mhurhangee/patent-ind-claim-en huggingface dataset:
A brake carrier for a pneumatically or electromotively actuated disc brake of a utility vehicle, comprising: - a connecting region for fixing to a vehicle axle; - at least one pad shaft for receiving and supporting at least one brake pad ; - this pad shaft being formed by a run-in-side carrier horn , a run-out-side carrier horn and a bridge that connects the run-in-side carrier horn and the run-out-side carrier horn ; - regions of this bridge adjacent to the carrier horns forming bearing surfaces for providing radial support for the at least one brake pad ; - there being arranged on a lateral face of the carrier horns guide contours for guiding the brake pad into an insertion position to the side of the pad shaft in which the brake pad can be inserted into the pad shaft between the carrier horns axially in relation to the vehicle axle; characterised in that - the guide contours of the carrier horns of a pad shaft are formed continuously one on top of another towards the bridge . - a connecting region for fixing to a vehicle axle; - at least one pad shaft for receiving and supporting at least one brake pad ; - this pad shaft being formed by a run-in-side carrier horn , a run-out-side carrier horn and a bridge that connects the run-in-side carrier horn and the run-out-side carrier horn ; - regions of this bridge adjacent to the carrier horns forming bearing surfaces for providing radial support for the at least one brake pad ; - there being arranged on a lateral face of the carrier horns guide contours for guiding the brake pad into an insertion position to the side of the pad shaft in which the brake pad can be inserted into the pad shaft between the carrier horns axially in relation to the vehicle axle; - the guide contours of the carrier horns of a pad shaft are formed continuously one on top of another towards the bridge .
An inverted magnetron cold cathode ionization vacuum gauge comprising: an anode electrode ; a cathode electrode assembly surrounding a length of the anode electrode and positioned to create an electric field in a discharge space between the cathode electrode assembly and the anode electrode ; a magnet assembly positioned to define a magnetic field across the electric field; an opening in the cathode electrode assembly positioned to permit entry of a gas from a monitored chamber into the discharge space such that ions of the gas are formed in the discharge space to be accelerated by the electric field in a direction towards the cathode electrode assembly ; a source aperture in the cathode electrode assembly positioned to emit a portion of the ions of the gas out of the cathode electrode assembly ; the magnet assembly positioned to angularly displace the emitted portion of the ions based on a mass to charge ratio of ions of the gas; a detector positioned to detect a displaced ion component of the emitted portion of the ions; and ion current measurement circuitry electrically connected to measure a current produced from receipt of the displaced ion component at the detector; characterized in that the inverted magnetron cold cathode ionization vacuum gauge comprises: a gas inlet passage positioned to flow the gas from the monitored chamber to the opening in the cathode electrode assembly , wherein the emitted portion of the ions travel in a direction counter to the flow of the gas from the monitored chamber in the gas inlet passage . an anode electrode ; a cathode electrode assembly surrounding a length of the anode electrode and positioned to create an electric field in a discharge space between the cathode electrode assembly and the anode electrode ; a magnet assembly positioned to define a magnetic field across the electric field; an opening in the cathode electrode assembly positioned to permit entry of a gas from a monitored chamber into the discharge space such that ions of the gas are formed in the discharge space to be accelerated by the electric field in a direction towards the cathode electrode assembly ; a source aperture in the cathode electrode assembly positioned to emit a portion of the ions of the gas out of the cathode electrode assembly ; the magnet assembly positioned to angularly displace the emitted portion of the ions based on a mass to charge ratio of ions of the gas; a detector positioned to detect a displaced ion component of the emitted portion of the ions; and ion current measurement circuitry electrically connected to measure a current produced from receipt of the displaced ion component at the detector; characterized in that the inverted magnetron cold cathode ionization vacuum gauge comprises: a gas inlet passage positioned to flow the gas from the monitored chamber to the opening in the cathode electrode assembly , wherein the emitted portion of the ions travel in a direction counter to the flow of the gas from the monitored chamber in the gas inlet passage .
