mhurhangee/ep-ind-claims huggingface dataset:
A method of processing, in a gateway device having a plurality of demodulators, a plurality of signals carrying a digital information modulated in the form of chirp signal, the chirp signals being either base chirps, for which the frequency changes from an initial instant to a final instant according to a predetermined base chirp function or modulated chirps, whose instantaneous frequencies vary according to one of a plurality of a functions that is a cyclical shift of the base chirp function, characterized by: • presenting simultaneously digital samples of the signals to the demodulators • in each demodulator, multiplying the digital samples by a complex conjugate of a base chirp, and perform a Fourier transform • compute the cyclical shift of the signal based on the result of the Fourier transform and in that said plurality of signals have different bitrates and each of said demodulators adapted to receive and decode signal having one of said bitrates. • presenting simultaneously digital samples of the signals to the demodulators • in each demodulator, multiplying the digital samples by a complex conjugate of a base chirp, and perform a Fourier transform • compute the cyclical shift of the signal based on the result of the Fourier transform
A swaging tool for fastening a fastened part (3a,3b) with a process in which a pinhead of a fastening pin is located on one side of the fastened part (3a,3b) into which the fastening pin is inserted, a pintail of the fastening pin is located on the other side of the fastened part (3a,3b), a collar mounted on the pintail side of the fastening pin is moved to the pinhead side so as to come into contact with the fastened part (3a,3b), the collar is swaged to the fastening pin in a state where the collar is in contact with the fastened part (3a,3b), and a tensile load is applied to the pintail, thereby breaking and removing the pintail, whereby the fastened part (3a,3b) is fastened, the swaging tool comprising: a swaging die in which there is formed a swaging hole which is to be brought into contact with the collar, thereby swaging the collar, the swaging tool being characterized in that a low-friction coating film is formed on an inner peripheral surface of the swaging hole by physical vapor deposition or chemical vapor deposition, and wherein a coefficient of friction of the low-friction coating film with respect to the collar is less than or equal to 0.35 in a case where a lubricant is not applied to the collar. a swaging die in which there is formed a swaging hole which is to be brought into contact with the collar, thereby swaging the collar, the swaging tool being characterized in that a low-friction coating film is formed on an inner peripheral surface of the swaging hole by physical vapor deposition or chemical vapor deposition, and wherein a coefficient of friction of the low-friction coating film with respect to the collar is less than or equal to 0.35 in a case where a lubricant is not applied to the collar.
A minicell-producing bacteria, comprising an expressible gene encoding a minicell-producing gene product that modulates one or more of septum formation, binary fission, and chromosome segregation; and an expressible gene encoding a homing endonuclease, wherein the homing endonuclease gene is a transgene, and wherein the chromosome of the minicell-producing bacteria comprises one or more recognition sites of the homing endonuclease.
Utility vehicle, in particular motor vehicle, trailer or semitrailer, with at least one, in particular frontal in the direction of travel, pair of wheels for moving the utility vehicle and with at least one pair of spray protection devices, associated to the at least one pair of wheels, for reducing spray when driving on a moist roadway, wherein the spray protection devices extend at least in sections laterally of the associated wheels and wherein the projections of the sections of the spray protection devices extending laterally of the wheels are arranged in a direction parallel to the axes of rotation of the associated wheels on a plane intersecting the respectively associated wheel and aligned parallel to the associated wheel at least partially in front of and/or at least partially above the wheel, wherein the spray protection devices, viewed against the direction of travel, extend at most over half the width of the at least one wheel from the outside and wherein the spray protection devices end completely behind a vertical plane in the direction of travel and that the vertical plane is arranged at a distance of 20% of the wheel diameter in front of the entire wheel characterized in that the projections of the sections of the spray protection devices extending laterally from the wheels in a direction parallel to the axes of rotation of the associated wheels onto a plane intersecting the respective associated wheel and aligned parallel to the associated wheel are offset frontally in the direction of travel from a vertical plane passing through the wheel center by less than 10% of the wheel diameter or the height of the wheel.
