mhurhangee/ep-ind-claims huggingface dataset:
A pressure reducing valve comprising: a housing including a valve passage connected to a primary port and a secondary port, and a secondary pressure chamber; a valve element provided in the housing, configured to adjust an opening degree of the valve passage by moving between a closed position where the valve element closes the valve passage and an open position where the valve element opens the valve passage, and configured to be pressed by secondary pressure in the secondary pressure chamber toward the closed position, the secondary pressure being introduced to the secondary pressure chamber from the valve passage; and a biasing member configured to bias the valve element toward the open position against the secondary pressure; characterised in that: the pressure reducing valve further comprises: a rolling bearing configured to be externally fitted on the valve element and support the valve element such that the valve element is movable; in that the housing includes a bearing accommodating space in which the rolling bearing is accommodated; and in that the bearing accommodating space is isolated from the secondary pressure chamber and the valve passage by a sealing member, such that the rolling bearing is not exposed to a fluid in the secondary pressure chamber and the valve passage. a housing including a valve passage connected to a primary port and a secondary port, and a secondary pressure chamber; a valve element provided in the housing, configured to adjust an opening degree of the valve passage by moving between a closed position where the valve element closes the valve passage and an open position where the valve element opens the valve passage, and configured to be pressed by secondary pressure in the secondary pressure chamber toward the closed position, the secondary pressure being introduced to the secondary pressure chamber from the valve passage; and a biasing member configured to bias the valve element toward the open position against the secondary pressure; characterised in that: the pressure reducing valve further comprises: a rolling bearing configured to be externally fitted on the valve element and support the valve element such that the valve element is movable; in that the housing includes a bearing accommodating space in which the rolling bearing is accommodated; and in that the bearing accommodating space is isolated from the secondary pressure chamber and the valve passage by a sealing member, such that the rolling bearing is not exposed to a fluid in the secondary pressure chamber and the valve passage. a rolling bearing configured to be externally fitted on the valve element and support the valve element such that the valve element is movable; in that the housing includes a bearing accommodating space in which the rolling bearing is accommodated; and in that the bearing accommodating space is isolated from the secondary pressure chamber and the valve passage by a sealing member, such that the rolling bearing is not exposed to a fluid in the secondary pressure chamber and the valve passage.
A CT security inspection system for baggage, the CT security inspection system comprising: a scanning passage, through which a baggage enters and exits the CT security inspection system for baggage; an X-ray source comprising a target provided at one side of the scanning passage; a plurality of detector units, wherein each detector unit of the plurality of detector units comprises two or more detector crystals; and a gantry provided at an opposite side of the scanning passage, and on which the plurality of detector units are mounted; wherein, in each of all the plurality of detector units, a vertex point (18, 23) of at least one detector crystal receiving face (16, 24, 32) of the two or more detector crystals is positioned in a detector unit distribution circle centered at a center of the scanning passage, and all the plurality of detector units mounted on the gantry are arranged successively in which one is adjacent to another; and the detector crystal receiving faces (16, 24, 32) of all the plurality of detector units are within a scope of radiating ray beams with their center at the target of the X-ray source, and, in each of all the plurality of detector units, a connection line between a midpoint (17, 25) of at least one of the detector crystal receiving faces (16, 24, 32) and the target of the X-ray source is normal to the corresponding detector crystal receiving face (16, 24, 32). a scanning passage, through which a baggage enters and exits the CT security inspection system for baggage; an X-ray source comprising a target provided at one side of the scanning passage; a plurality of detector units, wherein each detector unit of the plurality of detector units comprises two or more detector crystals; and a gantry provided at an opposite side of the scanning passage, and on which the plurality of detector units are mounted; wherein, in each of all the plurality of detector units, a vertex point (18, 23) of at least one detector crystal receiving face (16, 24, 32) of the two or more detector crystals is positioned in a detector unit distribution circle centered at a center of the scanning passage, and all the plurality of detector units mounted on the gantry are arranged successively in which one is adjacent to another; and the detector crystal receiving faces (16, 24, 32) of all the plurality of detector units are within a scope of radiating ray beams with their center at the target of the X-ray source, and, in each of all the plurality of detector units, a connection line between a midpoint (17, 25) of at least one of the detector crystal receiving faces (16, 24, 32) and the target of the X-ray source is normal to the corresponding detector crystal receiving face (16, 24, 32).
