mhurhangee/ep-ind-claims huggingface dataset:
Pumping unit comprising: - a primary vacuum pump of the multistage dry type, comprising at least four pumping stages (T1, T2, T3, T4, T5) fitted in series, - a two-stage Roots vacuum pump, comprising a first and a second pumping stage (B1, B2) fitted in series, the second pumping stage of the two-stage Roots vacuum pump being fitted in series with and upstream of a first pumping stage of said primary vacuum pump in the direction of flow of the gases to be pumped, characterized in that: - the ratio of the volume displacement of the first pumping stage of the two-stage Roots vacuum pump to the volume displacement of the second pumping stage of the two-stage Roots vacuum pump being less than six, and - the ratio of the volume displacement of the second pumping stage of the two-stage Roots vacuum pump to the volume displacement of the first pumping stage of said primary vacuum pump being less than six. - a primary vacuum pump of the multistage dry type, comprising at least four pumping stages (T1, T2, T3, T4, T5) fitted in series, - a two-stage Roots vacuum pump, comprising a first and a second pumping stage (B1, B2) fitted in series, the second pumping stage of the two-stage Roots vacuum pump being fitted in series with and upstream of a first pumping stage of said primary vacuum pump in the direction of flow of the gases to be pumped, - the ratio of the volume displacement of the first pumping stage of the two-stage Roots vacuum pump to the volume displacement of the second pumping stage of the two-stage Roots vacuum pump being less than six, and - the ratio of the volume displacement of the second pumping stage of the two-stage Roots vacuum pump to the volume displacement of the first pumping stage of said primary vacuum pump being less than six.
Dispensing device suited to dispense a liquid or a fluid held in a container, said device comprising an engagement portion for the mutual engagement of said device and said container, drawing and dispensing means suited to draw said fluid or liquid from said container and to respectively dispense it, a main operating body suited to operate said device through pressure exerted along a pressing direction of said drawing and dispensing means, said main operating body being suited to be moved with respect to said engagement portion, when subjected to said pressure, between a rest position and an activating position for the operation of said drawing and dispensing means, as well as a dispensing nozzle fixed to said main operating body and provided with a dispensing duct for dispensing said fluid or liquid, wherein said dispensing nozzle can be switched with respect to said main operating body, through a rotary movement, between a dispensing position, in which said dispensing duct is in communication with the inside of said main operating body, and a non-dispensing position, and constraining means suited to prevent the movement of said main operating body along said pressing direction with respect to said engagement portion when said dispensing nozzle is in the non-dispensing position, wherein said constraining means comprise a first counteracting element (52; 152; 452) associated with said dispensing nozzle and a second counteracting element (14; 314) associated with said engagement portion, characterized in that said first counteracting element (52; 152) comprises a tab that protrudes from said dispensing nozzle, and in that said main operating body is configured to slide inside said engagement portion.
A multi-service tunnel networking technology "MSTNT" system, which uses multiple internet service providers and forms logical tunnels within one physical communication channel, the system comprises: a tunnel module, which performs summing of data transport channels, enables data protection when transmitted over an unsecure network or manages Layer 2 Ethernet tunnels over Wide Area Networks "WAN"; and a management and monitoring system "MMS" module, which enables network administrators to centrally monitor the status and operation of communication channels created by MSTNT technology; wherein the data packets' transportation is permitted from digital devices or their networks to a user and vice versa through network data services, characterized in that, for data transmission, the multi-service tunnel protocol "MSTP", which operates at a kernel level of the Multi-Platform Tunnel Operating System "MPT OS", employs a plurality of different physical communication sub-channels, which are structured into distinct groups known as transmission/reception "tx/rx" rings, where each of these tx/rx rings is assigned a unique identifier number that facilitates the ordered management and prioritization of data flow within the network. internet service providers and forms logical tunnels within one physical communication channel, the system comprises: a tunnel module, which performs summing of data transport channels, enables data protection when transmitted over an unsecure network or manages Layer 2 Ethernet tunnels over Wide Area Networks "WAN"; and a management and monitoring system "MMS" module, which enables network administrators to centrally monitor the status and operation of communication channels created by MSTNT technology; wherein the data packets' transportation is permitted from digital devices or their networks to a user and vice versa through network data services, characterized in that, for data transmission, the multi-service tunnel protocol "MSTP", which operates at a kernel level of the Multi-Platform Tunnel Operating System "MPT OS", employs a tunnel module, which performs summing of data transport channels, enables data protection when transmitted over an unsecure network or manages Layer 2 Ethernet tunnels over Wide Area Networks "WAN"; and a management and monitoring system "MMS" module, which enables network administrators to centrally monitor the status and operation of communication channels created by MSTNT technology; wherein the data packets' transportation is permitted from digital devices or their networks to a user and vice versa through network data services, characterized in that, for data transmission, the multi-service tunnel protocol "MSTP", which operates at a kernel level of the Multi-Platform Tunnel Operating System "MPT OS", employs a plurality of different physical communication sub-channels, which are structured into distinct groups known as transmission/reception "tx/rx" rings, where each of these tx/rx rings is assigned a unique identifier number that facilitates the ordered management and prioritization of data flow within the network.
