mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus located on-board a mobile asset having a plurality of event/data recorders, EDRs,, each of the plurality of event/data recorders operating according to a predetermined communication protocol, certain of said communication protocols differing from other said communication protocols, the apparatus comprising: a memory adapted to store said predetermined communication protocols of each of the plurality of event/data recorders; a processor adapted to dynamically determine the configuration of an event/data recorder of the plurality of event/data recorders, to select the communication protocol based on the configuration of the event/data recorder, and to configure an EDR interface to communicate with the event/data recorder using the selected communication protocol; and the EDR interface adapted to communicate with the event/data recorder using the selected communication protocol. a memory adapted to store said predetermined communication protocols of each of the plurality of event/data recorders; a processor adapted to dynamically determine the configuration of an event/data recorder of the plurality of event/data recorders, to select the communication protocol based on the configuration of the event/data recorder, and to configure an EDR interface to communicate with the event/data recorder using the selected communication protocol; and the EDR interface adapted to communicate with the event/data recorder using the selected communication protocol.
Low alloy steel for oil country tubular goods having high sulfide stress cracking resistance, consisting of in percentage by mass, 0.20% to 0.35% C, 0.05% to 0.5% Si, 0.3% to 0.6% Mn, at most 0.025% P, at most 0.01% S, 0.005% to 0.100% Al, 0.8% to 3.0% Mo, 0.05% to 0.20% V, 0.0005% to 0.005% B, at most 0.01% N, and at most 0.01% O, and optionally (i) further comprising at most 0.6% Cr and satisfying Expression: Mo − Cr + Mn ≥ 0 and/or (ii) further comprising at least one of at most 0.1% Nb, at most 0.1% Ti and at most 0.1% Zr; and/or (iii) further comprising at most 0.01% Ca, the balance being Fe and impurities, said low alloy steel satisfying Expression: 12 V + 1 − Mo ≥ 0 where the symbols of elements represent the contents of the elements in percentage by mass. (i) further comprising at most 0.6% Cr and satisfying Expression: Mo − Cr + Mn ≥ 0 and/or (ii) further comprising at least one of at most 0.1% Nb, at most 0.1% Ti and at most 0.1% Zr; and/or (iii) further comprising at most 0.01% Ca,
Apparatus for producing plastic containers, comprising a transport device, on which there is arranged a plurality of blowing stations for expanding preforms to form plastic containers, wherein each of these blowing stations has a receiving space for a preform to be expanded, at least one supply line for supplying a gaseous medium to the preform, at least one valve which controls the supply of the gaseous medium to the preform, a mechanically operated stretching element for stretching the preforms, and each blowing station has an independent control device, characterised in that each station has an own electrical drive device for moving the stretching element, and wherein each control device controls both the valve and the drive device for moving the stretching element for producing the plastic container time based depending on a starting signal, wherein each blowing station has a timer which can be activated depending on the starting signal and controls a time frame for a blowing process and processes which take place during the blowing process, wherein the timer is designed in such a way that an angle information is read in by the timer, to preset processes that take place accurately timed by means of these angle information specifically for each blowing station, wherein the timer is started at a specific angle and after that an angle independent process control takes place.
A device for determining pulse pressure variation of a subject, said device comprising: a signal input configured to obtain an input signal representing a hemodynamic signal of the subject; a processor configured to process the input signal and compute a pulse pressure variation by - deriving a pulse height signal from the input signal, - deriving a pulse height baseline from the pulse height signal, - deriving a de-trended pulse height signal by subtracting the pulse height baseline from the pulse height signal; - computing the pulse pressure variation from the de-trended pulse height signal and the pulse height baseline as the ratio between the difference between extrema of the de-trended pulse height signal and the respective value of the pulse height baseline signal; and - a signal output configured to output the computed pulse pressure variation. a signal input configured to obtain an input signal representing a hemodynamic signal of the subject; a processor configured to process the input signal and compute a pulse pressure variation by - deriving a pulse height signal from the input signal, - deriving a pulse height baseline from the pulse height signal, - deriving a de-trended pulse height signal by subtracting the pulse height baseline from the pulse height signal; - computing the pulse pressure variation from the de-trended pulse height signal and the pulse height baseline as the ratio between the difference between extrema of the de-trended pulse height signal and the respective value of the pulse height baseline signal; and - a signal output configured to output the computed pulse pressure variation. - deriving a pulse height signal from the input signal, - deriving a pulse height baseline from the pulse height signal, - deriving a de-trended pulse height signal by subtracting the pulse height baseline from the pulse height signal; - computing the pulse pressure variation from the de-trended pulse height signal and the pulse height baseline as the ratio between the difference between extrema of the de-trended pulse height signal and the respective value of the pulse height baseline signal; and - a signal output configured to output the computed pulse pressure variation.
