mhurhangee/ep-ind-claims huggingface dataset:
A rotating electrical machine including a coil formed of collective conductors which are composed of a plurality of layers of element wire conductors formed of rectangular conductors stacked in a radial direction of the rotating electrical machine, comprising: - insulating objects arranged in parallel between adjacent element wire conductors of a plurality of the element wire conductors in a circumferential direction of the rotating electrical machine on each of both sides interposing a dislocating portion of the element wire conductor and linearly extending along the adjacent element wire conductors; - a storage space formed between the linear insulating objects arranged in parallel at each of the both sides interposing the dislocating portion; and - a temperature detection sensor configured to detect a temperature of the element wire conductors and stored in the storage spaces at each of the both sides interposing the dislocating portion across both sides interposing the dislocating portion, wherein the hardness of the insulating objects is lower than the hardness of the element wire conductors. - insulating objects arranged in parallel between adjacent element wire conductors of a plurality of the element wire conductors in a circumferential direction of the rotating electrical machine on each of both sides interposing a dislocating portion of the element wire conductor and linearly extending along the adjacent element wire conductors; - a storage space formed between the linear insulating objects arranged in parallel at each of the both sides interposing the dislocating portion; and - a temperature detection sensor configured to detect a temperature of the element wire conductors and stored in the storage spaces at each of the both sides interposing the dislocating portion across both sides interposing the dislocating portion,
A system comprising a gate valve, the gate valve comprising: a valve body (2, 302) for connection to a fluid piping system (1, 301); a bonnet (4, 304) that is fitted and coupled to the valve body (2, 302); and a disc (6, 306) that is detachably attached to the gate valve (V1, V7) from a disc attaching port (3, 303) of the valve body (2, 302) via a stem (5, 305) that is provided to penetrate the bonnet (4, 304), the gate valve (V1, V7) further comprising a fitting coupling portion (2A, 302A, 4A, 304A) of the valve body (2, 302) and the bonnet (4, 304) constituted by a coupling outer fitting portion (2A, 302A) of the valve body (2, 302) and a coupling inner fitting portion (4A, 304A) of the bonnet (4, 30a), a lock means (7, 307) that has a lock member (7A, 307A) that, in an engaged state where the lock member is inserted, couples and fixes the valve body (2, 302) and the bonnet (4, 404) to each other in a watertight state, and a locking stepped portion (9, 309) formed integrally with a part of the valve body (2, 302), the part being displaced downward from an operation position for the lock member (7A, 307A), characterized in that the lock member (7A, 307A) is adapted to be externally inserted into and removed from the coupling outer fitting portion (2A, 302A) of the valve body (2, 302) and from the coupling inner fitting portion (4A, 304A) of the bonnet (4, 304), in that the system further comprises a ring-shaped attachment base material (B, 300B) comprising a pressing means (C, 300C), and in that the locking stepped portion (9, 309) of the gate valve is adapted for the attachment of the ring-shaped attachment base material (B, 300B) such that the pressing means (C, 300C), in the attached state presses the bonnet (4, 304) against the valve body (2, 302) thus maintaining the coupling inner fitting portion (4A, 304A) of the bonnet (4, 304) and the coupling outer fitting portion (2A, 302A) of the valve body (2, 302) in a watertight state when the lock member (7A, 307A) is removed. the lock member (7A, 307A) is adapted to be externally inserted into and removed from the coupling outer fitting portion (2A, 302A) of the valve body (2, 302) and from the coupling inner fitting portion (4A, 304A) of the bonnet (4, 304), in that the system further comprises a ring-shaped attachment base material (B, 300B) comprising a pressing means (C, 300C), and in that the locking stepped portion (9, 309) of the gate valve is adapted for the attachment of the ring-shaped attachment base material (B, 300B) such that the pressing means (C, 300C), in the attached state presses the bonnet (4, 304) against the valve body (2, 302) thus maintaining the coupling inner fitting portion (4A, 304A) of the bonnet (4, 304) and the coupling outer fitting portion (2A, 302A) of the valve body (2, 302) in a watertight state when the lock member (7A, 307A) is removed.
