mhurhangee/ep-ind-claims huggingface dataset:
Braking system for a commercial vehicle which can be coupled pneumatically to a trailer, having - at least one electronic control unit (10, 12, 14, 16, 18), - a valve device (20, 22, 24) which can be switched electrically by the at least one electronic control unit (10, 12, 14, 16, 18), wherein in a switched state of the valve device pressure can be built up for the trailer braking system, which pressure brings about braking of the trailer, and - a pressure sensor which senses the pressure for the trailer braking system and transmits a corresponding signal to the electronic control unit (10, 12, 14, 16, 18), - wherein the pressure for the trailer braking system can be influenced by the electronic control unit (10, 12, 14, 16, 18) by pulsed switching of the valve device (20, 22, 24) taking into account the pressure, sensed by the pressure sensor, for the trailer braking system, characterised in that the electronic control unit (10, 12, 14, 16, 18) permits the pulsed switching in order to bring about braking of the trailer when the service brake of the traction vehicle is not active only if a condition applies according to which braking of the trailer could be appropriate despite the service brake of the traction vehicle not being active, and such anti-jackknifing braking is requested by a manually operated signal generator, in that a signal generated by the manually operated signal generator can be fed to the at least one electronic control unit (10, 12, 14, 16, 18) and the anti-jackknifing braking function can be suppressed depending on the presence of I the signal, and in that the condition corresponds to the presence of at least one of the following states: - the vehicle speed is lower than a threshold value, - the accelerator pedal is not activated, - the engine is braking, - the engine is not generating any usable torque, - a retarder system is active, - the vehicle is located on a section of road with a negative gradient. - at least one electronic control unit (10, 12, 14, 16, 18), - a valve device (20, 22, 24) which can be switched electrically by the at least one electronic control unit (10, 12, 14, 16, 18), wherein in a switched state of the valve device pressure can be built up for the trailer braking system, which pressure brings about braking of the trailer, and - a pressure sensor which senses the pressure for the trailer braking system and transmits a corresponding signal to the electronic control unit (10, 12, 14, 16, 18), - wherein the pressure for the trailer braking system can be influenced by the electronic control unit (10, 12, 14, 16, 18) by pulsed switching of the valve device (20, 22, 24) taking into account the pressure, sensed by the pressure sensor, for the trailer braking system, - the vehicle speed is lower than a threshold value, - the accelerator pedal is not activated, - the engine is braking, - the engine is not generating any usable torque, - a retarder system is active, - the vehicle is located on a section of road with a negative gradient.
A power supply unit, comprising: a plurality of interface ports; a plurality of power delivery units, each coupled to one of the interface ports and configured to extract power from data signals communicated over the interface ports by remote devices CHARACTERIZED BY: a sharing circuit coupled to each of the power delivery units for generating a power supply voltage from the power extracted from the data signals, the sharing circuit including a control loop for each of the power delivery units, each control loop configured to generate a reference voltage for each of the power delivery units to control an amount of current supplied by each of the power delivery units based on at least one control parameter for each of the power delivery units; and a controller configured to generate a communication line power loss estimate for each of the interface ports and adjust the at least one control parameter for each of the power delivery units based on the communication line power loss estimates to balance amounts of power supplied by each of the remote devices based on the communication line power loss estimates. a plurality of interface ports; a plurality of power delivery units, each coupled to one of the interface ports and configured to extract power from data signals communicated over the interface ports by remote devices CHARACTERIZED BY: a sharing circuit coupled to each of the power delivery units for generating a power supply voltage from the power extracted from the data signals, the sharing circuit including a control loop for each of the power delivery units, each control loop configured to generate a reference voltage for each of the power delivery units to control an amount of current supplied by each of the power delivery units based on at least one control parameter for each of the power delivery units; and a controller configured to generate a communication line power loss estimate for each of the interface ports and adjust the at least one control parameter for each of the power delivery units based on the communication line power loss estimates to balance amounts of power supplied by each of the remote devices based on the communication line power loss estimates.
