a second analog radio frequency signal, RF2 (309_2), to a second intermediate frequency, IF2 (310_2), using the LO1 and the LO2; wherein channels of the RF1 and the RF2 are carrier aggregated, CA; wherein the digital mixer is further configured to receive the RF1 and the RF2 via a single analog receiver path; and wherein the LO1 comprises a first digital sinusoidal signal at frequency f 1, and the LO2 comprises a second digital sinusoidal signal at frequency f 2. a frequency synthesizer, configured to: generate a clock signal; a first frequency synthesizer (304_1), configured to: generate a first digital carrier signal, LO1 (305_1), using the clock signal; a second frequency synthesizer (304_2), configured to: generate a second digital carrier signal, LO2 (305_2), using the clock signal; and a digital mixer, configured to: downconvert a first analog radio frequency signal, RF1 (309_1), to a first intermediate frequency, IF1 (310_1), and a second analog radio frequency signal, RF2 (309_2), to a second intermediate frequency, IF2 (310_2), using the LO1 and the LO2; wherein channels of the RF1 and the RF2 are carrier aggregated, CA; wherein the digital mixer is further configured to receive the RF1 and the RF2 via a single analog receiver path; and wherein the LO1 comprises a first digital sinusoidal signal at frequency f 1, and the LO2 comprises a second digital sinusoidal signal at frequency f 2.
Process for enhancing the molecular weight of a semi-crystalline polyester comprising ethylene 2,5-furandicarboxylate units, which process comprises heating the semi-crystalline polyester during a solid state polymerization period wherein the temperature is at least 180 °C and is kept below the melting point of the semi-crystalline polyester whilst the semi-crystalline polyester is either under a flow of inert gas or under vacuum to obtain a solid state polymerized polyester, wherein the temperature is continuously or periodically increased during the solid state polymerization period.
Component with at least one plastic region (3, 21), which extends with its surface facing a front side along a reference plane, characterized in that in this plastic region (3, 21), the plastic wall has a wall thickness (d) in the range of 0.7-1.1 mm, a continuous two-dimensional grid of channel-shaped depressions is formed in this plastic region (3, 21), in which depressions the plastic wall is offset by an offset (v) from the reference plane while the wall thickness (d) remains essentially constant, the offset (v) perpendicular to the reference plane from the reference plane to the surface of the rear side of the recesses is in the range of 1.5 to 3.5 times the wall thickness (d), wherein the grid forms a pattern with a plurality of grid cells repeating in two directions of the reference plane. in this plastic region (3, 21), the plastic wall has a wall thickness (d) in the range of 0.7-1.1 mm, a continuous two-dimensional grid of channel-shaped depressions is formed in this plastic region (3, 21), in which depressions the plastic wall is offset by an offset (v) from the reference plane while the wall thickness (d) remains essentially constant, the offset (v) perpendicular to the reference plane from the reference plane to the surface of the rear side of the recesses is in the range of 1.5 to 3.5 times the wall thickness (d), wherein the grid forms a pattern with a plurality of grid cells repeating in two directions of the reference plane.
A spectacle frame comprising an optical facade in which can be embedded glasses, and two removable subassemblies intended to be attached to the optical facade and each including a lateral arm, characterized in that the spectacle frame has at least two connecting tabs extending from the optical facade and each comprising a functional transverse bearing surface, the functional transverse bearing surfaces being arranged to be transversally superposed when the two connecting tabs are brought closer to each other in order to allow attaching one of the subassemblies to the optical facade by insertion of the connecting tabs in a housing of a lug hinged with respect to the lateral arm of one of the subassemblies, the superposition of the functional transverse bearing surfaces blocking a relative transverse displacement of the connecting tabs relative to each other in order to facilitate their insertion into the housing, and in that the connecting tabs comprise each an end forming a hook of a similar shape provided with a notch receiving one end of a fastening member intended to hold the connecting tabs inserted into the housing of the lug.