A driver assistance system for controlling an agricultural vehicle combination with a traction engine configured as a tractor and a mounted implement, wherein the driver assistance system is configured such that it produces control parameters (5a, 5b) for the traction engine, in particular for a machine control system for the traction engine, and/or for the mounted implement, in particular for an implement control system for the mounted implement, wherein the driver assistance system has an input/output unit for dialogue with the user, wherein the driver assistance system has a rule interpreter which is configured such that it produces the control parameters (5a, 5b) by executing the rules of a set of rules, characterized in that the driver assistance system has a linking module which is configured to receive at least two sets of rules (15 - 17) from different data sources (18 - 20) and to produce the set of rules to be executed by the rule interpreter from the received sets of rules (15 - 17) in accordance with a linking specification, wherein a first set of rules is associated with the traction engine, which contains all of the rules for an optimized control of the traction engine under different optimization criteria, while a further set of rules is associated with the mounted implement, which contains corresponding rules for an optimized operation of the mounted implement, wherein competing rules of two sets of rules (15 - 17) are assigned different prioritizations according to the linking specification, and in that the rule interpreter is configured such that the competing rules are executed as a function of the assigned prioritization.
A method for managing establishment of a communications link between an external instrument, hereinafter called EI, and an implantable medical device, hereinafter called IMD, the method comprising: storing, in the IMD, an advertisement schedule that includes first and second power schemes (502, 504) to be utilized with advertisement notices (503, 509), wherein the first power scheme defines at least one of i) first power levels for transmitting first advertisement notices and ii) first receive sensitivity to scan for a connection request received from the EI in connection with a first advertisement notice and the second power scheme defines at least one of i) second power level for transmitting second advertisement notices and ii) second receive sensitivity to scan for a connection request received from the EI in connection with a second advertisement notice; managing at least one of a transmit and receive operation of the IMD, utilizing the first and second power schemes (502, 504), in connection with transmitting first and second advertisement notices (503, 509) and with scanning for a connection request, respectively; and establishing a communications session between the IMD and the EI. storing, in the IMD, an advertisement schedule that includes first and second power schemes (502, 504) to be utilized with advertisement notices (503, 509), wherein the first power scheme defines at least one of i) first power levels for transmitting first advertisement notices and ii) first receive sensitivity to scan for a connection request received from the EI in connection with a first advertisement notice and the second power scheme defines at least one of i) second power level for transmitting second advertisement notices and ii) second receive sensitivity to scan for a connection request received from the EI in connection with a second advertisement notice; managing at least one of a transmit and receive operation of the IMD, utilizing the first and second power schemes (502, 504), in connection with transmitting first and second advertisement notices (503, 509) and with scanning for a connection request, respectively; and establishing a communications session between the IMD and the EI.
A method of controlling the operation of a metering valve driven by a stepper motor, a position sensor normally providing position information to allow control over the metering valve in a closed loop manner, the method comprising the steps of: performing a calibration operation to derive a relationship between stepper motor position and metering valve position; controlling the operation of the metering valve in a closed loop manner; and controlling the operation of the metering valve in an open loop manner in the event that the position sensor output is thought to be unreliable; wherein, when operating in the open loop manner, the metering valve is moved to a desired angular position by using the relationship derived in the calibration operation to determine the stepper motor position associated with the desired metering valve position and moving the stepper motor to the determined stepper motor position; wherein the calibration step involves sweeping the metering valve through its range of normal movement between a fully open position and a fully closed position whilst monitoring the output of the position sensor; wherein, as part of the calibration step, a gain value is calculated as a ratio of the movement of the stepper motor to the change in the output of the position sensor; and wherein allowance is made for potential backlash in the drive train between the stepper motor and the metering valve. performing a calibration operation to derive a relationship between stepper motor position and metering valve position; controlling the operation of the metering valve in a closed loop manner; and controlling the operation of the metering valve in an open loop manner in the event that the position sensor output is thought to be unreliable; wherein, when operating in the open loop manner, the metering valve is moved to a desired angular position by using the relationship derived in the calibration operation to determine the stepper motor position associated with the desired metering valve position and moving the stepper motor to the determined stepper motor position; wherein the calibration step involves sweeping the metering valve through its range of normal movement between a fully open position and a fully closed position whilst monitoring the output of the position sensor; wherein, as part of the calibration step, a gain value is calculated as a ratio of the movement of the stepper motor to the change in the output of the position sensor; and wherein allowance is made for potential backlash in the drive train between the stepper motor and the metering valve.