A pneumatic radial tire for heavy loads comprising a tread portion, a pair of sidewall portions, a pair of bead portions each having a bead core therein, a radial carcass composed of at least one carcass ply including a body portion extending toroidally between the bead cores of the bead portions and turn-up portions turned up along the bead cores, and a tread rubber disposed on an outer circumferential side of a crown region of the carcass, wherein in a widthwise cross section of the tire when the tire is mounted to an application rim and inflated with a specified internal pressure: a turnoff point is defined at an end of an inclined area inclined both outward in a tire width direction and inward in a tire radial direction from a tread ground-contact end of the tread rubber; a maximum tire width position is positioned further outward in the tire width direction than a tire outer surface corresponding to a maximum carcass width position and the turnoff point and is also positioned further outward in the tire radial direction than the maximum carcass width position and further inward in the tire radial direction than the turnoff point; an angle α is defined as an acute angle that a line joining an intersection between a virtual line and the tire outer surface and the maximum tire width position forms with respect to the tire radial direction, the virtual line passing through the maximum carcass width position in a direction parallel to a tire rotation axis, and the angle α satisfying a relationship 0 < α ≤ 30°; and a distance h is defined as a distance in the tire radial direction from a tread center to the maximum tire width position, the distance h ranging from 0.20SH to 0.40SH where SH is a tire section height, and an angle β is defined as an acute angle that a line joining the maximum tire width position and the turnoff point forms with respect to the tire radial direction, the angle β satisfying a relationship 0 ≤ β < 30 °, characterised in that: a reinforcing rubber is disposed between the body portion and the turn-up portion of the carcass over a distance of 0.15SH to 0.25SH outward in the tire radial direction from the maximum carcass width position and over a distance of 0.20SH to 0.30SH inward in the tire radial direction from the maximum carcass width position, the reinforcing rubber having a modulus of elasticity M at 300% elongation ranging from 60 to 100 kgf/cm 2 and a rebound resilience coefficient R in a range 0.4 < R < 0.7. a reinforcing rubber is disposed between the body portion and the turn-up portion of the carcass over a distance of 0.15SH to 0.25SH outward in the tire radial direction from the maximum carcass width position and over a distance of 0.20SH to 0.30SH inward in the tire radial direction from the maximum carcass width position, the reinforcing rubber having a modulus of elasticity M at 300% elongation ranging from 60 to 100 kgf/cm 2 and a rebound resilience coefficient R in a range 0.4 < R < 0.7.
A nucleic acid molecule comprising a variant rpoC RNA-polymerase β' subunit protein coding sequence (variant rpoC coding sequence), wherein: the variant rpoC coding sequence encodes a variant RpoC RNA-polymerase β' subunit protein (variant RpoC); and the variant RpoC comprises an R47C substitution, with numbering of the R47C substitution defined based on wild-type RpoC RNA-polymerase β' subunit protein (wild-type RpoC) of Escherichia coli of SEQ ID NO: 26, wherein the variant RpoC comprises an amino acid sequence that is at least 90% identical to SEQ ID NO: 27, wherein expression of the variant RpoC decreases copy number of a plasmid relative to expression of wild-type RpoC comprising SEQ ID NO: 26, and wherein the variant RpoC has RNA-polymerase activity in the RNA poly-merase complex. the variant rpoC coding sequence encodes a variant RpoC RNA-polymerase β' subunit protein (variant RpoC); and the variant RpoC comprises an R47C substitution, with numbering of the R47C substitution defined based on wild-type RpoC RNA-polymerase β' subunit protein (wild-type RpoC) of Escherichia coli of SEQ ID NO: 26, wherein the variant RpoC comprises an amino acid sequence that is at least 90% identical to SEQ ID NO: 27, wherein expression of the variant RpoC decreases copy number of a plasmid relative to expression of wild-type RpoC comprising SEQ ID NO: 26, and wherein the variant RpoC has RNA-polymerase activity in the RNA poly-merase complex.
