mhurhangee/ep-ind-claims huggingface dataset:
A radar wave imaging device, comprising - a radar transmitter unit having at least one radar transmit antenna and being configured for transmitting radar waves towards a scene, - a radar receiving unit that is configured for receiving radar waves reflected by objects that have been illuminated by the radar waves transmitted by the transmitter unit, the radar receiving unit including a plurality of radar receiver members that are arranged as a two-dimensional array, - an imaging radar optics unit for imaging at least a portion of the scene onto at least a portion of the two-dimensional array of radar receiver members, wherein the imaging radar optics unit comprises at least a first radar lens that is arranged between the radar receiver members and the scene, and wherein the radar receiver members are arranged in direct contact to a surface of the first radar lens that is facing away from the scene, characterized in that the radar receiving unit includes at least one second radar lens that is arranged between the first radar lens and the scene. - a radar transmitter unit having at least one radar transmit antenna and being configured for transmitting radar waves towards a scene, - a radar receiving unit that is configured for receiving radar waves reflected by objects that have been illuminated by the radar waves transmitted by the transmitter unit, the radar receiving unit including a plurality of radar receiver members that are arranged as a two-dimensional array, - an imaging radar optics unit for imaging at least a portion of the scene onto at least a portion of the two-dimensional array of radar receiver members, wherein the imaging radar optics unit comprises at least a first radar lens that is arranged between the radar receiver members and the scene, and wherein the radar receiver members are arranged in direct contact to a surface of the first radar lens that is facing away from the scene,
A femtocell base station in a coverage of a macrocell base station, the femtocell base station configured to: transmit, to a first mobile station accessed to the femtocell base station, a message comprising information on a resource adjustment for mitigating interference for a second mobile station; performing handover initiation and handover preparation phases for a handover of the first mobile station from the femtocell base station to the macrocell base station; and perform, after finishing the handover initiation and handover preparation phases, the resource adjustment. transmit, to a first mobile station accessed to the femtocell base station, a message comprising information on a resource adjustment for mitigating interference for a second mobile station; performing handover initiation and handover preparation phases for a handover of the first mobile station from the femtocell base station to the macrocell base station; and perform, after finishing the handover initiation and handover preparation phases, the resource adjustment.
Composition comprising the self-assembling peptide RADA 16-1 for use in a method of promoting hemostasis, wherein the self-assembling peptide assembles and undergoes a phase transition from a liquid state to a semi solid or gel state when it comes in contact with the body.
An apparatus comprising an integrated circuit to be used in a station STA, the apparatus by means of the integrated circuit to cause the station to: set an initial transmission window, TW, value for a current TW, wherein the current TW represents a maximum number of discovery periods that the apparatus is to wait between attempts to transmit a synch frame; determine a first selection number that is an integer between a minimum TW and the current TW to determine a next discovery period for a next attempt to transmit a synch frame; establish a back-off period comprising a time period within a discovery window of said next discovery period during which the device is to monitor for synch frames prior to transmitting; if a synch frame is not detected prior to expiry of the established back-off period, transmit a first synch frame within the discovery window, DW, of said next discovery period; and decrease a value of the current TW based on transmission of the first synch frame. set an initial transmission window, TW, value for a current TW, wherein the current TW represents a maximum number of discovery periods that the apparatus is to wait between attempts to transmit a synch frame; determine a first selection number that is an integer between a minimum TW and the current TW to determine a next discovery period for a next attempt to transmit a synch frame; establish a back-off period comprising a time period within a discovery window of said next discovery period during which the device is to monitor for synch frames prior to transmitting; if a synch frame is not detected prior to expiry of the established back-off period, transmit a first synch frame within the discovery window, DW, of said next discovery period; and decrease a value of the current TW based on transmission of the first synch frame.