Cosmetic suspension comprising, based on the total weight of the suspension, a) 20% by weight to 40% by weight of one or more fatty acids selected from saturated and unsaturated aliphatic monocarboxylic acids comprising 8 to 22 carbon atoms and/or alkali metal salts thereof; and b) 1% by weight to 25% by weight talc, characterized in that the suspension is obtainable by melting the fatty acids and/or salts thereof and mixing with further constituents, wherein the mixing is carried out at a temperature of at least 45°C, and subsequently filling the resulting suspension into packaging at a suspension temperature of at least 45°C. a) 20% by weight to 40% by weight of one or more fatty acids selected from saturated and unsaturated aliphatic monocarboxylic acids comprising 8 to 22 carbon atoms and/or alkali metal salts thereof; and b) 1% by weight to 25% by weight talc,
A method of monitoring a patient, comprising: obtaining an input image having a plurality of regions of interest by a processing unit; and determining a plurality of positions for the respective plurality of regions of interest by the processing unit; wherein the act of determining the plurality of positions comprises: accessing a plurality of templates; comparing the plurality of templates with respective areas in the input image using a comparator in the processing unit; and determining the plurality of positions based at least in part on a result of the act of comparing; wherein the method of monitoring the patient is performed during a treatment and/or imaging procedure; characterized in that: the positions are determined and tracked in substantially real-time to allow real-time monitoring of the patient. obtaining an input image having a plurality of regions of interest by a processing unit; and determining a plurality of positions for the respective plurality of regions of interest by the processing unit; wherein the act of determining the plurality of positions comprises: accessing a plurality of templates; comparing the plurality of templates with respective areas in the input image using a comparator in the processing unit; and determining the plurality of positions based at least in part on a result of the act of comparing; accessing a plurality of templates; comparing the plurality of templates with respective areas in the input image using a comparator in the processing unit; and determining the plurality of positions based at least in part on a result of the act of comparing; wherein the method of monitoring the patient is performed during a treatment and/or imaging procedure; characterized in that: the positions are determined and tracked in substantially real-time to allow real-time monitoring of the patient.
An absence of voltage detector comprising: an isolation circuit arranged to be connected to a powerline; an FM modulator connected to the isolation circuit, the FM modulator being arranged to output a variable frequency that varies relative to a voltage of the powerline; a reference oscillator arranged to output a reference frequency; a mixer connected to the FM modulator and the reference oscillator, wherein the mixer is configured to output the difference between the variable frequency and the reference frequency; a frequency to voltage converter connected to an output of the mixer; and a threshold windows detector connected to an output of the frequency to voltage converter, wherein the threshold windows detector is configured to compare the output of the frequency to voltage converter with a preset threshold to indicate a presence or absence of voltage in the powerline. an isolation circuit arranged to be connected to a powerline; an FM modulator connected to the isolation circuit, the FM modulator being arranged to output a variable frequency that varies relative to a voltage of the powerline; a reference oscillator arranged to output a reference frequency; a mixer connected to the FM modulator and the reference oscillator, wherein the mixer is configured to output the difference between the variable frequency and the reference frequency; a frequency to voltage converter connected to an output of the mixer; and a threshold windows detector connected to an output of the frequency to voltage converter, wherein the threshold windows detector is configured to compare the output of the frequency to voltage converter with a preset threshold to indicate a presence or absence of voltage in the powerline.
A recombinant Gallid herpesvirus 3 (GaHV3; MDV-2) vector comprising one or more heterologous polynucleotide(s) coding for and expressing at least one antigen of an avian pathogen, inserted into the intergenic loci UL3/UL4 or UL3/UL4 and UL21/UL22 of the Gallid herpesvirus 3 vector.
A method for stem cell production, characterized in that the method comprises: - removing a polar body from a first egg cell, - injecting the polar body into a second egg cell, which is in a fertile state and which is not the first egg cell, and - cultivating the second egg cell up to the formation of a blastocyst. - removing a polar body from a first egg cell, - injecting the polar body into a second egg cell, which is in a fertile state and which is not the first egg cell, and - cultivating the second egg cell up to the formation of a blastocyst.
