mhurhangee/ep-ind-claims huggingface dataset:
A portable emergency alert device to be carried by a user, comprising: a sensor for receiving an indication of an emergency situation of the user; a first transmitter for transmitting said alert to an emergency center via a stationary relay device; a second transmitter for transmitting said alert to said emergency center via a portable relay device and a processor for processing said indication to instruct transmission of said alert by at least one of said first transmitter and said second transmitter, wherein: the stationary relay device is a radio hub that is a radio gateway at a home of the user, and the portable relay device is a mobile phone to be carried by the user when outside the home so that the portable emergency alert device is in range of at least one of the stationary relay device and the portable relay device for connectivity both inside and outside the home; and wherein: when the user is at the home and within range of the radio hub, the first transmitter transmits the alert to the radio hub; and when the user is outside the home and carrying the mobile phone, the second transmitter transmits the alert to the mobile phone. a sensor for receiving an indication of an emergency situation of the user; a first transmitter for transmitting said alert to an emergency center via a stationary relay device; a second transmitter for transmitting said alert to said emergency center via a portable relay device and a processor for processing said indication to instruct transmission of said alert by at least one of said first transmitter and said second transmitter, wherein: the stationary relay device is a radio hub that is a radio gateway at a home of the user, and the portable relay device is a mobile phone to be carried by the user when outside the home so that the portable emergency alert device is in range of at least one of the stationary relay device and the portable relay device for connectivity both inside and outside the home; and wherein: when the user is at the home and within range of the radio hub, the first transmitter transmits the alert to the radio hub; and when the user is outside the home and carrying the mobile phone, the second transmitter transmits the alert to the mobile phone. the stationary relay device is a radio hub that is a radio gateway at a home of the user, and the portable relay device is a mobile phone to be carried by the user when outside the home so that the portable emergency alert device is in range of at least one of the stationary relay device and the portable relay device for connectivity both inside and outside the home; and wherein: when the user is at the home and within range of the radio hub, the first transmitter transmits the alert to the radio hub; and when the user is outside the home and carrying the mobile phone, the second transmitter transmits the alert to the mobile phone.
A method comprising: receiving entertainment programming guide, EPG, input for an available entertainment program selected by a user; identifying multiple versions of the user-selected entertainment program in the EPG within a threshold period of time of a start of the user-selected entertainment program; identifying, for each of the identified multiple versions in the EPG, a set of descriptive information regarding the respective version, the descriptive information comprising a plurality of characteristics of the respective version; identifying the differences in characteristics between the multiple versions; and displaying the differences in characteristics between the multiple versions to a user, comprising highlighting the identified differences in characteristics. receiving entertainment programming guide, EPG, input for an available entertainment program selected by a user; identifying multiple versions of the user-selected entertainment program in the EPG within a threshold period of time of a start of the user-selected entertainment program; identifying, for each of the identified multiple versions in the EPG, a set of descriptive information regarding the respective version, the descriptive information comprising a plurality of characteristics of the respective version; identifying the differences in characteristics between the multiple versions; and displaying the differences in characteristics between the multiple versions to a user, comprising highlighting the identified differences in characteristics.
