mhurhangee/ep-ind-claims huggingface dataset:
A method for bioelectric physiological signal acquisition to dynamically adjust an amplification level to a quality of an electrode-skin contact, comprising: /a/ providing an autonomous bioelectric physiological signal acquisition device comprising at least one electrode and at least one acquisition chain associated to said at least one electrode, /b/ acquiring at least one analog signal representative of a bioelectric physiological signal by means of said at least one electrode, /c/ amplifying said analog signal by an amplification factor by means of a programmable analog amplifier of said at least one acquisition chain, /d/ converting said amplified analog signal in a digital signal by means of an analog digital converter of said at least one acquisition chain, /e/ processing said digital signal to determine whether said digital signal is considered saturated, if said digital signal is considered saturated, /f/ selecting, in a list of predefined amplification factors, an amplification factor lower than the amplification factor currently applied to the digital signal by the programmable analog amplifier, and /g/ updating the amplification factor of the programmable analog amplifier to the selected amplification factor, wherein if the amplification factor currently applied to the digital signal by the programmable analog amplifier is equal to the lowest amplification factor in the list of predefined amplification factors and the digital signal is considered saturated, the analog digital converter and/or the programmable analog amplifier of the acquisition chain are powered out and steps /d/ to /g/ are not performed anymore. /a/ providing an autonomous bioelectric physiological signal acquisition device comprising at least one electrode and at least one acquisition chain associated to said at least one electrode, /b/ acquiring at least one analog signal representative of a bioelectric physiological signal by means of said at least one electrode, /c/ amplifying said analog signal by an amplification factor by means of a programmable analog amplifier of said at least one acquisition chain, /d/ converting said amplified analog signal in a digital signal by means of an analog digital converter of said at least one acquisition chain, /e/ processing said digital signal to determine whether said digital signal is considered saturated, /f/ selecting, in a list of predefined amplification factors, an amplification factor lower than the amplification factor currently applied to the digital signal by the programmable analog amplifier, and /g/ updating the amplification factor of the programmable analog amplifier to the selected amplification factor,
A vehicle AC generator, said vehicle AC generator comprising: a case which incorporates or removably supports constituent components; a shaft rotatably supported on said case; a rotor which has pole cores secured on said shaft and a field winding placed in said pole cores; a stator which includes a stator core located on the periphery of said rotor and to be held in sandwiched relation in said case, and a stator winding disposed in said stator core; a rectifier which rectifies AC electromotive force generated in said stator winding to DC; and a voltage regulator which restricts generated electric power to a specified value, wherein said stator core is formed by laminating thin steel sheets, said stator core being provided with a plurality of slot portions which accommodate said stator winding and tooth portions which define adjacent ones of the slot portions; and said stator winding is disposed in the slot portions to constitute said stator; characterized in that said stator core is filled with varnish between the laminates of each tooth at least in an inner diameter end surface region which faces said rotor, and is coated with epoxy resin varnish on the tooth surface of the inner diameter end surface region to form an anti-rust film with a uniform film thickness. a case which incorporates or removably supports constituent components; a shaft rotatably supported on said case; a rotor which has pole cores secured on said shaft and a field winding placed in said pole cores; a stator which includes a stator core located on the periphery of said rotor and to be held in sandwiched relation in said case, and a stator winding disposed in said stator core; a rectifier which rectifies AC electromotive force generated in said stator winding to DC; and a voltage regulator which restricts generated electric power to a specified value, wherein said stator core is formed by laminating thin steel sheets, said stator core being provided with a plurality of slot portions which accommodate said stator winding and tooth portions which define adjacent ones of the slot portions; and said stator winding is disposed in the slot portions to constitute said stator; characterized in that said stator core is filled with varnish between the laminates of each tooth at least in an inner diameter end surface region which faces said rotor, and is coated with epoxy resin varnish on the tooth surface of the inner diameter end surface region to form an anti-rust film with a uniform film thickness.
A passive temperature-sensing apparatus, the apparatus comprising a capacitive sensing element that comprises a capacitive sensing composition that includes a ferroelectric ceramic material that exhibits a measurable electrical Curie temperature, below which the ferroelectric ceramic material exhibits ferroelectric behavior and above which the ferroelectric ceramic material exhibits paraelectric behavior, that is below 30 degrees C and that is chosen from the group consisting of BaM x Ti 1-x O 3, where M = Zr or Sn and where 0.1 ≤ x ≤ 0.8, and wherein the capacitive sensing composition exhibits a negative slope of capacitance versus temperature over the temperature range of from 30 degrees C to 150 degrees C, and wherein the capacitive sensing element is a capacitive element of an L-C circuit and is in thermal communication with a portion of a high voltage power cable.