A wireless communication method, comprising: determining (S200, S400) by a first data transmitter whether the presence of a second data receiver is sensed, when the first data transmitter senses that a second data transmitter transmits data to the second data receiver; wherein the first data transmitter and the second data transmitter are located in an overlapping basic service set, OBSS, and characterized in that the first data transmitter needs to transmit data to a first data receiver; and by analyzing (S202, S404) by the first data transmitter whether the second data transmitter senses the presence of the first data receiver, when determining that the presence of a second data receiver is not sensed; and transmitting data (S204, S410) to the first data receiver by the first data transmitter, when analyzing that the second data transmitter does not sense the presence of the first data receiver. determining (S200, S400) by a first data transmitter whether the presence of a second data receiver is sensed, when the first data transmitter senses that a second data transmitter transmits data to the second data receiver; wherein the first data transmitter and the second data transmitter are located in an overlapping basic service set, OBSS, and characterized in that the first data transmitter needs to transmit data to a first data receiver; and by analyzing (S202, S404) by the first data transmitter whether the second data transmitter senses the presence of the first data receiver, when determining that the presence of a second data receiver is not sensed; and transmitting data (S204, S410) to the first data receiver by the first data transmitter, when analyzing that the second data transmitter does not sense the presence of the first data receiver.
Motor centrifugal pump with an impeller supported in the pump chamber and seated on the shaft of the electric motor, the motor rotor being located in a can chamber through which the pumped liquid flows, and the pump chamber being separated from the chamber by a partition wall which has at least one flow opening for the pumped liquid, wherein the size of the cross-section of the flow opening decreases and/or increases from the pump chamber to the can chamber, characterized in that the diameter of the flow opening at its narrowest point is greater than 0.5 mm, wherein in the region of the flow opening the partition wall is bent in such a way that the perimeter of the flow opening projects with a partial area into the pump chamber and with an opposite second area into the can chamber.
A method for use in a mobile terminal for selecting an Enhanced Uplink Transport Format Combination, E-TFC, for an uplink transmission to a base station, wherein: upon establishing a radio connection with the base station, receiving parameters from the base station that describe a radio bearer configuration; characterized in: generating a set of E-TFCs based upon the radio bearer parameters; classifying each of the E-TFCs in the set as either power-efficient or power inefficient based on properties of each of the E-TFCs and power-inefficiency criteria; receiving a grant from the base station; utilizing the grant to derive a set of allowed E-TFCs; and selecting an E-TFC only if the E-TFC is both power-efficient and included in the set of allowed E-TFCs. upon establishing a radio connection with the base station, receiving parameters from the base station that describe a radio bearer configuration; characterized in: generating a set of E-TFCs based upon the radio bearer parameters; classifying each of the E-TFCs in the set as either power-efficient or power inefficient based on properties of each of the E-TFCs and power-inefficiency criteria; receiving a grant from the base station; utilizing the grant to derive a set of allowed E-TFCs; and selecting an E-TFC only if the E-TFC is both power-efficient and included in the set of allowed E-TFCs. generating a set of E-TFCs based upon the radio bearer parameters; classifying each of the E-TFCs in the set as either power-efficient or power inefficient based on properties of each of the E-TFCs and power-inefficiency criteria; receiving a grant from the base station; utilizing the grant to derive a set of allowed E-TFCs; and selecting an E-TFC only if the E-TFC is both power-efficient and included in the set of allowed E-TFCs.
Use of a particulate material having a porosity at least equal to 5% and less than or equal to 60% and pores with a diameter which varies from 1 to 100 nanometers in a calcined gypsum-based composition which is intended for the production of a plaster-based board, in particular of the type comprising a plaster-based core arranged between two sheets of paper or non-woven fabric, in order to improve acoustic comfort, wherein the particulate material represents 0.001 to 50% by weight of the mixture consisting of the plaster and the particulate material, and the particulate material is inorganic, selected from activated carbons and carbonates, or organic.
