mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting security threats, the method comprising the following steps, implemented by a cyber defence system: in an enrichment stage, receiving, by a processing component, events pertaining to a monitored private network; enriching, by the processing component, the events by augmenting them with enrichment data; and receiving, by an analysis engine, the enriched events and analysing the enriched events to detect security threat conditions indicated by the enriched events; wherein at least one of the events is enriched based on external reconnaissance by: determining a related public network address on a network interface between the private network and a public network, and augmenting the at least one event with external reconnaissance data, as determined by transmitting at least one reconnaissance message by an external reconnaissance device on the public network to the related public network address on the network interface between the public and the private networks. in an enrichment stage, receiving, by a processing component, events pertaining to a monitored private network; enriching, by the processing component, the events by augmenting them with enrichment data; and receiving, by an analysis engine, the enriched events and analysing the enriched events to detect security threat conditions indicated by the enriched events; wherein at least one of the events is enriched based on external reconnaissance by: determining a related public network address on a network interface between the private network and a public network, and augmenting the at least one event with external reconnaissance data, as determined by transmitting at least one reconnaissance message by an external reconnaissance device on the public network to the related public network address on the network interface between the public and the private networks. determining a related public network address on a network interface between the private network and a public network, and augmenting the at least one event with external reconnaissance data, as determined by transmitting at least one reconnaissance message by an external reconnaissance device on the public network to the related public network address on the network interface between the public and the private networks.
An in vitro method for the analysis of a patient's endometrial receptivity comprising the following steps a. assessing the expression levels of the NALP-3 and Thrombomodulin proteins with the same analytical method, in an endometrial biopsy sample and/or in an endometrial fluid sample and/or in a menstrual blood sample of said patient B. calculating the ratio between the expression level of the NALP-3 and TM proteins [NALP-3 expression/TM expression] wherein, when said value is greater than 1, it is a marker of inflammatory alteration of the endometrium of said patient and of an altered endometrial receptivity with respect to a healthy endometrium. a. assessing the expression levels of the NALP-3 and Thrombomodulin proteins with the same analytical method, in an endometrial biopsy sample and/or in an endometrial fluid sample and/or in a menstrual blood sample of said patient B. calculating the ratio between the expression level of the NALP-3 and TM proteins [NALP-3 expression/TM expression] wherein, when said value is greater than 1, it is a marker of inflammatory alteration of the endometrium of said patient and of an altered endometrial receptivity with respect to a healthy endometrium.
A device for the sealed passage of at least one longitudinal element through a through-hole provided in a partition, comprising: - the longitudinal element, - a frame capable of being fastened in a permanent and sealed manner on the partition in order to delimit said hole, - a removable insert, at least a central portion of which is made by moulding on said longitudinal element in order to produce a sealed connection with the latter, the removable insert being configured to be inserted in a removable and sealed manner into said frame, the removable insert comprising a tubular portion that surrounds the central portion and in which the central portion is moulded, the tubular portion remaining permanently around the central portion after moulding of the central portion and forming a sealed connection with the frame when the removable insert is inserted, - at least a spacer ring (4;5) arranged between the frame and the removable insert, configured to ensure the seal between the frame and the removable insert and including a spacer collar adapted to come into abutment against said frame. - the longitudinal element, - a frame capable of being fastened in a permanent and sealed manner on the partition in order to delimit said hole, - a removable insert, at least a central portion of which is made by moulding on said longitudinal element in order to produce a sealed connection with the latter, the removable insert being configured to be inserted in a removable and sealed manner into said frame, the removable insert comprising a tubular portion that surrounds the central portion and in which the central portion is moulded, the tubular portion remaining permanently around the central portion after moulding of the central portion and forming a sealed connection with the frame when the removable insert is inserted, - at least a spacer ring (4;5) arranged between the frame and the removable insert, configured to ensure the seal between the frame and the removable insert and including a spacer collar adapted to come into abutment against said frame.
A pillar-type load cell having a deformation body with an upper contact surface and a lower contact surface correspondingly designed with a spherical surface for introducing force into the deformation body and each having a support point, wherein the current support points together define a force reference line, with at least one columnar region of the deformation body arranged between the upper contact surface and the lower contact surface having a central longitudinal axis and an outer surface line parallel thereto, with a first determination means, which is mounted on the columnar region of the deformation body and converts the mechanical deformation of the deformation body into a signal, and a second determination means, which is mounted on the columnar region of the deformation body and converts a deviation of the central longitudinal axis from the force reference line into a corresponding signal, wherein the first determination means and the second determination means each have at least one strain gauge sensor, characterized in that the at least one strain gauge sensor of the second determination means is mounted substantially centrally between the upper contact surface and the lower contact surface and is oriented by a predefined acute angle relative to the outer surface line in such a manner that the signal of the second determination means becomes null if the central longitudinal axis does not deviate from the force reference line and that the signal of the second determination means is suitable for determining compensation values with respect to a deviation of the central longitudinal axis from the force reference line.
