mhurhangee/ep-ind-claims huggingface dataset:
Method for diagnosing at least one NO x -sensor of a diesel engine system that includes a diesel engine, an exhaust gas treatment system, and an electronic engine control unit arranged to receive sensor readings from the at least one NO x -sensor, and to control running of the diesel engine in a plurality of different states of operation, at least partly in response to the sensor readings, wherein the method comprises providing a diagnostic apparatus, communicatively connecting the diagnostic apparatus to the electronic engine control unit, performing a testing sequence by allowing the diagnostic apparatus to send commands to the electronic engine control unit and performing a diagnostic analysis on the at least one NO x -sensor, wherein the testing sequence comprises: - running the engine in at least two different states of operation, each having a different NO x production level over a predefined time interval; and wherein the diagnostic analysis comprises: - obtaining first and second readings of the at least one NO x -sensor; - forming determined statistical values using the first and second readings of the at least one NO x -sensor; - comparing the determined statistical values to stored predefined statistical values from a predefined model; and determining the functioning of the at least one NO x -sensor, characterized in that the determined statistical values include a value representative of a statistical minimum and a value representative of a statistical maximum of the at least one NO x -sensor at a first and second reading thereof. - running the engine in at least two different states of operation, each having a different NO x production level over a predefined time interval; - obtaining first and second readings of the at least one NO x -sensor; - forming determined statistical values using the first and second readings of the at least one NO x -sensor; - comparing the determined statistical values to stored predefined statistical values from a predefined model; and
A guide (1,100) conceived to push a stent through a lumen of a natural canal, said guide (1,100) comprising at least one flexible part having a predetermined longitudinal stiffness and a lateral flexibility consisting in a reversible deformation from a straight position to a bent position so as to follow the curve of the natural canal under the application of minimal external forces exerted by an operator, characterized in that the said guide comprises at least one rigid proximal rod prolongated by the at least one flexible part and wherein the flexible part closest the rod has a higher lateral flexibility than the other flexible part(s).
A method to manage network traffic congestion, the method comprising: queuing messages from a reaction point to a congestion point in a congestion point queue; sampling a state of the congestion point queue, the state of the congestion point queue reflected by: an equilibrium queue level, the equilibrium queue level to represent a particular size of the congestion point queue, a queue offset, the queue offset to represent a deviation from the equilibrium queue level, and a rate of change of a size of the congestion point queue; generating a consolidated feedback parameter, the consolidated feedback parameter to reflect the queue offset and the rate of change of the size of the congestion point queue; quantizing the consolidated feedback parameter to provide a quantized consolidated feedback parameter; generating a feedback message, utilizing the quantized consolidated feedback parameter; and communicating the feedback message to the reaction point. queuing messages from a reaction point to a congestion point in a congestion point queue; sampling a state of the congestion point queue, the state of the congestion point queue reflected by: an equilibrium queue level, the equilibrium queue level to represent a particular size of the congestion point queue, a queue offset, the queue offset to represent a deviation from the equilibrium queue level, and a rate of change of a size of the congestion point queue; an equilibrium queue level, the equilibrium queue level to represent a particular size of the congestion point queue, a queue offset, the queue offset to represent a deviation from the equilibrium queue level, and a rate of change of a size of the congestion point queue; generating a consolidated feedback parameter, the consolidated feedback parameter to reflect the queue offset and the rate of change of the size of the congestion point queue; quantizing the consolidated feedback parameter to provide a quantized consolidated feedback parameter; generating a feedback message, utilizing the quantized consolidated feedback parameter; and communicating the feedback message to the reaction point.
A dishwasher comprising a tub, a drying duct enabling drying the washed items, a drying fan enabling air to flow in the drying duct, and a heat pump system provided on the lower side of the tub having a compressor, a condenser, an evaporator, at least one evaporator fan and an expansion member, characterized by a hot air duct activated upon detecting a refrigerant flooding problem pursuant to data received from a heat sensor and a pressure sensor placed in the heat pump system between the evaporator and the compressor, enabling directing the hot air in the washing environment in the tub onto the evaporator.
A pharmaceutical composition for oral delivery of a physiologically active peptide agent comprising said active peptide agent intermixed with pharmaceutically acceptable acid particles that are coated with a pharmaceutically acceptable protective coating that is non-acidic and has a solubility in water of at least one gram per 100 milliliters of water at room temperature to separate the acid particles from the active peptide agent; wherein total acid in said pharmaceutical composition is in a quantity which, if said composition were added to ten milliliters of 0.1 M aqueous sodium bicarbonate solution, would be sufficient to lower the pH of said solution to no higher than 5.5.
