mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine having an engine axis and comprising a first component which is rotatable relatively to a second component of the engine about the engine axis, and a signal transmission system which comprises a signal transmitter mounted on one of the components, a signal receiver mounted on the other of the components, a waveguide cavity which provides signal transmission between the signal transmitter and the signal receiver, wherein at least part of the waveguide cavity being centred on the engine axis, and in which at least part of the waveguide cavity is provided in a waveguide structure which is fixed with respect to one of the components, characterised in that the waveguide structure comprises at least two elongate sections disposed end to end and centred on the engine axis which are relatively rotatable and are coupled to each other at a rotatable choke joint, and that the waveguide structure is rotatable relative to the other component.
A biopsy device comprising: an entry needle comprising a proximal portion and a distal portion, wherein the distal portion is sharpened; a cannula comprising a proximal portion, a distal portion, and a central lumen extending between the proximal portion and distal portion, wherein the distal portion is sharpened; wherein at least a portion of the entry needle is disposed within the cannula and at least a portion of the cannula and entry needle are in communication with a handle; and wherein the handle comprises a means for simultaneously deploying rotationally and axially the cannula over the entry needle; characterised in that the cannula comprises a coring cannula arranged to bore into a sample region as deployed rotationally and axially over the entry needle, and axial reciprocating movement of the entry needle towards the distal end of the coring cannula serves to eject a sample stored in the coring cannula. an entry needle comprising a proximal portion and a distal portion, wherein the distal portion is sharpened; a cannula comprising a proximal portion, a distal portion, and a central lumen extending between the proximal portion and distal portion, wherein the distal portion is sharpened; wherein at least a portion of the entry needle is disposed within the cannula and at least a portion of the cannula and entry needle are in communication with a handle; and wherein the handle comprises a means for simultaneously deploying rotationally and axially the cannula over the entry needle; characterised in that
An isolated antibody that binds to an HIV-1 and HIV-2 core protein, wherein said antibody comprises (a) a heavy chain comprising the amino acid sequence of SEQ ID NO:54 or SEQ ID NO:58 and a light chain comprising the amino acid sequence of SEQ ID NO:55 or SEQ ID NO:59, or (b) a heavy chain comprising the amino acid sequence of SEQ ID NO:46 or SEQ ID NO:50 and a light chain comprising the amino acid sequence of SEQ ID NO:47 or SEQ ID NO:51, wherein said antibody immunospecifically binds to p24 with an equilibrium dissociation constant (K D) of less than 7 pM. (a) a heavy chain comprising the amino acid sequence of SEQ ID NO:54 or SEQ ID NO:58 and a light chain comprising the amino acid sequence of SEQ ID NO:55 or SEQ ID NO:59, or (b) a heavy chain comprising the amino acid sequence of SEQ ID NO:46 or SEQ ID NO:50 and a light chain comprising the amino acid sequence of SEQ ID NO:47 or SEQ ID NO:51,
A support bracket for apparatuses, in particular air-conditioning installation units, comprising a first and a second bracket portion (2, 3) which are provided for anchoring the bracket to the wall and for supporting and fixing the apparatus to the bracket, respectively, and securing means between the first and second bracket portions (2, 3) in order to mutually secure the portions in an operative condition, in which they take up an L-shaped configuration which is suitable for supporting the apparatus, characterized in that the securing means comprise: - at an axial end of the second bracket portion, a tubular through-cavity having a cross-section with a closed, polygonal peripheral profile, which is configured to be engaged, with a substantially positive-locking connection, by a corresponding end portion of the first bracket portion, the relative coupling movement being carried out in the longitudinal development direction of the first bracket portion, - at least one frame element which projects from the end portion of the first bracket portion, transversely relative to the longitudinal direction, and against which the axial end of the second bracket portion is intended to abut in the operative condition. - at an axial end of the second bracket portion, a tubular through-cavity having a cross-section with a closed, polygonal peripheral profile, which is configured to be engaged, with a substantially positive-locking connection, by a corresponding end portion of the first bracket portion, the relative coupling movement being carried out in the longitudinal development direction of the first bracket portion, - at least one frame element which projects from the end portion of the first bracket portion, transversely relative to the longitudinal direction, and against which the axial end of the second bracket portion is intended to abut in the operative condition.