An illuminated lens apparatus placed on the eye wall to illuminate light over a cornea of an eye, comprising: a hollow base; a fixed lens placed inside said hollow base; a handle connected to the base; and a ring to enclose an upper surface of the base and at least one bushing configured on said ring to position at least one illumination probe therein, wherein the ring has a center and wherein the fixed lens is placed at the center of said ring, wherein the bushing is adapted to tilt to any angle, and locked at an angle using a retainer section, at least one retainer section ensuring connection of said bushing on the ring, wherein the retainer section is adapted to fix the bushing in the different angles, a fluid terminal on the handle; and a fiber optic light cable passing through the fluid terminal, wherein the illumination probe and the fiber optic light cable illuminates light on the fixed lens. a hollow base; a fixed lens placed inside said hollow base; a handle connected to the base; and a ring to enclose an upper surface of the base and at least one bushing configured on said ring to position at least one illumination probe therein, wherein the ring has a center and wherein the fixed lens is placed at the center of said ring, wherein the bushing is adapted to tilt to any angle, and locked at an angle using a retainer section, at least one retainer section ensuring connection of said bushing on the ring, wherein the retainer section is adapted to fix the bushing in the different angles, a fluid terminal on the handle; and a fiber optic light cable passing through the fluid terminal, wherein the illumination probe and the fiber optic light cable illuminates light on the fixed lens.
A method of measuring an unknown resistance in a circuit, said resistance being connected in series with a load, the method comprising the steps of: connecting the circuit to a capacitor, the capacitor being connected in parallel to output terminals (113a, 113b) of a D. C. power supply of unknown output impedance and the capacitor has a serial resistance which is substantially lower than the output impedance of the power supply and unknown serial resistance; measuring the potential difference across the load; forcing a known constant current through the circuit, wherein the forced current is increased from zero to the substantially constant known current, and further comprising the steps of whilst forcing the known constant current, measuring the potential difference across the load at two points in time, at which the forced known current is substantially constant, and the potential differences measured at the two points in time are used to derive, by extrapolation, the potential difference across the load at an earlier point in time between the time when a current begins to be forced across the load and the time when the forced known current becomes substantially constant; determining the difference between the derived potential difference at the earlier point in time and the potential difference when no current is forced across the load; and combining the difference between the two potential differences with the known forced current to determine the unknown series resistance.
A method of modelling a feedback path from a receiver to a microphone in a hearing device having a Digital Feedback Suppression Circuit for modelling the feedback path of the hearing device and having parameters that are initialised, and wherein the Digital Feedback Suppression Circuit comprises an adaptive filter, and wherein the parameters that are initialised include filter coefficients of the adaptive filter, the method comprising transmitting an electronic probe signal with a maximum allowable signal level and duration to the receiver for conversion into an acoustic probe signal output by the receiver while recording the microphone output signal, and determining filter coefficients of the adaptive filter based on the recorded microphone output signal, characterized in that the step of transmitting the probe signal to the receiver comprises upon completion of the step of determining the filter coefficients of the adaptive filter: finalizing the transmitting by decreasing the signal level of the probe signal so that the transmitting is terminated with a signal level of the probe signal that is smaller than a previous peak level of the probe signal, before lowering of the probe signal level to an inaudible level, wherein the time period of finalizing the initialisation process during which the signal level of the probe signal is decreased is more than 10 % of the maximum allowable duration of the probe signal. finalizing the transmitting by decreasing the signal level of the probe signal so that the transmitting is terminated with a signal level of the probe signal that is smaller than a previous peak level of the probe signal, before lowering of the probe signal level to an inaudible level, wherein the time period of finalizing the initialisation process during which the signal level of the probe signal is decreased is more than 10 % of the maximum allowable duration of the probe signal.
Method for operating a vehicle having at least one torque-transmitting device (6, 13), which splashes in a fluid during rotation, at least two axles (2, 3) each having at least two wheels (2-1, 2-2, 3-1, 3-2), at least one controllable coupling device (5, 14), by means of which the torque-transmitting device (6, 13) and at least one of the wheels (2-1, 2-2, 3-1, 3-2) can be selectively coupled or uncoupled in a torque-transmitting manner, wherein in an operating state, in which there is no torque request of a vehicle driver, the torque-transmitting device (6, 13) and the at least one wheel (2-1, 2-2, 3-1, 3-2) are uncoupled, if the travel speed of the vehicle is greater than or equal to a specified speed threshold value, characterised in that in the operating state the torque-transmitting device (6, 13) and the at least one wheel (2-1, 2-2, 3-1, 3-2) are coupled in a torque-transmitting manner, if the travel speed is less than the specified speed threshold value and the temperature of the fluid is less than a specified temperature threshold value.
