mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: positioning a magnetic field sensor IC package at a position and offset angle relative to a centreline which corresponds to the middle of the width w of a ring magnet and rotation axis of the ring magnet to provide a desired phase relationship between a first channel of the IC package comprising a planar magnetic field sensing element and a second channel of the IC package comprising a vertical magnetic field sensing element, wherein the phase relationship is selected using a mesh function of the offset angle and displacement from the centreline and rotation axis. positioning a magnetic field sensor IC package at a position and offset angle relative to a centreline which corresponds to the middle of the width w of a ring magnet and rotation axis of the ring magnet to provide a desired phase relationship between a first channel of the IC package comprising a planar magnetic field sensing element and a second channel of the IC package comprising a vertical magnetic field sensing element, wherein the phase relationship is selected using a mesh function of the offset angle and displacement from the centreline and rotation axis.
ORC energy recovery system (110;210) for recovering energy through an Organic Rankine Cycle from a plurality of heat sources (HS1, HS2; HS1-3), comprising a circuit which is arranged for circulating therein an organic working fluid, the circuit including: at least one turbine (102; 202); at least one condenser (106; 206); at least one pump (105, 107; 205, 207); at least two evaporators arranged in parallel, each said evaporator being arranged to be brought into heat transferring contact with one of said heat sources (HS1, HS2; HS1-3); and at least two preheaters arranged in parallel and upstream of the respective evaporators, each said preheater being arranged to be brought into heat transferring contact with one of said heat sources (HS1, HS2; HS1-3); characterized in that the at least one turbine (102; 202) is a common turbine (102; 202L) arranged downstream of the at least two parallel evaporators. at least one turbine (102; 202); at least one condenser (106; 206); at least one pump (105, 107; 205, 207); at least two evaporators arranged in parallel, each said evaporator being arranged to be brought into heat transferring contact with one of said heat sources (HS1, HS2; HS1-3); and at least two preheaters arranged in parallel and upstream of the respective evaporators, each said preheater being arranged to be brought into heat transferring contact with one of said heat sources (HS1, HS2; HS1-3); characterized in that the at least one turbine (102; 202) is a common turbine (102; 202L) arranged downstream of the at least two parallel evaporators.
Device for determining a corrected setpoint of the neutral current, defined as the current of the output bus of a rectifier stage of an electric or hybrid motor vehicle battery charger without galvanic isolation, the charger being able to be supplied with power by an electric power supply grid, the device comprising a phase-locked loop means able to determine an instantaneous frequency of the grid on the basis of a measurement of the voltage of the electric power supply grid, and a control map able to determine a neutral current setpoint on the basis of a battery current setpoint, characterized in that it comprises a means for calculating the amplitude of the frequency variation of the grid on the basis of the instantaneous frequency of the grid, a correction map receiving the value of the amplitude of the frequency variation at input and emitting a correction value of the neutral current setpoint at output, and a summer able to determine a corrected neutral current setpoint by adding the correction value of the neutral current setpoint to the neutral current setpoint. the device comprising a phase-locked loop means able to determine an instantaneous frequency of the grid on the basis of a measurement of the voltage of the electric power supply grid, and a control map able to determine a neutral current setpoint on the basis of a battery current setpoint, characterized in that it comprises a means for calculating the amplitude of the frequency variation of the grid on the basis of the instantaneous frequency of the grid, a correction map receiving the value of the amplitude of the frequency variation at input and emitting a correction value of the neutral current setpoint at output, and a summer able to determine a corrected neutral current setpoint by adding the correction value of the neutral current setpoint to the neutral current setpoint.
