mhurhangee/ep-ind-claims huggingface dataset:
A time-of-flight mass analysis device, notably of mass spectrometer or atom probe type, comprising: - means for receiving a sample, - means for extracting ions from the surface of the sample, - a detector, - an ion mirror producing an electrostatic field whose equipotential lines are defined by a first curvature in a first direction contained in the radial plane of the mass analysis device and a first center of curvature, and a second curvature in a second direction perpendicular to the first direction in the transverse plane of the mass analysis device and a second center of curvature, characterized in that the sample is positioned at a distance from the first center of curvature less than a quarter of the first radius of curvature. - means for receiving a sample, - means for extracting ions from the surface of the sample, - a detector, - an ion mirror producing an electrostatic field whose equipotential lines are defined by a first curvature in a first direction contained in the radial plane of the mass analysis device and a first center of curvature, and a second curvature in a second direction perpendicular to the first direction in the transverse plane of the mass analysis device and a second center of curvature,
A plated steel wire comprising: a steel wire; and a brass plating layer covering an outer peripheral surface of the steel wire and composed of Cu, Zn, Al, and impurities, in which, assuming a total of Cu, Zn, and Al to be 100% by mass, a Cu content is from 60% by mass to less than 70% by mass and an Al content is from 5.5% by mass to less than 15% by mass, and an average thickness is from 180 nm to 2,000 nm. a steel wire; and a brass plating layer covering an outer peripheral surface of the steel wire and composed of Cu, Zn, Al, and impurities, in which, assuming a total of Cu, Zn, and Al to be 100% by mass, a Cu content is from 60% by mass to less than 70% by mass and an Al content is from 5.5% by mass to less than 15% by mass, and an average thickness is from 180 nm to 2,000 nm.
A plasticizer composition comprising: epoxidized fatty acid alkyl esters, wherein said epoxidized fatty acid alkyl esters have an iodine value in the range of from 7 to 10 g I 2 / 100 g of epoxidized fatty acid alkyl esters wherein said epoxidized fatty acid alkyl esters have an oxirane oxygen content of at least 6 weight percent based on the entire weight of the epoxidized fatty acid alkyl esters, wherein said epoxidized fatty acid alkyl esters are prepared from esterified soybean oil. epoxidized fatty acid alkyl esters, wherein said epoxidized fatty acid alkyl esters have an iodine value in the range of from 7 to 10 g I 2 / 100 g of epoxidized fatty acid alkyl esters wherein said epoxidized fatty acid alkyl esters have an oxirane oxygen content of at least 6 weight percent based on the entire weight of the epoxidized fatty acid alkyl esters, wherein said epoxidized fatty acid alkyl esters are prepared from esterified soybean oil.
Mould having a mould divider for installation into the mould, wherein the mould has two mould walls (5, 6) which are spaced apart from one another and between which a mould interior space for passage of a melt extends, the mould divider comprising - a divider block having two outer surfaces (11, 12) for subdividing the mould interior space into two sub-spaces which are separated from one another by the outer surfaces (11, 12) of the divider block, and - at least one cooling channel for a cooling liquid for cooling at least one outer surface (11, 12), which at least one cooling channel runs in the divider block, characterized in that the mould has - in each case at least one first clamping piston, which is guided into the first mould wall through a first mould wall opening, and - in each case at least second clamping piston, which is guided into the second mould wall through a second mould wall opening, wherein the first and second clamping pistons (31a, 31b) are able to be moved in a hydraulically or pneumatically or electromechanically driven manner towards the divider block, and away from the divider block, along their respective longitudinal axes, and by way of which first and second clamping pistons a clamping force is able to be exerted on the divider block. - a divider block having two outer surfaces (11, 12) for subdividing the mould interior space into two sub-spaces which are separated from one another by the outer surfaces (11, 12) of the divider block, and - at least one cooling channel for a cooling liquid for cooling at least one outer surface (11, 12), which at least one cooling channel runs in the divider block, characterized in that the mould has - in each case at least one first clamping piston, which is guided into the first mould wall through a first mould wall opening, and - in each case at least second clamping piston, which is guided into the second mould wall through a second mould wall opening, wherein the first and second clamping pistons (31a, 31b) are able to be moved in a hydraulically or pneumatically or electromechanically driven manner towards the divider block, and away from the divider block, along their respective longitudinal axes, and by way of which first and second clamping pistons a clamping force is able to be exerted on the divider block.