A manufacturing process for obtaining extrusions made of 6xxx aluminium alloy, comprising the following successive steps: a) Casting a billet comprising, in weight %, Si 0.1-1.2; Cu ≤ 1.2; Mn 0.05-1.2; Mg 0.1 - 1,2 one or more of Cr ≤0.3%; Zn ≤ 0.5; Ti ≤0.21; Zr ≤0.2; V < 0.1, rest aluminium and impurities, b) Heat treating said cast billet; c) Extruding said heat treated billet through a die to form a solid or hollow extrusion; d) quenching said extrusion down to room temperature; e) Natural ageing said extrusion during less than 100 days; f) ageing said naturally aged extrusion; characterised in that said ageing treatment consists in at least three steps, which are successively i) an artificial preageing treatment with a duration t1 at a temperature T1 selected to increase the yield strength of said extrusion between 5% and 20%, preferably between 6% and 19%, and more preferably between 8% and 18% compared to the yield strength obtained after step e), said temperature T1 being typically between 120°C and 180°C and said duration t1 being typically between 1 and 100 hours, to obtain an artificially preaged extrusion, ii) a plastic deformation of said artificially preaged extrusion between 1% and 80% to obtain a deformed extrusion, iii) a final artificial ageing treatment of said deformed extrusion with a duration t2 at a temperature T2, said temperature T2 being typically between 140°C and 200°C and said duration t2 being typically between 1 and 100 hours. a) Casting a billet comprising, in weight %, Si 0.1-1.2; Cu ≤ 1.2; Mn 0.05-1.2; Mg 0.1 - 1,2 one or more of Cr ≤0.3%; Zn ≤ 0.5; Ti ≤0.21; Zr ≤0.2; V < 0.1, rest aluminium and impurities, b) Heat treating said cast billet; c) Extruding said heat treated billet through a die to form a solid or hollow extrusion; d) quenching said extrusion down to room temperature; e) Natural ageing said extrusion during less than 100 days; f) ageing said naturally aged extrusion; i) an artificial preageing treatment with a duration t1 at a temperature T1 selected to increase the yield strength of said extrusion between 5% and 20%, preferably between 6% and 19%, and more preferably between 8% and 18% compared to the yield strength obtained after step e), said temperature T1 being typically between 120°C and 180°C and said duration t1 being typically between 1 and 100 hours, to obtain an artificially preaged extrusion, ii) a plastic deformation of said artificially preaged extrusion between 1% and 80% to obtain a deformed extrusion, iii) a final artificial ageing treatment of said deformed extrusion with a duration t2 at a temperature T2, said temperature T2 being typically between 140°C and 200°C and said duration t2 being typically between 1 and 100 hours.
A motor control system, the system comprising: one or more motors having a rotor; a motor controller for controlling operation of the one or more motors, wherein the motor controller is communicatively coupled to each of the one or more motors; one or more encoders configured to detect an absolute position of the one or more motors; characterised by a processing device for exchanging data related to the operation of the one or more motors with the motor controller, the processing device including an application processor, one or more co-processors, and a state vector memory for storing inertial data and positional information, the state vector memory comprising state vectors storing state vector data including position, velocity and angular orientation, a plurality of addressable memory locations and a state vector memory management interface communicatively coupled to the state vector memory, the state vector management interface configured to provide read and write control to the state vector memory and coordinate sharing and updating the state vector data in a concurrent fashion between the application processor and the one or more co-processors, wherein the processing device is configured to: receive signals indicative of absolute positions of the one or more motors from the one or more encoders; convert the received encoder signals into a format understood by the motor controller; and send the converted signals to the motor controller. one or more motors having a rotor; a motor controller for controlling operation of the one or more motors, wherein the motor controller is communicatively coupled to each of the one or more motors; one or more encoders configured to detect an absolute position of the one or more motors; characterised by a processing device for exchanging data related to the operation of the one or more motors with the motor controller, the processing device including an application processor, one or more co-processors, and a state vector memory for storing inertial data and positional information, the state vector memory comprising state vectors storing state vector data including position, velocity and angular orientation, a plurality of addressable memory locations and a state vector memory management interface communicatively coupled to the state vector memory, the state vector management interface configured to provide read and write control to the state vector memory and coordinate sharing and updating the state vector data in a concurrent fashion between the application processor and the one or more co-processors, wherein the processing device is configured to: receive signals indicative of absolute positions of the one or more motors from the one or more encoders; convert the received encoder signals into a format understood by the motor controller; and send the converted signals to the motor controller. receive signals indicative of absolute positions of the one or more motors from the one or more encoders; convert the received encoder signals into a format understood by the motor controller; and send the converted signals to the motor controller.