Mould for vulcanizing a tyre, the said tyre comprising a sidewall and an attachment bead extending the said sidewall and designed to be attached to a rim of a wheel of a motor vehicle, the said mould comprising a lateral part designed to mould the sidewall of the tyre and a lower part 13 designed to mould the attachment bead, the said lateral part 12 and the said lower part 13 at least partially delimiting a tyre receiving space designed to receive the tyre that is to be vulcanized in the mould, characterized in that the said mould comprises a slot extending the tyre receiving space, and making, viewed in cross section, an angle (α) less than or equal to 30°, in terms of absolute value, with a radial direction of the mould, and in that the said slot is at least partially moulded by the lower part 13 of the mould. and in that
A method for reducing the bacterial content of a starting food and/or biological medium of interest, containing lipid droplets, said method comprising the following steps: (a) a homogenization step applied to said medium of interest in order to obtain a homogenized medium of interest, said step (a) generating, in said homogenized medium of interest, lipid droplets with a diameter suitable for allowing them to pass subsequently through a microfiltration membrane having a specified cutoff threshold, (b) a microfiltration step applied to said homogenized medium of interest obtained in step (a), on a membrane having a cutoff threshold allowing the passage in the microfiltration permeate of at least part of said lipid droplets while retaining in the microfiltration retentate at least part of said bacteria, and (c) recovering said microfiltration permeate resulting from the step (b), said permeate constituting a homogenized food and/or biological medium whereof the bacterial content is reduced in comparison with the starting medium of interest. which method is characterized in that: - on the one hand, said homogenization step (a) comprises at least two successive homogenization procedures applied on said medium of interest at a pressure of between 300 bar and 950 bar, which homogenization procedures each lead to a reduction in the size of said lipid droplets, and - on the other hand, said microfiltration step (b) consists in a tangential microfiltration step. (a) a homogenization step applied to said medium of interest in order to obtain a homogenized medium of interest, said step (a) generating, in said homogenized medium of interest, lipid droplets with a diameter suitable for allowing them to pass subsequently through a microfiltration membrane having a specified cutoff threshold, (b) a microfiltration step applied to said homogenized medium of interest obtained in step (a), on a membrane having a cutoff threshold allowing the passage in the microfiltration permeate of at least part of said lipid droplets while retaining in the microfiltration retentate at least part of said bacteria, and (c) recovering said microfiltration permeate resulting from the step (b), said permeate constituting a homogenized food and/or biological medium whereof the bacterial content is reduced in comparison with the starting medium of interest. - on the one hand, said homogenization step (a) comprises at least two successive homogenization procedures applied on said medium of interest at a pressure of between 300 bar and 950 bar, which homogenization procedures each lead to a reduction in the size of said lipid droplets, and - on the other hand, said microfiltration step (b) consists in a tangential microfiltration step.
An avionics system having a voice command functionality provided by a voice control system, the avionics system comprising: a test speaker configured to generate a test voice command; a microphone configured to detect the test voice command and generate a detected voice command signal representative thereof; and a processing system in operable communication with the speaker and the microphone, the processing system being configured to: provide the speaker with a test voice command signal such that the speaker generates the test voice command; receive the detected voice command signal from the microphone; compare the test voice command signal with the detected voice command signal; continue the voice command functionality if the comparison indicates the test voice command signal and the detected voice command signal match; and disable the voice command system if the comparison indicates the test voice command signal and the detected voice command signal do not match. a test speaker configured to generate a test voice command; a microphone configured to detect the test voice command and generate a detected voice command signal representative thereof; and a processing system in operable communication with the speaker and the microphone, the processing system being configured to: provide the speaker with a test voice command signal such that the speaker generates the test voice command; receive the detected voice command signal from the microphone; provide the speaker with a test voice command signal such that the speaker generates the test voice command; receive the detected voice command signal from the microphone; compare the test voice command signal with the detected voice command signal; continue the voice command functionality if the comparison indicates the test voice command signal and the detected voice command signal match; and disable the voice command system if the comparison indicates the test voice command signal and the detected voice command signal do not match. continue the voice command functionality if the comparison indicates the test voice command signal and the detected voice command signal match; and disable the voice command system if the comparison indicates the test voice command signal and the detected voice command signal do not match.
A high-voltage generator for an x-ray apparatus comprising: a voltage multiplier having a high-voltage output terminal and first and second alternating-current input terminals; an output transformer coil having first and second output terminals respectively electrically connected to the first and second input terminals of the voltage multiplier; and an input transformer coil having first and second input terminals and being arranged coaxially with and inductively coupled to the output transformer coil, characterized in that: the input and output transformer coils are relatively axially movable, wherein the output coil has a centre tap between the first and second input terminals for defining a reference voltage of the voltage multiplier. a voltage multiplier having a high-voltage output terminal and first and second alternating-current input terminals; an output transformer coil having first and second output terminals respectively electrically connected to the first and second input terminals of the voltage multiplier; and an input transformer coil having first and second input terminals and being arranged coaxially with and inductively coupled to the output transformer coil, characterized in that: the input and output transformer coils are relatively axially movable, wherein the output coil has a centre tap between the first and second input terminals for defining a reference voltage of the voltage multiplier.