A touch panel having a first electroconductive sheet (10, 12A, 12B) wherein the first electroconductive sheet (12A, 12B) comprises: an electrode pattern (16A, 16B) constructed of a metal thin wire; and an electrode terminal (60A, 60B) configured to be electrically connected to an end of the electrode pattern (16A, 16B), wherein an aperture ratio of the electrode pattern (16A, 16B) is 90% or more, and, the electrode pattern (16A, 16B) is provided in a sensing region and the electrode terminal (60A, 60B) is provided in an outside of the sensing region, characterized in that when the aperture ratio of the electrode pattern (16A, 16B) is represented by b%, an aperture ratio of the electrode terminal (60A, 60B) is (b-20)% or more and (b-0.1)% or less, the electrode pattern includes a plurality of electroconductive patterns and a plurality of non-electroconductive patterns, lattices in the electroconductive patterns have a same size as lattices in the non-electroconductive patterns, and the lattices in the first non-electroconductive patterns have break portions in places other than intersections of the metal thin wires. an electrode pattern (16A, 16B) constructed of a metal thin wire; and an electrode terminal (60A, 60B) configured to be electrically connected to an end of the electrode pattern (16A, 16B), wherein an aperture ratio of the electrode pattern (16A, 16B) is 90% or more, and, the electrode pattern (16A, 16B) is provided in a sensing region and the electrode terminal (60A, 60B) is provided in an outside of the sensing region, characterized in that when the aperture ratio of the electrode pattern (16A, 16B) is represented by b%, an aperture ratio of the electrode terminal (60A, 60B) is (b-20)% or more and (b-0.1)% or less, the electrode pattern includes a plurality of electroconductive patterns and a plurality of non-electroconductive patterns, lattices in the electroconductive patterns have a same size as lattices in the non-electroconductive patterns, and the lattices in the first non-electroconductive patterns have break portions in places other than intersections of the metal thin wires.
An apparatus, comprising: a sequence selection module to select first and second sequences of a plurality of directional transmission patterns, each of the plurality of directional transmission patterns corresponding to a sector; and a plurality of radiating elements to: wirelessly transmit, in a first beacon period, multiple beacon transmissions in accordance with the first sequence; and wirelessly transmit, in a second beacon period, multiple beacon transmissions in accordance with the second sequence; characterised in that the first sequence is different from the second sequence. a sequence selection module to select first and second sequences of a plurality of directional transmission patterns, each of the plurality of directional transmission patterns corresponding to a sector; and a plurality of radiating elements to: wirelessly transmit, in a first beacon period, multiple beacon transmissions in accordance with the first sequence; and wirelessly transmit, in a second beacon period, multiple beacon transmissions in accordance with the second sequence; characterised in that the first sequence is different from the second sequence. wirelessly transmit, in a first beacon period, multiple beacon transmissions in accordance with the first sequence; and wirelessly transmit, in a second beacon period, multiple beacon transmissions in accordance with the second sequence; characterised in that the first sequence is different from the second sequence.
An exhaust gas purification catalyst purifying an exhaust gas containing a phosphorus compound, the catalyst comprising: a catalyst layer A containing rhodium (Rh), palladium (Pd), and a ceria-zirconia-lanthana-yttria complex oxide as catalyst active components, wherein the average value of distances between Rh particles and the nearest Pd particles of the Rh and the Pd is 0 to 300 nm as measured by energy dispersive spectroscopy using scanning transmission electron microscopy, a weight ratio of the Pd to the Rh is from 0.2 to 4.9, and a content rate of yttria in the ceria-zirconia-lanthana-yttria complex oxide is 2-15% by weight the exhaust gas purification catalyst further comprising: a catalyst layer B, wherein the catalyst layer B is formed by coating as a lower layer containing palladium, and the catalyst layer A is formed by coating as a surface layer. a catalyst layer A containing rhodium (Rh), palladium (Pd), and a ceria-zirconia-lanthana-yttria complex oxide as catalyst active components, wherein the average value of distances between Rh particles and the nearest Pd particles of the Rh and the Pd is 0 to 300 nm as measured by energy dispersive spectroscopy using scanning transmission electron microscopy, a weight ratio of the Pd to the Rh is from 0.2 to 4.9, and a content rate of yttria in the ceria-zirconia-lanthana-yttria complex oxide is 2-15% by weight the exhaust gas purification catalyst further comprising: a catalyst layer B, wherein the catalyst layer B is formed by coating as a lower layer containing palladium, and the catalyst layer A is formed by coating as a surface layer. a catalyst layer B, wherein the catalyst layer B is formed by coating as a lower layer containing palladium, and the catalyst layer A is formed by coating as a surface layer.