A pumping system comprising a variable-delivery vane pump; the system also comprising a user device connected to said pump by a delivery conduit, and pressure regulating means for adjusting the eccentricity of a ring with respect to a rotor, said ring and said rotor forming part of said pump, so that said pump assumes a balanced configuration such as to supply the oil flow requested by said user device; the system being characterized in that said pressure regulating means comprise: (a) hydraulic dissipating means (29; 54, 56) in a first conduit; and (b) a valve (30; 50) in a second conduit, said valve being regulated solely by a control pressure; both said hydraulic dissipating means (29; 54, 56) and said valve (30; 50) are provided for imparting to the oil inside a regulating chamber forming part of said pump a pressure lower than a control pressure; and in that said first conduit and said second conduit are two branching off of the same main conduit for feeding oil to said regulating chamber. (a) hydraulic dissipating means (29; 54, 56) in a first conduit; and (b) a valve (30; 50) in a second conduit, said valve being regulated solely by a control pressure;
A computer-implemented system for producing a design for a rotating machine assembly comprising: i) a data module configured for receiving data relating to one or more components of the rotating machine assembly, where the data comprises CAD data; ii) a user interface module configured for specifying data to be received by the data module and for receiving from a user a type of analysis to be performed on the data; iii) a recognition module which comprises a database of the functional component types, and is configured to: parse the CAD data in the data module and identify the one or more components as one of the functional component types in the database; and identify and select features of the data to be used for the analysis according to the type of analysis selected; and iv) an analysis module configured for analysing a performance of the rotating machine assembly according to the type of analysis selected and selected features of the data to be used; wherein the analysis module is further configured to automatically update mathematical models set up by the recognition module when a user modifies the data through the user interface module, and wherein the produced design is contained in the data module for export from the system. i) a data module configured for receiving data relating to one or more components of the rotating machine assembly, where the data comprises CAD data; ii) a user interface module configured for specifying data to be received by the data module and for receiving from a user a type of analysis to be performed on the data; iii) a recognition module which comprises a database of the functional component types, and is configured to: parse the CAD data in the data module and identify the one or more components as one of the functional component types in the database; and identify and select features of the data to be used for the analysis according to the type of analysis selected; and parse the CAD data in the data module and identify the one or more components as one of the functional component types in the database; and identify and select features of the data to be used for the analysis according to the type of analysis selected; and iv) an analysis module configured for analysing a performance of the rotating machine assembly according to the type of analysis selected and selected features of the data to be used;
Gas turbine airfoil with a pressure sidewall and a suction sidewall, extending from a root to a tip and from a leading edge region to a trailing edge and comprising at least one cooling passage between the pressure sidewall and the suction sidewall for cooling air to pass through and cool the airfoil from within, and where one or several of the cooling passages extend along the leading edge of the airfoil and several film cooling holes (1,2) extend from the internal cooling passages along the leading edge region to the outer surface of the leading edge region, wherein the film cooling holes (1,2) each have a shape that is diffused in a radial outward direction of the leading edge of the airfoil at least over a part of the length of the film cooling hole (1,2), the cooling holes (1, 2) comprise a principal axis, and whereby the shape is asymmetrically diffused in that it is diffused in the radial outward direction from the principal axis along a forward inclination axis, and in that it is additionally diffused in a second lateral direction from the principal axis along a lateral inclination axis the shape is diffused essentially cylindrically in the radial outward direction along the forward inclination axis, and is diffused essentially cylindrically in the second lateral direction along a lateral inclination axis, wherein the shape between the two cylindrical diffusions is smoothed by connecting surfaces essentially tangential to both cylindrical diffusions, wherein the lateral inclination axis is located at or between a forward edge and a backward edge of the exit portion of the hole (1,2) and tilted from the principal axis along a direction such that essentially at the transition of the cylindrical and the widening portion the axis of the cylindrical section and the axis of the inclination cross; the lateral inclination axis being perpendicular to the radial direction and downstream of the hot gas flow, characterised in that the airfoil comprises a stagnation line, whereby one row of cooling holes is located on the pressure side of the stagnation line and a second row of cooling holes is located on the suction side of the stagnation line and in that the cooling holes (1, 2) in the two rows are arranged in a staggered manner along the radial direction.