Scanning unit for an angle measuring device for scanning an angular scale, so that a relative angular position between the scanning unit and the angular scale about an axis of rotation can be determined, wherein the scanning unit comprises - a substrate (1.4) which has a first surface (1.41), - at least one detector (1.1) for generating signals which depend on the angular position, - evaluation electronics (1.2) which comprise a plurality of electronic components (1.21), wherein the electronic components (1.21) of the evaluation electronics (1.2) are surrounded by a potting compound (1.5), - an electrical interface (1.3) for producing a connection from the evaluation electronics (1.2) to subsequent electronics, wherein the at least one detector (1.1), the electronic components (1.21) and the electrical interface (1.3) are arranged on the first surface (1.41) of the substrate (1.4), wherein the electronic components (1.21) and the electrical interface (1.3) are arranged such that these are placed further away from the axis of rotation than the at least one detector (1.1), and the potting compound (1.5) is arranged on the first surface (1.41) of the substrate (1.4) circumferentially with respect to the axis of rotation. - a substrate (1.4) which has a first surface (1.41), - at least one detector (1.1) for generating signals which depend on the angular position, - evaluation electronics (1.2) which comprise a plurality of electronic components (1.21), wherein the electronic components (1.21) of the evaluation electronics (1.2) are surrounded by a potting compound (1.5), - an electrical interface (1.3) for producing a connection from the evaluation electronics (1.2) to subsequent electronics, wherein
Method for determining a state of at least one filter element (136A-136E) of at least one servovalve arrangement (130A, 130B) of a gas-turbine engine, comprising the following steps: - detecting, by means of a measuring device, a multiplicity of values of a control current of an electric actuator of the servo-valve arrangement (130A, 130B) at different times and/or periods of time; and - analysing, by means of an analysis device, the multiplicity of values, wherein a change of the control current with respect to time is ascertained, and determining the state of the filter element (136A-136E) on the basis of the change of the control current with respect to time, characterized in that, at the different times and/or periods of time, in each case a profile of the control current with respect to a measure for valve dynamics of a servo valve (131A, 131B) of the servo-valve arrangement (130A, 130B) is ascertained, wherein, when analysing the change of the control current with respect to time, the change of the profile of the control current with respect to time is ascertained. - detecting, by means of a measuring device, a multiplicity of values of a control current of an electric actuator of the servo-valve arrangement (130A, 130B) at different times and/or periods of time; and - analysing, by means of an analysis device, the multiplicity of values, wherein a change of the control current with respect to time is ascertained, and determining the state of the filter element (136A-136E) on the basis of the change of the control current with respect to time,
A front arrangement for a rail vehicle, comprising - a crash-resistant plate having a front side facing a front direction of the front arrangement, - a piece of equipment and - a bracket assembly for fixing the piece of equipment to the front side of the crash-resistant plate, wherein the bracket assembly includes a frame positioned at a distance from the crash-resistant plate for supporting and fixing the piece of equipment and at least a first bracket linking the frame to the crash-resistant plate, a front end of the piece of equipment protrudes from the frame in the front direction and a rear end of the piece of equipment protrudes from the frame towards the crash-resistant plate at a distance from the crash-resistant plate, and the first bracket has a first plastically deformable region located at a distance from a reference axis parallel to the front direction and crossing the front end of the piece of equipment, characterised in that the first plastically deformable region defines a first pivot area, such that a force applied to the front end of the piece of equipment towards the crash-resistant plate parallel to the front direction above a force threshold results in plastic bending of the first plastically deformable region and a pivoting movement of the piece of equipment and frame about the first pivot area. - a crash-resistant plate having a front side facing a front direction of the front arrangement, - a piece of equipment and - a bracket assembly for fixing the piece of equipment to the front side of the crash-resistant plate, wherein the bracket assembly includes a frame positioned at a distance from the crash-resistant plate for supporting and fixing the piece of equipment and at least a first bracket linking the frame to the crash-resistant plate, a front end of the piece of equipment protrudes from the frame in the front direction and a rear end of the piece of equipment protrudes from the frame towards the crash-resistant plate at a distance from the crash-resistant plate, and the first bracket has a first plastically deformable region located at a distance from a reference axis parallel to the front direction and crossing the front end of the piece of equipment, characterised in that the first plastically deformable region defines a first pivot area, such that a force applied to the front end of the piece of equipment towards the crash-resistant plate parallel to the front direction above a force threshold results in plastic bending of the first plastically deformable region and a pivoting movement of the piece of equipment and frame about the first pivot area.
An electrolyte composition comprising: i) a block copolymer, ii) an organic electrolyte, and iii) a lithium salt, wherein the block copolymer comprises a non-ionic block and an ionic block, the non-ionic block comprising polymerised residues of hydrophobic monomers, and the ionic block comprising polymerised monomer residues having covalently coupled thereto (a) a pendant organic ionic liquid cation, the pendant organic ionic liquid cation having a counter anion, (b) a pendant anionic moiety, the pendant anionic moiety having a counter cation, or (c) a combination thereof, and the electrolyte composition has at least two glass transition temperature (Tg) values, as measured by Differential Scanning Calorimetry. i) a block copolymer, ii) an organic electrolyte, and iii) a lithium salt, the block copolymer comprises a non-ionic block and an ionic block, the non-ionic block comprising polymerised residues of hydrophobic monomers, and the ionic block comprising polymerised monomer residues having covalently coupled thereto (a) a pendant organic ionic liquid cation, the pendant organic ionic liquid cation having a counter anion, (b) a pendant anionic moiety, the pendant anionic moiety having a counter cation, or (c) a combination thereof, and the electrolyte composition has at least two glass transition temperature (Tg) values, as measured by Differential Scanning Calorimetry.