Pilot-controlled hydraulic directional cartridge valve with an installation bushing which is to be inserted into an installation bore of a hydraulic block, has an inner bore, and, towards its front end side, has a first bushing section with a first outer sealing diameter and, towards its rear end side, has a third bushing section with a second outer sealing diameter which is greater than the sealing diameter in the first bushing section and, in between, has a second bushing section, in which it has a series of radial openings and in which, in the region and in each case over a certain distance on both sides of the radial openings, it has an outer diameter which is greater than the first outer sealing diameter and is smaller than the second outer sealing diameter, and with a control slide which is guided in the axial direction in the inner bore of the installation bushing and by way of which a throughflow cross section between the inner bore and the radial openings of the installation bushing can be controlled, the control slide being guided at least behind the radial openings on a guide diameter of the installation bushing, and an inner diameter of the installation bushing as far as into the region of the radial openings being at least as great as the guide diameter, the ratio between the first outer sealing diameter and the guide diameter for the control slide lying in the range between 1.10 and 1.28, characterized by a valve cover which is placed onto the installation bushing, the control slide protruding into the valve cover, and the control slide having, for the hydraulic actuation thereof, a slide collar which, together with the valve cover, disconnects two control chambers (61, 62) from one another, and, in order to actuate the control slide, pressure medium being fed via a pilot control valve to the one control chamber (61, 62) and pressure medium being discharged from the other control chamber (62, 61).
A guide device having a sliding door for a shower partition, comprising: - a lower guide rail for guiding the sliding door during a substantially horizontal sliding operation, - an upper guide rail in the form of a running rail for guiding the sliding door which is guided displaceably on the running rail by way of at least two runner wheels (101, 102) during the sliding operation, wherein the sliding door is pivotable from a substantially vertical position into a position deviating from the vertical, wherein the guide device has a lifting device for substantially vertically lifting the sliding door, characterised in that the lifting device has a ramp device on to which one of the at least two runner wheels (101, 102) of the sliding door is moveable and is provided at the upper guide rail and a cooperation of the lifting device and the sliding door completely lifts the sliding door out of the lower guide rail whereby the pivotal movement of the sliding door can be performed, wherein the ramp device has a ramp and a substantially horizontal rolling guide for one of the at least two runner wheels (101, 102) of the sliding door and on which one of the at least two runner wheels (101, 102) is displaceable, wherein the substantially horizontal rolling guide is provided adjoining the ramp and is at a higher vertical level than the running rail. - a lower guide rail for guiding the sliding door during a substantially horizontal sliding operation, - an upper guide rail in the form of a running rail for guiding the sliding door which is guided displaceably on the running rail by way of at least two runner wheels (101, 102) during the sliding operation, wherein the sliding door is pivotable from a substantially vertical position into a position deviating from the vertical,
Valve unit (1.1, 1.2, 1.3) for modulating pressure in a compressed air braking system, with a brake pressure input, a brake pressure output and a purge output, and with an inlet valve configured as a diaphragm valve, an outlet valve configured as a diaphragm valve and with, for each diaphragm valve (6, 7), respective precontrol valves (8, 9) which are each configured as a 3/2-way solenoid valve and are arranged in an elongate valve housing, which is divided by a division plane that is largely horizontal in the installation position into a base housing and a housing cover, wherein the brake pressure input and the brake pressure output and the purge output are arranged in the base housing, the diaphragm valves (6, 7) are arranged behind each other in the longitudinal direction in the base housing between the brake pressure input and the brake pressure output, with parallel actuation axes (14, 15) and with diaphragms (16, 17) arranged in a common diaphragm plane, largely corresponding to the division plane, and clamped between the base housing and the housing cover, and the precontrol valves (8, 9) are arranged in the housing cover, characterized in that the precontrol valve of the inlet valve and the precontrol valve of the outlet valve are arranged in the housing cover in the longitudinal direction, with orientation of their actuation axes (18, 19) parallel to the division plane, largely centrally over the diaphragms (16, 17) of the inlet valve and the outlet valve, and that the housing cover consists of a centrally arranged magnet module containing the magnetic coils (21, 22) of the precontrol valves (8, 9) and of two air guide modules (23, 24) arranged each at the end adjacent to the magnet module in the longitudinal direction, each comprising valve bores (25, 26, 27, 28) and control channels (29, 30, 31, 32, 33, 34) of the precontrol valves (8, 9), and each provided with a control chamber upper part (35, 36) of the adjacent inlet valve or outlet valve, and connected via a single connecting element both to each other and to the base housing.
