mhurhangee/patent-ind-claim-en huggingface dataset:
A portable module for monitoring of one or more heart parameters, and non-intrusive electrical neuro-stimulation of one or more peripheral nerves, and of a subject, comprising: a monitoring electrode , mounted in/on a top surface of the portable module ; a stimulation electrode and a dual-function electrode , mounted in/on a bottom surface of the portable module ; a monitoring unit for monitoring electrical activity; a stimulation unit for inducing electrical signals; and a control unit ; wherein each of said electrodes is at least partly exposed; wherein said control unit is configured to enable controllably switching between at least two modes of operation of the portable module : a first mode, wherein said monitoring unit is functionally associated with said monitoring and dual-function electrodes; and a second mode, wherein said stimulation unit is functionally associated with said stimulation and dual-function electrodes; wherein the module is configured to facilitate simultaneously establishing dermal contact between a target body part of the subject and said dual-function electrode and between an opposing body part to the target body part and said monitoring electrode, thereby allowing, in the first mode, to obtain heart parameters of the subject by monitoring electrical activity at said dual-function and monitoring electrodes; and wherein the module is further configured to facilitate establishing dermal contact between the target body part and both of said dual-function electrode and said stimulation electrode, thereby allowing, in the second mode, to electrically neuro-stimulate at least one peripheral nerve in the target body part, by inducing an electrical signal between said dual-function and stimulation electrodes. a monitoring electrode , mounted in/on a top surface of the portable module ; a stimulation electrode and a dual-function electrode , mounted in/on a bottom surface of the portable module ; a monitoring unit for monitoring electrical activity; a stimulation unit for inducing electrical signals; and a control unit ; a first mode, wherein said monitoring unit is functionally associated with said monitoring and dual-function electrodes; and a second mode, wherein said stimulation unit is functionally associated with said stimulation and dual-function electrodes;
A device comprising a door element , in particular a sliding door for a passenger transport vehicle, and a guide profile for guiding the door element , wherein the door element is elastically connected by at least one elastic supporting element with a rotatable connecting element having at least one pair of track rollers , wherein both track rollers of the pair of track rollers are connected via the rotatable connecting element , so that - the door element can be moved when exposed to a force transverse to its longitudinal axis exerted by the elastic storage element , and the door element can be brought outside of the area bordered by the guide profile by the elastic mounting of the connecting element . - the door element can be moved when exposed to a force transverse to its longitudinal axis exerted by the elastic storage element , and the door element can be brought outside of the area bordered by the guide profile by the elastic mounting of the connecting element .
An unmanned aerial vehicle (UAV) comprising: a body ; a plurality of propellers surrounding the body and supported so as to be spaced outwardly from the body ; a gimbal mounted under a forward portion of the body , the gimbal supporting a camera ; characterised in that the gimbal is arranged under the forward portion of the body such that an angle of a forward vertical field of view (X) of the camera is less than an angle of a forward vertical clearance field of view (Z) defined with respect to a forward tip of at least one of the propellers .
A calibration source for a gamma-ray spectrometer , the calibration source comprising: a scintillator body having a cavity in which a radioactive material is received, the radioactive material comprising a radioactive isotope having a decay transition associated with emission of a positron and a gamma-ray having a known energy; a photodetector optically coupled to the scintillator body and arranged to detect scintillation photons associated with positrons emitted from the radioactive material within the cavity of the scintillator body interacting with the scintillator body and to output corresponding detection signals ; and a gating circuit arranged to receive the detection signals from the photodetector and to generate a corresponding gating signal and to output the gating signal for receipt by a data acquisition circuit of a gamma-ray spectrometer to indicate that gamma-ray detection in the gamma-ray spectrometer occurring within a time window defined by the gating signal is associated with a decay transition in the radioactive isotope, wherein the cavity extends inwardly from a surface of the scintillator body and the cavity is filled so as to contain the radioactive material. a scintillator body having a cavity in which a radioactive material is received, the radioactive material comprising a radioactive isotope having a decay transition associated with emission of a positron and a gamma-ray having a known energy; a photodetector optically coupled to the scintillator body and arranged to detect scintillation photons associated with positrons emitted from the radioactive material within the cavity of the scintillator body interacting with the scintillator body and to output corresponding detection signals ; and a gating circuit arranged to receive the detection signals from the photodetector and to generate a corresponding gating signal and to output the gating signal for receipt by a data acquisition circuit of a gamma-ray spectrometer to indicate that gamma-ray detection in the gamma-ray spectrometer occurring within a time window defined by the gating signal is associated with a decay transition in the radioactive isotope, wherein the cavity extends inwardly from a surface of the scintillator body and the cavity is filled so as to contain the radioactive material.