A depth camera including a depth data encoder for deriving a depth value for a pixel of a 3D image and adaptively representing depth information of the 3D image, the depth data encoder comprising: a distance section division processing unit to receive the 3D image including a depth value ranging from 0 to a measured limit distance which is a fixed value for a specification of the camera capturing the 3D image, and divide the measured limit distance into plural sections, wherein the section is an interval having a uniform step size; a section determination unit to determine which one of the plural sections a depth value for the pixel of the 3D image falls within; and an adaptive quantization unit to generate section information indicating the determined section, and quantize the depth value based on the uniform step size of the determined section, wherein section information is represented by a fixed number of bits, wherein a step size for the section near 0 is smaller than a step size for the section near the measured limit distance; wherein the measured limit distance for the 3D image is determined by the depth camera and the step sizes are predefined according to a resolution capability of the depth camera. a distance section division processing unit to receive the 3D image including a depth value ranging from 0 to a measured limit distance which is a fixed value for a specification of the camera capturing the 3D image, and divide the measured limit distance into plural sections, wherein the section is an interval having a uniform step size; a section determination unit to determine which one of the plural sections a depth value for the pixel of the 3D image falls within; and an adaptive quantization unit to generate section information indicating the determined section, and quantize the depth value based on the uniform step size of the determined section, wherein section information is represented by a fixed number of bits, wherein a step size for the section near 0 is smaller than a step size for the section near the measured limit distance; wherein the measured limit distance for the 3D image is determined by the depth camera and the step sizes are predefined according to a resolution capability of the depth camera.
A railroad toggle switch for a plurality of switching positions, comprising a housing, an operating lever supported on the housing and having a pivot axis, a switching cylinder supported on the housing and having a rotational axis, a plurality of microswitches and an engaging mechanism for engagement of the operating lever in the switching positions, the housing comprising a housing top side and the switching cylinder including a plurality of cam disks for operating the microswitches, wherein the pivot axis of the operating lever is located in the area of the housing top side and differs from the rotational axis of the switching cylinder, and furthermore the operating lever is in engagement with the switching cylinder, characterized in that the housing, at two opposing sides thereof between which the switching cylinder is arranged such that the rotational axis of the switching cylinder is parallel to said sides, comprises accommodating means for fastening carrier plates, wherein a carrier plate is fastened at least to one of the accommodating means and wherein the microswitches are mounted on the carrier plate or on the carrier plates.
A water outlet for mounting in a recess in a wall, with an inner pipe designed as a flow-through pipe, with an outer pipe designed as an outflow pipe, wherein the outer pipe at least partially surrounds the inner pipe, with a connection unit, wherein the outer pipe being displaceable along its longitudinal axis, and wherein a fixing means is provided, by which a previously adjusted relative position between the inner pipe and the outer pipe can be fixed, characterized in that the connection unit comprises a connection plate and a bezel, in that the inner pipe is arranged on the connection plate and in that the bezel is arranged around the outer pipe at a distance from the connection plate, and in that the fixing means is arranged between the connection plate and the diaphragm.
A method of assay of a sample of body fluid which comprises, in either order: a) conducting a first immunoassay of the sample to determine a first level of binding therein of an antibody having specificity for a C-terminal epitope present at the terminus of the amino acid sequence -SSTGSIDMVD(SEQ ID NO:1), and b) conducting a second immunoassay of the sample to determine a second level of binding therein of an immunological binding partner having specificity for an N-terminal epitope present at the terminus of the amino acid sequence TPRGAAPPGQ- (SEQ ID NO:2), and c) calculating an index expressing the information content of a ratio between said second level and said first level. a) conducting a first immunoassay of the sample to determine a first level of binding therein of an antibody having specificity for a C-terminal epitope present at the terminus of the amino acid sequence -SSTGSIDMVD(SEQ ID NO:1), and b) conducting a second immunoassay of the sample to determine a second level of binding therein of an immunological binding partner having specificity for an N-terminal epitope present at the terminus of the amino acid sequence TPRGAAPPGQ- (SEQ ID NO:2), and c) calculating an index expressing the information content of a ratio between said second level and said first level.