Transformer comprising a high-voltage primary winding and a low-voltage secondary winding in a tubular winding arrangement and also a shielding cylinder which is arranged concentrically therebetween, wherein - the shielding cylinder comprises at least one electrically conductive shielding layer (6.3) which is approximately concentric with respect to the cylinder casing surface, and the shielding layer comprises at least one annular strip (6.3.1) which is arranged in the form of a ring around the cylinder axis and is composed of an electrically conductive material, and the shielding layer (6.3) is electrically connected to an earth contact of the transformer, characterized in that the shielding layer (6.3) comprises - at least one longitudinal strip (6.3.2) which is extended in the axial direction and is composed of electrically conductive material, and - a flexible sheathing which is arranged in a hose-like manner around a shielding mesh comprising these strips (6.3.1, 6.3.2) and is composed of electrically conductive material, which longitudinal strip and sheathing are electrically connected to one another. - the shielding cylinder comprises at least one electrically conductive shielding layer (6.3) which is approximately concentric with respect to the cylinder casing surface, and the shielding layer comprises at least one annular strip (6.3.1) which is arranged in the form of a ring around the cylinder axis and is composed of an electrically conductive material, and the shielding layer (6.3) is electrically connected to an earth contact of the transformer, characterized in that the shielding layer (6.3) comprises - at least one longitudinal strip (6.3.2) which is extended in the axial direction and is composed of electrically conductive material, and - a flexible sheathing which is arranged in a hose-like manner around a shielding mesh comprising these strips (6.3.1, 6.3.2) and is composed of electrically conductive material, which longitudinal strip and sheathing are electrically connected to one another.
Method for controlling a vehicle that comprises an engine arranged to drive at least one pair of half shafts (12,120) and to drive at least one pump which is arranged to supply a hydraulic system comprising at least one hydraulic component (4,5,8,9,10) with hydraulic oil, the method being characterized by the following steps: - the instantaneous power consumed by the hydraulic system is determined as a flow supplied from the pump multiplied by a special pressure value of the hydraulic system, - the speed of the engine is detected, - the determined instantaneous power is compared with a power reference value, wherein the power reference value is indicative of if the detected engine speed in the event of an attempted acceleration being able to be increased, or at least to the engine not cutting out, and if the detected instantaneous power exceeds the power reference value, then - the maximum available power for the hydraulic system is limited, wherein the power limitation is carried out by the maximum available movement of at least one flow-regulating valve (16, 17, 22) in the hydraulic system being limited. - the instantaneous power consumed by the hydraulic system is determined as a flow supplied from the pump multiplied by a special pressure value of the hydraulic system, - the speed of the engine is detected, - the determined instantaneous power is compared with a power reference value, wherein the power reference value is indicative of if the detected engine speed in the event of an attempted acceleration being able to be increased, or at least to the engine not cutting out, and if the detected instantaneous power exceeds the power reference value, then - the maximum available power for the hydraulic system is limited,
A method for transmitting control information by a base station, BS, in a time division duplexing, TDD, -based orthogonal frequency division multiple access, OFDMA, system, the method comprising: determining a TDD ratio value being a ratio of a number of consecutive time slots allocated for a forward-link, FL, and a number of consecutive time slots allocated for a reverse-link, RL, in a predetermined time-interval; if the TDD ratio value is not an integer, grouping mobile stations, MSs, into as many groups as the number of the consecutive time slots allocated for a reverse-link, RL, and generating group index information indicating which group each MS belongs to; and transmitting, to the MSs, control information including the TDD ratio value and the group index information indicating which group each MS belongs to; and receiving from the MSs ACK/NACK information for data transmitted through consecutive FL time slots through the consecutive RL time slots according to an ACK/NACK transmission ratio, wherein the ACK/NACK transmission ratio is a ratio of RL time slots in which ACK/NACK information is received to FL time slots in which data is transmitted and said ACK/NACK transmission ratio is determined according to the TDD ratio value and the group index information indicating which group each MS belongs to, wherein the ACK/NACK information is received uniformly for each group through the consecutive RL time slots. determining a TDD ratio value being a ratio of a number of consecutive time slots allocated for a forward-link, FL, and a number of consecutive time slots allocated for a reverse-link, RL, in a predetermined time-interval; if the TDD ratio value is not an integer, grouping mobile stations, MSs, into as many groups as the number of the consecutive time slots allocated for a reverse-link, RL, and generating group index information indicating which group each MS belongs to; and transmitting, to the MSs, control information including the TDD ratio value and the group index information indicating which group each MS belongs to; and receiving from the MSs ACK/NACK information for data transmitted through consecutive FL time slots through the consecutive RL time slots according to an ACK/NACK transmission ratio, wherein the ACK/NACK transmission ratio is a ratio of RL time slots in which ACK/NACK information is received to FL time slots in which data is transmitted and said ACK/NACK transmission ratio is determined according to the TDD ratio value and the group index information indicating which group each MS belongs to, wherein the ACK/NACK information is received uniformly for each group through the consecutive RL time slots.
