mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: processing circuitry configured to: receive, with one or more processors, a first ambulatory velocity information of a patient while electrical stimulation with a first set of stimulation parameters is being delivered to the patient; adjust, based on the first ambulatory velocity information and by a predetermined amount, one or more of the first set of stimulation parameters to generate an adjusted set of stimulation parameters by a predetermined amount; receive, with the one or more processors, a subsequent ambulatory velocity information of the patient while the electrical stimulation with an adjusted set of stimulation parameters is being delivered to the patient; and generate, with the one or more processors and based on the subsequent ambulatory velocity, one or more recommended electrical stimulation parameters the patient, characterized in that the processing circuitry is further configured to: store data defining a correlation index defining a relationship between velocity information and parameter information for delivery of the electrical stimulation, automatically adjust one or more of the parameters of the electrical stimulation based on the relationship; and automatically control the electrical stimulation based on the adjusted parameters. receive, with one or more processors, a first ambulatory velocity information of a patient while electrical stimulation with a first set of stimulation parameters is being delivered to the patient; adjust, based on the first ambulatory velocity information and by a predetermined amount, one or more of the first set of stimulation parameters to generate an adjusted set of stimulation parameters by a predetermined amount; receive, with the one or more processors, a subsequent ambulatory velocity information of the patient while the electrical stimulation with an adjusted set of stimulation parameters is being delivered to the patient; and generate, with the one or more processors and based on the subsequent ambulatory velocity, one or more recommended electrical stimulation parameters the patient, store data defining a correlation index defining a relationship between velocity information and parameter information for delivery of the electrical stimulation, automatically adjust one or more of the parameters of the electrical stimulation based on the relationship; and automatically control the electrical stimulation based on the adjusted parameters.
Helico-radio-axial multiphase compression or expansion impeller having at least one blade (Ai) mounted on a hub , said multiphase impeller being able to be disposed in a casing of a device for compressing or expanding a multiphase fluid, characterized in that said blade (Ai) has means for amplifying and distributing clearance flows between said blade (Ai) and said casing , said means for amplifying and distributing clearance flows having at least one zone in which the clearance between said casing and said blade (Ai) is increased compared with said clearance at the ends of said blade (Ai), the clearance being formed by a continuous variation in the clearance between said blade (Ai) and said casing , and/or said means for amplifying and distributing clearance flows having at least one zone in which the thickness of said blade (Ai) is reduced compared with the thickness at the ends of said blade (Ai).
A radome apparatus comprising: a low profile, low loss, wide band, wide scan volume radome assembly and a planar antenna , the radome assembly comprising: a fabric radome element disposable over the planar antenna ; first radome securing elements securably embedded within the fabric radome element ; and second radome securing elements securably embedded within the planar antenna and respectively engageable with the first radome securing elements to thereby secure the fabric radome element over the planar antenna . a fabric radome element disposable over the planar antenna ; first radome securing elements securably embedded within the fabric radome element ; and second radome securing elements securably embedded within the planar antenna and respectively engageable with the first radome securing elements to thereby secure the fabric radome element over the planar antenna .
An exhaust treatment arrangement comprising: a housing arrangement extending along a length from a first end to a second end, the housing arrangement defining a first treatment region , a mixing region , and a second treatment region between the first and second ends of the housing, the mixing region being disposed between the first and second treatment regions , the mixing region having an axial length that is less than 150% of an axial length of the second treatment region ; a first substrate disposed within the housing arrangement at the first treatment region ; a second substrate disposed within the housing arrangement at the second treatment region ; a mixing assembly disposed at the mixing region , the mixing assembly including a mixing arrangement , a restricting member , and a dispersing member , a first mixing region (M1) is defined between the mixing arrangement and an entrance to a restricted passage , the mixing arrangement being configured to cause swirling of exhaust flow passing through the first mixing region (Ml), and the dispersing member defining a plurality of apertures; and an injection mounting location disposed at the mixing arrangement upstream of the restricting member , characterized in that the restricting member includes a duct that defines the restricted passage . a housing arrangement extending along a length from a first end to a second end, the housing arrangement defining a first treatment region , a mixing region , and a second treatment region between the first and second ends of the housing, the mixing region being disposed between the first and second treatment regions , the mixing region having an axial length that is less than 150% of an axial length of the second treatment region ; a first substrate disposed within the housing arrangement at the first treatment region ; a second substrate disposed within the housing arrangement at the second treatment region ; a mixing assembly disposed at the mixing region , the mixing assembly including a mixing arrangement , a restricting member , and a dispersing member , a first mixing region (M1) is defined between the mixing arrangement and an entrance to a restricted passage , the mixing arrangement being configured to cause swirling of exhaust flow passing through the first mixing region (Ml), and the dispersing member defining a plurality of apertures; and an injection mounting location disposed at the mixing arrangement upstream of the restricting member , characterized in that the restricting member includes a duct that defines the restricted passage .