Apparatus for use with a motor vehicle, the apparatus comprising: an interlock device, the interlock device being adapted to, in use: at least while said vehicle is in motion, periodically generate a prompt; assess motion of said vehicle; at least when said vehicle is assessed by said device to be at rest, carry out an analysis operation wherein a breath sample is received and analyzed; and in the event that, within a predetermined period following a prompt, the device does not, while said vehicle is assessed to be at rest, carry out said analysis operation, enter an alarm state in which one or more of the following are actuated at least when the vehicle is in motion: lighting forming part of the vehicle; auxiliary lighting carried by the vehicle; the horn of the vehicle; auxiliary horn carried by the vehicle; an event recording circuit; and an immobilizer circuit, wherein the periodic generation of the prompt is suppressed while the vehicle is assessed to be at rest. an interlock device, the interlock device being adapted to, in use: at least while said vehicle is in motion, periodically generate a prompt; assess motion of said vehicle; at least when said vehicle is assessed by said device to be at rest, carry out an analysis operation wherein a breath sample is received and analyzed; and in the event that, within a predetermined period following a prompt, the device does not, while said vehicle is assessed to be at rest, carry out said analysis operation, enter an alarm state in which one or more of the following are actuated at least when the vehicle is in motion: lighting forming part of the vehicle; auxiliary lighting carried by the vehicle; the horn of the vehicle; auxiliary horn carried by the vehicle; an event recording circuit; and an immobilizer circuit, at least while said vehicle is in motion, periodically generate a prompt; assess motion of said vehicle; at least when said vehicle is assessed by said device to be at rest, carry out an analysis operation wherein a breath sample is received and analyzed; and in the event that, within a predetermined period following a prompt, the device does not, while said vehicle is assessed to be at rest, carry out said analysis operation, enter an alarm state in which one or more of the following are actuated at least when the vehicle is in motion: lighting forming part of the vehicle; auxiliary lighting carried by the vehicle; the horn of the vehicle; auxiliary horn carried by the vehicle; an event recording circuit; and an immobilizer circuit, lighting forming part of the vehicle; auxiliary lighting carried by the vehicle; the horn of the vehicle; auxiliary horn carried by the vehicle; an event recording circuit; and an immobilizer circuit, wherein the periodic generation of the prompt is suppressed while the vehicle is assessed to be at rest.
A joint arrangement for use in an aircraft wing, the joint arrangement including a rib, a spar, and a joint, the joint attaching the rib to the spar, the joint comprising: a ring surrounding and attached to the spar; and pivot pins connecting the ring with the rib and allowing relative movement between the rib and the spar; characterized in that the spar is a tubular spar that varies in cross sectional shape during flight, wherein the pivot pins connecting the ring with the rib allow relative movement between the rib and the tubular spar as the tubular spar varies in cross sectional shape, and wherein the ring has a radial stiffness that is less than a radial stiffness of the tubular spar. a ring surrounding and attached to the spar; and pivot pins connecting the ring with the rib and allowing relative movement between the rib and the spar; characterized in that the spar is a tubular spar that varies in cross sectional shape during flight, wherein the pivot pins connecting the ring with the rib allow relative movement between the rib and the tubular spar as the tubular spar varies in cross sectional shape, and wherein the ring has a radial stiffness that is less than a radial stiffness of the tubular spar.
An Act RIIa-Fc fusion protein for use in decreasing or inhibiting FSH secretion in an individual having an FSH-secreting pituitary tumour, wherein the ActRIIa-Fc fusion protein comprises an amino acid sequence that is at least 90% identical to the amino acid sequence of SEQ ID NO:3.
A c-Met inhibitor for use in the treatment of cancer, where the cancer is characterised by a MET 1195 mutation and where the c-Met inhibitor is savolitinib or a pharmaceutically acceptable salt thereof.
A method for transmitting, by a master eNodeB, MeNB, a secondary eNB, SeNB, release request message in a wireless communication system, the method comprising: transmitting a radio resource control, RRC, connection reconfiguration message including a secondary cell group, SCG, configuration for SeNB addition or SeNB modification to a user equipment, UE; receiving an RRC connection reestablishment request message indicating failure of the SCG configuration from the UE; transmitting the SeNB Release Request message including a cause indicating the failure of the SCG configuration to a SeNB; and transmitting a UE Context Release message to the SeNB. transmitting a radio resource control, RRC, connection reconfiguration message including a secondary cell group, SCG, configuration for SeNB addition or SeNB modification to a user equipment, UE; receiving an RRC connection reestablishment request message indicating failure of the SCG configuration from the UE; transmitting the SeNB Release Request message including a cause indicating the failure of the SCG configuration to a SeNB; and transmitting a UE Context Release message to the SeNB.