An organic light-emitting device comprising an anode formed from a metal, a metal alloy, a conductive metal oxide or mixtures thereof; a hole injection layer in physical contact with the anode; a light-emitting layer over the hole injection layer; and a cathode over the light-emitting layer, characterized in that the hole injection layer comprises an organic semiconductor material doped with a partially fluorinated fullerene.
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal slit, in which slit at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for a rod-like extension of an oscillating arm, wherein said rod-like extension can be pivotally connected to said connecting device about a pivot axis near a free end thereof, wherein said connecting device comprises a channel arranged to receive said free end of said rod-like extension, and wherein said windscreen wiper device comprises a nozzle for spraying a washing liquid onto said windscreen to be wiped, said nozzle being mounted onto said rod-like extension, characterised in that said nozzle and said connecting device are provided with mutually cooperating protrusion/groove means (32,37) for locking said nozzle onto said connecting device upon insertion of said free end of said rod-like extension inside said channel of said connecting device, wherein said connecting device comprises a sidewardly and inwardly extending protrusion arranged to engage into a first recess provided on a longitudinal exterior side of said rod-like extension, wherein said connecting device comprises a resilient tongue arranged to engage into a second recess provided on said longitudinal exterior side of said rod-like extension, and wherein said resilient tongue is hingeable along a hinge axis between an inward position retaining said wiper blade onto said rod-like extension and an outward position releasing said wiper blade from said rod-like extension.
An apparatus for the introduction of air and/or sealant into a tire, in particular a motor vehicle tire, having an electric pump or compressor, an electric connection cable for the pump or compressor which has a connection element, in particular a plug, at its end for the connection of the connection cable to a power supply, in particular to the cigarette lighter of a motor vehicle, having a hose for the air and/or the sealant which is or can be connected to the electric pump or compressor and whose other end can be connected to the tire to be filled, and having a housing for the reception of at least some of the apparatus components, wherein a switch valve is provided for the switching over of the connection between the electric pump or compressor, on the one hand, and selectively a connection to the container is provided having a hose for the introduction of air or sealant into the tire or to a hose for the pure inflation of the tire, on the other hand, characterized in that the switch valve has a pressure relief for the discharge of the compressed air in intermediate positions of the valve.
A cargo loading system, comprising: a structural support member having a first sidewall, a second sidewall disposed opposite the first sidewall, and a floor extending between the first sidewall and the second sidewall; and a locking pin assembly arranged to secure a line replaceable unit to the structural support member, the locking pin assembly comprising: a shaft extending between a first shaft end and a second shaft end along a first axis, a first retention pin disposed within the shaft and extending at least partially through the first shaft end, a second retention pin disposed within the shaft and extending at least partially through the second shaft end, and characterized by further comprising a synchronizer disposed about the shaft, the synchronizer extending between a first synchronizer end and a second synchronizer end along the first axis, responsive to rotation of the synchronizer about the first axis, the first retention pin moves relative to the first shaft end and the first sidewall along the first axis. a structural support member having a first sidewall, a second sidewall disposed opposite the first sidewall, and a floor extending between the first sidewall and the second sidewall; and a locking pin assembly arranged to secure a line replaceable unit to the structural support member, the locking pin assembly comprising: a shaft extending between a first shaft end and a second shaft end along a first axis, a first retention pin disposed within the shaft and extending at least partially through the first shaft end, a second retention pin disposed within the shaft and extending at least partially through the second shaft end, and characterized by further comprising a synchronizer disposed about the shaft, the synchronizer extending between a first synchronizer end and a second synchronizer end along the first axis, responsive to rotation of the synchronizer about the first axis, the first retention pin moves relative to the first shaft end and the first sidewall along the first axis. a shaft extending between a first shaft end and a second shaft end along a first axis, a first retention pin disposed within the shaft and extending at least partially through the first shaft end, a second retention pin disposed within the shaft and extending at least partially through the second shaft end, and characterized by further comprising a synchronizer disposed about the shaft, the synchronizer extending between a first synchronizer end and a second synchronizer end along the first axis, responsive to rotation of the synchronizer about the first axis, the first retention pin moves relative to the first shaft end and the first sidewall along the first axis.