An edible coating comprising a mixture of bixin and β-carotene.
An intracardiac defibrillation catheter having a shaft and comprising an insulating tube member that is made up of a distal end side tube and a proximal end side tube , a handle that is connected to a proximal end of the tube member , a first electrode group that is made up of a plurality of ring-shaped electrodes mounted at the distal end side tube of the tube member , and a second electrode group that is made up of a plurality of ring-shaped electrodes spaced apart toward a proximal end side from the first electrode group and mounted at the distal end side tube , the catheter being configured to perform defibrillation in a cardiac cavity by applying voltages having polarities that differ from each other to the first electrode group and the second electrode group , wherein, with regard to each of a first shaft portion , a second shaft portion , a third shaft portion , a fourth shaft portion , and a fifth shaft portion , when a three-point bending test is performed with a distance between fulcra being 70 mm and a flexing amount that results from applying a bending load to an intermediate point of the distance being 10 mm, bending loads L1 to L5 measured for each of the first to fifth shaft portions have a relationship of L1 < L2 < L3 < L4 < L5, wherein - the first shaft portion is a shaft portion that extends from a distal end of a catheter shaft of the intracardiac defibrillation catheter to a proximal end position of the first electrode group , - the second shaft portion is a shaft portion that extends from the proximal end position of the first electrode group to a distal end position of the second electrode group , - the third shaft portion is a shaft portion that extends from the distal end position of the second electrode group to a proximal end position of the second electrode group , - the fourth shaft portion is a shaft portion that extends from the proximal end position of the second electrode group to a proximal end position of the distal end side tube , - and the fifth shaft portion is a shaft portion that extends along the proximal end side tube . - the first shaft portion is a shaft portion that extends from a distal end of a catheter shaft of the intracardiac defibrillation catheter to a proximal end position of the first electrode group , - the second shaft portion is a shaft portion that extends from the proximal end position of the first electrode group to a distal end position of the second electrode group , - the third shaft portion is a shaft portion that extends from the distal end position of the second electrode group to a proximal end position of the second electrode group , - the fourth shaft portion is a shaft portion that extends from the proximal end position of the second electrode group to a proximal end position of the distal end side tube , - and the fifth shaft portion is a shaft portion that extends along the proximal end side tube .
A system for treating a heart of a patient, the system comprising: a guidewire ; a guidewire introducer ; an introducer catheter having a lumen; and a first anchor axially translatable within the lumen of the introducer catheter, the first anchor being rotatably coupled at an end of an elongate member through a joint or hinge , the first anchor being rotatable about an axis of the hinge so that in an undeployed state, the first anchor may be generally parallel to the elongate member to fit the first anchor within the lumen of the introducer catheter, the first anchor having a deployed state when deployed from the introducer catheter wherein the first anchor is generally perpendicular to the elongate member ; the elongate member comprising a tether (T); and, a first external anchor arm having a channel through which the tether is geometrically aligned so that the first external anchor arm may be advanced along the tether (T), the first external anchor arm having a lock mechanism that is selectively engageable with the tether (T) to allow movement of the first external anchor arm along the tether (T) and to lock the first external anchor arm to the tether (T) and in relation to the first anchor ; wherein: the lock mechanism is built into or onto the first external anchor arm ; the lock mechanism is configured to move away from the tether (T) when the tether (T) is pulled proximally through the first external anchor arm . a guidewire ; a guidewire introducer ; an introducer catheter having a lumen; and a first anchor axially translatable within the lumen of the introducer catheter, the first anchor being rotatably coupled at an end of an elongate member through a joint or hinge , the first anchor being rotatable about an axis of the hinge so that in an undeployed state, the first anchor may be generally parallel to the elongate member to fit the first anchor within the lumen of the introducer catheter, the first anchor having a deployed state when deployed from the introducer catheter wherein the first anchor is generally perpendicular to the elongate member ; the elongate member comprising a tether (T); and, a first external anchor arm having a channel through which the tether is geometrically aligned so that the first external anchor arm may be advanced along the tether (T), the first external anchor arm having a lock mechanism that is selectively engageable with the tether (T) to allow movement of the first external anchor arm along the tether (T) and to lock the first external anchor arm to the tether (T) and in relation to the first anchor ; wherein: the lock mechanism is built into or onto the first external anchor arm ; the lock mechanism is configured to move away from the tether (T) when the tether (T) is pulled proximally through the first external anchor arm . the lock mechanism is built into or onto the first external anchor arm ; the lock mechanism is configured to move away from the tether (T) when the tether (T) is pulled proximally through the first external anchor arm .