Assembly comprising a female connector for fluid connection, adapted for receiving a male connector having a retaining external annular rim, the female connector comprising a body with a bore of axis X, and a housing forming a slide extending generally within a transverse plane YZ perpendicular to the axis, the housing comprising two parallel lateral grooves (41,42) and the housing being open at least at one of its ends in the direction Z of the slide, the assembly comprising an unlockable locking element, in the form of a locking slider adapted to be inserted into the housing and movable between a first position referred to as the locking position and a second position referred to as the unlocking position, the locking slider comprising a locking plate with a central opening through which the male connector can pass, and an actuation pushbutton integrally formed with the plate, configured to be pushed toward the axis in order to unlock the connection, characterized in that the assembly comprises a non-unlockable locking element, in the form of a deformable locking ring formed as one piece and adapted to be inserted into the housing and to lock the male connector in the coupling position, with no possibility of unlocking by a user operation, and in that the female connector is configured to receive indiscriminately either a non-unlockable element or an unlockable element.
System for the calculation of the temperature of elements of an inverter supplying power to an electrical machine comprising a plurality of insulated-gate bipolar transistors, a plurality of diodes and a support for the plurality of insulated-gate bipolar transistors and the plurality of diodes, characterized in that said system comprises: - a single temperature sensor indicating the temperature of said support ( T DCB), and - a computer which is designed to resolve a series of three thermal equations giving the temperature of the hottest insulated-gate bipolar transistor ( T IGBT), the temperature of the hottest diode ( T DIODE), and the temperature of the support, - a mapping function which supplies the computer with values for the equivalent thermal resistance between the hottest insulated-gate bipolar transistor and the support ( R IGBT→DCB (θ,ω)), and - a mapping function which supplies the computer with values for the equivalent thermal resistance between the hottest diode and the support ( R DIODE→DCB (θ,ω)), wherein the inputs for the two mapping functions are the angular position of the electrical machine (θ) and the speed of rotation of the electrical machine (ω). - a single temperature sensor indicating the temperature of said support ( T DCB), and - a computer which is designed to resolve a series of three thermal equations giving the temperature of the hottest insulated-gate bipolar transistor ( T IGBT), the temperature of the hottest diode ( T DIODE), and the temperature of the support, - a mapping function which supplies the computer with values for the equivalent thermal resistance between the hottest insulated-gate bipolar transistor and the support ( R IGBT→DCB (θ,ω)), and - a mapping function which supplies the computer with values for the equivalent thermal resistance between the hottest diode and the support ( R DIODE→DCB (θ,ω)), wherein the inputs for the two mapping functions are the angular position of the electrical machine (θ) and the speed of rotation of the electrical machine (ω).
A harp comprising: a body comprising a lower body, the lower body comprising a vibration area; a set of strings attached to the body, the strings entering the top part of the lower body through apertures into the vibration area, the vibration area having sufficient clearance to allow for the strings to vibrate freely; an optical pickup to generate an analog signal produced by the vibration of a string within the set of strings, wherein the optical pickup is mounted across the aperture; at least one circuit board to convert the analog signals to a corresponding digital signal; wherein the digital signal is then processed. a body comprising a lower body, the lower body comprising a vibration area; a set of strings attached to the body, the strings entering the top part of the lower body through apertures into the vibration area, the vibration area having sufficient clearance to allow for the strings to vibrate freely; an optical pickup to generate an analog signal produced by the vibration of a string within the set of strings, wherein the optical pickup is mounted across the aperture; at least one circuit board to convert the analog signals to a corresponding digital signal; wherein the digital signal is then processed.
Device (20; 30; 40; 50), comprising: an at least partially transparent screen; an optical sensor; and between the screen and the optical sensor, a layer (24; 41) having at least one adhesive portion, consisting of an adhesive having an optical index of less than 1.5, or of a resin having an optical index of less than 1.5, optically transparent, deflecting a light beam only by less than 3.5 degrees, of an optical index smaller by at least 0.1 than the optical index of an optical material of the optical sensor. an at least partially transparent screen; an optical sensor; and between the screen and the optical sensor, a layer (24; 41) having at least one adhesive portion, consisting of an adhesive having an optical index of less than 1.5, or of a resin having an optical index of less than 1.5, optically transparent, deflecting a light beam only by less than 3.5 degrees, of an optical index smaller by at least 0.1 than the optical index of an optical material of the optical sensor.