Submersible pump including a pump main body and a water level switch, wherein the water level switch includes substantially at least two sensor units arranged lined up at the pump main body spaced in perpendicular direction and all sufficiently contacted by the water as well as a control circuit unit, which controls turning on and turning off the pump main body by means of receiving a water signal emitted by any sensor unit; characterized in that the at least two sensor units include N resistors of a series connection structure as well as N+1 conductive electrodes, wherein the N resistors and N+1 conductive electrodes are each distributed at distance and N≥2; the control circuit element is an integrated chip, which controls turning on and turning off the pump main body according to the overall resistance of the series branches of the N resistors; the series branches of the N resistors perform a signal correlation with the integrated chip and constitute an electric circuit, and a multi-stage switch is further electrically connected to the integrated circuit, which is used to adjust the resistance, by which the integrated circuit controls turning on and turning off the pump main body.
A fluoropolyether-containing polymer having the following general formula: wherein Rf is a mono- or divalent fluorooxyalkylene-containing polymer residue, L is independently a divalent heteroatom, L' is independently a single bond or divalent heteroatom, Y is independently a di- to hexavalent hydrocarbon group which may contain at least one selected from an oxygen atom, a silicon atom and a siloxane bond, R is independently C 1 -C 4 alkyl or phenyl, X is independently a hydroxy or hydrolyzable group, or a group having the following general formula: wherein n is independently an integer of 1 to 3 for each silicon atom, m is independently an integer of 1 to 5, X' is a hydroxyl or hydrolyzable group, V is independently a single bond or a di- to hexavalent group selected from a silalkylene group, a silarylene group, di- to hexavalent linear organopolysiloxane residues of 2 to 10 silicon atoms or di- to hexavalent branched or cyclic organopolysiloxane residues of 3 to 10 silicon atoms, E is independently a monovalent polyether group, o is independently an integer of 1 to 5, and α is 1 or 2.
Procedure for the time-controlled performance of a filling process comprising the following steps: A Commencement of a first flow measurement before or during the start of a filling of a first vessel, B Start of the filling of the first vessel at a first time (to), C Completion of the filling of the first vessel at a second time (t E), wherein the second time (t E) is predefined by a first set time interval (toff), wherein the first time interval (toff) of the filling is at maximum 1 s, D Repetition of Steps B and C once or several times to fill a second or several other vessels, E Completion of the first flow measurement with the determination of a total flow (q Meas) of the previous fillings, F Comparison of an actual value determined from the total flow (q Meas) with a predefined target value, and G Adaptation of the first time interval (t Off) on the basis of the comparison according to Step F. A Commencement of a first flow measurement before or during the start of a filling of a first vessel, B Start of the filling of the first vessel at a first time (to), C Completion of the filling of the first vessel at a second time (t E), wherein the second time (t E) is predefined by a first set time interval (toff), wherein the first time interval (toff) of the filling is at maximum 1 s, wherein the second time (t E) is predefined by a first set time interval (toff), wherein the first time interval (toff) of the filling is at maximum 1 s, D Repetition of Steps B and C once or several times to fill a second or several other vessels, E Completion of the first flow measurement with the determination of a total flow (q Meas) of the previous fillings, F Comparison of an actual value determined from the total flow (q Meas) with a predefined target value, and G Adaptation of the first time interval (t Off) on the basis of the comparison according to Step F.