A method for monitoring health of brakes on a vehicle, comprising: (a) generating brake force command data representing brake force commands; (b) applying brake forces to first and second brakes in response to the brake force commands; (c) generating first thermal energy data representing an amount of thermal energy produced by the first brake during application of brake forces; (d) generating second thermal energy data representing an amount of thermal energy produced by the second brake during application of brake forces; (e) collecting the first and second thermal energy data onboard the vehicle to form collected temperature data; (f) transmitting the collected first and second thermal energy data to a computer system that is configured to perform steps (g), (h) and (i); (g) calculating a current value of a brake health indicator that is a ratio of the amounts of thermal energy respectively produced by the first and second brakes during application of brake forces; (h) determining whether the current value of the brake health indicator is outside a range of expected values or not; and (i) generating a flag in response to a determination in step (h) that the current value of the brake health indicator is outside the range of expected values. (a) generating brake force command data representing brake force commands; (b) applying brake forces to first and second brakes in response to the brake force commands; (c) generating first thermal energy data representing an amount of thermal energy produced by the first brake during application of brake forces; (d) generating second thermal energy data representing an amount of thermal energy produced by the second brake during application of brake forces; (e) collecting the first and second thermal energy data onboard the vehicle to form collected temperature data; (f) transmitting the collected first and second thermal energy data to a computer system that is configured to perform steps (g), (h) and (i); (g) calculating a current value of a brake health indicator that is a ratio of the amounts of thermal energy respectively produced by the first and second brakes during application of brake forces; (h) determining whether the current value of the brake health indicator is outside a range of expected values or not; and (i) generating a flag in response to a determination in step (h) that the current value of the brake health indicator is outside the range of expected values.
A method for producing a spectacle lens which - has a degree of polarization of 10-60% and a luminous transmittance of > 75%, and - comprises a lens substrate and a dichroic pigment coating layer directly on the lens substrate or on the lens substrate via another layer, wherein the dichroic pigment layer is formed by spin coating onto a rubbed surface a coating liquid, characterized in that the content of the dichroic pigment in the coating liquid is 0.04-0.35 mass%. - has a degree of polarization of 10-60% and a luminous transmittance of > 75%, and - comprises a lens substrate and a dichroic pigment coating layer directly on the lens substrate or on the lens substrate via another layer,
Fibre application head for the production of composite material parts comprising - a compaction system comprising at least one compaction roller - guiding means for guiding at least one fibre towards said compaction roller, and - a retractable flap displaceable by actuation means between an active position in which said retractable flap is able to come by its distal end against the fibre exiting from the guiding means in order to bring said fibre in abutment against the compaction roller, and a retracted position in which said retractable flap is spaced apart from the compaction roller, characterized in that it comprises - a heating system able to emit thermal radiation towards the nip zone between the compaction roller and the application surface, in order to heat the fibre exiting from the guiding means, as well as the application surface and/or one or more fibres previously applied, - said retractable flap being displaceable by actuation means between its active position and its retracted position so that the compaction roller is subjected to the radiation of the heating system over a greater surface area in the retracted position than in the active position of the retractable flap. - a compaction system comprising at least one compaction roller - guiding means for guiding at least one fibre towards said compaction roller, and - a retractable flap displaceable by actuation means between an active position in which said retractable flap is able to come by its distal end against the fibre exiting from the guiding means in order to bring said fibre in abutment against the compaction roller, and a retracted position in which said retractable flap is spaced apart from the compaction roller, - a heating system able to emit thermal radiation towards the nip zone between the compaction roller and the application surface, in order to heat the fibre exiting from the guiding means, as well as the application surface and/or one or more fibres previously applied, - said retractable flap being displaceable by actuation means between its active position and its retracted position so that the compaction roller is subjected to the radiation of the heating system over a greater surface area in the retracted position than in the active position of the retractable flap.