An AC motor driving apparatus comprising: an inverter; and a pulse width modulation, PWM, device for PWM controlling an output voltage to be supplied at least to an AC motor ; characterized in that a time constant adjusting coil is provided in series with the AC motor at an output end of the PWM device to make a time constant of the AC motor greater than or equal to a period of a carrier frequency of the PWM device , a switching element is connected in parallel with the time constant adjusting coil , and the AC motor driving apparatus comprises means configured to control the switching element in such a manner that current does not pass through the time constant adjusting coil at least during first pulses output from the PWM device when a starting current of the AC motor starts up. an inverter; and a pulse width modulation, PWM, device for PWM controlling an output voltage to be supplied at least to an AC motor ; characterized in that a time constant adjusting coil is provided in series with the AC motor at an output end of the PWM device to make a time constant of the AC motor greater than or equal to a period of a carrier frequency of the PWM device , a switching element is connected in parallel with the time constant adjusting coil , and the AC motor driving apparatus comprises means configured to control the switching element in such a manner that current does not pass through the time constant adjusting coil at least during first pulses output from the PWM device when a starting current of the AC motor starts up.
Waste gate component for a turbo charger comprising an alloy of the following composition: a) Ni 30 to 42 wt.-%, b) Cr 15 to 28 wt.-%, c) Co 1 to 5 wt.-%, d) Ti 1 to 4 wt.-%, e) optionally one or more elements selected from the group consisting of Mo, Al, Mn, W, Si and Nb, in particular one or more of elements in amounts as follows: Mo 0.5 to 4 wt.-%, Al 0.1 to 2 wt.-%, Mn 0.1 to 3 wt.-%, W 0.1 to 3 wt.-%, Si 0.5 to 4 wt.-%, and Nb 1 to 4 wt.-%, f) optionally other elements, in particular lanthanoids, boron and zirconium, in minor amounts which add up to a total amount of less than 2 wt.-%, g) Fe as balance, but at least in an amount of 20 wt.-%.
Device for supplying fuel to a combustion chamber of a gas generator, comprising: - a wheel for injecting fuel into the combustion chamber , - a fuel supply rail comprising an internal fuel circuit including fuel outlet means supplying fuel to an annular spray chamber formed between the rail and the injection wheel , - at least one dynamic annular seal designed to provide a seal between an annular face of the fuel supply rail and the injection wheel , characterised in that the fuel circuit of the fuel supply rail comprises an annular fuel flow portion arranged radially in the dynamic annular seal . - a wheel for injecting fuel into the combustion chamber , - a fuel supply rail comprising an internal fuel circuit including fuel outlet means supplying fuel to an annular spray chamber formed between the rail and the injection wheel , - at least one dynamic annular seal designed to provide a seal between an annular face of the fuel supply rail and the injection wheel ,
A radar altimeter signal interference prevention system for a frequency modulated continuous wave, FMCW, radar altimeter , the signal interference prevention system comprising: a frequency synthesizer to generate FMCW ramps in a radio frequency, RF, signal used in the FMCW radar altimeter , a ramp rate of the frequency synthesizer being fixed to provide a constant radar range resolution, a transmit frame time of the frequency synthesizer being fixed to provide simplified signal processing in the FMCW radar altimeter ; at least one memory , at least a 2 N row high frequency table and a 2 N row low frequency table stored in the at least one memory ; and a field programmable gate array, FPGA, configured to implement N pseudorandom noise sequence generators to generate an N-bit integer value that is used as an index into one of the 2 N row high frequency table and the 2 N row low frequency table in selecting a start frequency of the FMCW ramp for a current frame of the radio frequency, RF, signal, the FPGA further configured to use a start frequency of a FMCW ramp in a next transmit frame as a stop frequency of the FMCW ramp in the current frame wherein the N pseudorandom noise sequence generators are clocked one frame ahead of the frequency synthesizer so that the start and stop frequency may be configured at the beginning of each frame, wherein the 2 N row high frequency table is used if a ramp direction is in an up ramp direction and the 2 N row low frequency table is used if the ramp direction is in a down ramp direction. a frequency synthesizer to generate FMCW ramps in a radio frequency, RF, signal used in the FMCW radar altimeter , a ramp rate of the frequency synthesizer being fixed to provide a constant radar range resolution, a transmit frame time of the frequency synthesizer being fixed to provide simplified signal processing in the FMCW radar altimeter ; at least one memory , at least a 2 N row high frequency table and a 2 N row low frequency table stored in the at least one memory ; and a field programmable gate array, FPGA, configured to implement N pseudorandom noise sequence generators to generate an N-bit integer value that is used as an index into one of the 2 N row high frequency table and the 2 N row low frequency table in selecting a start frequency of the FMCW ramp for a current frame of the radio frequency, RF, signal, the FPGA further configured to use a start frequency of a FMCW ramp in a next transmit frame as a stop frequency of the FMCW ramp in the current frame wherein the N pseudorandom noise sequence generators are clocked one frame ahead of the frequency synthesizer so that the start and stop frequency may be configured at the beginning of each frame, wherein the 2 N row high frequency table is used if a ramp direction is in an up ramp direction and the 2 N row low frequency table is used if the ramp direction is in a down ramp direction.