Device for operating a plurality of pneumatically controlled operative equipments of the articulated-lever type, including: - a gas pressure generator unit, - connection fluid lines (34, 36, 60, 62) extending from said generator unit to at least one chamber (30, 32) of each pneumatic cylinder of said - plurality of operative equipments, - electric detection means for detecting the end-of-stroke position of the articulated levers of each of said operative equipments, characterized in that said pressure generator unit comprises a main cylinder having a first and a second chamber (56, 58) separated to each other by a slidable piston, pressure transducers (70, 72) being respectively associated with said first and second chamber (56, 58) of the main cylinder, and an actuator associated with said piston for controlling the movement of the piston relative to the main cylinder, in that said connection lines (34, 36, 60, 62) make a closed circuit for said gas, said closed circuit connecting the first chamber of the main cylinder with each first chamber of the pneumatic cylinders of said plurality of operative equipments, and the second chamber of the main cylinder with each second chamber of the pneumatic cylinders of said plurality of operative equipments, and in that it comprises an electronic control unit to which said electric detection means of each operative equipment and said pressure transducers (70, 72) associated with the chambers (56, 58) of the main cylinder are connected, the operation of the actuator of the pressure generator unit being controlled by said electronic control unit depending on the position of the articulated levers of said plurality of operative equipments and on the inner pressure of said chambers (56, 58) of the main cylinder. - a gas pressure generator unit, - connection fluid lines (34, 36, 60, 62) extending from said generator unit to at least one chamber (30, 32) of each pneumatic cylinder of said - plurality of operative equipments, - electric detection means for detecting the end-of-stroke position of the articulated levers of each of said operative equipments,
A pentacyclic triterpene selected among α and β amyrins for use as a PCSK3-inhibiting active substance, also called furin, for the therapeutical treatment of infectious diseases among mammals, to inhibit AB-type microbiological toxins and keep them passive and without virulence, to stop anthrax, as an antiviral drug against enveloped viruses, hence inhibiting the infection and pathogenicity of Coronaviruses, Flaviviruses, Togaviridae, Bornaviridae, Bunyaviruses, Filoviridae, Paramyxoviridae, Pneumoviruses and Retroviridae, in particular of the Human Immunodeficiency Virus, of the Rous sarcoma virus, of the virus murine leukemia viruses, of the Marburg virus, of the five species of ebolavirus, of the tick-borne encephalitis virus and of the dengue viruses, to improve the function of the defensive immune response of the host for the dengue viruses, as an antiviral drug against naked viruses by inhibiting the infectious spread of the papillomaviruses.
A method of compression-forming a cup-type container having a ratio (L/D) of the height of the cup-type container to the diameter of the opening of not less than 1.0, by using a lower metal mold and an upper metal mold having portions for defining a body portion of the container and portions for defining a bottom portion thereof, feeding a molten thermoplastic resin mass into the lower metal mold, and compressing the molten thermoplastic resin mass with the upper metal mold and the lower metal mold, wherein after the molten thermoplastic resin mass is fed into the lower metal mold, the rate of compression is in a range of not more than 100 mm/second at a point 5 mm before a point where the forming is completed by the movement of the upper metal mold or the lower metal mold.
Method for renovating steel precision pair parts which involves measuring the diameter of the internal part of the precision pair, measuring the inner diameter of the external part of the precision pair, determining the thickness of the two wear-resistant layer coatings to be sputtered on the internal part of the precision pair according to the difference between the measured diameters, sputtering the size-restoring layer of aluminium and titanium alloy with microhardness up to 10000 MPa on the internal part of the precision pair by means of ion plasma deposition, sputtering the outer wear-resistant layer of aluminium and titanium alloy nitride with microhardness exceeding 10000 MPa on the internal part of the precision pair by means of ion plasma deposition, and measuring the diameter of the renovated internal part of the precision pair, characterized in that the internal part of the precision pair is thermally annealed at a temperature of 400-600 °C and the oxidised layer is mechanically removed from the surface of the internal part of the precision pair before measuring the diameter of the internal part of the precision pair.
Method of updating the software of at least one chip (ECU1-ECU4) on board a motor vehicle, dedicated to the management of a part or of a function of the vehicle and equipped with a memory such that an item of software stored in this memory can be modified, the vehicle furthermore comprising a computer and at least one receiver of radio waves (R1-R5), the software update being transmitted by radio waves on a frequency picked up by a receiver (R5, R1) of the vehicle, and comprising, by the computer, a step of verification of the integrity of the software update received and a step, when the vehicle has stopped, of replacement of the old version of the software by the new version and a step of verification of correct operation, a step of reinstallation of the old version if operation with the new version does not appear to be satisfactory, characterized in that the system on board the vehicle is made to transmit an acknowledgement of receipt of the software update allowing the vehicle concerned to be identified, that a "Garage Station" radio receiver on board the vehicle and dedicated to the reception of the software update is provided, and that said "Garage Station" radio also comprises a transmitter forming a first on board transmitter/receiver for formulating and transmitting a software update request to a second "Garage Station" transmitter/receiver.