A method for producing a chlorinated vinyl chloride-based resin, the method comprising the steps of: introducing chlorine into a slurry of a vinyl chloride-based resin in a first tank; wherein a pressure inside the first tank is in a range of 0.02 MPa to 2 MPa; transferring, from the first tank to a second tank, the slurry into which chlorine has been introduced; irradiating, with UV light, the slurry in the second tank; and circulating the slurry having been irradiated with UV light in the second tank to the first tank. introducing chlorine into a slurry of a vinyl chloride-based resin in a first tank; wherein a pressure inside the first tank is in a range of 0.02 MPa to 2 MPa; transferring, from the first tank to a second tank, the slurry into which chlorine has been introduced; irradiating, with UV light, the slurry in the second tank; and circulating the slurry having been irradiated with UV light in the second tank to the first tank.
A system comprising: an oxygen saturation sensing device configured to sense an oxygen saturation level of a patient; and processing circuitry configured to: receive a signal indicative of the oxygen saturation level of the patient; determine that the signal indicates the oxygen saturation level is at or below a desaturation threshold; in response to determining the oxygen saturation level of the patient is at or below the desaturation threshold, predict, using an oxygen saturation prediction model, whether the oxygen saturation level of the patient will increase above the desaturation threshold by the end of a predefined time period on the order of seconds; and in response to predicting that the oxygen saturation level of the patient will increase above the desaturation threshold by the end of the predefined time period, refrain from outputting an indication of the patient experiencing an oxygen desaturation event. an oxygen saturation sensing device configured to sense an oxygen saturation level of a patient; and processing circuitry configured to: receive a signal indicative of the oxygen saturation level of the patient; determine that the signal indicates the oxygen saturation level is at or below a desaturation threshold; in response to determining the oxygen saturation level of the patient is at or below the desaturation threshold, predict, using an oxygen saturation prediction model, whether the oxygen saturation level of the patient will increase above the desaturation threshold by the end of a predefined time period on the order of seconds; and in response to predicting that the oxygen saturation level of the patient will increase above the desaturation threshold by the end of the predefined time period, refrain from outputting an indication of the patient experiencing an oxygen desaturation event. receive a signal indicative of the oxygen saturation level of the patient; determine that the signal indicates the oxygen saturation level is at or below a desaturation threshold; in response to determining the oxygen saturation level of the patient is at or below the desaturation threshold, predict, using an oxygen saturation prediction model, whether the oxygen saturation level of the patient will increase above the desaturation threshold by the end of a predefined time period on the order of seconds; and in response to predicting that the oxygen saturation level of the patient will increase above the desaturation threshold by the end of the predefined time period, refrain from outputting an indication of the patient experiencing an oxygen desaturation event.
A surgical device ( 210, 310, 410) extending along an axis and having a proximal end and a distal end, the device being operable to move a suture through body tissue, comprising: an elongate shaft having a hollow configuration; a longitudinal handle assembly (212, 312, 412) coupled to the shaft; an actuating rod having a proximal end and a distal end, the actuating rod being disposed to extend between the handle assembly and the shaft and capable of moving both axially along the axis and rotationally about the axis; a thumb actuator assembly operatively connected to the proximal end of the actuating rod, the thumb actuator assembly located on a side of the longitudinal handle assembly (212, 312, 412) and movable longitudinally on the side of the longitudinal handle assembly (212, 312, 412) between a first lateral position and a second lateral position, and movable rotationally about the axis of the longitudinal handle assembly; a needle assembly (20, 220) disposed at the distal end of the actuating rod and movable with the actuating rod between an extended state and a retracted state along the axis and to desired angular states about the axis; bifurcated portions (24, 26, 226, 228) of the needle assembly (20, 220) defining a suture slot, the bifurcated portions (24, 26, 226, 228) having a proximate relationship when the needle assembly (20, 220) is in the retracted state and having a separated relationship when the actuating rod is in the extended state; and the bifurcated portions (24, 26, 226, 228) being biased to the separated relationship. an elongate shaft having a hollow configuration; a longitudinal handle assembly (212, 312, 412) coupled to the shaft; an actuating rod having a proximal end and a distal end, the actuating rod being disposed to extend between the handle assembly and the shaft and capable of moving both axially along the axis and rotationally about the axis; a thumb actuator assembly operatively connected to the proximal end of the actuating rod, the thumb actuator assembly located on a side of the longitudinal handle assembly (212, 312, 412) and movable longitudinally on the side of the longitudinal handle assembly (212, 312, 412) between a first lateral position and a second lateral position, and movable rotationally about the axis of the longitudinal handle assembly; a needle assembly (20, 220) disposed at the distal end of the actuating rod and movable with the actuating rod between an extended state and a retracted state along the axis and to desired angular states about the axis; bifurcated portions (24, 26, 226, 228) of the needle assembly (20, 220) defining a suture slot, the bifurcated portions (24, 26, 226, 228) having a proximate relationship when the needle assembly (20, 220) is in the retracted state and having a separated relationship when the actuating rod is in the extended state; and the bifurcated portions (24, 26, 226, 228) being biased to the separated relationship.