Arrangement inside a motor vehicle of sealing means between a loudspeaker and a door lining comprising a linear (10, 10') seal (10, 10') having a constant rectangular section along its length, the seal (10, 10') having a first end comprising, on a first face of the seal, a first step and a first beveled face and a second end also comprising, on a second face, opposite the first face, a second step and a second beveled face, the ends (12, 12') being able to cooperate with one another to form a circular seal, the seal being arranged between a peripheral element of the loudspeaker and the door lining, characterized in that the lining comprises, around a loudspeaker grille, an inner ridge and an outer ridge that are globally circular and concentric, between which the seal (10, 10') is received, the inner and outer ridges comprising a localized holding zone configured to ensure that the ends (12, 12') of the seal (10, 10') are held, the seal being inserted between the inner and outer ridges such that the first face is in contact with an inner face of the outer ridge and the second face of the seal is in contact with an outer face of the inner ridge.
A fusion polypeptide comprising: (a) a polypeptide comprising a functionally active variant or derivative of fibroblast growth factor 23 having a mutation at R179 and a mutation at one or more of the positions Q156, C206 and C244; and (b) either a modified Fc fragment having decreased affinity for Fc-gamma-receptor and/or increased serum half-life, or a polypeptide comprising at least one extracellular subdomain of a Klotho protein or a functionally active variant or derivative thereof; and, optionally, (c) a linker.
A programmable logic controller communication system comprising: a programmable logic controller; a plurality of devices (150, 250, 350); three or more communication processing nodes (41, 140, 240, 340) that are provided respectively in the programmable logic controller and the devices (150, 250, 350) to allow the programmable logic controller to communicate with each of the devices (150, 250, 350); and a plurality of communication lines (110, 210, 310) that connect the communication processing nodes (41, 140, 240, 340) to each other so as to allow data communication, wherein the programmable logic controller is arranged to detect an incommunicable state between two of the communication processing nodes (41, 140, 240, 340), and characterized in that the programmable logic controller communication system further includes a display device, and in a case where there are a plurality of types of incommunicable states detected by the programmable logic controller, the display device is arranged to display a portion where communication lines (110, 210, 310) that constitute the incommunicable states among the plurality of communication lines (110, 210, 310) overlap with each other, as a line failure portion. a programmable logic controller; a plurality of devices (150, 250, 350); three or more communication processing nodes (41, 140, 240, 340) that are provided respectively in the programmable logic controller and the devices (150, 250, 350) to allow the programmable logic controller to communicate with each of the devices (150, 250, 350); and a plurality of communication lines (110, 210, 310) that connect the communication processing nodes (41, 140, 240, 340) to each other so as to allow data communication, wherein the programmable logic controller is arranged to detect an incommunicable state between two of the communication processing nodes (41, 140, 240, 340), and characterized in that the programmable logic controller communication system further includes a display device, and in a case where there are a plurality of types of incommunicable states detected by the programmable logic controller, the display device is arranged to display a portion where communication lines (110, 210, 310) that constitute the incommunicable states among the plurality of communication lines (110, 210, 310) overlap with each other, as a line failure portion.