A vaporizer device body comprising: a cartridge receptacle configured to insertably receive a cartridge containing a vaporizable material and a heater; a pressure sensor configured to output instantaneous sensor readings, characterized in that the vaporizer device body further comprises a microcontroller configured to perform operations comprising: determining a baseline based on filtering the instantaneous sensor readings as the instantaneous sensor readings are output by the pressure sensor ; holding the baseline at a prior value while the instantaneous sensor readings output by the pressure sensor are above the baseline by a first offset value or below the baseline by a second offset value, the first offset value and the second offset value respectively indicating blowing or suction is being applied to a mouthpiece ; and comparing the instantaneous sensor readings to the baseline and activating the heater to generate an aerosol from the vaporizable material when the instantaneous sensor readings output by the pressure sensor are offset from the baseline by more than a third offset value, the third offset value indicating suction is being applied to the mouthpiece . a cartridge receptacle configured to insertably receive a cartridge containing a vaporizable material and a heater; a pressure sensor configured to output instantaneous sensor readings, characterized in that the vaporizer device body further comprises a microcontroller configured to perform operations comprising: determining a baseline based on filtering the instantaneous sensor readings as the instantaneous sensor readings are output by the pressure sensor ; holding the baseline at a prior value while the instantaneous sensor readings output by the pressure sensor are above the baseline by a first offset value or below the baseline by a second offset value, the first offset value and the second offset value respectively indicating blowing or suction is being applied to a mouthpiece ; and comparing the instantaneous sensor readings to the baseline and activating the heater to generate an aerosol from the vaporizable material when the instantaneous sensor readings output by the pressure sensor are offset from the baseline by more than a third offset value, the third offset value indicating suction is being applied to the mouthpiece . determining a baseline based on filtering the instantaneous sensor readings as the instantaneous sensor readings are output by the pressure sensor ; holding the baseline at a prior value while the instantaneous sensor readings output by the pressure sensor are above the baseline by a first offset value or below the baseline by a second offset value, the first offset value and the second offset value respectively indicating blowing or suction is being applied to a mouthpiece ; and comparing the instantaneous sensor readings to the baseline and activating the heater to generate an aerosol from the vaporizable material when the instantaneous sensor readings output by the pressure sensor are offset from the baseline by more than a third offset value, the third offset value indicating suction is being applied to the mouthpiece .
A vehicle lock-up control method for a vehicle having a torque converter with a lock-up clutch that is arranged between an engine and a transmission , and an engine accessory to be driven by the engine, characterized by : executing (S2, S7) slip control that controls a lock-up capacity of the lock-up clutch so as to produce a predetermined slip rotational state; and during the slip control of the lock-up clutch, executing (S3, S4, S8, S9) cooperative control that suppresses load fluctuations of the engine accessory, wherein the cooperative control delays a switching operation between ON and Off states of the engine accessory whose load fluctuates between two values of on and off in response to a request to switch the engine accessory during the slip control of the lock-up clutch. executing (S2, S7) slip control that controls a lock-up capacity of the lock-up clutch so as to produce a predetermined slip rotational state; and during the slip control of the lock-up clutch, executing (S3, S4, S8, S9) cooperative control that suppresses load fluctuations of the engine accessory, wherein the cooperative control delays a switching operation between ON and Off states of the engine accessory whose load fluctuates between two values of on and off in response to a request to switch the engine accessory during the slip control of the lock-up clutch.