Process for producing a setting and/or hardening accelerator for mineral binders, characterized in that a mineral solid is subjected to milling in a liquid medium, wherein the mineral solid comprises a cement, in particular a Portland cement, calcium aluminate cement and/or calcium sulfoaluminate cement, and wherein the mineral solid comprises limestone and/or limestone flour.
A method of forming a toilet assembly comprising: providing a pre-formed flush engine comprising: a bowl ; a sump at a lower portion of the bowl ; and a trapway extending from the sump ; and inserting the flush engine into a first mold , the first mold defining a first shape substantially similar to and smaller than an outer shape of the toilet assembly ; injection molding a polymeric material around the flush engine to form a foam subassembly ; removing the foam subassembly from the first mold and inserting the foam subassembly into a second mold , the second mold defining a second shape substantially the same as the outer shape of the toilet assembly ; injection molding a resin around the foam subassembly to form the completed toilet assembly ; and removing the toilet assembly from the second mold . providing a pre-formed flush engine comprising: a bowl ; a sump at a lower portion of the bowl ; and a trapway extending from the sump ; and a bowl ; a sump at a lower portion of the bowl ; and a trapway extending from the sump ; and inserting the flush engine into a first mold , the first mold defining a first shape substantially similar to and smaller than an outer shape of the toilet assembly ; injection molding a polymeric material around the flush engine to form a foam subassembly ; removing the foam subassembly from the first mold and inserting the foam subassembly into a second mold , the second mold defining a second shape substantially the same as the outer shape of the toilet assembly ; injection molding a resin around the foam subassembly to form the completed toilet assembly ; and removing the toilet assembly from the second mold .
A battery module comprising: a cell assembly that includes at least one battery cell; an upper plate that covers one side of the cell assembly , and includes a hinge pin at at least one corner thereof; and a bus-bar frame that covers the other side, which neighbors the side of the cell assembly , covered by the upper plate , and coupled to the upper plate by including a hinge coupling portion that is coupled with the hinge pin , wherein the hinge coupling portion comprises a hinge pin receiving portion where the hinge pin is received and a hinge pin cover portion that covers the hinge pin , and one of the hinge pin and the hinge coupling portion comprises a coupling protrusion portion , and the other comprises a coupling groove portion corresponding to the coupling protrusion portion , wherein the hinge pin cover portion completely covers the hinge pin , wherein the coupling groove portion comprises a main coupling groove portion , and a preliminary coupling groove portion disposed at a distance from the main coupling groove portion , wherein the hinge pin receiving portion and the hinge pin cover portion are coupled by a snap fit structure, and wherein the bus-bar frame is pivotably coupled to the upper plate by the hinge coupling portion . a cell assembly that includes at least one battery cell; an upper plate that covers one side of the cell assembly , and includes a hinge pin at at least one corner thereof; and a bus-bar frame that covers the other side, which neighbors the side of the cell assembly , covered by the upper plate , and coupled to the upper plate by including a hinge coupling portion that is coupled with the hinge pin , wherein the hinge coupling portion comprises a hinge pin receiving portion where the hinge pin is received and a hinge pin cover portion that covers the hinge pin , and one of the hinge pin and the hinge coupling portion comprises a coupling protrusion portion , and the other comprises a coupling groove portion corresponding to the coupling protrusion portion , wherein the hinge pin cover portion completely covers the hinge pin , wherein the coupling groove portion comprises a main coupling groove portion , and a preliminary coupling groove portion disposed at a distance from the main coupling groove portion , wherein the hinge pin receiving portion and the hinge pin cover portion are coupled by a snap fit structure, and wherein the bus-bar frame is pivotably coupled to the upper plate by the hinge coupling portion .
Cosmetic composition comprising at least one polyhydroxyalkanoate copolymer, characterized in that said polyhydroxyalkanoate copolymer consists of a repetition of monomer units of following formulae (A1), (B1), (C1), (D1), (E1) and (F1): formula (A1): -[-O-CH(R1)-(CH 2 )-CO-]- formula (B1) : -[-O-CH(R2)-(CH 2 )-CO-]- formula (C1) : -[-O-CH(R3)-(CH 2 )-CO-]- formula (D1) : -[-O-CH(R4)-(CH 2 )-CO-]- formula (E1) : -[-O-CH(R5)-(CH 2 )-CO-]- formula (F1) : -[-O-CH(R6)-(CH 2 )-CO-]- in which: R1 represents an n-propyl group R2 represents an n-butyl group R3 represents an n-pentyl group R4 represents an n-hexyl group R5 represents an n-heptyl group R6 represents an n-octyl group said polyhydroxyalkanoate copolymer comprising at least 1 mol% and at most 50 mol% of each of the monomer units of formulae (A1), (B1), (C1), (D1), (E1) and (F1). R1 represents an n-propyl group R2 represents an n-butyl group R3 represents an n-pentyl group R4 represents an n-hexyl group R5 represents an n-heptyl group R6 represents an n-octyl group said polyhydroxyalkanoate copolymer comprising at least 1 mol% and at most 50 mol% of each of the monomer units of formulae (A1), (B1), (C1), (D1), (E1) and (F1).