Temperature-controlled switching element for the regulation of the passage of light, comprising - a first polariser - a polarisation-influencing switching layer which comprises at least one liquid-crystalline compound and at least one polymer, where the polymer comprises at least one repeating unit containing one or more mesogenic groups, and - a second polariser, where the switching layer is arranged between the two polarisers, characterised in that the polymer is formed in a polymerisation reaction using monomers containing one or more mesogenic groups, where the proportion of the monomers containing one or more mesogenic groups, based on the total amount of all monomers employed, is at least 90%. - a first polariser - a polarisation-influencing switching layer which comprises at least one liquid-crystalline compound and at least one polymer, where the polymer comprises at least one repeating unit containing one or more mesogenic groups, and - a second polariser,
A method for producing an electrodeposition coated article, in which an insulating film is formed by forming an insulating layer on a surface of an article to be coated according to an electrodeposition method by using an electrodeposition coating material, and then by performing a baking treatment, wherein the electrodeposition coating material is configured by adding an organic solvent that is a hydrophilic solvent to a varnish that is made by dispersing water-dispersible polyamide imide into water or to a varnish that is made by dissolving water-soluble polyamide imide into water, and a boiling point of the organic solvent is higher than 100°C, and a relationship of D (S-P) < 6 is satisfied, D (S-P) being represented by an expression described below, D S − P = dD S − dD P 2 + dP S − dP P 2 + dH S − dH P 2 1 / 2 in the expression, dD S is a dispersion component of an HSP value of an organic solvent, dD P is a dispersion component of an HSP value of polyamide imide, dP S is a polarization component of an HSP value of an organic solvent, dP P is an polarization component of an HSP value of an polyamide imide, dH S is a hydrogen bonding component of an HSP value of an organic solvent, and dH P is a hydrogen bonding component of an HSP value of polyamide imide.
Set of power connectors for a motor vehicle, comprising: - a male contact, - a female contact comprising a socket extending, between a front end and a rear end, along a central longitudinal axis, parallel to which the male contact can be introduced into the socket, the socket comprising an opening towards its front end, for the introduction of the male contact, the socket also comprising at least one flexible tab tending to return elastically towards the central longitudinal axis when no male contact is inserted in the socket, and maintaining a force of contact on the male contact when the latter is inserted in the socket, this tab having a free end situated at the level of the opening, this free end of the tab being able to move away from or towards the central longitudinal axis, - a casing in which the female contact is housed, this casing comprising a passage situated in front of the opening of the socket and via which the male contact is introduced into the socket, wherein the female contact can be moved in the casing between a rearward position and a forward position, parallel to the longitudinal axis, the tab being closer to the central longitudinal axis when the female contact is in the rearward position than when the female contact is in the forward position, and the tab being separated, from the central longitudinal axis, by the casing when the female contact is in the forward position, wherein the tab is intended to exert a force of contact on the male contact when the male contact is inserted in the socket, and wherein the female contact is driven towards the forward position when the male contact is withdrawn from the socket, and, in this movement, a chamfer positioned on the casing interacts with the tab to move the tab away from the central longitudinal axis, thereby lifting and separating the tab from the male contact, characterized in that the female contact is driven, towards the forward position, by friction between the male contact and the tab. - a male contact, - a female contact comprising a socket extending, between a front end and a rear end, along a central longitudinal axis, parallel to which the male contact can be introduced into the socket, the socket comprising an opening towards its front end, for the introduction of the male contact, the socket also comprising at least one flexible tab tending to return elastically towards the central longitudinal axis when no male contact is inserted in the socket, and maintaining a force of contact on the male contact when the latter is inserted in the socket, this tab having a free end situated at the level of the opening, this free end of the tab being able to move away from or towards the central longitudinal axis, - a casing in which the female contact is housed, this casing comprising a passage situated in front of the opening of the socket and via which the male contact is introduced into the socket,
A hydraulic circuit for assisting motorisation of a vehicle, comprising: - a first hydraulic machine forming a pump, - a second hydraulic machine forming a motor, - a first hydraulic connection line and a second hydraulic connection line, each able to be at a high pressure or low pressure and connecting the first machine to the second one for supplying and discharging the motor through the pump, - a heat exchanger associated with one of said lines (11, 12) to control temperature of oil flowing in the circuit, characterised in that: - the exchanger is disposed on one of both lines (11, 12) in a heat exchange relationship so that it is permanently operational, irrespective of whether the vehicle operates in forward gear, reverse, drive, overrun, - the circuit comprises control means ensuring that the line (11, 12) with which the exchanger is associated is permanently a lowest pressure line, wherein the control means comprise the first hydraulic machine forming a variable displacement pump, configured to adjust flow rate so that the line with which the exchanger is associated is kept at the low pressure. - a first hydraulic machine forming a pump, - a second hydraulic machine forming a motor, - a first hydraulic connection line and a second hydraulic connection line, each able to be at a high pressure or low pressure and connecting the first machine to the second one for supplying and discharging the motor through the pump, - a heat exchanger associated with one of said lines (11, 12) to control temperature of oil flowing in the circuit, - the exchanger is disposed on one of both lines (11, 12) in a heat exchange relationship so that it is permanently operational, irrespective of whether the vehicle operates in forward gear, reverse, drive, overrun, - the circuit comprises control means ensuring that the line (11, 12) with which the exchanger is associated is permanently a lowest pressure line, wherein the control means comprise the first hydraulic machine forming a variable displacement pump, configured to adjust flow rate so that the line with which the exchanger is associated is kept at the low pressure.