A method of generating a plurality of diaphragm assemblies, the method comprising: providing a first substrate (210, 210b) including a first side with a first protrusion (220, 220b) and a second side with a first depression, the first protrusion providing a platform for a first diaphragm (110, 110b); positioning the first substrate to accept the first diaphragm; positioning the first diaphragm on the first protrusion on the first side of the first substrate to form a first assembly; providing a second substrate (210, 210b) including a first side with a second protrusion (220, 220a) and a second side with a second depression, the second protrusion providing a platform for a second diaphragm (110, 110a); positioning the second substrate on the first assembly such that at least a portion of the first diaphragm and at least a portion of the first protrusion fit within the second depression; positioning the second diaphragm on the first side of the second substrate to form a second assembly, the second assembly being stacked on top of the first assembly; and applying a force to the stacked first and second assemblies to assist in bonding the first and second diaphragms to the first and second substrates, respectively, wherein the first and second diaphragms are movable in response to applied pressure. providing a first substrate (210, 210b) including a first side with a first protrusion (220, 220b) and a second side with a first depression, the first protrusion providing a platform for a first diaphragm (110, 110b); positioning the first substrate to accept the first diaphragm; positioning the first diaphragm on the first protrusion on the first side of the first substrate to form a first assembly; providing a second substrate (210, 210b) including a first side with a second protrusion (220, 220a) and a second side with a second depression, the second protrusion providing a platform for a second diaphragm (110, 110a); positioning the second substrate on the first assembly such that at least a portion of the first diaphragm and at least a portion of the first protrusion fit within the second depression; positioning the second diaphragm on the first side of the second substrate to form a second assembly, the second assembly being stacked on top of the first assembly; and applying a force to the stacked first and second assemblies to assist in bonding the first and second diaphragms to the first and second substrates, respectively, wherein the first and second diaphragms are movable in response to applied pressure.
A system comprising a pressure bottle and a pressure sensor to sense pressure in the pressure bottle, the sensor comprising: two or more fiber Bragg gratings (FBGs) (220a, 220b), each affixed to a different radial location of a diaphragm seal of the pressure bottle; a light source configured to provide incident light to the two or more FBGs; a photodetector configured to detect reflected light (245, 245a, 245b) resulting from the two or more FBGs; and processing circuitry configured to determine a pressure change in the pressure bottle based on the reflected light resulting from each of the two or more FBGs; and the system characterised in that the two or more FBGs are affixed such that a wavelength of the reflected light resulting from the two or more FBGs is shifted in a same direction relative to a baseline wavelength in response to the pressure change. two or more fiber Bragg gratings (FBGs) (220a, 220b), each affixed to a different radial location of a diaphragm seal of the pressure bottle; a light source configured to provide incident light to the two or more FBGs; a photodetector configured to detect reflected light (245, 245a, 245b) resulting from the two or more FBGs; and processing circuitry configured to determine a pressure change in the pressure bottle based on the reflected light resulting from each of the two or more FBGs; and the system characterised in that the two or more FBGs are affixed such that a wavelength of the reflected light resulting from the two or more FBGs is shifted in a same direction relative to a baseline wavelength in response to the pressure change.
A helmet mountable safety device (10, 110) for ensuring an open airway, comprising right and left mandible engaging sections, characterized in that each of said mandible engaging sections comprises an adjustable airway opening member for assuring opening of the airway, wherein each of said mandible engaging sections is connectable to a side portion within an interior of a helmet in order to facilitate engagement with the mandible of a wearer of said helmet upon demand.
A crib comprising: - an upper frame, - an enclosure made of a flexible material, which is connected to the upper frame and is adapted to accommodate a baby, the enclosure having an openable side which is configured to be placed adjacent to a bed, - a lower frame connected to the upper frame and configured to support a mattress, wherein: - the upper frame comprises a first portion connected to the lower frame and having two ends and a second portion, movable relative to the first portion and having two ends, - the upper frame is adapted to be switched between a closed configuration, in which the ends of the second portion are locked with respect to the ends of the first portion to close the openable side, and an open configuration, in which the second portion is spaced from the ends of the first portion to open the openable side, the crib further comprising: two guides which extend from the first portion of the upper frame toward the lower frame, the ends of the second portion being adapted to slide along the guides to move from the closed configuration to the open configuration; characterized in that it comprises: - a support structure connected to the upper frame for holding the upper frame and the lower frame lifted up relative to a support surface, the upper frame being free to rock by pivoting relative to the support structure, and - second lock means operable to prevent the pivoting motion of the upper frame relative to the support structure and to stabilize the upper frame in the open configuration. - an upper frame, - an enclosure made of a flexible material, which is connected to the upper frame and is adapted to accommodate a baby, the enclosure having an openable side which is configured to be placed adjacent to a bed, - a lower frame connected to the upper frame and configured to support a mattress, wherein: - the upper frame comprises a first portion connected to the lower frame and having two ends and a second portion, movable relative to the first portion and having two ends, - the upper frame is adapted to be switched between a closed configuration, in which the ends of the second portion are locked with respect to the ends of the first portion to close the openable side, and an open configuration, in which the second portion is spaced from the ends of the first portion to open the openable side, the crib further comprising: two guides which extend from the first portion of the upper frame toward the lower frame, the ends of the second portion being adapted to slide along the guides to move from the closed configuration to the open configuration; - a support structure connected to the upper frame for holding the upper frame and the lower frame lifted up relative to a support surface, the upper frame being free to rock by pivoting relative to the support structure, and - second lock means operable to prevent the pivoting motion of the upper frame relative to the support structure and to stabilize the upper frame in the open configuration.