A method for determining a version of a standard publication supported by a network element, for execution by a Network Management System node managing a hierarchical arrangement of network elements (109a-109g), comprising the steps of: receiving a version map message from a domain manager node, the version map message containing a list of entries, each entry including an identifier of a network element, a version of a standard publication supported by that network element, and an inheritability indicator; selecting a first network element in the hierarchical arrangement for processing; comparing the selected first network element with the list of entries in the received version map message; in response to determining that the selected first network element does not have a corresponding entry in the received version map message, identifying a second network element in the hierarchical arrangement that is superior to the first network element in the hierarchical arrangement; determining that the identified second network element has a corresponding entry in the received version map message; and determining that the first network element supports a version of a standard publication associated with the second network element by checking the inheritability indicator associated with the second network element in the received version map message, wherein the inheritability indicator indicates that the version of the standard publication supported by the second network element is also supported by network elements that are inferior to the second network element in the hierarchical arrangement. receiving a version map message from a domain manager node, the version map message containing a list of entries, each entry including an identifier of a network element, a version of a standard publication supported by that network element, and an inheritability indicator; selecting a first network element in the hierarchical arrangement for processing; comparing the selected first network element with the list of entries in the received version map message; in response to determining that the selected first network element does not have a corresponding entry in the received version map message, identifying a second network element in the hierarchical arrangement that is superior to the first network element in the hierarchical arrangement; determining that the identified second network element has a corresponding entry in the received version map message; and determining that the first network element supports a version of a standard publication associated with the second network element by checking the inheritability indicator associated with the second network element in the received version map message, wherein the inheritability indicator indicates that the version of the standard publication supported by the second network element is also supported by network elements that are inferior to the second network element in the hierarchical arrangement.
A process comprising: contacting 1) ethylene, 2) a catalyst system comprising i) a chromium component comprising an N 2 -phosphinyl amidine chromium compound complex, an N 2 -phosphinyl formamidine chromium compound complex, an N 2 -phosphinyl guanidine chromium compound complex, or any combination thereof, and ii) an aluminoxane, 3) an organic reaction medium, and 4) optionally hydrogen; and forming an oligomer product in a reaction zone; wherein the ethylene is contacted with at least a portion of the organic reaction medium to form an ethylene feedstock mixture prior to contacting ethylene with the catalyst system. contacting 1) ethylene, 2) a catalyst system comprising i) a chromium component comprising an N 2 -phosphinyl amidine chromium compound complex, an N 2 -phosphinyl formamidine chromium compound complex, an N 2 -phosphinyl guanidine chromium compound complex, or any combination thereof, and ii) an aluminoxane, 3) an organic reaction medium, and 4) optionally hydrogen; and 1) ethylene, 2) a catalyst system comprising i) a chromium component comprising an N 2 -phosphinyl amidine chromium compound complex, an N 2 -phosphinyl formamidine chromium compound complex, an N 2 -phosphinyl guanidine chromium compound complex, or any combination thereof, and ii) an aluminoxane, i) a chromium component comprising an N 2 -phosphinyl amidine chromium compound complex, an N 2 -phosphinyl formamidine chromium compound complex, an N 2 -phosphinyl guanidine chromium compound complex, or any combination thereof, and ii) an aluminoxane, 3) an organic reaction medium, and 4) optionally hydrogen; and forming an oligomer product in a reaction zone; wherein the ethylene is contacted with at least a portion of the organic reaction medium to form an ethylene feedstock mixture prior to contacting ethylene with the catalyst system.
An in-line heater for a liquid food or beverage preparation machine, in which machine liquid is circulated through said heater and then guided into a brewing chamber for brewing a food or beverage ingredient supplied into said brewing chamber, such heater comprising: - a body incorporating an inlet, an outlet and a heating chamber (4,4',4'') extending therebetween, said inlet, outlet and heating chamber forming together a rigid passage (2,3,4,4',4'') for guiding said liquid circulating through said body; - one or more electric components (5,60,70,75) that are secured on or in the body and connected to a printed circuit board arranged to control said heater, characterized in that said one or more electric components (5,60,70,75) are rigidly connected to said printed circuit board, in particular via rigid connector pins or blades or rigid plug and socket members. - a body incorporating an inlet, an outlet and a heating chamber (4,4',4'') extending therebetween, said inlet, outlet and heating chamber forming together a rigid passage (2,3,4,4',4'') for guiding said liquid circulating through said body; - one or more electric components (5,60,70,75) that are secured on or in the body and connected to a printed circuit board arranged to control said heater,
A method implemented by a client device to facilitate provision of web services by web clients (112, 114) comprising: obtaining by a client application credentials from an authentication service, the credentials usable with a tunnel service to obtain a persistent uniform resource locator to enable exposure of the client application as a web service; storing the credentials in local storage associated with the client application; providing the credentials to access the tunnel service; establishing via the tunnel service the persistent URL that is derived based on the credentials and configured for use by the client application to expose the client application as a publicly addressable web service; and communicating through the tunnel service as the web service with one or more endpoints using the persistent URL. obtaining by a client application credentials from an authentication service, the credentials usable with a tunnel service to obtain a persistent uniform resource locator to enable exposure of the client application as a web service; storing the credentials in local storage associated with the client application; providing the credentials to access the tunnel service; establishing via the tunnel service the persistent URL that is derived based on the credentials and configured for use by the client application to expose the client application as a publicly addressable web service; and communicating through the tunnel service as the web service with one or more endpoints using the persistent URL.