Hot glue applicator, in particular hot glue gun, having guide means arranged in an applicator housing for guiding a glue stick in a forward-feed direction towards a heating and/or melting region, in which heating means for melting the glue stick at least in sections are provided, wherein the guide means comprise an abutment portion for the shell-sided abutment on the glue stick and for guiding the glue stick in the forward-feed direction, characterized in that the guide means include spring means formed as an elastic element made of an elastomer, in particular of silicone, rubber and/or synthetic natural rubber, and which are arranged and configured in such a way that a restoring force is produced in the spring means by means of a force acting on the abutment portion in the forward-feed direction due to elastic deformation, said force acting on the abutment portion against the forward-feed direction.
A semiconductor package apparatus for input/output, I/O, access to a persistent storage media, comprising: one or more substrates; and logic configured to be coupled to the one or more substrates, wherein the logic is at least partly implemented in one or more of configurable logic and fixed-functionality hardware logic, and the logic is configured to: determine a stream classification for an access request to the persistent storage media, wherein the determination is based on logical region information for the persistent storage media, the logical region information determined based on one or more of namespace information, address range information, and partition information; separate a workload associated with the access request into different streams, based on a workload characteristics; and create the different streams based on the workload characteristics, wherein the logic is further configured to: tag the access request with a stream ID, based on the determined stream classification, to assign the access request to a stream based on a workload characteristic of the access request, wherein the stream ID is configured to correspond to a logical region ID of a logical region of the persistent storage media. one or more substrates; and logic configured to be coupled to the one or more substrates, wherein the logic is at least partly implemented in one or more of configurable logic and fixed-functionality hardware logic, and the logic is configured to: determine a stream classification for an access request to the persistent storage media, wherein the determination is based on logical region information for the persistent storage media, the logical region information determined based on one or more of namespace information, address range information, and partition information; separate a workload associated with the access request into different streams, based on a workload characteristics; and create the different streams based on the workload characteristics, determine a stream classification for an access request to the persistent storage media, wherein the determination is based on logical region information for the persistent storage media, the logical region information determined based on one or more of namespace information, address range information, and partition information; separate a workload associated with the access request into different streams, based on a workload characteristics; and create the different streams based on the workload characteristics, wherein the logic is further configured to: tag the access request with a stream ID, based on the determined stream classification, to assign the access request to a stream based on a workload characteristic of the access request, wherein the stream ID is configured to correspond to a logical region ID of a logical region of the persistent storage media.
A bicycle motor control system configured to control a drive assistance motor that can be installed on a bicycle having a drive force transmitting body, the bicycle motor control system comprising: a pedaling force detecting device that detects a pedaling force; and a motor control section that controls the motor based on the propulsion force, characterized in comprising a memory device (95; 295) that stores a tooth count of a plurality of transmitting teeth teeth (RS1a to RS9a) of the drive force transmitting body; and a propulsion force calculating section that calculates a propulsion force based on a pedaling force detected by the pedaling force detecting device and the tooth count of the transmitting teeth (RS1a to RS9a) stored in the memory device (95; 295). a pedaling force detecting device that detects a pedaling force; and a motor control section that controls the motor based on the propulsion force, characterized in comprising a memory device (95; 295) that stores a tooth count of a plurality of transmitting teeth teeth (RS1a to RS9a) of the drive force transmitting body; and a propulsion force calculating section that calculates a propulsion force based on a pedaling force detected by the pedaling force detecting device and the tooth count of the transmitting teeth (RS1a to RS9a) stored in the memory device (95; 295).