A radio transceiver, comprising: two reversible transceiver chains, each containing a respective radio frequency mixer (140, 156); and an intermediate frequency generator, for receiving a baseband signal containing data for transmission, and for generating signals at two different intermediate frequencies modulated with said data; wherein, in a receive mode, each transceiver chain receives a respective signal at a respective radio frequency, and wherein the respective radio frequency mixer downconverts the respective signal to a respective intermediate frequency; and wherein, in transmit mode, one of said signals at the two different intermediate frequencies modulated with said data is passed to the respective radio frequency mixer for upconversion to the respective radio frequency frequency. two reversible transceiver chains, each containing a respective radio frequency mixer (140, 156); and an intermediate frequency generator, for receiving a baseband signal containing data for transmission, and for generating signals at two different intermediate frequencies modulated with said data;
A user-powered medicament injector comprising: a reusable, user-powered automatic injection assembly including a user energizable medicament injection subassembly (130, 180, 194) arranged along a longitudinal axis; and a medicament module (200, 300), energizing said user energizable medicament injection subassembly by insertion of said medicament module into said reusable, user powered automatic injection assembly along said longitudinal axis, characterized in that: said medicament module being removably insertable along said longitudinal axis into said reusable, user-powered automatic injection assembly and wherein said medicament module comprising: a module housing adapted to receive a syringe (242, 342) having a barrel, a needle engaged to said barrel, and a removeable needle cap covering said needle; a needle shield (240, 250, 340, 350) configured to be moveable with respect to said module housing; and a needle cap remover (210, 310) associated with said needle shield. a reusable, user-powered automatic injection assembly including a user energizable medicament injection subassembly (130, 180, 194) arranged along a longitudinal axis; and a medicament module (200, 300), energizing said user energizable medicament injection subassembly by insertion of said medicament module into said reusable, user powered automatic injection assembly along said longitudinal axis, characterized in that: said medicament module being removably insertable along said longitudinal axis into said reusable, user-powered automatic injection assembly and wherein said medicament module comprising: a module housing adapted to receive a syringe (242, 342) having a barrel, a needle engaged to said barrel, and a removeable needle cap covering said needle; a needle shield (240, 250, 340, 350) configured to be moveable with respect to said module housing; and a needle cap remover (210, 310) associated with said needle shield. a module housing adapted to receive a syringe (242, 342) having a barrel, a needle engaged to said barrel, and a removeable needle cap covering said needle; a needle shield (240, 250, 340, 350) configured to be moveable with respect to said module housing; and a needle cap remover (210, 310) associated with said needle shield.
A modular audio processing apparatus comprising: a plurality of separate, connectable, modules including: a shaped, ear module (12A,D); a microphone module; a rechargeable battery module; and an electronics module connected to the microphone module by an adjustable length tube, wherein a receiver module is carried on the electronics module and wherein the electronics module includes digital signal processing circuits operable to process incoming audio signals, and a relatively short range wireless transceiver which is operable to receive signals from a displaced compatible transceiver, wherein the ear module (12A,D), is coupled to the receiver module and the receiver module is coupled to the electronics module, and wherein the adjustable length tube is adjustable in length and is lockable, thereby to provide the apparatus with an adjustable length interconnection between the electronics module and the microphone module. a plurality of separate, connectable, modules including: a shaped, ear module (12A,D); a microphone module; a rechargeable battery module; and an electronics module connected to the microphone module by an adjustable length tube, a shaped, ear module (12A,D); a microphone module; a rechargeable battery module; and an electronics module connected to the microphone module by an adjustable length tube, wherein a receiver module is carried on the electronics module and wherein the electronics module includes digital signal processing circuits operable to process incoming audio signals, and a relatively short range wireless transceiver which is operable to receive signals from a displaced compatible transceiver, wherein the ear module (12A,D), is coupled to the receiver module and the receiver module is coupled to the electronics module, and wherein the adjustable length tube is adjustable in length and is lockable, thereby to provide the apparatus with an adjustable length interconnection between the electronics module and the microphone module.