Cryopump comprising: a refrigerator including a regenerator container filled with a group of rare-earth regenerator material particles having an average particle size of 0.01 to 3 mm, wherein a proportion of particles having a ratio of a long diameter to a short diameter of 2 or less is 90% or more by number, and a proportion of particles having a depressed portion having a length of 1/10 to 1/2 of a particle circumferential length on a particle surface is 30% or more by number, and wherein the depressed portion has a depth of 1/10 or less of a particle diameter.
A method for managing access to a service, characterized in that said method comprises the steps: - a client application sends to an application server a request to access the service by using credentials and a first anti-clone code, - the application server performs a verification of the credentials and said first anti-clone code, - the application server sends a second anti-clone code to the client application and deactivates said first anti-clone code only in case of successful verification, said second anti-clone code being required to the next attempt to access the service. - a client application sends to an application server a request to access the service by using credentials and a first anti-clone code, - the application server performs a verification of the credentials and said first anti-clone code, - the application server sends a second anti-clone code to the client application and deactivates said first anti-clone code only in case of successful verification, said second anti-clone code being required to the next attempt to access the service.
Sealing element for insertion into a cable protection tube through which cables are laid underground, comprising a foam body made of an open-cell foam, wherein the foam body is inserted into a sleeve housing which has a container form with a base and an axially opposite insertion opening, wherein a cylindrical, slightly conical sleeve jacket is arranged between the insertion opening and the base, wherein the sleeve housing having at least one predetermined separating section (33, 36), characterized in that the open-cell foam has an bulk density of less than 110 kg/m 3 and at least 50 kg/m 3, wherein the predetermined separating section (33, 36) is bounded in the circumferential direction by two slots extending in the axial direction and is coupled to the sleeve housing on both sides by means of at least one predetermined breaking point.
A glass substrate satisfying the following relationship: Young ′ s modulus GPa × average coefficient of thermal expansion at 50 − 350 ° C ppm / ° C ≤ 300 GPa ⋅ ppm / ° C, and having a relative permittivity as measured at 20°C and 35 GHz of 10 or less and a dielectric loss tangent as measured at 20°C and 35 GHz of 0.006 or less, and wherein at least a part of an end surface thereof is chamfered. having a relative permittivity as measured at 20°C and 35 GHz of 10 or less and a dielectric loss tangent as measured at 20°C and 35 GHz of 0.006 or less, and wherein at least a part of an end surface thereof is chamfered.
A method for forming an orthodontic appliance, the method comprising: placing a laminate material into an orthodontic appliance thermoforming device, wherein the laminate material comprises: a first layer comprising a first transparent thermoplastic material; a second layer comprising a second thermoplastic material, the second thermoplastic material being opaque, nearly opaque or translucent; and thermoforming the laminate material into the orthodontic appliance (10 according to pressure, heating, and time settings of the orthodontic appliance thermoforming device, wherein at least the heating and time settings are selected to make the second thermoplastic material translucent from opaque or more translucent than originally provided; wherein the second thermoplastic material as originally provided is crystallized, and wherein at least the heating and time settings are selected to at least partially decrystallize the second thermoplastic material of the second layer so as to become translucent from opaque or more translucent than originally provided. a first layer comprising a first transparent thermoplastic material; a second layer comprising a second thermoplastic material, the second thermoplastic material being opaque, nearly opaque or translucent; and thermoforming the laminate material into the orthodontic appliance (10 according to pressure, heating, and time settings of the orthodontic appliance thermoforming device, wherein at least the heating and time settings are selected to make the second thermoplastic material translucent from opaque or more translucent than originally provided; wherein the second thermoplastic material as originally provided is crystallized, and wherein at least the heating and time settings are selected to at least partially decrystallize the second thermoplastic material of the second layer so as to become translucent from opaque or more translucent than originally provided.
Brake device having a brake and a brake control device, to which a brake setpoint variable (Fsoll) is applied on the input side, and which on the output side is connected to a brake drive which is provided with a sensor device for obtaining a brake actual variable (Fist) that depends on the operating state of the brake, characterised in that the brake control device is connected to the brake drive via a series connection of a first switchover device and a second switchover device, wherein the first switchover device can be switched from the connection to the brake control device to a connection to a brake release unit by a first monitoring unit if the brake actual variable (Fist) exceeds a permissible brake maximum value (Fmax), and the second switchover device can be switched from the connection to the first switchover device to a connection to a brake application unit by a second monitoring unit if the brake actual variable (Fist) falls below a brake minimum value (Fmin).