A capacitive-load driver circuit that is connectable to terminals connected to capacitive loads (CL_M,CL_P) and to an output stage of an amplifier for feeding output voltages to the terminals to drive the capacitive loads, the capacitive-load driver circuit feeding a current during a transition period of the output voltages from one of the terminals transitioning from a high voltage state to a low voltage state to another terminal transitioning from a low voltage state to a high voltage state, the capacitive-load driver circuit comprising: a current-variation detector circuit that detects a variation in a current at the output stage; a charge transfer circuit (SW1, SW2, CS1, CS2) that feeds a predetermined current to one of the terminals to transfer charges from a capacitive load connected to a high voltage terminal to a capacitive load connected to a low voltage terminal and a voltage comparator circuit that determines the magnitude relation of voltages at the terminals; wherein the charge transfer circuit feeds the predetermined current to one of the terminals depending on a result detected at the current-variation detector circuit, and wherein, the charge transfer circuit starts feeding the predetermined current to one of the terminals upon detection of a variation in the current at the output stage by the current-variation detector circuit, and the charge transfer circuit interrupts the current between the terminals upon detection of inversion of the magnitude relation of the voltages at the terminals by the voltage comparator circuit. a current-variation detector circuit that detects a variation in a current at the output stage; a charge transfer circuit (SW1, SW2, CS1, CS2) that feeds a predetermined current to one of the terminals to transfer charges from a capacitive load connected to a high voltage terminal to a capacitive load connected to a low voltage terminal and a voltage comparator circuit that determines the magnitude relation of voltages at the terminals; wherein the charge transfer circuit feeds the predetermined current to one of the terminals depending on a result detected at the current-variation detector circuit, and wherein, the charge transfer circuit starts feeding the predetermined current to one of the terminals upon detection of a variation in the current at the output stage by the current-variation detector circuit, and the charge transfer circuit interrupts the current between the terminals upon detection of inversion of the magnitude relation of the voltages at the terminals by the voltage comparator circuit.
A terminal apparatus for communicating with one or multiple base station apparatuses , the terminal apparatus comprising: a processing unit ; and a receiver configured to receive a Radio Resource Control, RRC, connection reconfiguration message including, for a Data Radio Bearer, DRB, associated with a DRB identity, a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity configuration or an Evolved Universal Terrestrial Radio Access, E-UTRA, PDCP entity configuration, from a base station apparatus of the one or multiple base station apparatuses ; the terminal apparatus is characterised in that the processing unit is configured to notify a higher layer of information indicating that the DRB is established and an EPS bearer identity of the DRB established, based on a determination that both of the following conditions hold: a) the DRB identity is not currently configured in the terminal apparatus , and b) the E-UTRA PDCP entity configuration for the DRB is included in a DRB configuration included in the RRC connection reconfiguration message. a processing unit ; and a receiver configured to receive a Radio Resource Control, RRC, connection reconfiguration message including, for a Data Radio Bearer, DRB, associated with a DRB identity, a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity configuration or an Evolved Universal Terrestrial Radio Access, E-UTRA, PDCP entity configuration, from a base station apparatus of the one or multiple base station apparatuses ; the terminal apparatus is characterised in that the processing unit is configured to notify a higher layer of information indicating that the DRB is established and an EPS bearer identity of the DRB established, based on a determination that both of the following conditions hold: a) the DRB identity is not currently configured in the terminal apparatus , and b) the E-UTRA PDCP entity configuration for the DRB is included in a DRB configuration included in the RRC connection reconfiguration message.
An electrical fieldbus system comprising: a bank of modules mounted adjacent each other; and a functional module (88; 96; 114) for said bank of modules ; wherein said functional module (88; 96; 114) comprises a housing having an interior for housing a smart electronic component (91, 92; 98, 105) that is operably connected to a complementary electrical fitting (90; 106; 116); said complementary electrical fitting (90; 106; 116) being connected to an electrical fitting of a module of said electrical fieldbus system ; characterized in that said modules each have said electrical fitting in proximity to each side thereof for electrically connecting two adjacent modules together; wherein said two adjacent modules are constructed to be electrically and mechanically connected by a bridge member spanning said two adjacent modules ; and wherein said functional module (88; 96; 114) replaces an end plate at an end of the bank of modules or a bridge member without adding extra length to said bank of modules of said electrical fieldbus system . a bank of modules mounted adjacent each other; and a functional module (88; 96; 114) for said bank of modules ; wherein said functional module (88; 96; 114) comprises a housing having an interior for housing a smart electronic component (91, 92; 98, 105) that is operably connected to a complementary electrical fitting (90; 106; 116); said complementary electrical fitting (90; 106; 116) being connected to an electrical fitting of a module of said electrical fieldbus system ; characterized in that said modules each have said electrical fitting in proximity to each side thereof for electrically connecting two adjacent modules together; wherein said two adjacent modules are constructed to be electrically and mechanically connected by a bridge member spanning said two adjacent modules ; and wherein said functional module (88; 96; 114) replaces an end plate at an end of the bank of modules or a bridge member without adding extra length to said bank of modules of said electrical fieldbus system .