Method for the processing, by a transaction-processing server, of a transaction at least partially initiated from a communications terminal connectable to said server by means of a communications network, method characterized in that it comprises: - a step for creating a secured communications channel with the communications terminal; - a step of instantiation, within an execution server on said communications network, of a virtual payment terminal (VPOI) capable of exchanging information with said communications terminal by means of said secured communications channel; - a step of reception, from said virtual payment terminal (VPOI), of an identifier (PAN_S) representing the type of said transaction to be processed, an index representing a set of data useful for the processing of said transaction, and a personal identification number entered into said communications terminal; - a step for verifying that there is a match between said personal identification number entered and a personal identification number (PIN_S) expected for said type of transaction to be processed (PAN_S); - when said verification is positive, a step for obtaining data for the continuance of the transaction, as a function of said identifier (PAN_S) representing the type of said transaction to be processed and said index representing a set of data useful for the processing of said transaction;; - a step for transmitting said set of data to a third-party server (SrvP) capable of carrying out the transaction. - a step for creating a secured communications channel with the communications terminal; - a step of instantiation, within an execution server on said communications network, of a virtual payment terminal (VPOI) capable of exchanging information with said communications terminal by means of said secured communications channel; - a step of reception, from said virtual payment terminal (VPOI), of an identifier (PAN_S) representing the type of said transaction to be processed, an index representing a set of data useful for the processing of said transaction, and a personal identification number entered into said communications terminal; - a step for verifying that there is a match between said personal identification number entered and a personal identification number (PIN_S) expected for said type of transaction to be processed (PAN_S); - when said verification is positive, a step for obtaining data for the continuance of the transaction, as a function of said identifier (PAN_S) representing the type of said transaction to be processed and said index representing a set of data useful for the processing of said transaction;; - a step for transmitting said set of data to a third-party server (SrvP) capable of carrying out the transaction.
An inductive coupling circuit for information signal transmission in electric energy distribution grids and disposed within a transmission path and which comprises: an inductive coupling unit having a ring that encloses a shielded power cable and a ring coil, which is connected to a transmitting / receiving device and inductively coupled to the ring, and an arrester connected to ground or compensating potential, characterized in that the arrester is disposed upstream of said inductive coupling unit and that said inductive coupling circuit is attached at the end of said power cable wherein said inductive coupling unit is arranged closer at the end of said power cable than said arrester, whereby a current of a superposed information signal flows in a conductor of said power cable and whereby no current flows in said shield.
Transport packaging for fruit and vegetable products wherein the packaging is supplemented, by spreading on its surface, with an antimicrobial solution which lasts on the packaging as long as packing, supplying and purchasing by consumers occur, so to reduce the microbial load thereof and the role in the cross-contamination of the packaged products as well as delay spoilage and alteration phenomena of the fruit and vegetable products contained in the packaging, characterized in that said antimicrobial solution consists of the following three active substances: Citral, Hexanal and 2- -Hexenal.
A method for neuromorphic accelerator multitasking, the method comprising: receiving, at a neuron address translation circuitry (NATC), a spike message, the spike message including a physical neuron identifier (PNID) of a neuron generating the spike message; translating, by the NATC, the PNID into a network identifier for a neural network and a local neuron identifier (LNID) used within the neural network, the NID being a first NID for a first neural network or a second NID for a second neural network; locating, by the NATC, synapse data pertinent to the spike message based on the NID; and communicating, by the NATC, the synapse data and the LNID to an axon processor, the axon processor updating a synapse structure in the synapse data based on a training event of a training set corresponding to the NID, wherein the method further comprises: invoking, on a hardware accelerator running the first neural network corresponding to the first NID, the second neural network corresponding to the second NID simultaneously with the first neural network, wherein the second neural network is a clone of the first neural network, wherein both the first neural network and the second neural network use the same synapse data, wherein the first neural network and the second neural network simultaneously operate on a different training set, and the first neural network and the second neural network each concurrently updates the same synapse data. receiving, at a neuron address translation circuitry (NATC), a spike message, the spike message including a physical neuron identifier (PNID) of a neuron generating the spike message; translating, by the NATC, the PNID into a network identifier for a neural network and a local neuron identifier (LNID) used within the neural network, the NID being a first NID for a first neural network or a second NID for a second neural network; locating, by the NATC, synapse data pertinent to the spike message based on the NID; and communicating, by the NATC, the synapse data and the LNID to an axon processor, the axon processor updating a synapse structure in the synapse data based on a training event of a training set corresponding to the NID, wherein the method further comprises: invoking, on a hardware accelerator running the first neural network corresponding to the first NID, the second neural network corresponding to the second NID simultaneously with the first neural network, wherein the second neural network is a clone of the first neural network, wherein both the first neural network and the second neural network use the same synapse data, wherein the first neural network and the second neural network simultaneously operate on a different training set, and the first neural network and the second neural network each concurrently updates the same synapse data.
