mhurhangee/ep-ind-claims huggingface dataset:
Valve assembly for controlling pressure of a fluid, the valve assembly comprising a proportional valve, which has an opening cross-section continuously variable by an actuator and has a sensor means for detecting the valve output pressure, comprising a digital control device, and comprising a switching valve arranged in parallel with the proportional valve, the opening cross-section of the switching valve being smaller than the maximum opening cross-section of the proportional valve, characterized in that the control device is programmed to automatically calculate, at runtime, on the basis of the currently given valve output pressure and the current position of the actuator, the maximum operating pressure achievable by the proportional valve at a maximum opening width thereof, and additionally to open the switching valve when the calculated maximum achievable operating pressure does not meet a predeterminable target working pressure by a determinable deviation value.
A purge air regulating unit for a drying device for compressed air, wherein said purge air regulating unit can be connected to a housing, in which a bundle of hollow fiber membranes is arranged, in such a way that a sub-flow of dried compressed air flowing out of the housing through an outlet channel can be conducted back to the hollow fiber membranes in the form of purge air by the purge air regulating unit, wherein the purge air regulating unit comprises - a regulating unit with a temperature sensor for detecting the temperature of the dried compressed air, and - a control valve that is regulated by the regulating unit and at least partly opens or closes a purge air channel for conducting the purge air, characterized in that the regulating unit is designed for calculating a pressure dew point of the dried compressed air and has a dew point sensor for detecting the dew point of the dried compressed air, and in that the control valve at least partly opens or closes the purge air channel for conducting the purge air in dependence on the pressure dew point of the dried compressed air. wherein the purge air regulating unit comprises - a regulating unit with a temperature sensor for detecting the temperature of the dried compressed air, and - a control valve that is regulated by the regulating unit and at least partly opens or closes a purge air channel for conducting the purge air, - a regulating unit with a temperature sensor for detecting the temperature of the dried compressed air, and - a control valve that is regulated by the regulating unit and at least partly opens or closes a purge air channel for conducting the purge air, characterized in that the regulating unit is designed for calculating a pressure dew point of the dried compressed air and has a dew point sensor for detecting the dew point of the dried compressed air, and in that the control valve at least partly opens or closes the purge air channel for conducting the purge air in dependence on the pressure dew point of the dried compressed air.
An isolated monoclonal antibody, comprising: a heavy chain variable region (V H) comprising an amino acid sequence set forth as SEQ ID NO: 1 and a heavy chain complementarity determining region (HCDR)1, a HCDR2, and a HCDR3 comprising amino acids 26-33, 51-57, and 96-108 of SEQ ID NO: 1, respectively, and a light chain variable region (V L) comprising an amino acid sequence set forth as SEQ ID NO: 2 and a light chain complementarity determining region (LCDR)1, a LCDR2, and a LCDR3 comprising amino acids 27-32, 50-52, and 89-97 of SEQ ID NO: 2, respectively; wherein the monoclonal antibody or antigen binding fragment specifically binds to Ebola virus glycoprotein and neutralizes Ebola virus.
A method of synthesizing 6-[(3S,4S)-4-methyl-1-(pyrimidin-2-ylmethyl)pyrrolidin-3-yl]-3-tetrahydropyran-4-yl-7H-imidazo[1,5-a]pyrazin-8-one (Compound P3.1), wherein the method does not comprise a chiral chromatographic separation of the enantiomeric forms of any intermediate and the final product, and wherein the method comprises the steps of: A. synthesizing Intermediate 4; B. synthesizing Intermediate 9; C. synthesizing Compound P3.1 with the following scheme: A. synthesizing Intermediate 4; B. synthesizing Intermediate 9; C. synthesizing Compound P3.1 with the following scheme:
Solid ambroxol-containing preparations obtainable by melt extrusion of a mixture consisting of a) 30 to 80% by weight ambroxol hydrochloride, b) 2 to 68% by weight of a hydrogenated vegetable oil, wherein the hydrogenated vegetable oil b) is hydrogenated castor oil, c) 2 to 68% by weight of at least one mixture comprising fatty acid esters and/or hydroxyfatty acid esters, wherein the mixture comprising fatty acid esters and/or hydroxyfatty acid esters c) is carnauba wax, and d) 0 to 66% by weight of one or more pharmaceutical auxiliaries, based in each case on the total amount of the preparation.