A pipe coupling for push fit insertion of a pipe, comprising a main tubular body provided with a pipe receiving bore and a radially deformable clamp ring arranged in the main tubular body for clamping engagement with an inserted pipe in operation, wherein the clamp ring is linearly moveable with respect to the main tubular body in an axial direction of the pipe receiving bore between a ring insertion position and a ring locking position, and wherein the clamp ring is in wedged engagement with the main tubular body, the pipe coupling further comprising a biasing member arranged within the main tubular body and axially biasing the clamp ring from the ring insertion position to the ring locking position, wherein the clamp ring comprises the biasing member and a grabbing insert for radially grabbing and axially locking an inserted pipe, wherein the grabbing insert is arranged along a circumferential inner surface of the clamp ring, and wherein the biasing member is attached to the grabbing insert and comprises one or more circumferentially arranged and axially protruding resilient portions for abutment with the main tubular body, wherein the grabbing insert and the biasing member form a single piece component provided as a ring shaped inlay made of a material which is different from a material of the clamp ring.
A method for wireless communication, comprising: identifying a first component carrier, CC, on which a physical downlink control channel, PDCCH, is received by a user equipment, UE, the first CC being one of a plurality of CCs configured for the UE; identifying a second CC on which a data transmission associated with the PDCCH is received by the UE, the second CC being one of the plurality of CCs configured for the UE; determining physical uplink control channel, PUCCH, resources based on the first CC on which the PDCCH is received and the second CC on which the data transmission is received; determining the PUCCH resources based further on the transmission mode of the second CC; and sending, by the UE, acknowledgement/negative acknowledgement, ACK/NACK, information for the data transmission based on the PUCCH resources. identifying a first component carrier, CC, on which a physical downlink control channel, PDCCH, is received by a user equipment, UE, the first CC being one of a plurality of CCs configured for the UE; identifying a second CC on which a data transmission associated with the PDCCH is received by the UE, the second CC being one of the plurality of CCs configured for the UE; determining physical uplink control channel, PUCCH, resources based on the first CC on which the PDCCH is received and the second CC on which the data transmission is received; determining the PUCCH resources based further on the transmission mode of the second CC; and sending, by the UE, acknowledgement/negative acknowledgement, ACK/NACK, information for the data transmission based on the PUCCH resources.
A method for frame acknowledgement, the method comprising: encapsulating an immediate acknowledgement instruction into a data frame; said immediate acknowledgement instruction being used for instructing a return frame acknowledge response in the next time period; transmitting the data frame having said immediate acknowledgement instruction attached thereto; wherein each physical frame includes a downlink physical period and an uplink physical period successively, and wherein, when transmitting said data frame having the immediate acknowledgement instruction attached thereto in the downlink physical period of a physical frame, said immediate acknowledgement instruction is used for instructing a return frame acknowledge response in the uplink physical period of the physical frame; and when transmitting said data frame having the immediate acknowledgement instruction attached thereto in the uplink physical period of a physical frame, said immediate acknowledgement instruction is used for instructing a return frame acknowledge response in the downlink physical period of the next physical frame. encapsulating an immediate acknowledgement instruction into a data frame; said immediate acknowledgement instruction being used for instructing a return frame acknowledge response in the next time period; transmitting the data frame having said immediate acknowledgement instruction attached thereto; wherein each physical frame includes a downlink physical period and an uplink physical period successively, and wherein, when transmitting said data frame having the immediate acknowledgement instruction attached thereto in the downlink physical period of a physical frame, said immediate acknowledgement instruction is used for instructing a return frame acknowledge response in the uplink physical period of the physical frame; and when transmitting said data frame having the immediate acknowledgement instruction attached thereto in the uplink physical period of a physical frame, said immediate acknowledgement instruction is used for instructing a return frame acknowledge response in the downlink physical period of the next physical frame.
Sanitary space, such as a toilet space, comprising: - a floor; - upright walls along the periphery of the floor; - a pre-wall arranged in front of a wall, wherein a secondary space is formed between the wall and the pre-wall; - an installation for flush water supply, such as for instance a flush basin such as a toilet bowl, arranged close to or against the pre-wall; - a flushing reservoir placed in the secondary space and connected to the installation for flush water supply; wherein a service opening is arranged in the pre-wall, which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir, wherein the service opening is positioned above the flushing reservoir, characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall; further comprising a toilet roll holder with a feed opening and a discharge opening, wherein the discharge opening is arranged in the pre-wall and wherein the feed opening is accessible via the service opening. - a floor; - upright walls along the periphery of the floor; - a pre-wall arranged in front of a wall, wherein a secondary space is formed between the wall and the pre-wall; - an installation for flush water supply, such as for instance a flush basin such as a toilet bowl, arranged close to or against the pre-wall; - a flushing reservoir placed in the secondary space and connected to the installation for flush water supply;