A radiographic image detector comprising an imaging device having an imaging area , comprising pixels adapted to generate electric signals (D1-Dm) corresponding to X-rays incident thereon and arrayed in a matrix and signal lines adapted to read out the electric signals from the pixels to detect an image of a subject from radioactive rays which are incident on the imaging area after penetrating the subject, the radiographic image detector further comprising: a plurality of detective elements (DP), the detective elements being adapted to output electric signals (Vout) corresponding to X-rays incident thereon; a radiation detecting device adapted to detect at least one of the start of radiation and the end of radiation of radioactive rays toward the imaging area by monitoring the electric signal output from a high-sensitivity element (SDP) selected on the basis of sensitivity data of the detective elements (DP); and a control device adapted to control operation of the imaging device on the basis of the detection by the radiation detecting device, characterized in that the plurality of detective elements are arranged in the imaging area, and in that the radiographic image detector further comprises a storage device adapted to store the sensitivity data on the detective elements, the sensitivity data being obtained before actuation of the image device to image the subject, for selecting at least one high-sensitivity element (SDP) from among the detective elements, based on the sensitivity data . a plurality of detective elements (DP), the detective elements being adapted to output electric signals (Vout) corresponding to X-rays incident thereon; a radiation detecting device adapted to detect at least one of the start of radiation and the end of radiation of radioactive rays toward the imaging area by monitoring the electric signal output from a high-sensitivity element (SDP) selected on the basis of sensitivity data of the detective elements (DP); and a control device adapted to control operation of the imaging device on the basis of the detection by the radiation detecting device, characterized in that the plurality of detective elements are arranged in the imaging area, and in that the radiographic image detector further comprises a storage device adapted to store the sensitivity data on the detective elements, the sensitivity data being obtained before actuation of the image device to image the subject, for selecting at least one high-sensitivity element (SDP) from among the detective elements, based on the sensitivity data .
An insect light trap for trapping insects, comprising: a housing, a lamp for attracting insects mounted in the housing, a first space for receiving a first, monitoring, insect trap, and a second space contained in the housing, characterised by the second space having received therein, in response to a determination that the number of insects caught by the first insect trap over a period of time is above a threshold, a module having: a second insect trap comprising an advancable adhesive surface for trapping the insects, and a motor to advance the adhesive surface. a housing, a lamp for attracting insects mounted in the housing, a first space for receiving a first, monitoring, insect trap, and a second space contained in the housing, characterised by the second space having received therein, in response to a determination that the number of insects caught by the first insect trap over a period of time is above a threshold, a module having: a second insect trap comprising an advancable adhesive surface for trapping the insects, and a motor to advance the adhesive surface. a second insect trap comprising an advancable adhesive surface for trapping the insects, and a motor to advance the adhesive surface.
Vacuum cleaner nozzle comprising a baseplate provided with a lower face and a suction mouth opening onto the lower face , the baseplate comprising a rear scraping rib which is intended to scrape a floor to be cleaned, the rear scraping rib being positioned behind the suction mouth and projecting from the lower face of the baseplate , the lower face comprising a rear sliding surface and a front sliding surface which are located on either side of the suction mouth and which are substantially flat, the rear sliding surface adjoining the rear scraping rib and being located behind the rear scraping rib , the lower face further comprising a rear chamfered surface which extends into the extension of the rear sliding surface and which is substantially flat, characterised in that the rear chamfered surface forms a tilt angle of between 1° and 4° with respect to the rear sliding surface .
A sintered friction material, in which a content of a copper component is 0.5 mass % or less, comprising: a titanate and a metal material other than copper, as a matrix, wherein a content of the metal material other than copper is 10.0 volume % to 34.0 volume %, wherein the metal material other than copper contains an iron-based material, and a content of the iron-based material is 8.0 volume % to 32.0 volume %, wherein the sintered friction material is obtainable by a process comprising a sintering step at 900°C to 1300°C. a titanate and a metal material other than copper, as a matrix, wherein a content of the metal material other than copper is 10.0 volume % to 34.0 volume %, wherein the metal material other than copper contains an iron-based material, and a content of the iron-based material is 8.0 volume % to 32.0 volume %, wherein the sintered friction material is obtainable by a process comprising a sintering step at 900°C to 1300°C.
