mhurhangee/ep-ind-claims huggingface dataset:
A method of synchronizing a plurality of nodes (A-Q) in a multi-node distributed computer system, the method comprising: sending a clock value from a determined master node to neighbor nodes (B, C, D, E) of the master node when a predetermined update interval of the master node has elapsed; synchronizing a node RTC value in each neighbor node (B, C, D, E) with the clock value received to derive a synchronized node clock value if a predetermined ignore interval, during which a received clock value is ignored, has elapsed in each neighbor node (B, C, D, E); restarting the ignore interval after synchronizing the node RTC value; distributing the synchronized node clock value from each synchronized node (B, C, D, E) to neighbor nodes of the synchronized node; and repeating synchronizing a node RTC value in each neighbor node, restarting the ignore interval, and distributing the synchronized node clock value from each synchronized node to neighbor nodes, wherein synchronizing a node RTC clock value includes synchronizing a node RTC value with the synchronized node clock value distributed. sending a clock value from a determined master node to neighbor nodes (B, C, D, E) of the master node when a predetermined update interval of the master node has elapsed; synchronizing a node RTC value in each neighbor node (B, C, D, E) with the clock value received to derive a synchronized node clock value if a predetermined ignore interval, during which a received clock value is ignored, has elapsed in each neighbor node (B, C, D, E); restarting the ignore interval after synchronizing the node RTC value; distributing the synchronized node clock value from each synchronized node (B, C, D, E) to neighbor nodes of the synchronized node; and repeating synchronizing a node RTC value in each neighbor node, restarting the ignore interval, and distributing the synchronized node clock value from each synchronized node to neighbor nodes, wherein synchronizing a node RTC clock value includes synchronizing a node RTC value with the synchronized node clock value distributed.
Capacitance ceramic pressure measuring cell, comprising: a ceramic meter body and a ceramic measuring diaphragm, wherein the ceramic measuring diaphragm is connected in a pressure-tight manner to the front face of the meter body along a circumferential joint, forming a reference pressure chamber between the meter body and the measuring diaphragm, wherein the measuring diaphragm has at least a first electrode, which faces towards the meter body, wherein the meter body has at least a second electrode and a third electrode, which face towards the measuring diaphragm, wherein the third electrode surrounds the second electrode in an annular manner, wherein the capacitance between the first electrode and the second electrode depends on the difference between a pressure acting externally on the measuring diaphragm and a pressure present in the reference pressure chamber, wherein the joint has a thickness d that defines a distance of equilibrium between the measuring diaphragm and the front face of the meter body, characterized in that a support layer with an inorganic isolator is arranged on the front face of the meter body, wherein the support layer has a thickness of at least 0.2 d, and wherein the second electrode and the third electrode are deposited on the support layer. a ceramic meter body and a ceramic measuring diaphragm, wherein the ceramic measuring diaphragm is connected in a pressure-tight manner to the front face of the meter body along a circumferential joint, forming a reference pressure chamber between the meter body and the measuring diaphragm, wherein the measuring diaphragm has at least a first electrode, which faces towards the meter body, wherein the meter body has at least a second electrode and a third electrode, which face towards the measuring diaphragm, wherein the third electrode surrounds the second electrode in an annular manner, wherein the capacitance between the first electrode and the second electrode depends on the difference between a pressure acting externally on the measuring diaphragm and a pressure present in the reference pressure chamber, wherein the joint has a thickness d that defines a distance of equilibrium between the measuring diaphragm and the front face of the meter body, characterized in that a support layer with an inorganic isolator is arranged on the front face of the meter body, wherein the support layer has a thickness of at least 0.2 d, and wherein the second electrode and the third electrode are deposited on the support layer.
A sweeping robot, comprising: a chassis, and a jet dust raising structure installed on the chassis, wherein the jet dust raising structure has an air inlet, an air outlet, and a jet channel connected to the air inlet and the air outlet, the air inlet is configured for air flow to enter the jet channel, and the air outlet is arranged in a front side of a brush suction port of the sweeping robot, characterized in that: a bottom of the chassis is further provided with a pressurization bulge, and the pressurization bulge is arranged in a front side of the brush suction port, a plurality of the pressurization bulges are spaced along a length direction of the brush suction port, and the air outlet corresponds to a gap between two adjacent pressurization bulges. a chassis, and a jet dust raising structure installed on the chassis, wherein the jet dust raising structure has an air inlet, an air outlet, and a jet channel connected to the air inlet and the air outlet, the air inlet is configured for air flow to enter the jet channel, and the air outlet is arranged in a front side of a brush suction port of the sweeping robot, characterized in that: a bottom of the chassis is further provided with a pressurization bulge, and the pressurization bulge is arranged in a front side of the brush suction port, a plurality of the pressurization bulges are spaced along a length direction of the brush suction port, and the air outlet corresponds to a gap between two adjacent pressurization bulges.