A multi-hulled vessel comprising a main hull and at least one side hull to each side of the main hull, each hull (15, 17) having a bow (25, 31) and a stern (27, 33), and motion control means for providing damping to wave-induced motion, the motion control means comprising a forward motion damping device disposed adjacent the bow (25, 31) of one of the hulls (15, 17), and an aft motion damping device disposed adjacent the stern (27, 33) of at least one other of the hulls (15, 17), the vessel being characterised in that the second moment of area of the forward motion damping device, in plan view, about the centre of floatation of the multi-hulled vessel is between 5% and 15% of the second moment of area of the waterplane of the multi-hulled vessel, and wherein the second moment of area of each of the aft motion damping devices, in plan view, about the centreline of the multi-hulled vessel is between 2% and 6% of the transverse second moment of area of the waterplane of the multi-hulled vessel.
A system for attributing users to one or more of a plurality of sub-bands in a multiple access communications system, the system comprising: - an assignment processor adapted to assign, as an initial subband assignment, a user excluding any user who has already been assigned to an initial sub-band to a respective selected sub-band in a current time slot t, as first user for that respective selected sub-band, - a power calculator adapted to determine, for the respective selected sub-band, a plurality of candidate pairs of users for possible assignment to the selected sub-band, each candidate pair of users comprising two different users including the first user and a respective candidate second user, and to provisionally assign a power allocation to the selected sub-band for each candidate pair of users, the assignment processor being further adapted to restrict the plurality of candidate pairs to a set of candidate pairs comprising candidate second users whose channel gain is complementary to the channel gain of the first user, a complementary channel gain is a channel gain such that assigning a user having that channel gain to the selected sub-band together with the corresponding first user would indicate a total sub-band throughput greater than the sub-band throughput achievable by assigning all available power as indicated by the provisional power allocation for the corresponding candidate pair of users for the respective sub-band to the first user, the assignment processor being further adapted to assign the respective second subband user as an initial sub-band assignment to an user excluding any user who has already been assigned to an initial sub-band, belonging to a set maximizing a performance metric reflecting an achieved throughput, and/or fairness across users, the achieved throughput being equal to an average throughput achieved by the user over a predefined historical period and wherein the system is further adapted to process users for each sub-band, until all sub-bands in the current time slot have been attributed. - an assignment processor adapted to assign, as an initial subband assignment, a user excluding any user who has already been assigned to an initial sub-band to a respective selected sub-band in a current time slot t, as first user for that respective selected sub-band, - a power calculator adapted to determine, for the respective selected sub-band, a plurality of candidate pairs of users for possible assignment to the selected sub-band, each candidate pair of users comprising two different users including the first user and a respective candidate second user, and to provisionally assign a power allocation to the selected sub-band for each candidate pair of users,
A system for controlling an AC electrical load, comprising a variable speed drive which comprises a rectifier module equipped with a plurality of supply terminals (L1, L2, L3) and delivering a DC voltage between a positive line and a negative line of a power bus, and which comprises an inverter module supplied by the power bus and delivering a variable voltage to the electrical load, characterized in that the control system comprises several DC power supplies (21, 22, 23) which each comprise a positive terminal and a negative terminal, the positive terminal of each DC power supply (21, 22, 23) being connected to a separate supply terminal (L1, L2, L3) of the rectifier module and the negative terminals of the DC power supplies (21, 22, 23) being connected to the negative line of the power bus.
A circuit for Universal Serial Bus, USB, interface sharing, comprising: a host device module, a slave device module, a switch module and a USB interface, wherein a detection end of the host device module is connected to a signal detection end of the USB interface, a first control output end of the host device module is connected to a first control input end of the switch module, a data end of the host device module is connected to a first data end of the switch module, a data end of the slave device module is connected to a second data end of the switch module, and a third data end of the switch module is connected to a data end of the USB interface, characterised in that the host device module is arranged to detect a USB signal and judge a type of a peripheral device currently accessing the USB interface; and in that when the type of the peripheral device is USB host device, the host device module is arranged to control the switch module to switch on a path between the slave device module and the USB interface; when the type of the peripheral device is USB slave device, the host device module is arranged to control the switch module to switch on a path between the host device module and the USB interface.