A method comprising: control circuitry identifying a current state of a connected system; the control circuitry identifying a current alarm sensitivity threshold of the connected system; the control circuitry identifying a future alarm sensitivity threshold of the connected system; the control circuitry determining whether the current state would trigger an alarm under the future alarm sensitivity threshold when the current state fails to trigger the alarm under the current alarm sensitivity threshold ; the control circuitry identifying a future false alarm when the current state would trigger an alarm under the future alarm sensitivity threshold but fails to trigger the alarm under the current alarm sensitivity threshold ; and responsive to identifying the future false alarm, the control circuitry providing a warning to a user and triggering a state change in at least one device in the connected system to prevent the future false alarm from occurring. control circuitry identifying a current state of a connected system; the control circuitry identifying a current alarm sensitivity threshold of the connected system; the control circuitry identifying a future alarm sensitivity threshold of the connected system; the control circuitry determining whether the current state would trigger an alarm under the future alarm sensitivity threshold when the current state fails to trigger the alarm under the current alarm sensitivity threshold ; the control circuitry identifying a future false alarm when the current state would trigger an alarm under the future alarm sensitivity threshold but fails to trigger the alarm under the current alarm sensitivity threshold ; and responsive to identifying the future false alarm, the control circuitry providing a warning to a user and triggering a state change in at least one device in the connected system to prevent the future false alarm from occurring.
Joining system comprising a joining station in which, on at least one side viewed in the longitudinal direction, a clamping frame unit having a clamping frame is arranged, the clamping frame unit being arranged in the joining station so as to be movable in the transverse direction between a working position (A) and a standby position (B), characterized in that a coupling part having a coupling guiding part is arranged on a stationary support structure above the joining station and at least one stiffening support is arranged on the clamping frame , on the free end of which a stiffening locking unit is provided which can be opened and closed and which is closed and in engagement with the coupling guiding part in the working position (A).
An agricultural system , comprising: aheader ; and a controller configured to: receive an indication to operate the agricultural system in a non-harvesting mode; output a first signal to set the header in a set profile upon initialization of the non-harvesting mode; characterized in that the controller is further configured to receive sensor feedback indicative of an obstacle position of an obstacle relative to the header while the agricultural system operates in the non-harvesting mode; and output a second signal to adjust the header to deviate from the set profile based on the sensor feedback while the agricultural system operates in the non-harvesting mode. aheader ; and a controller configured to: receive an indication to operate the agricultural system in a non-harvesting mode; output a first signal to set the header in a set profile upon initialization of the non-harvesting mode; receive an indication to operate the agricultural system in a non-harvesting mode; output a first signal to set the header in a set profile upon initialization of the non-harvesting mode; receive sensor feedback indicative of an obstacle position of an obstacle relative to the header while the agricultural system operates in the non-harvesting mode; and output a second signal to adjust the header to deviate from the set profile based on the sensor feedback while the agricultural system operates in the non-harvesting mode.
A system of construction elements for the dry construction of structures, wherein the construction elements possess shaped protrusions for mutual connection during assembly, comprising a plurality of construction element modules for raising a wall, a ceiling or a roof, wherein each module comprises two construction elements with adjacent sides connected by a third construction element, characterised in that the two elements with adjacent sides connected by the third element are in a self-tightening connection, wherein the shaped protrusions and recesses of the construction elements have doubly-inclined lateral contact surfaces comprising a guiding surface and a self-tightening surface, inclined at specific angles α and β, wherein the angle of inclination α being within a range of 40°-50° and the angle of inclination β within a range of 6°-12°, and these angles are determined, respectively, between the perpendicular to the upper or lower protrusion surface and the guiding or self-tightening surface, wherein the construction elements include wall construction elements, that have the protrusions and recesses located on the upper and lower surfaces forming a self-tightening connection when connected together such that the guiding surfaces of the connected protrusions and recesses are in abutting contact with each other and such that the self-tightening surfaces of the connected protrusions and recesses are in abutting contact with each other and whereby a system of the recesses and the protrusions on the lower surfaces of a first row of the wall construction elements connected to the respective recesses and protrusions of the upper surfaces of a second row of the wall construction elements is shifted by half of the length of the wall construction element relative to the second row of the wall construction elements.