Steering column for a motor vehicle, comprising a holding device which is connectable to the chassis of the motor vehicle, and a shifting device which, in the event of a crash, is displaceable relative to the holding device along a displacement axis, for accommodating a steering spindle, wherein a deformation element is connected to the holding device and to the shifting device via a respective connection portion with respective fastening means, and the deformation element comprises a deformation portion which is deformed about a deformation axis during the relative displacement of the shifting device in relation to the holding device, wherein the deformation axis is oriented substantially parallel to the direction of the surface normal of at least one connection portion in the center of the associated fastening means, characterized in that the deformation element is arranged on the holding device via a first connection portion and on the shifting device via a second connection portion, and the first connection portion and/or the second connection portion are formed perpendicular to the direction of the surface normal.
A pet water fountain comprising: a bowl for holding an aqueous drinking fluid; a housing configured to cover a portion of the bowl, the housing defining a cone mounting flange and a fluid reservoir; a rotatable cone positioned within the cone mounting flange, the cone tapering outwardly from a bottom end to a top end, the cone bottom end having a fluid inlet, the bowl top end being in fluid communication with the housing fluid reservoir, and an electric motor coupled to the rotatable cone for rotatably driving the rotatable cone, characterized in that the fluid inlet is configured to allow the passage of fluid from the bowl through the inlet and into the interior of the cone. a bowl for holding an aqueous drinking fluid; a housing configured to cover a portion of the bowl, the housing defining a cone mounting flange and a fluid reservoir; a rotatable cone positioned within the cone mounting flange, the cone tapering outwardly from a bottom end to a top end, the cone bottom end having a fluid inlet, the bowl top end being in fluid communication with the housing fluid reservoir, and an electric motor coupled to the rotatable cone for rotatably driving the rotatable cone, characterized in that the fluid inlet is configured to allow the passage of fluid from the bowl through the inlet and into the interior of the cone.
A method of designing a multiple-tuned filter of a high voltage direct current (HVDC) system, the method comprising: Selecting(S410an input parameter for the MTF; Setting(S420 a resonance frequency of the MTF; Calculating values of an inductance and a capacitance which are filter parameters of the MTF on the basis of the input parameter and the resonance frequency; Combining(S460 a value of a resistance with the filter parameters and calculating a price according to the combination; and Storing the combined values of R, L, and C when the calculated price falls within a predetermined price range, wherein the calculated price is calculated by considering price information regarding the R, L and C constituting the MTF and the number of each of these elements. Selecting(S410an input parameter for the MTF; Setting(S420 a resonance frequency of the MTF; Calculating values of an inductance and a capacitance which are filter parameters of the MTF on the basis of the input parameter and the resonance frequency; Combining(S460 a value of a resistance with the filter parameters and calculating a price according to the combination; and Storing the combined values of R, L, and C when the calculated price falls within a predetermined price range, wherein the calculated price is calculated by considering price information regarding the R, L and C constituting the MTF and the number of each of these elements.
An isolated immunoglobulin-binding protein comprising one or more isolated E, A or B domains of Staphylococcus protein A, wherein the one or more isolated domains comprise at least the glycine residue at position 29 of E, A or B domains, replaced with an amino acid residue other than alanine, threonine and tryptophan, wherein the immunoglobulin-binding protein binds an Fc portion of an immunoglobulin but exhibits reduced binding to a Fab portion of the immunoglobulin relative to an immunoglobulin-binding protein including alanine or glycine at position 29.
A service data scrambling method, wherein the method comprises: Receiving multicast broadcast service data; Using a service characteristic corresponding to the service data as a part of a scrambling parameter used to generate a scrambling sequence; Generating the scrambling sequence according to the scrambling parameter; Scrambling the service data according to the scrambling sequence; Sending the scrambled service data, wherein the scrambling parameter comprises, in addition to a service characteristic, a transmission mode, and after receiving the multicast broadcast service data, the method further comprises: determining whether the service data is unicast data or multicast data; setting the transmission mode to either 0 or 1 if the service data is unicast data; and setting the transmission mode to the other of the 0 or 1 if the service data is multicast data. Receiving multicast broadcast service data; Using a service characteristic corresponding to the service data as a part of a scrambling parameter used to generate a scrambling sequence; Generating the scrambling sequence according to the scrambling parameter; Scrambling the service data according to the scrambling sequence; Sending the scrambled service data, wherein the scrambling parameter comprises, in addition to a service characteristic, a transmission mode, and after receiving the multicast broadcast service data, the method further comprises: determining whether the service data is unicast data or multicast data; setting the transmission mode to either 0 or 1 if the service data is unicast data; and setting the transmission mode to the other of the 0 or 1 if the service data is multicast data. determining whether the service data is unicast data or multicast data; setting the transmission mode to either 0 or 1 if the service data is unicast data; and setting the transmission mode to the other of the 0 or 1 if the service data is multicast data.