A mobile exhaust gas measuring equipment, having one or more exhaust gas measuring devices, wherein the mobile exhaust gas measuring equipment is mountable on a vehicle and has an exhaust gas line, at the first end of which a sampling probe is arranged, which is insertable into an exhaust tailpipe of the vehicle, wherein the second end of the exhaust gas line is connected to the one or more exhaust gas measuring devices of the mobile exhaust gas measuring equipment, characterized in that the mobile exhaust gas measuring equipment has at least one articulated rod, which is freely positionable in space, having a first end and a second end, wherein the first end of the articulated rod can be arranged on a fixed component of the vehicle and the second end of the articulated rod is arranged on the exhaust gas line or the sampling probe.
High-pressure fuel pump for a fuel system for an internal combustion engine, with a hydraulic pressure limiting valve which is arranged between an outlet and a region which is upstream of the outlet, which pressure limiting valve has a spring-loaded closing element which is secured radially by a closing body, the closing body having a concave receiving section, in which the closing element is received in regions, the high-pressure fuel pump having a cylindrical bore, in which the functional elements of the pressure limiting valve are received, and the closing element being configured as a ball, an opening angle (β) of a radially outer first region of the receiving section of the closing body being smaller than an opening angle (α) of a radially inner second region of the receiving section of the closing body, the two regions (74; 76) being arranged radially outside a contact region between the closing element and the closing body, and the radially outer first region and the radially inner second region comprising a planar annular face, the opening angle of the annular face of the radially inner second region being from approximately 100 degrees to approximately 150 degrees, and the opening angle of the annular face of the radially outer first region being from approximately 70 degrees to approximately 130 degrees.
A control method for a wind turbine comprising: - a control system, - a rotor with at least one blade, - a nacelle, and wherein the control system is configured to control the rotational speed of the rotor (ω) within a variable speed area comprised between a minimum value (ω min) and a maximum value (ω max) of rotational speed of the rotor (ω) so that a tip speed ratio, λ, is maintained substantially equal to a target value (λ opt) of the tip speed ratio, and the method being characterized in that it comprises: - a step of calculating a mean value (λ med) of a parameter indicative of the tip speed ratio, λ, in the variable speed area, based on a signal of the rotational speed of the rotor, ω and a signal of the wind speed, v, - a step of comparing the mean value (λ med) of the parameter indicative of the tip speed ratio in the variable speed area with a target value (λ opt) of the parameter indicative of the tip speed ratio, and - a step of modification of at least one parameter of the control system based on the result of the step of comparison between the mean value (λ med) of the parameter indicative of the tip speed ratio in the variable speed area and the target value (λ opt) of the parameter indicative of the tip speed ratio. - a control system, - a rotor with at least one blade, - a nacelle, and - a step of calculating a mean value (λ med) of a parameter indicative of the tip speed ratio, λ, in the variable speed area, based on a signal of the rotational speed of the rotor, ω and a signal of the wind speed, v, - a step of comparing the mean value (λ med) of the parameter indicative of the tip speed ratio in the variable speed area with a target value (λ opt) of the parameter indicative of the tip speed ratio, and - a step of modification of at least one parameter of the control system based on the result of the step of comparison between the mean value (λ med) of the parameter indicative of the tip speed ratio in the variable speed area and the target value (λ opt) of the parameter indicative of the tip speed ratio.
A blind system comprising a head-rail with a first cord mechanism associated with a first blind portion via a first cord and a second cord mechanism associated with a second blind portion via a second cord, each blind portion (40, 50) comprising a bottom rail (44, 54), said first blind portion being interposed between said headrail and said second blind portion, wherein said second cord is also associated with said first blind portion; characterized in that the first and the second cord (24, 34) each have a proximal end fixedly attached to its respective spool (22, 32) and a distal end configured for attachment to a bottom rail (44, 54) of its respective blind portion (40, 50), and wherein each of the cord mechanisms (20, 30) is constituted by a spool (22, 32) on which the first and second cord (24, 34) are respectively configured for winding; and in that each spool (22, 32) is configured for assuming a fully backward retracted position in which its respective cord (24, 34) is fully wound on the spool (22, 32) in a predetermined direction, CW, so that the distal end of the respective cord (24, 34) is most adjacent to its respective spool (22, 32), and a backward retracted position in which the first cord is fully wound on the spool in a direction, CCW, opposite to the predetermined direction, CW.