A filling machine including: a rotating conveyor; at least one filling unit, carried by the rotating conveyor and designed to engage at least one container to carry out filling thereof with a fluid product; and a weighing device, operatively coupled to the filling unit to provide weighing information related to a weight of the container during its filling; wherein the weighing device includes: a support unit, having a supporting arm designed to hold the container and to be elastically deformed as a function of the weight of the container being filled; and a sensing unit, designed to provide a measure related to the weight of the container, wherein the sensing unit includes a sensing element and is configured to provide a contactless sensing associated to a distance (d) of supporting arm from a facing portion of the filling machine, the weight of the container being a function of said distance (d), characterized in that a portion of the rotating conveyor, to which the filling unit is coupled, defines a barrier structure, which separates a first area of the filling machine from a second, distinct, area of the filling machine, the sensing element being coupled to the barrier structure facing the supporting arm; and wherein electrical connection to the sensing unit is provided through a passage traversing the barrier structure, thereby extending solely in the second area and not in the first area.
A composite bonding process comprising: a) forming two curable prepreg layups comprised of a plurality of prepreg plies arranged in a stacking arrangement, each prepreg ply comprising a layer of reinforcing fibers impregnated with a curable, thermoset matrix resin; b) partially curing one of the prepreg layups to a degree of cure of 25% to 70%, determined by the method disclosed in the description; c) applying a curable adhesive on at least one of the prepreg layups; d) joining the prepreg layups to each other with the curable adhesive between the prepreg layups; and e) co-curing the joined prepreg layups to form a fully cured, bonded composite structure, wherein co-curing (e) is carried out using an autoclave or an out-of-clave process; whereby, following co-curing step (e), the adhesive is chemically bonded to and mechanically diffused with the resin matrix of the prepreg layup resulting in a chemically bonded interface between the adhesive and each prepreg layup. a) forming two curable prepreg layups comprised of a plurality of prepreg plies arranged in a stacking arrangement, each prepreg ply comprising a layer of reinforcing fibers impregnated with a curable, thermoset matrix resin; b) partially curing one of the prepreg layups to a degree of cure of 25% to 70%, determined by the method disclosed in the description; c) applying a curable adhesive on at least one of the prepreg layups; d) joining the prepreg layups to each other with the curable adhesive between the prepreg layups; and e) co-curing the joined prepreg layups to form a fully cured, bonded composite structure,
A method for electroplating an electrode surface coating having a rough surface, the method comprising: dissolving sodium dihydrogen phosphate and disodium hydrogen phosphate in deionized water to form a phosphate solution; adding palladium chloride to the phosphate solution to form a plating solution having a palladium concentration of between 1 and 30 mM; providing a three-electrode reaction cell comprising a plating electrode, a common electrode, and a reference electrode; placing the plating solution in the three-electrode reaction cell; additionally providing a substrate in electrical communication with the common electrode to be coated by electroplating; placing said substrate in the plating solution of the reaction cell; applying constant voltage to the reaction cell to form a palladium surface coating having a rough surface on said one or more substrates, the voltage chosen such that there is a voltage drop across the electrodes from -0.8 to -1.3 V vs. Ag/AgCl; with an increase in current density from 0.96 A/cm 2 to 3.5 A/cm 2, such that said palladium surface coating provides an electrochemically active surface increase of about 10 times to the one or more substrates and said palladium surface coating has a thickness of about 1.0μm. dissolving sodium dihydrogen phosphate and disodium hydrogen phosphate in deionized water to form a phosphate solution; adding palladium chloride to the phosphate solution to form a plating solution having a palladium concentration of between 1 and 30 mM; providing a three-electrode reaction cell comprising a plating electrode, a common electrode, and a reference electrode; placing the plating solution in the three-electrode reaction cell; additionally providing a substrate in electrical communication with the common electrode to be coated by electroplating; placing said substrate in the plating solution of the reaction cell; applying constant voltage to the reaction cell to form a palladium surface coating having a rough surface on said one or more substrates, the voltage chosen such that there is a voltage drop across the electrodes from -0.8 to -1.3 V vs. Ag/AgCl; with an increase in current density from 0.96 A/cm 2 to 3.5 A/cm 2, such that said palladium surface coating provides an electrochemically active surface increase of about 10 times to the one or more substrates and said palladium surface coating has a thickness of about 1.0μm.