A braking system for a rail vehicle, in particular for a mainline rail vehicle, a. the rail vehicle comprising a plurality N of wheel sets, i. a wheel set in each case comprising a first wheel and a second wheel connected to a wheel set shaft, b. the braking system comprising at least one regenerative braking module associated with a wheel set shaft, which is configured for converting rotational energy of the wheel set shaft into electrical energy and thereby braking the rail vehicle, characterized in that c. the braking system has several different regenerative braking modules, each configured for maximum braking power at different driving speeds. a. the rail vehicle comprising a plurality N of wheel sets, i. a wheel set in each case comprising a first wheel and a second wheel connected to a wheel set shaft, i. a wheel set in each case comprising a first wheel and a second wheel connected to a wheel set shaft, b. the braking system comprising at least one regenerative braking module associated with a wheel set shaft, which is configured for converting rotational energy of the wheel set shaft into electrical energy and thereby braking the rail vehicle, characterized in that c. the braking system has several different regenerative braking modules, each configured for maximum braking power at different driving speeds.
A heat source unit (100, 100A) comprising: a housing including a machine chamber incorporating a compressor and an expansion valve and having an air ventilation port allowing for ventilation with outside air and a heat exchange chamber incorporating a heat exchanger and an air-sending device configured to cause air to pass through the heat exchanger; a control box disposed in the housing at a position so that an airflow from the air-sending device passes through the control box; a refrigerant concentration detection device disposed in the control box and configured to detect refrigerant concentration; and a control circuit disposed in the control box and configured to control the air-sending device, the air-sending device performing forward rotation being rotation in a direction during a normal operation and reverse rotation being a direction opposite to the forward rotation, and characterized by: when refrigerant leakage is detected on a basis of a detection value of the refrigerant concentration detection device, the control circuit being configured to control the air-sending device to perform either of the forward rotation and the reverse rotation achieving a larger amount of a volume of air passing through the control box. a housing including a machine chamber incorporating a compressor and an expansion valve and having an air ventilation port allowing for ventilation with outside air and a heat exchange chamber incorporating a heat exchanger and an air-sending device configured to cause air to pass through the heat exchanger; a control box disposed in the housing at a position so that an airflow from the air-sending device passes through the control box; a refrigerant concentration detection device disposed in the control box and configured to detect refrigerant concentration; and a control circuit disposed in the control box and configured to control the air-sending device, the air-sending device performing forward rotation being rotation in a direction during a normal operation and reverse rotation being a direction opposite to the forward rotation, and characterized by: when refrigerant leakage is detected on a basis of a detection value of the refrigerant concentration detection device, the control circuit being configured to control the air-sending device to perform either of the forward rotation and the reverse rotation achieving a larger amount of a volume of air passing through the control box.
A method for generating an output data set representing a fluorescence image of a sample, the method comprising the steps of: (a) obtaining an input data set representing fluorescence images of the sample for a plurality of different focal plane depths in the sample and different exposure times, wherein the respective fluorescence images comprise image signal values for an array of pixel locations; and (b) combining the image signal values for the fluorescence images for the different focal plane depths and different exposure times to form an output data set representing a single resultant fluorescence image of the sample, characterized in that step (b) comprises the steps of: deriving an intermediate image for each of the different exposure times from the fluorescence images for the different focal plane depths for the respective different exposure times, and combining the intermediate images for the different exposure times to form the single resultant fluorescence image; wherein step comprises determining for each pixel location in the intermediate images a weighted average of the corresponding image signal values in the different intermediate images and using the weighted averages to form the output data set representing the single resultant fluorescence image of the sample, and wherein the weightings for each image signal value in the intermediate images are based on a measure of a variation in the image signal values among neighbouring pixel locations with image signal values for pixel locations associated with relatively high variation weighted more than image signal values for pixel locations associated with relatively low variation. (a) obtaining an input data set representing fluorescence images of the sample for a plurality of different focal plane depths in the sample and different exposure times, wherein the respective fluorescence images comprise image signal values for an array of pixel locations; and (b) combining the image signal values for the fluorescence images for the different focal plane depths and different exposure times to form an output data set representing a single resultant fluorescence image of the sample, deriving an intermediate image for each of the different exposure times from the fluorescence images for the different focal plane depths for the respective different exposure times, and combining the intermediate images for the different exposure times to form the single resultant fluorescence image; wherein step comprises determining for each pixel location in the intermediate images a weighted average of the corresponding image signal values in the different intermediate images and using the weighted averages to form the output data set representing the single resultant fluorescence image of the sample, and wherein the weightings for each image signal value in the intermediate images are based on a measure of a variation in the image signal values among neighbouring pixel locations with image signal values for pixel locations associated with relatively high variation weighted more than image signal values for pixel locations associated with relatively low variation.