A fastener which includes: (a) a fastening element having a beam, an engagement means disposed at one end of the beam and a base disposed at the other end of the beam; and (b) actuating means attached to the fastening element and including shape memory alloy wire wire formed in a loop in a groove in the back of the beam and attached at each end to an electronic module, the wire adapted to contract when activated by the electronic module; characterised in that: the engagement means is located on one side of the beam; the beam is movable, upon contraction of the wire, from an engagement position to a disengagement position; and the base has a first arm and a second arm joined by a flex point, separate from the beam, the beam being located at one end of the first arm and the flex point being located at the other end of the first arm, on the same side of the beam as the engagement means, and forward of the engagement means, wherein the flex point facilitates movement of the beam without bending the beam, and wherein a leaf spring is located between the first and second arms. (a) a fastening element having a beam, an engagement means disposed at one end of the beam and a base disposed at the other end of the beam; and (b) actuating means attached to the fastening element and including shape memory alloy wire wire formed in a loop in a groove in the back of the beam and attached at each end to an electronic module, the wire adapted to contract when activated by the electronic module; the engagement means is located on one side of the beam; the beam is movable, upon contraction of the wire, from an engagement position to a disengagement position; and the base has a first arm and a second arm joined by a flex point, separate from the beam, the beam being located at one end of the first arm and the flex point being located at the other end of the first arm, on the same side of the beam as the engagement means, and forward of the engagement means, wherein the flex point facilitates movement of the beam without bending the beam, and wherein a leaf spring is located between the first and second arms.
Method for manufacturing a concrete sleeper for high dynamic loads in a sleeper mould with mould regions for forming rail bearing surfaces, having the following steps: - introducing a first concrete layer, of an abrasion- and wear-resistant material, into the sleeper mould only in the region of the mould regions for forming the rail bearing surfaces; - subsequently filling, in the sleeper mould, a high-strength standard concrete which is able to withstand high compressive forces; - wherein the first concrete layer is bonded and cured, in the sleeper mould, in the wet state with the standard concrete. - introducing a first concrete layer, of an abrasion- and wear-resistant material, into the sleeper mould only in the region of the mould regions for forming the rail bearing surfaces; - subsequently filling, in the sleeper mould, a high-strength standard concrete which is able to withstand high compressive forces; - wherein the first concrete layer is bonded and cured, in the sleeper mould, in the wet state with the standard concrete.
Method for operating a motor vehicle operating device, wherein - a first speech input of a user is received, - at least one recognition result (A-D) relating to the first speech input is determined by means of a speech recognition system, - the at least one recognition result (A-D) is output to an output device of the motor vehicle as a result list, - a second speech input of the user is received, - a content input repetition of the first speech input is recognised in the second speech input, and - an excludable portion of the result list is determined, characterised in that - when determining a recognition result (C-E) relating to the second speech input the excludable portion is excluded as a possible recognition result and - the particular portion of the result list is determined as the excludable portion which has been successfully output by the output device to the user, wherein - for determining the portion that has been successfully output a scrolling operation of the output device is evaluated. - a first speech input of a user is received, - at least one recognition result (A-D) relating to the first speech input is determined by means of a speech recognition system, - the at least one recognition result (A-D) is output to an output device of the motor vehicle as a result list, - a second speech input of the user is received, - a content input repetition of the first speech input is recognised in the second speech input, and - an excludable portion of the result list is determined, - when determining a recognition result (C-E) relating to the second speech input the excludable portion is excluded as a possible recognition result and - the particular portion of the result list is determined as the excludable portion which has been successfully output by the output device to the user, wherein - for determining the portion that has been successfully output a scrolling operation of the output device is evaluated.
A device for regulating a fiber flock stream (24, 25) in a cleaner in a spinning preparation system, the device comprising a cleaner and a transport line, the cleaner comprising a cleaning chamber, an inlet connection for connecting the transport line and an outlet, wherein the fiber flock stream (24, 25) is guided through the transport line to the inlet into the cleaner and after passing through the cleaning chamber via an outlet out of the cleaner, wherein a static pressure measurement is provided in the fiber flock stream in the inlet connection or in the transport line upstream from the inlet connection or in the cleaning chamber, characterized in that the device comprises an exhaust air pipe connected to the transport line upstream from the pressure measurement and the inlet connection, and in that an exhaust air fan with a drive is provided upstream in the exhaust air pipe, and in that a controller of the drive of the exhaust air fan is provided for regulating a target pressure value in the cleaner, wherein a target value for the pressure is assigned to a predetermined or prevailing operating state of the cleaner.