A crown for a medical vial opening, the crown comprising: a top portion having a cover disposed over a pierceable membrane substantially coextensive with the top portion; a skirt surrounding the top portion and terminating at a lower edge defined in a first horizontal plane; an opener assembly mounted to a portion of the top portion; a first scoring line extending from the portion of the top portion to which the opener assembly is mounted towards the skirt in a continuous radial direction; a second scoring line extending from the portion of the top portion to which the opener assembly is mounted towards the skirt along a radial axis; characterised by a seam provided circumferentially in the crown around the opener assembly to form said cover protecting the pierceable membrane; and wherein the opener assembly is operable to remove the cover from the crown thereby exposing the pierceable membrane. a top portion having a cover disposed over a pierceable membrane substantially coextensive with the top portion; a skirt surrounding the top portion and terminating at a lower edge defined in a first horizontal plane; an opener assembly mounted to a portion of the top portion; a first scoring line extending from the portion of the top portion to which the opener assembly is mounted towards the skirt in a continuous radial direction; a second scoring line extending from the portion of the top portion to which the opener assembly is mounted towards the skirt along a radial axis; characterised by a seam provided circumferentially in the crown around the opener assembly to form said cover protecting the pierceable membrane; and wherein the opener assembly is operable to remove the cover from the crown thereby exposing the pierceable membrane.
A composition comprising one or more sources of indium ions, one or more thiourea derivatives chosen from guanylthiourea, 1-allyl-2-thiourea and tetramethyl-2-thiourea, and citric acid, salt thereof or mixtures thereof.
A method for controlling execution within a computing environment, the method comprising steps of: detecting, by a processor, that execution of a transaction has aborted; based on detecting that execution of the transaction has aborted and prior to retrying execution of the transaction, initiating execution of a machine instruction to indicate to the processor that re-execution of the transaction is a retry rather than a new independent transaction, the machine instruction being defined for computer execution according to a computer architecture and comprising a field to specify a requested assist operation to be performed by the processor, a value of the field indicating that re-execution of the transaction is a retry rather than a new independent transaction and indicating an action is to be taken to facilitate successful re-execution of the transaction, the action depending on a number of times the transaction has aborted and comprising at least one of: performing random delays within the processor; delaying processing within the processor based on the number of times the transaction has aborted as indicated by the machine instruction; temporarily suspending out-of-order execution within the processor; or disabling branching; based on initiating execution of the machine instruction, performing the action; and retrying execution of the transaction. detecting, by a processor, that execution of a transaction has aborted; based on detecting that execution of the transaction has aborted and prior to retrying execution of the transaction, initiating execution of a machine instruction to indicate to the processor that re-execution of the transaction is a retry rather than a new independent transaction, the machine instruction being defined for computer execution according to a computer architecture and comprising a field to specify a requested assist operation to be performed by the processor, a value of the field indicating that re-execution of the transaction is a retry rather than a new independent transaction and indicating an action is to be taken to facilitate successful re-execution of the transaction, the action depending on a number of times the transaction has aborted and comprising at least one of: performing random delays within the processor; delaying processing within the processor based on the number of times the transaction has aborted as indicated by the machine instruction; temporarily suspending out-of-order execution within the processor; or disabling branching; based on initiating execution of the machine instruction, performing the action; and retrying execution of the transaction.