A method by a terminal configured with a dual connectivity, comprising: acquiring data (723, 1420); determining a cell group to preprocess the data (723, 1420) based on a comparison of an amount of the data (723, 1420) with a threshold value (815, 905, 1005); in case that the amount of the data (723, 1420) is equal to or less than the threshold value (815, 905, 1005), preprocessing the data (723, 1420) for a prioritized cell group before receiving an uplink grant (530, 630) for transmitting the data (723, 1420); in case that the amount of the data (723, 1420) is greater than the threshold value (815, 905, 1005), preprocessing the data (723, 1420) for each of a master cell group, MCG, and a secondary cell group, SCG, before receiving the uplink grant (530, 630) for transmitting the data (723, 1420); identifying whether the uplink grant (530, 630) for transmitting the data (723, 1420) is received; and determining a radio link control, RLC, sequence number of the preprocessed data (723, 1420) based on the uplink grant (530, 630) in case that the uplink grant (530, 630) for transmitting the data (723, 1420) is received, the method being characterized in that it further comprises wherein an RLC header is generated as a part of the preprocessing the data, and wherein a segment information, SI, field of the RLC header is updated in case that it is required to perform segmentation due to lack of grant after the uplink grant (530, 630) is received. acquiring data (723, 1420); determining a cell group to preprocess the data (723, 1420) based on a comparison of an amount of the data (723, 1420) with a threshold value (815, 905, 1005); in case that the amount of the data (723, 1420) is equal to or less than the threshold value (815, 905, 1005), preprocessing the data (723, 1420) for a prioritized cell group before receiving an uplink grant (530, 630) for transmitting the data (723, 1420); in case that the amount of the data (723, 1420) is greater than the threshold value (815, 905, 1005), preprocessing the data (723, 1420) for each of a master cell group, MCG, and a secondary cell group, SCG, before receiving the uplink grant (530, 630) for transmitting the data (723, 1420); identifying whether the uplink grant (530, 630) for transmitting the data (723, 1420) is received; and determining a radio link control, RLC, sequence number of the preprocessed data (723, 1420) based on the uplink grant (530, 630) in case that the uplink grant (530, 630) for transmitting the data (723, 1420) is received, the method being characterized in that it further comprises wherein an RLC header is generated as a part of the preprocessing the data, and wherein a segment information, SI, field of the RLC header is updated in case that it is required to perform segmentation due to lack of grant after the uplink grant (530, 630) is received.
A non-pneumatic tire and wheel assembly comprising a rim, a spoke ring structure having an inner ring that is mounted on an outer surface of the rim, wherein the inner ring has one or more retention nubs aligned for reception in complementary shaped grooves on the outer surface of the rim, wherein the spoke ring structure has a plurality of spoke members (60, 62) and an outer tread ring mounted on the outer circumference of the spoke ring structure, wherein the spoke members (60, 62) are joined together at a junction to form an X shaped spoke and wherein the rim is a two piece rim (44a, 44b), characterized in that the retention nubs are round or hemispherical in cross-section.
Hydraulic system having a hydraulic cylinder which has at least three separate pressurizable surfaces (48, 50, 52), wherein a first surface and a second surface can be pressurized for a movement of a piston/rod element of the hydraulic cylinder in its extension direction, wherein a reservoir connection valve is provided, by means of which the second surface can be pressurized in the extension direction with a pressure medium from a charged reservoir, and wherein a charging valve is provided, by means of which a first working chamber of the hydraulic cylinder, which is delimited by the first surface, can be connected fluidically to a second working chamber of the hydraulic cylinder, which is delimited by the second surface, and wherein a hydraulic machine is provided, by means of which the first surface or a third surface of the hydraulic cylinder can respectively be pressurized with pressure medium in a closed hydraulic circuit, wherein the third surface can be pressurized with pressure medium to move the piston/rod element counter to the extension direction, and wherein the reservoir connection valve is connected in a reservoir flow path between the reservoir and the second working chamber, and wherein the charging valve is connected in an intermediate branch of the reservoir flow path between the reservoir connection valve and the second working chamber, and wherein the intermediate branch between the first working chamber and the hydraulic machine is connected fluidically to a first flow path, and wherein the reservoir flow path extends from the second working chamber as far as the reservoir formed as a high-pressure reservoir, and wherein a branch leads from the reservoir flow path as far as a second flow path, which extends from the hydraulic machine as far as a third working chamber delimited by the third surface, and wherein a non-return valve, which blocks in the direction towards the second flow path, is arranged in the branch.