Method for the electrical resistance heating of an electrically conductive, flat material, in particular sheet metal, and for the thermal direct joining of a plastic component to the heated, flat material, in which a first and a second electrode (11, 12) are placed on a surface of the flat material at a distance from one another with a free space and an electric current can be introduced into the material via the first and second electrodes (11, 12) to heat the material, characterised in that at least one further electrode (13, 14, 15, 16), which are all distributed in an electrode arrangement around the free space and are arranged on the one surface on the flat material, the flat material is heated, wherein different electrode constellations of the at least three electrodes (11, 12, 13, 14, 15, 16) are each alternately supplied with the electric current in pairs, and the plastic component is fed via the free space onto the heated, flat material for thermal direct joining of this plastic component thereto.
An X-ray source for irradiating an object to be imaged with X-ray radiation, wherein the X-ray source is movable into several defined recording positions relative to the object to be imaged, and wherein a module (4, 5, 13) is arranged directly on the X-ray source and is configured to project a marking onto the object to be imaged and to check a position of the object to be imaged and/or of the marking, and wherein the module (4, 5, 13) comprises a detector (5, 13) for optical radiation for checking the position of the object to be imaged and/or of the marking, wherein the detector (5, 13) comprises a stereo camera for the detection of at least one tracker (12, 14) which is attached on the object to be imaged and/or on an instrument, and/or of the marking, characterized in that the detector (5, 13) is movable independently of the X-ray souce.
A method for shot peening comprising shooting shot material against a processed material, the processed material being a carburized and tempered steel, wherein a hardness HV(m) of the processed material that is calculated from equations,, and is the 750HV or more, wherein a Vickers hardness of the shot materials is higher than the hardness of the processed material by 50HV to 250HV, wherein a thickness of the processed steel that is scraped is 5 μm or less, and wherein a C (carbon) content in a surface layer that is achieved by carburizing is within a range of 0,6% to 1%, HV m = f C − f T, t 1 − γ R / 100 + 400 × γ R / 100 f C = − 660 C 2 + 1373 C + 278 f T, t = 0.05 T logt + 17 − 318 where C denotes the C (carbon) content in a surface layer that is achieved by carburizing (mass %), T denotes a tempering temperature, t denotes a tempering time (hr), and γ R denotes an amount of residual austenite (vol. %). wherein a hardness HV(m) of the processed material that is calculated from equations,, and is the 750HV or more, wherein a Vickers hardness of the shot materials is higher than the hardness of the processed material by 50HV to 250HV, wherein a thickness of the processed steel that is scraped is 5 μm or less, and wherein a C (carbon) content in a surface layer that is achieved by carburizing is within a range of 0,6% to 1%, HV m = f C − f T, t 1 − γ R / 100 + 400 × γ R / 100 f C = − 660 C 2 + 1373 C + 278 f T, t = 0.05 T logt + 17 − 318 where C denotes the C (carbon) content in a surface layer that is achieved by carburizing (mass %), T denotes a tempering temperature, t denotes a tempering time (hr), and γ R denotes an amount of residual austenite (vol. %).
A method comprising: receiving an indication of a handover of a remote device from a source system to a target system, wherein the target system implements a communications standard different from that of the source system and the source system implements an evolved universal terrestrial radio access network communications standard; determining a current sequence number value of a security context maintained in a mobility management entity in the source system; deriving a fresh mapped security context for the target system based at least in part upon the determined sequence number value and incrementing, in the mobility management entity, the sequence number value in response to the handover; and providing the derived fresh mapped security context to the target system. receiving an indication of a handover of a remote device from a source system to a target system, wherein the target system implements a communications standard different from that of the source system and the source system implements an evolved universal terrestrial radio access network communications standard; determining a current sequence number value of a security context maintained in a mobility management entity in the source system; deriving a fresh mapped security context for the target system based at least in part upon the determined sequence number value and incrementing, in the mobility management entity, the sequence number value in response to the handover; and providing the derived fresh mapped security context to the target system.
Method for producing, repairing and/or exchanging an engine housing of an aircraft engine, having at least two shells (9, 10, 16), between which a structural part is formed, wherein the method comprises the following step: Layer-by-layer construction of the at least two shells (9, 10, 16) together with the structural part by means of a generative manufacturing method, wherein the structural part has at least one porous structure and/or honeycomb structure, characterized in that the porous structure and/or honeycomb structure are formed as an auxetic structure.