An adjustable pressure relief valve, intended for heating devices with a closed circuit of a heating medium, with a valve body equipped with a valve inlet and a valve outlet connected to a valve chamber, with a piston movably arranged in the valve chamber, on which there is a calibrated spring and a flexible closing diaphragm arranged, wherein the valve is closed in the normal state under the pressure of the calibrated spring on the flexible closing diaphragm, wherein the valve is equipped with a two-part closing assembly, including an upper cap and a lower cap for accurate setting of the nominal opening pressure, the calibrated spring is located between the upper cap and the piston and the upper cap is equipped with a thread to compress the calibrated spring, the lower cap is equipped with a thread to press the diaphragm to the valve body and the valve is designed such that it is finely adjustable by turning the upper cap, while the spring is compressed, characterized in that the lower cap is equipped with a stop to prevent the upper cap from being completely unscrewed. wherein the valve is equipped with a two-part closing assembly, including an upper cap and a lower cap for accurate setting of the nominal opening pressure, the calibrated spring is located between the upper cap and the piston and the upper cap is equipped with a thread to compress the calibrated spring, the lower cap is equipped with a thread to press the diaphragm to the valve body and the valve is designed such that it is finely adjustable by turning the upper cap, while the spring is compressed, characterized in that the lower cap is equipped with a stop to prevent the upper cap from being completely unscrewed.
A method for communicating in a network comprising: sizing at least one service data unit, SDU, into a first plurality of radio link control, RLC, protocol data unit, PDU, segments for the initial transmission of said at least one SDU; assigning, for use in originally transmitting said first plurality of RLC PDU segments during a transmission time interval, TTI, either: - only the same sequence number; or - a plurality of different sequence numbers, wherein each of said first plurality of RLC PDU segments which has a same sequence number also includes a different segment offset value; and transmitting said first plurality of RLC PDU segments. sizing at least one service data unit, SDU, into a first plurality of radio link control, RLC, protocol data unit, PDU, segments for the initial transmission of said at least one SDU; assigning, for use in originally transmitting said first plurality of RLC PDU segments during a transmission time interval, TTI, either: - only the same sequence number; or - a plurality of different sequence numbers, - only the same sequence number; or - a plurality of different sequence numbers, wherein each of said first plurality of RLC PDU segments which has a same sequence number also includes a different segment offset value; and transmitting said first plurality of RLC PDU segments.
A method for the combined processing of spectral data from a plurality of radiation detectors (4, 6) having at least two different response properties, comprising: obtaining a response matrix for each detector; collecting data from radiation incident at each detector; producing a spectral histogram for the collected data from each detector; deconvoluting the histograms from each detector by applying a numerical deconvolution that makes use of the response matrix for each detector to derive a single spectral histogram that representatively combines information from the plurality of detectors; characterised in that the numerical deconvolution is a Bayesian deconvolution. obtaining a response matrix for each detector; collecting data from radiation incident at each detector; producing a spectral histogram for the collected data from each detector; deconvoluting the histograms from each detector by applying a numerical deconvolution that makes use of the response matrix for each detector to derive a single spectral histogram that representatively combines information from the plurality of detectors; characterised in that the numerical deconvolution is a Bayesian deconvolution.
Door, in particular a front door, having a manually actuable handle and at least one catch, the handle being designed to actuate the at least one catch, wherein an automatically driven handle actuating device is provided for actuating the handle, the handle actuating device being arranged on a door leaf having the handle, the handle actuating device engaging a free end to exert a compressive or tensile force thereon, characterized in that the handle is U-shaped so that the free end is oriented towards the door leaf, and in that the handle actuating device is designed to exert the compressive or tensile force in the orthogonal direction on the handle.
Pivoting arrangement with a pivoting element which is pivotable between a vertically upwardly directed inoperative position and a horizontally directed operative position about a pivot axis arranged at one of its end regions, wherein the pivoting movement of the pivoting element can be force-assisted and damped by a gas-pressure spring, characterized in that the gas-pressure spring, which is extended in the inoperative position and retracted in the operative position, has a cylinder which is filled with a pressurized gas and whose interior is subdivided into a first working chamber and a second working chamber by a displaceable piston, and the piston has on one side a piston rod which is outwardly guided in a sealed manner through the second working chamber and a guiding and sealing unit, with a first connection which is opened during an outward stroke of the piston and leads from the second working chamber to the first working chamber, and a second connection which is opened during an inward stroke of the piston, leads from the first working chamber to the second working chamber and has a smaller passage cross section than the passage cross section of the first connection, with an auxiliary piston which is arranged displaceably in the cylinder and on the piston rod and which separates the second working chamber, on its side remote from the piston, from an auxiliary chamber formed in the cylinder, with a third connection from the auxiliary chamber to the second working chamber that is opened in the end extension stroke region of the piston, and a fourth connection from the second working chamber to the auxiliary chamber that is opened in the retraction stroke of the piston, wherein the passage cross section of the third connection is smaller than the passage cross section of the fourth connection.