A linear-compressor system comprising a linear compressor, a cooling closed circuit, and an electronic circuit controlling the linear compressor through an electric motor, the linear compressor comprising a cylinder and a piston; the piston being arranged inside the cylinder and being driven by the electric motor and moving axially within the cylinder along a piston stroke between a top dead end and a bottom dead end, a compression chamber being arranged close to the top dead end and the piston compressing a fluid within the compression chamber, the system being configured such that the electronic circuit controls the electric motor intermittently through an on-time (t L) and an off-time (t D), throughout the operation of the linear compressor, the linear compressor being associated to the cooling closed circuit that comprises an evaporator and a condenser, a compressed fluid within the compression chamber being discharged into the cooling closed circuit, generating an evaporation pressure (P E) inside the evaporator and a condensation pressure (P C) inside the condenser, the electronic circuit actuating the electric motor and keeping the piston stroke constant, generating a constant compression capacity while the electronic circuit controls the electric motor for operation during the on-time (t L), characterised in that the system is configured so that the electronic circuit controls the on-time (t L) and the off-time (t D) to keep the compression capacity substantially constant throughout the time of operation of the linear compressor, in that the system is configured to adjust the on-time (t L) and the off-time (t D) to keep the evaporation pressure (P E) and the condensation pressure (P C) substantially constant throughout the time of operation of the linear compressor, and in that the system is configured to adjust the off-time (t D) such that the off-time (t D) is shorter than the time necessary for the evaporation pressure (P E) and the condensation pressure (P C) to equalize each other after the linear compressor has been turned off.
A system for producing a medical preparation, in particular for producing a parenteral nutrition preparation, comprising at least one pump, in particular a hose pump, with which liquids can be transferred from a plurality of source containers into a target container, wherein the system comprises a valve unit (10a-10c) for this purpose, with which the connection to a source container can be opened, so that liquid can be removed from a source container with the pump, characterized in that the system has a directional control valve arranged downstream of the pump with respect to the direction of flow, via which a target container with at least two chambers (69a, 69b) can be filled and/or two different target containers can be filled.
A linear electric motor comprising at least one linear stator having stator teeth, which stator is designed to be located in a fixed correlation to an environment and extending over a movement path, the linear electric motor further comprising at least one mover (24, 26; 126) co-acting with and moving along the stator, wherein at least the top portion of the stator teeth facing the mover (24, 26) is inclined with respect to the normal of the stator beam, characterized in that the base portion of the stator teeth is wider than their top portions facing the mover (24, 26).
Guide vane system for a turbomachine, having at least one guide vane which is mounted for rotation about an adjustment axis and is arranged so as to have a radially inner end region in a corresponding recess in an inner ring, the arrangement of the guide vane being interlockingly secured on the inner ring by means of a securing element, the securing element being designed as an elongate element which is arranged at least in a recess, extending in the circumferential direction of the turbomachine, and/or in a through-opening, extending in the circumferential direction of the turbomachine, in the radially inner end region of the guide vane and is arranged at least in a recess, extending in the circumferential direction of the turbomachine, and/or in a through-opening, extending in the circumferential direction of the turbomachine, in the inner ring, characterized in that at least two guide vanes of the guide vane system are secured by means of a common securing element.
A method of finishing a gypsum board, the gypsum board having a surface gypsum layer in which a polymer additive has been entrained, comprising: a) forming a gypsum board including the polymer additive entrained in at least one surface layer (46,48,52); b) applying a primary coating to the polymer entrained surface layer; c) curing and drying the coated gypsum board; d) passing the coated gypsum board through a direct roll coater wherein a second coating is deposited over the at least one surface layer of the gypsum board in which the polymer additive has been entrained and the primary coating has been applied; wherein the second coating is preselected from materials capable of providing improved water resistance, increased surface tension and a rougher surface topology wherein the increased surface tension and rougher surface topology of the second coating material includes applying a material that has characteristics providing a raised surface having isotropic texture area directional features, and whereby the surface contact area of the board is increased to provide an increased chemical and mechanical adhesive surface for attaching tiles thereto, charachterized in that the second coating is further modified by providing beads comprising silicates or carbonates as a filler, thereby to provide increased surface tension and a rougher surface topology of the gypsum board surface. a) forming a gypsum board including the polymer additive entrained in at least one surface layer (46,48,52); b) applying a primary coating to the polymer entrained surface layer; c) curing and drying the coated gypsum board; d) passing the coated gypsum board through a direct roll coater wherein a second coating is deposited over the at least one surface layer of the gypsum board in which the polymer additive has been entrained and the primary coating has been applied;