A condenser with a tube fin block (3, 4) and collecting tubes (5, 15) arranged on both sides of the tube fin block (3, 4), wherein the tubes of the tube fin block (3, 4) grip through openings of the collecting tubes (5, 15) and are in fluid connection with the interior of the collecting tubes (5, 15), wherein an extruded collector (7, 17) is arranged in parallel to at least one of the collecting tubes (5, 15) and connected to the collecting tube (5, 15), the collector being fluidly connected to the collecting tube (5, 15) by means of overflow openings, wherein a thermal separation (31, 51) is provided between the collector (7, 17) and the collecting tube (5, 15), wherein the collector (7, 17) has a lateral projection (30, 50) in which overflow openings are arranged, wherein a wall region of the collecting tube (5, 15) is integrally formed with the collector (7, 17), with the lateral protrusion (30, 50) arranged therebetween, wherein the thermal separation (31, 51) in the lateral protrusion (30, 50) is formed by at least one recess (31, 51), characterised in that a plurality of recesses (31, 51) is arranged above the region of the overflow openings which extend up to a distant axial end of the collector (7, 17), wherein a plurality of recesses (31, 51) is arranged adjacent to one another in a row or in several rows and is respectively separated from one another by webs (32, 52), wherein the recesses (31, 51) have a longitudinal contour.
A method of synchronizing printing on a first side of a sheet and a second side of a sheet in a printing system having first printing engine printing on the first side of a sheet and second printing engine printing on the second side of a sheet, the printing engines including imaging belts (16, 32) with seams, the method comprising the steps of: projecting first images on the imaging belt of the first engine, the images having a predetermined relationship with the seam of the belt of the first engine, transferring the first images to a first side of the sheets, the sheets having a given size, monitoring predefined dimensions on the imaging belt of the second printing engine using a sensor and a hole in the imaging belt of the second printing engine, the hole is sensed by the sensor, characterized by adjusting the position of the images projected onto the imaging belt of the second printing engine in response to the monitored predefined dimensions in order to increase the time between skipped pitches necessary to avoid imaging on the seams, wherein adjusting includes the step of adjusting the position of the images during each cycle of the imaging belt, wherein the length of an image panel of the imaging belt or of an inter-document zone of the imaging belt in the direction of movement of the imaging belt is dynamically changed, while maintaining a minimum length of the inter-document zone, the inter-document zone being a spacing between consecutive image panels. projecting first images on the imaging belt of the first engine, the images having a predetermined relationship with the seam of the belt of the first engine, transferring the first images to a first side of the sheets, the sheets having a given size, monitoring predefined dimensions on the imaging belt of the second printing engine using a sensor and a hole in the imaging belt of the second printing engine, the hole is sensed by the sensor, characterized by adjusting the position of the images projected onto the imaging belt of the second printing engine in response to the monitored predefined dimensions in order to increase the time between skipped pitches necessary to avoid imaging on the seams, wherein adjusting includes the step of adjusting the position of the images during each cycle of the imaging belt, wherein the length of an image panel of the imaging belt or of an inter-document zone of the imaging belt in the direction of movement of the imaging belt is dynamically changed, while maintaining a minimum length of the inter-document zone, the inter-document zone being a spacing between consecutive image panels.
A use of a guanidine compound represented by the following formula or an acid addition salt thereof for enhancing turbidity change of a reaction solution in the measurement of blood coagulability: where R 1 represents a hydrogen atom, an amino group, or an alkyl group which may have a substituent.
A layered frozen confectionery product comprising at least one a layer of frozen confection, at least one layer of chocolate and at least one layer of sauce wherein the sauce in the sauce layer has a viscosity of between 1.5 and 1.7 Pa.s and is present in the frozen confectionery at a thickness of 0.5 to 3.0 mm, the chocolate in the chocolate layer has a viscosity of between 1.0 and 1.4 Pa.s at a temperature of +45°C and is present in the frozen confectionery at a thickness of 0.5 to 3.0 mm, and the frozen confection layer has a thickness of between 3.0 and 7.0 mm and an overrun between 80 and 200 and is positioned between the chocolate and sauce layer,- and wherein the frozen confection, sauce and chocolate layers form substantially helical layers, and wherein the sauce is a red fruit sauce and the viscosity of the red fruit sauce is measured with an Anton Paar viscometer with a geometry CP.50; at a temperature from 10 to 35 °C. the sauce in the sauce layer has a viscosity of between 1.5 and 1.7 Pa.s and is present in the frozen confectionery at a thickness of 0.5 to 3.0 mm, the chocolate in the chocolate layer has a viscosity of between 1.0 and 1.4 Pa.s at a temperature of +45°C and is present in the frozen confectionery at a thickness of 0.5 to 3.0 mm, and