Handheld work apparatus having a guide tube, on which a tool unit with at least one tool is arranged, comprising a drive motor for driving the at least one tool, wherein at least one handle, which encloses the guide tube, is arranged on the guide tube, wherein a first operating element and a second operating element are pivotably mounted on the handle, wherein the first operating element is designed to start up the drive motor and is mounted pivotably about a first pivot axis which is transverse to a longitudinal centre axis of the guide tube, wherein the second operating element is mounted pivotably about a second pivot axis, wherein the guide tube has a centre plane, which contains a longitudinal centre axis of the guide tube and is aligned parallel to the first pivot axis, wherein the first operating element projects out of the handle on a first side of the centre plane, and wherein the second operating element is pivotably mounted on a first pivot bearing and a second pivot bearing, characterized in that the first pivot bearing is arranged on the first side of the centre plane and the second pivot bearing is arranged on an opposite, second side of the centre plane, and in that the second operating element has an opening, through which the guide tube projects. and wherein the second operating element is pivotably mounted on a first pivot bearing and a second pivot bearing, characterized in that the first pivot bearing is arranged on the first side of the centre plane and the second pivot bearing is arranged on an opposite, second side of the centre plane, and in that the second operating element has an opening, through which the guide tube projects.
Method for producing a product in a brewery plant comprising a filling plant, a storage cellar and a brewhouse, the method comprising the following steps: a. Generating of a filling order for the filling plant; b. Filtering and filling a quantity of a product (34, 54) on the basis of the filling order if the required quantity is available as released product in the storage cellar; c. Checking the filling quantity of a product in the storage cellar and create a brewing order for the brewhouse if the filling quantity of the product falls below a minimum filling quantity; d. Producing of a quantity of a precursor product (14, 16) in the brewhouse on the basis of the brewing order. a. Generating of a filling order for the filling plant; b. Filtering and filling a quantity of a product (34, 54) on the basis of the filling order if the required quantity is available as released product in the storage cellar; c. Checking the filling quantity of a product in the storage cellar and create a brewing order for the brewhouse if the filling quantity of the product falls below a minimum filling quantity; d. Producing of a quantity of a precursor product (14, 16) in the brewhouse on the basis of the brewing order.
Process for separating particles using a wet density-based separation process, wherein at least part of said particles are coated with a coating material prior to being fed to said wet density-based separation device, wherein said density-based separating process is a Magnetic Density Separation process, wherein said coating material comprises a surfactant.
A reactive beamformer, comprising: a radiator disposed within a substrate and configured to radiate a received electromagnetic signal; a plurality of receptors disposed within the substrate, each of the plurality of receptors configured to receive a portion of the radiated electromagnetic signal; a plurality of signal lines, each signal line of the plurality of signal lines being coupled to a respective receptor of the plurality of receptors to convey the portion of the radiated electromagnetic signal from the respective receptor and to provide the portion of the radiated electromagnetic signal to an output; and characterized by: a plurality of electrically conductive isolation walls disposed within the substrate and configured to isolate each receptor of the plurality of receptors from adjacent receptors of the plurality of receptors, wherein each of the plurality of electrically conductive isolation walls is formed of a conductive ink deposited into a trench in the substrate. a radiator disposed within a substrate and configured to radiate a received electromagnetic signal; a plurality of receptors disposed within the substrate, each of the plurality of receptors configured to receive a portion of the radiated electromagnetic signal; a plurality of signal lines, each signal line of the plurality of signal lines being coupled to a respective receptor of the plurality of receptors to convey the portion of the radiated electromagnetic signal from the respective receptor and to provide the portion of the radiated electromagnetic signal to an output; and characterized by: a plurality of electrically conductive isolation walls disposed within the substrate and configured to isolate each receptor of the plurality of receptors from adjacent receptors of the plurality of receptors, wherein each of the plurality of electrically conductive isolation walls is formed of a conductive ink deposited into a trench in the substrate.