A method for controlling translocation of a target polymer molecule through a nanopore , the target polymer molecule including a sequential plurality of polymer subunits along a target polymer molecule length, comprising: reversibly binding a clamp to a plurality of sequential polymer subunits along the target polymer molecule length; disposing the target polymer molecule and reversibly bound clamp in an ionic solution that is in fluidic communication with the nanopore , the nanopore having an aperture diameter less than an outer diameter of the clamp ; applying a constant translocation force across the nanopore to induce travel of the target polymer molecule in the ionic solution into the nanopore until the clamp on the target polymer molecule abuts the nanopore aperture and stops further travel of the target polymer molecule into the nanopore ; characterized by applying a control pulse comprising at least one of a voltage control pulse across the nanopore and a thermal control pulse at the nanopore , the control pulse having a control pulse duration that steps the clamp along the target polymer molecule by one polymer subunit in a direction opposite that of travel into the nanopore , with no fuel provided to the clamp , to step the target polymer molecule further into the nanopore by one polymer subunit ; and repeatedly applying the control pulse to cause a sequential plurality of polymer subunits of the target polymer molecule to translocate through the nanopore . reversibly binding a clamp to a plurality of sequential polymer subunits along the target polymer molecule length; disposing the target polymer molecule and reversibly bound clamp in an ionic solution that is in fluidic communication with the nanopore , the nanopore having an aperture diameter less than an outer diameter of the clamp ; applying a constant translocation force across the nanopore to induce travel of the target polymer molecule in the ionic solution into the nanopore until the clamp on the target polymer molecule abuts the nanopore aperture and stops further travel of the target polymer molecule into the nanopore ; characterized by applying a control pulse comprising at least one of a voltage control pulse across the nanopore and a thermal control pulse at the nanopore , the control pulse having a control pulse duration that steps the clamp along the target polymer molecule by one polymer subunit in a direction opposite that of travel into the nanopore , with no fuel provided to the clamp , to step the target polymer molecule further into the nanopore by one polymer subunit ; and repeatedly applying the control pulse to cause a sequential plurality of polymer subunits of the target polymer molecule to translocate through the nanopore .
An unworn silicone hydrogel contact lens sealed in a package, the contact lens comprising a polymeric lens body loaded with at least one 2-oleoyl phospholipid, wherein the contact lens when in contact with an artificial tear serum (ATF) comprising 50 ppm human sPLA 2 for four hours at 37° C releases at least two times more oleic acid than when in contact with ATF without human sPLA 2 .
An indexable milling insert having a trigon shape, the milling insert comprising a mounting hole placed centrally in the milling insert, an upper side and a lower side, which sides are parallel with each other and act as an alternating first support surface and second support surface , and that the milling insert is provided with major cutting edges (Hn), with respective three major cutting edges (H1, H3, H5/H2, H4, H6) placed on the edges of the respective second/first support surface near a cutting corner (SH), which cutting edges are oriented perpendicularly to the axis of the mounting hole as well as arranged in such a way that a turning of the milling insert around the centre of the mounting hole into an alternative cutting position alternatively a flipping of the milling insert into an alternative cutting position provides an identical position of the major cutting edges (Hn) in relation to a workpiece , wherein the major cutting edges (Hn) of the milling insert are placed in the milling insert , when the same is tangentially mounted in a cutting body , so that the shortest distance of the major cutting edges to the axis of the hole in top view is smaller than the distance of adjacent third support surfaces (41-46) to the axis of the hole, whereas third support surfaces are placed along the sides (S1, S3, S5) of the milling insert at a right angle in relation to the imaginary extension of the first support surface , characterized in that the milling insert is provided with additional third support surfaces placed along the sides (S2, S4, S6) of the milling insert at a right angle in relation to the imaginary extension of the second support surface , such that each third support surface is appurtenant and adjacent to a respective one of the major cutting edges.
A folding apparatus (4, 4', 4", 4", 4ʺʺ) for folding a strip of filling material placed in a continuous rod (CR) of the tobacco industry, comprising an inner folding element (20, 20', 20", 20'") having first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) adapted to fold the strip of the filling material , an outer folding element (21, 21', 21", 21′′′) having second folding surfaces situated radially around the axis (m) of the outer folding element adapted to fold the strip of the filling material , wherein the first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) are arranged between the second folding surfaces situated radially around the axis (m) of the outer folding element (21, 21', 21", 21′′′), characterized in that the inner folding element (20, 20', 20", 20′′′) is situated inside the outer folding element (21, 21', 21ʺ, 21′′′). an inner folding element (20, 20', 20", 20'") having first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) adapted to fold the strip of the filling material , an outer folding element (21, 21', 21", 21′′′) having second folding surfaces situated radially around the axis (m) of the outer folding element adapted to fold the strip of the filling material , wherein the first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) are arranged between the second folding surfaces situated radially around the axis (m) of the outer folding element (21, 21', 21", 21′′′), characterized in that the inner folding element (20, 20', 20", 20′′′) is situated inside the outer folding element (21, 21', 21ʺ, 21′′′).
Knitting system for a flat knitting machine, comprising a first and a second cam assembly and presser parts , characterized in that the presser parts are designed to ensure that insert parts driven out in a first cam assembly each remain, beyond the cam, in their driven-out position between the cam assemblies .