Copper-zinc alloy consisting of (in wt.%): from 67.0 to 69.0 % Cu, from 0.4 to 0.6 % Si, from 1.2 to 1.6 % Mn, from 0.03 to 0.06 % P, optionally up to a maximum of 0.5 % Al, optionally up to a maximum of 0.15 % Ni, optionally up to a maximum of 0.1 % Fe, optionally up to a maximum of 0.1 % Pb, optionally up to a maximum of 0.08 % Sn, optionally up to a maximum of 0.1 % S, residual Zn and unavoidable impurities, characterised in that the alloy has a structure which consists of an α-phase matrix in which inclusions of manganese silicides having a globular shape are present in a proportion of at least 2 vol.% and not more than 5 vol.%. from 67.0 to 69.0 % Cu, from 0.4 to 0.6 % Si, from 1.2 to 1.6 % Mn, from 0.03 to 0.06 % P, optionally up to a maximum of 0.5 % Al, optionally up to a maximum of 0.15 % Ni, optionally up to a maximum of 0.1 % Fe, optionally up to a maximum of 0.1 % Pb, optionally up to a maximum of 0.08 % Sn, optionally up to a maximum of 0.1 % S, residual Zn and unavoidable impurities,
A movable contact arm for an air circuit breaker with a plurality of contact springs, the movable contact arm comprising: a shielding plate configured to shield exposed surfaces of the contact springs for protection so as to prevent a deterioration or performance degradation in the contact springs due to arcs, characterized in that the shielding plate is elastic and comprises a common connection portion and a plurality of shielding pieces with curved portions (9b-1); and the movable contact arm is provided with movable conductors rotatable so as to expose the contact springs, and the shielding plate is partially inserted between the movable conductors of the movable contact arm and the contact springs for installation. a shielding plate configured to shield exposed surfaces of the contact springs for protection so as to prevent a deterioration or performance degradation in the contact springs due to arcs, characterized in that the shielding plate is elastic and comprises a common connection portion and a plurality of shielding pieces with curved portions (9b-1); and the movable contact arm is provided with movable conductors rotatable so as to expose the contact springs, and the shielding plate is partially inserted between the movable conductors of the movable contact arm and the contact springs for installation.
Method for stunning poultry, such as chicken, turkey, duck and quail, comprising the steps of: i) suspending the poultry with the poultry head down; ii) positioning the suspended poultry head; and iii) head-head stunning the poultry via the suspended and positioned poultry head, using two electrodes (30, 52) making contact at distance with the poultry head. i) suspending the poultry with the poultry head down; ii) positioning the suspended poultry head; and iii) head-head stunning the poultry via the suspended and positioned poultry head, using two electrodes (30, 52) making contact at distance with the poultry head.
An infrared lamp carriage for an apparatus for the formation of three-dimensional objects by consolidation of particulate material, the infrared lamp carriage comprising an infrared radiation deflector and an elongate infrared lamp mounted to the infrared lamp carriage, wherein the lamp extends, in a length direction, along a lamp axis, and wherein the radiation deflector comprises: opposing first and second elongate side walls, wherein the first and second elongate side walls comprise a first elongate mirror (130_1) and a second elongate mirror (130_2) extending parallel to the lamp axis and along at least a lower internal portion of the respective first and second side walls; and an upper opening and a lower opening between the first and second side walls and arranged to pass lamp radiation to an exterior of the radiation deflector; wherein the lamp axis extends along and between the first mirror (130_1) and the second mirror (130_2), the first and second mirrors (130_1, 130_2) each having a concave surface with respect to the lamp axis; and wherein the first mirror (130_1) is an upward deflecting mirror concave with respect to the upper opening and positioned so as to redirect at least a portion of direct lamp radiation through the upper opening. opposing first and second elongate side walls, wherein the first and second elongate side walls comprise a first elongate mirror (130_1) and a second elongate mirror (130_2) extending parallel to the lamp axis and along at least a lower internal portion of the respective first and second side walls; and an upper opening and a lower opening between the first and second side walls and arranged to pass lamp radiation to an exterior of the radiation deflector; wherein the lamp axis extends along and between the first mirror (130_1) and the second mirror (130_2), the first and second mirrors (130_1, 130_2) each having a concave surface with respect to the lamp axis; and wherein the first mirror (130_1) is an upward deflecting mirror concave with respect to the upper opening and positioned so as to redirect at least a portion of direct lamp radiation through the upper opening.
An apparatus for controlling temperature of materials in a flowable state as it flows through a barrel and for insulating said barrel, said apparatus comprising: a band (12, 20, 22, 24) surrounding said barrel having a plurality of connected blocks, each block having an inner surface in communication with said barrel; characterized in that one or more of said plurality of connected blocks having a slot therein; and a removable temperature controlling mechanism slidably received in said slot. a band (12, 20, 22, 24) surrounding said barrel having a plurality of connected blocks, each block having an inner surface in communication with said barrel; characterized in that one or more of said plurality of connected blocks having a slot therein; and a removable temperature controlling mechanism slidably received in said slot.