A cooking device comprising: a bottom wall having a raised cooking surface with a recessed perimeter portion surrounding the raised cooking surface; and a liquid dispersion pattern disposed on the raised cooking surface, wherein the liquid dispersion pattern includes a plurality of channels (32A, 32B) extending outwardly from a central portion of the raised cooking surface, each channel including a first end disposed adjacent to the central portion of the raised cooking surface, and a second end spaced-apart from the first end and vertically offset from the first end to define a drainage path from the first end to the second end, characterised in that the second end of each channel is inset from the peripheral edge of the cooking surface, such that each channel does not communicate with the recessed perimeter portion of the bottom wall.
Electric/electronic installation device for building automation systems comprising a base module for mounting the electric/electronic components necessary for functioning, to which base module an activating module comprising at least one adjustable actuating element is assigned, wherein the base module comprises an electric circuit board fitted with a plurality of electric switching elements, wherein the electric switching elements are assigned to the at least one actuating element and wherein a design frame fitting at the rear on an installation wall is assigned to the base module, wherein the actuating module consists of a function plate connectable to the base module, at least one actuating element held adjustably on the function plate and interacting with the electric switching elements and at least two strips, characterised in that the strips are secured by clipping onto the function plate and at least one strip is designed to be decorative.
Use of polysilazanes as a permanent coating on metal surfaces for reducing susceptibility to fingerprints, characterized in that the polysilazane is a solution of a polysilazane or a mixture of polysilazanes of the general formula 1 -(SiR'R"-NR'") n - where R', R", R'" are the same or different and are each independently hydrogen or an optionally substituted alkyl, aryl, vinyl or (trialkoxysilyl)alkyl radical, where n is an integer and n is such that the polysilazane has a number-average molecular weight of from 150 to 150 000 g/mol, in a solvent.
A method for receiving, by a user equipment, UE, an multimedia broadcast multicast service, MBMS, service in a wireless communication system, the method comprising: receiving (S1110, S1210), from a network, an MBMS frequency type indicator indicating whether a type of an MBMS frequency related to the MBMS service is a first type, a second type, or a third type; determining whether the MBMS frequency type indicated by the received MBMS frequency type indicator is supported by the UE after the receiving of the MBMS frequency type indicator; based on that the indicated MBMS frequency type is supported by the UE, receiving (S1140, S1220) the MBMS service via the MBMS frequency based on the MBMS frequency type indicator, wherein the first type defines that a combination of one or more first subframes among subframes 1, 2, 3, 6, 7, and 8 in a radio frame is configured for multicast broadcast single frequency network, MBSFN, wherein the second type defines that a combination of one or more second subframes among subframes 1, 2, 3, 4, 6, 7, 8, and 9 in a radio frame is configured for MBSFN, and wherein the third type denotes that all subframes in a radio frame are configured for MBSFN. receiving (S1110, S1210), from a network, an MBMS frequency type indicator indicating whether a type of an MBMS frequency related to the MBMS service is a first type, a second type, or a third type; determining whether the MBMS frequency type indicated by the received MBMS frequency type indicator is supported by the UE after the receiving of the MBMS frequency type indicator; based on that the indicated MBMS frequency type is supported by the UE, receiving (S1140, S1220) the MBMS service via the MBMS frequency based on the MBMS frequency type indicator, wherein the first type defines that a combination of one or more first subframes among subframes 1, 2, 3, 6, 7, and 8 in a radio frame is configured for multicast broadcast single frequency network, MBSFN, wherein the second type defines that a combination of one or more second subframes among subframes 1, 2, 3, 4, 6, 7, 8, and 9 in a radio frame is configured for MBSFN, and wherein the third type denotes that all subframes in a radio frame are configured for MBSFN.