A compressor, comprising: an airfoil configured to rotate about an axis, wherein the airfoil has a span measured radially from a root of the airfoil to a tip of the airfoil; and a compressor case radially adjacent to the airfoil, wherein the airfoil and the compressor case define a cold build clearance between the tip of the airfoil and a radially inner surface of the compressor case, characterised in that: a ratio of the clearance to the span is between 1.5 to 2.5 percent; a mass flow rate of the compressor is 1.36 kilogram per second (3.0 pounds-mass per second) or less; and the span of the airfoil is between 12.7 millimeters and 15.24 millimeters. an airfoil configured to rotate about an axis, wherein the airfoil has a span measured radially from a root of the airfoil to a tip of the airfoil; and a compressor case radially adjacent to the airfoil, wherein the airfoil and the compressor case define a cold build clearance between the tip of the airfoil and a radially inner surface of the compressor case, characterised in that: a ratio of the clearance to the span is between 1.5 to 2.5 percent; a mass flow rate of the compressor is 1.36 kilogram per second (3.0 pounds-mass per second) or less; and the span of the airfoil is between 12.7 millimeters and 15.24 millimeters. a ratio of the clearance to the span is between 1.5 to 2.5 percent; a mass flow rate of the compressor is 1.36 kilogram per second (3.0 pounds-mass per second) or less; and the span of the airfoil is between 12.7 millimeters and 15.24 millimeters.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked, a module frame that wraps the battery cell stack, a busbar frame that covers a portion of the battery cell stack exposed from the module frame, a busbar that is connected to an electrode lead protruding from the battery cell stack via a first slot formed in the busbar frame, and a cooling fin that is located between battery cells adjacent to each other among the plurality of battery cells, wherein the busbar is connected to the cooling fin. a battery cell stack in which a plurality of battery cells are stacked, a module frame that wraps the battery cell stack, a busbar frame that covers a portion of the battery cell stack exposed from the module frame, a busbar that is connected to an electrode lead protruding from the battery cell stack via a first slot formed in the busbar frame, and a cooling fin that is located between battery cells adjacent to each other among the plurality of battery cells, wherein the busbar is connected to the cooling fin.
A screw compressor comprising: a rotor casing; a pair of screw rotors disposed in the rotor casing and engaging with each other; and a movable portion disposed so as to be movable in a rotor shaft direction of the pair of screw rotors, characterized in that the movable portion includes liquefied liquid supply ports configured to supply a liquefied liquid of a compressed gas toward tooth groove spaces (St) formed by the pair of screw rotors, the screw compressor further comprising: a position sensor configured to detect a position of the movable portion in the rotor shaft direction; a flow-rate adjusting valve configured to adjust an amount of the liquefied liquid to be supplied; and a controller configured to control an opening degree of the flow-rate adjusting valve based on a detection value of the position sensor. a rotor casing; a pair of screw rotors disposed in the rotor casing and engaging with each other; and a movable portion disposed so as to be movable in a rotor shaft direction of the pair of screw rotors, characterized in that the movable portion includes liquefied liquid supply ports configured to supply a liquefied liquid of a compressed gas toward tooth groove spaces (St) formed by the pair of screw rotors, the screw compressor further comprising: a position sensor configured to detect a position of the movable portion in the rotor shaft direction; a flow-rate adjusting valve configured to adjust an amount of the liquefied liquid to be supplied; and a controller configured to control an opening degree of the flow-rate adjusting valve based on a detection value of the position sensor. a position sensor configured to detect a position of the movable portion in the rotor shaft direction; a flow-rate adjusting valve configured to adjust an amount of the liquefied liquid to be supplied; and a controller configured to control an opening degree of the flow-rate adjusting valve based on a detection value of the position sensor.