Industrial system for refining plant fibres by steam explosion, comprising: - a pre-chamber equipped with a steam pressurising member, - a loader for loading the pre-chamber with sheaves of a fibrous plant, - a blow-out unit disposed under the pre-chamber, - a valve upstream from the pre-chamber, - a valve separating the pre-chamber and the blow-out unit when in the closed state and opening a passage with a diameter of at least the smallest of the diameters of the pre-chamber and the blow-out unit when in the open state, - a washing system disposed inside the blow-out unit for washing the blow-out unit and dragging the fibres downward, for spin-drying the fibres. - a mobile basket for receiving fibres with a position under the blow-out unit for receiving fibres, - a liquid-recovery device, disposed under the basket and under the blow-out unit, - a receiving chamber receiving the basket loaded with fibres, - a spin-drying chamber. - a pre-chamber equipped with a steam pressurising member, - a loader for loading the pre-chamber with sheaves of a fibrous plant, - a blow-out unit disposed under the pre-chamber, - a valve upstream from the pre-chamber, - a valve separating the pre-chamber and the blow-out unit when in the closed state and opening a passage with a diameter of at least the smallest of the diameters of the pre-chamber and the blow-out unit when in the open state, - a washing system disposed inside the blow-out unit for washing the blow-out unit and dragging the fibres downward, for spin-drying the fibres. - a mobile basket for receiving fibres with a position under the blow-out unit for receiving fibres, - a liquid-recovery device, disposed under the basket and under the blow-out unit, - a receiving chamber receiving the basket loaded with fibres, - a spin-drying chamber.
A collimator assembly, comprising: a collimator, comprising a honeycomb structure having walls defining and separating apertures, an upper portion of the walls including an entrance angle portion, wherein the apertures include: a first plurality of apertures in a central region having a first aspect ratio; a second plurality of apertures in a peripheral region having a second aspect ratio less than the first aspect ratio; and a third plurality of apertures in a transitional region disposed between the central region and the peripheral region, wherein the walls defining the third plurality of apertures of the transitional region form a conical shape surrounding the central region; and a shield portion coupled with the collimator, the shield portion comprising: a top ring; a support ledge below the top ring, the support ledge extending radially outward; and a cylindrical band extending downward from the support ledge to an elevation below the honeycomb structure, wherein the cylindrical band comprises: a first substantially vertical portion; and a radially inward sloped portion extending downward from the first substantially vertical portion, wherein the radially inward sloped portion extends across a portion of the second plurality of apertures in the peripheral region. a collimator, comprising a honeycomb structure having walls defining and separating apertures, an upper portion of the walls including an entrance angle portion, wherein the apertures include: a first plurality of apertures in a central region having a first aspect ratio; a second plurality of apertures in a peripheral region having a second aspect ratio less than the first aspect ratio; and a third plurality of apertures in a transitional region disposed between the central region and the peripheral region, a first plurality of apertures in a central region having a first aspect ratio; a second plurality of apertures in a peripheral region having a second aspect ratio less than the first aspect ratio; and a third plurality of apertures in a transitional region disposed between the central region and the peripheral region, wherein the walls defining the third plurality of apertures of the transitional region form a conical shape surrounding the central region; and a shield portion coupled with the collimator, the shield portion comprising: a top ring; a support ledge below the top ring, the support ledge extending radially outward; and a cylindrical band extending downward from the support ledge to an elevation below the honeycomb structure, wherein the cylindrical band comprises: a top ring; a support ledge below the top ring, the support ledge extending radially outward; and a cylindrical band extending downward from the support ledge to an elevation below the honeycomb structure, wherein the cylindrical band comprises: a first substantially vertical portion; and a radially inward sloped portion extending downward from the first substantially vertical portion, wherein the radially inward sloped portion extends across a portion of the second plurality of apertures in the peripheral region.
An exhaust emission control system for an internal combustion engine, which includes an addition valve that supplies reducing agent to an exhaust passage and a supply tube that supplies the reducing agent to the addition valve, wherein: when a temperature of exhaust gas flowing through the exhaust passage is higher than or equal to a reference temperature, recovery control for recovering the reducing agent in the supply tube is executed, and when the temperature of exhaust gas is higher than or equal to a predetermined temperature that is higher than the reference temperature while the recovery control is being executed, the recovery control is stopped, and the reducing agent is injected from the addition valve, characterized in that: the reducing agent is injected from the addition valve by an amount at which it is possible to suppress heat damage to the addition valve by cooling the addition valve with the reducing agent. when a temperature of exhaust gas flowing through the exhaust passage is higher than or equal to a reference temperature, recovery control for recovering the reducing agent in the supply tube is executed, and when the temperature of exhaust gas is higher than or equal to a predetermined temperature that is higher than the reference temperature while the recovery control is being executed, the recovery control is stopped, and the reducing agent is injected from the addition valve, characterized in that: the reducing agent is injected from the addition valve by an amount at which it is possible to suppress heat damage to the addition valve by cooling the addition valve with the reducing agent.