A hot melt adhesive composition, comprising a blend of the following components: 1% to 30% of a polypropylene copolymer or a polypropylene impact copolymer or mixtures thereof comprising a mixture of polypropylene copolymers, a mixture of polypropylene impact copolymers, or a mixture of one or more of said polypropylene copolymers with one or more of said polypropylene impact copolymers; 1 % to 30% by weight of an olefin based elastomer or a mixture of said olefin based elastomers; 1 to 30%, preferably 2% to 20%, and most preferably 2.5% to 20% by weight, of a low density polyethylene or mixture of low density polyethylenes; 0.05 to 5.0% by weight of a polyolefin nucleating agent; 5% to 70% by weight of tackifying resin having a Ring and Ball softening point as measured by ASTM E28 of at least 80°C and up to 140°C; 1% to 60% by weight of a plasticizer; 0.1% to 5% of a stabilizer or antioxidant; and wherein the components total 100% by weight of the composition, and the Brookfield viscosity of the composition as measured by ASTM D3236-88 is equal to or less than about 80,000 cP at 163°C. 1% to 30% of a polypropylene copolymer or a polypropylene impact copolymer or mixtures thereof comprising a mixture of polypropylene copolymers, a mixture of polypropylene impact copolymers, or a mixture of one or more of said polypropylene copolymers with one or more of said polypropylene impact copolymers; 1 % to 30% by weight of an olefin based elastomer or a mixture of said olefin based elastomers; 1 to 30%, preferably 2% to 20%, and most preferably 2.5% to 20% by weight, of a low density polyethylene or mixture of low density polyethylenes; 0.05 to 5.0% by weight of a polyolefin nucleating agent; 5% to 70% by weight of tackifying resin having a Ring and Ball softening point as measured by ASTM E28 of at least 80°C and up to 140°C; 1% to 60% by weight of a plasticizer; 0.1% to 5% of a stabilizer or antioxidant; and wherein the components total 100% by weight of the composition, and the Brookfield viscosity of the composition as measured by ASTM D3236-88 is equal to or less than about 80,000 cP at 163°C.
An apparatus comprising: an evaporative crystallizer, wherein the evaporative crystallizer includes a deposit accumulation volume located at the bottom of the evaporative crystallizer; a recirculation system including a first inlet (102, 203) for supplying a first flow to the evaporative crystallizer; an outlet (103, 204) for supplying slurry from the evaporative crystallizer to the recirculation system; a heat exchanger; and a recirculation pump; a second inlet (104, 212) for supplying a second flow to the evaporative crystallizer; and means for extracting a portion of the slurry from the recirculation system and introducing it into the evaporative crystallizer through the second inlet, wherein, the evaporative crystallizer has a substantially vertical sidewall; the outlet is located above the deposit accumulation volume; the first inlet comprises a particle exit positioned above the outlet; and the second inlet is located above the deposit accumulation volume and oriented at an angle of less than 85 degrees from the substantially vertical sidewall. an evaporative crystallizer, wherein the evaporative crystallizer includes a deposit accumulation volume located at the bottom of the evaporative crystallizer; a recirculation system including a first inlet (102, 203) for supplying a first flow to the evaporative crystallizer; an outlet (103, 204) for supplying slurry from the evaporative crystallizer to the recirculation system; a heat exchanger; and a recirculation pump; a first inlet (102, 203) for supplying a first flow to the evaporative crystallizer; an outlet (103, 204) for supplying slurry from the evaporative crystallizer to the recirculation system; a heat exchanger; and a recirculation pump; a second inlet (104, 212) for supplying a second flow to the evaporative crystallizer; and means for extracting a portion of the slurry from the recirculation system and introducing it into the evaporative crystallizer through the second inlet, wherein, the evaporative crystallizer has a substantially vertical sidewall; the outlet is located above the deposit accumulation volume; the first inlet comprises a particle exit positioned above the outlet; and the second inlet is located above the deposit accumulation volume and oriented at an angle of less than 85 degrees from the substantially vertical sidewall.