Method for detecting, in a sample containing bacteria, the proportion of Gram-positive bacteria and the proportion of Gram-negative bacteria, comprising the steps of: a) incubating the sample, simultaneously or sequentially, with: - wheat lectin coupled to a fluorochrome, - vancomycin coupled to a fluorochrome emitting a fluorescence at a different wavelength from that coupled to WGA, - optionally vancomycin that is not coupled to a fluorochrome (unlabelled), - optionally potassium chloride, b) centrifuging the sample, c) optionally washing the sample, d) measuring the fluorescence of the sample using flow cytometry. a) incubating the sample, simultaneously or sequentially, with: - wheat lectin coupled to a fluorochrome, - vancomycin coupled to a fluorochrome emitting a fluorescence at a different wavelength from that coupled to WGA, - optionally vancomycin that is not coupled to a fluorochrome (unlabelled), - optionally potassium chloride, - wheat lectin coupled to a fluorochrome, - vancomycin coupled to a fluorochrome emitting a fluorescence at a different wavelength from that coupled to WGA, - optionally vancomycin that is not coupled to a fluorochrome (unlabelled), - optionally potassium chloride, b) centrifuging the sample, c) optionally washing the sample, d) measuring the fluorescence of the sample using flow cytometry.
An assembly comprising a bonding wire and a pipe, the bonding wire being conductively connected to the pipe, the pipe having a pipe body and a conductive mounting tab mounted to the pipe body and having a hole therein, the bonding wire being in the form of a braided or twisted conductive cable provided with a connector at each of its ends, the connectors being suitable for connection to other components, the bonding wire being tightly wound around the pipe body and the ends both passing through the hole in the mounting tab and extending away from the pipe body; the bonding wire held under tension around the pipe body by a crimp around the two ends where they have passed through the hole.
A method, in a first node, for handling one or more jobs, wherein said first node receives a job over an incoming link, which job comprises a job value, wherein said method comprises the steps of: - determining, by said first node, a deviation of a queuing delay of the first communication node from a target queueing delay value, and - using, by said first node, said deviation as an error value to determine a dropping probability which is used to determine a threshold value, wherein said threshold value, V, corresponds to or is associated with a congestion level of a queue of the job; - comparing, by said first node, the job value with the threshold value and establishing that said job value is below said threshold value; - dropping, by said first node, said job based on said comparison. - determining, by said first node, a deviation of a queuing delay of the first communication node from a target queueing delay value, and - using, by said first node, said deviation as an error value to determine a dropping probability which is used to determine a threshold value, wherein said threshold value, V, corresponds to or is associated with a congestion level of a queue of the job; - comparing, by said first node, the job value with the threshold value and establishing that said job value is below said threshold value; - dropping, by said first node, said job based on said comparison.
A method for forming a resist under layer film used in a lithography process, comprising: a process for applying a composition for forming a resist under layer film containing an organic compound having an aromatic unit on a substrate; and a process for heat-treating the resist under layer film applied in an atmosphere whose oxygen concentration is 10 volume % or more at 150°C to 600°C for 10 to 600 seconds after heat-treating the same in an atmosphere whose oxygen concentration is less than 10 volume % at 50 to 350°C.
A pill removal detection device for a blister package, said blister package comprising a metallic element, the pill removal detection device comprising: - detection means (232, 240) for detecting removal of a pill from the blister package; - an energy source; - a sensor for detecting a change in capacitance of the metallic element of the blister package; - means for communicating the detected change in capacitance to the detection means (232, 240) for waking up the detection means; - attachment means for attaching the pill removal detection device to the blister package, the attachment means comprising an electrically conductive element connected to the sensor, characterized in that, the detection means is selected from a first accelerometer, a first microphone and a fusion sensor; wherein the fusion sensor comprises: - a second microphone; and - a second accelerometer, wherein the second accelerometer being configured to detect a movement of the pill removal detection device and to communicate the movement of the pill removal detection device to the second microphone to wake up the second microphone. - detection means (232, 240) for detecting removal of a pill from the blister package; - an energy source; - a sensor for detecting a change in capacitance of the metallic element of the blister package; - means for communicating the detected change in capacitance to the detection means (232, 240) for waking up the detection means; - attachment means for attaching the pill removal detection device to the blister package, the attachment means comprising an electrically conductive element connected to the sensor, the detection means is selected from a first accelerometer, a first microphone and a fusion sensor; wherein the fusion sensor comprises: - a second microphone; and - a second accelerometer, - a second microphone; and - a second accelerometer,