A method for measuring thermoelectric characteristics of a patterned combinatorial sample, comprising the steps of: applying a temperature gradient to a patterned combinatorial sample disposed between two or more hot baths wherein the temperature of one bath is up to 3°C higher than the other bath; measuring the temperature gradient of the patterned combinatorial sample; obtaining a plurality of electrical signals in the temperature gradient direction from the patterned combinatorial sample; and determining the thermoelectric characteristics based on the temperature gradient and the plurality of electrical signals. applying a temperature gradient to a patterned combinatorial sample disposed between two or more hot baths wherein the temperature of one bath is up to 3°C higher than the other bath; measuring the temperature gradient of the patterned combinatorial sample; obtaining a plurality of electrical signals in the temperature gradient direction from the patterned combinatorial sample; and determining the thermoelectric characteristics based on the temperature gradient and the plurality of electrical signals.
A stent for use with a prosthetic heart valve for replacement of a native heart valve comprising: an expandable non-woven stent body having a collapsed configuration and an expanded configuration, the stent body including an annulus section comprising at least one row of expandable cells (60, 70), the annulus section in the expanded configuration being generally tubular and adapted to engage the leaflets of the native heart valve and the annulus of the native heart valve with a proximal end of the annulus section adjacent the annulus of the native valve and a distal end of the annulus section adjacent distal ends of the native leaflets, said annulus section includes a plurality of commissure posts circumferentially spaced from one another, the stent body including at least one latch member formed integrally with the annulus section, each said latch member being connected to the annulus section adjacent the distal end of the annulus section, each said latch member having an engagement portion (54, 56, 57) adapted to engage an exterior surface of a leaflet of the native valve, characterised in that each said latch member includes one or more connection struts extending distally from the annulus section and wherein the engagement section of each latch member extends proximally from the one or more connection struts of that latch member. an expandable non-woven stent body having a collapsed configuration and an expanded configuration, the stent body including an annulus section comprising at least one row of expandable cells (60, 70), the annulus section in the expanded configuration being generally tubular and adapted to engage the leaflets of the native heart valve and the annulus of the native heart valve with a proximal end of the annulus section adjacent the annulus of the native valve and a distal end of the annulus section adjacent distal ends of the native leaflets, said annulus section includes a plurality of commissure posts circumferentially spaced from one another, the stent body including at least one latch member formed integrally with the annulus section, each said latch member being connected to the annulus section adjacent the distal end of the annulus section, each said latch member having an engagement portion (54, 56, 57) adapted to engage an exterior surface of a leaflet of the native valve, characterised in that each said latch member includes one or more connection struts extending distally from the annulus section and wherein the engagement section of each latch member extends proximally from the one or more connection struts of that latch member.
A method for detecting the presence of cancer in a subject, comprising: detecting the level of expression of one or more cancer markers in a biological sample obtained from said subject; and comparing the level of expression of said one or more cancer markers in said biological sample to a normal level of expression of said one or more cancer markers, wherein a higher than normal level of expression of said one or more cancer markers in said biological sample is indicative of the presence of cancer in said subject, wherein said normal level of expression of said one or more cancer markers is a predetermined value or is obtained from a control sample of known normal non-cancerous cells of the same origin or type as said biological sample, and wherein said cancer is ovarian cancer, prostate cancer, colon cancer, breast cancer, or lung cancer, and wherein said one or more cancer markers comprises CXCL13 or CXCR5 or both CXCL13 and CXCR5.