A User Equipment UE comprising means for performing: sending, while connected to a first cell, a measurement report; receiving, in response to sending the measurement report, preparation information, the preparation information including a list of candidate cells for preparing the UE for a conditional handover of the UE to at least one other cell; receiving, from the first cell, a RRC Connection Suspend message, wherein the message causes the UE to transition from a connected state to an inactive state without the UE sending a release indication to the network, a release consisting of the UE no longer storing the preparation information; receiving, from the first cell, information of a release condition; when it is determined that the release condition is met when in the inactive state, sending a release indication containing a list of cells to be released and releasing the preparation information. sending, while connected to a first cell, a measurement report; receiving, in response to sending the measurement report, preparation information, the preparation information including a list of candidate cells for preparing the UE for a conditional handover of the UE to at least one other cell; receiving, from the first cell, a RRC Connection Suspend message, wherein the message causes the UE to transition from a connected state to an inactive state without the UE sending a release indication to the network, a release consisting of the UE no longer storing the preparation information; receiving, from the first cell, information of a release condition; when it is determined that the release condition is met when in the inactive state, sending a release indication containing a list of cells to be released and releasing the preparation information.
Method of using a handheldable pulling and compressing device for the repair of motor vehicle components, having - a drive unit comprising a battery-operated electric motor, - a screw drive connected to the electric motor for transmitting tensile and compressive forces resulting from the direction of rotation of the electric motor to a coupling unit, and - a tool holder connected to the coupling unit, with the steps - identifying a motor vehicle component to be machined by means of a mobile handheld device comprising a display unit and a transmitting and receiving unit for wireless data transmission of information to a server unit; - selecting a tool suitable for machining the identified motor vehicle component by means of the mobile handheld device and/or the server unit; - displaying information about the appropriate tool on the display unit of the mobile handheld device; - arranging the appropriate tool on the tool holder of the handheldable pulling and compressing device; - machining the motor vehicle component by means of the handheldable pulling and compressing device. - a drive unit comprising a battery-operated electric motor, - a screw drive connected to the electric motor for transmitting tensile and compressive forces resulting from the direction of rotation of the electric motor to a coupling unit, and - a tool holder connected to the coupling unit, - identifying a motor vehicle component to be machined by means of a mobile handheld device comprising a display unit and a transmitting and receiving unit for wireless data transmission of information to a server unit; - selecting a tool suitable for machining the identified motor vehicle component by means of the mobile handheld device and/or the server unit; - displaying information about the appropriate tool on the display unit of the mobile handheld device; - arranging the appropriate tool on the tool holder of the handheldable pulling and compressing device; - machining the motor vehicle component by means of the handheldable pulling and compressing device.
An automated yarn grasping machine, comprising: a yarn grasping unit, which comprises a gripping mechanism used for gripping a yarn cheese and a rotating-lifting mechanism used for driving the gripping mechanism to rotate and lift, wherein the yarn cheese is a cylindrical yarn cheese; and a planar moving mechanism, which is used for driving the yarn grasping unit to move on a horizontal plane; wherein the gripping mechanism comprises: a support plate, which is connected with the rotating-lifting mechanism; an upper bearing seat, which is fixedly connected with the support plate and has a plurality of bearing holes; a plurality of upper bearings, which is mounted in the bearing holes of the upper bearing seat respectively; a plurality of pivotable drive rods (6, 7) which pass through the inner hole of the upper bearing; a gripping piece, (11, 14) which is fixed on the lower part of each drive rod (6, 7) wherein adjacent gripping pieces (11, 14) form a gripping space to grip the yarn cheese a drive device which is mounted on the support plate and is connected with the drive rods (6, 7) to drive the drive rods to rotate; there are two upper bearings and two drive rods (6, 7) and wherein a first drive rod of the drive rods is fixedly provided with a fan-shaped toothed plate having a push rod, which is connected with the drive device a second drive rod is fixedly provided with a toothed plate; the toothed plate is meshed with the fan-shaped toothed plate having a push rod; and wherein the first drive rod and the second drive rod are juxtaposed and spaced. a yarn grasping unit, which comprises a gripping mechanism used for gripping a yarn cheese and a rotating-lifting mechanism used for driving the gripping mechanism to rotate and lift, wherein the yarn cheese is a cylindrical yarn cheese; and a planar moving mechanism, which is used for driving the yarn grasping unit to move on a horizontal plane;