A cartridge for use with an aerosol generating device, the cartridge comprising: a housing defining a closed end, an open end, and a plurality of apertures disposed circumferentially around the housing between the closed end and the open end; a composition disposed in the housing at the closed end, wherein the composition comprises nicotine; a flow control apparatus disposed in the housing, the flow control apparatus comprising a proximal end, a distal end, and an internal airflow passageway between the distal end and the proximal end, wherein the proximal end is closer to the open end of the housing than the distal end; a seal between an exterior of the flow control apparatus and an interior of the housing, wherein the seal is between the open end of the housing and the apertures of the housing; and a channel between a portion of the exterior of the flow control apparatus and the interior of the housing, wherein the channel is in communication with the apertures and wherein when a user draws on the open end of the housing, the channel directs air drawn into the cartridge through the plurality of apertures towards the composition comprising nicotine at the closed end, where the air may entrain aerosol generated by heating of the composition, and the air with entrained aerosol then flows through the internal airflow passageway of the flow control apparatus from the distal end to the proximal end and out of the cartridge at the open end. a housing defining a closed end, an open end, and a plurality of apertures disposed circumferentially around the housing between the closed end and the open end; a composition disposed in the housing at the closed end, wherein the composition comprises nicotine; a flow control apparatus disposed in the housing, the flow control apparatus comprising a proximal end, a distal end, and an internal airflow passageway between the distal end and the proximal end, wherein the proximal end is closer to the open end of the housing than the distal end; a proximal end, a distal end, and an internal airflow passageway between the distal end and the proximal end, wherein the proximal end is closer to the open end of the housing than the distal end; a seal between an exterior of the flow control apparatus and an interior of the housing, wherein the seal is between the open end of the housing and the apertures of the housing; and a channel between a portion of the exterior of the flow control apparatus and the interior of the housing, wherein the channel is in communication with the apertures and wherein when a user draws on the open end of the housing, the channel directs air drawn into the cartridge through the plurality of apertures towards the composition comprising nicotine at the closed end, where the air may entrain aerosol generated by heating of the composition, and the air with entrained aerosol then flows through the internal airflow passageway of the flow control apparatus from the distal end to the proximal end and out of the cartridge at the open end.
A method for determining a measure of engagement by an individual with respect to a stimulus, the method not being a method for medical diagnosis stricto sensu, comprising the steps of: receiving blink data indicative of the individual's blink responses to the stimulus; synchronizing, via software executing on a processor, the received blink data with the stimulus; identifying, via software executing on the processor, a pattern of blink inhibition in the synchronized blink data; wherein identifying the pattern of blink inhibition comprises determining a measure of an instantaneous blink rate for the individual at a certain time point as compared to a mean blink rate for the individual, or wherein identifying the pattern of blink inhibition comprises determining a measure of an instantaneous blink rate for the individual as compared to measure of variance in a mean blink rate for the individual; comparing, via software executing on the processor, the pattern of blink inhibition in the synchronized blink data with the stimulus to identify a portion of the stimulus contemporaneous with the pattern of blink inhibition, whereby the pattern of blink inhibition indicates a marker of engagement by the individual with the contemporaneous portion of the stimulus; and categorising the individual into one or more predefined categories based on the marker of engagement. receiving blink data indicative of the individual's blink responses to the stimulus; synchronizing, via software executing on a processor, the received blink data with the stimulus; identifying, via software executing on the processor, a pattern of blink inhibition in the synchronized blink data; wherein identifying the pattern of blink inhibition comprises determining a measure of an instantaneous blink rate for the individual at a certain time point as compared to a mean blink rate for the individual, or wherein identifying the pattern of blink inhibition comprises determining a measure of an instantaneous blink rate for the individual as compared to measure of variance in a mean blink rate for the individual; comparing, via software executing on the processor, the pattern of blink inhibition in the synchronized blink data with the stimulus to identify a portion of the stimulus contemporaneous with the pattern of blink inhibition, whereby the pattern of blink inhibition indicates a marker of engagement by the individual with the contemporaneous portion of the stimulus; and categorising the individual into one or more predefined categories based on the marker of engagement.
A lighting system, comprising: a first light source (110, 510) configured to emit visible light; a second light source (115, 515) configured to emit UV light; one or more first sensors configured to detect occupancy within an area; one or more second sensors configured to detect microbe presence within the area; and a control circuit configured to control the first light source (110, 510) and the second light source (115, 515) based at least in part on a first signal received from the one or more first sensors and a second signal received from the one or more second sensors. a first light source (110, 510) configured to emit visible light; a second light source (115, 515) configured to emit UV light; one or more first sensors configured to detect occupancy within an area; one or more second sensors configured to detect microbe presence within the area; and a control circuit configured to control the first light source (110, 510) and the second light source (115, 515) based at least in part on a first signal received from the one or more first sensors and a second signal received from the one or more second sensors.
A liftoff carbon seal assembly (104; 304) for a gas turbine engine comprising: a static seal support structure (150; 350); a magnetic carrier spring assembly (161; 361) coupled to said static seal support structure (150; 350); a magnet (130; 330) located in the magnetic carrier spring assembly (161; 361); and a nonferrous metal slab (124; 324) magnetically associated with said magnetic carrier spring assembly (161; 361) and coupled to said static seal support structure (150; 350), wherein said nonferrous metal slab (124; 324) abuts the static seal support structure (150; 350), and a combination of said magnetic carrier spring assembly (161; 361) and said nonferrous metal slab (124; 324) create a counter-force using an eddy current to oppose a motion of said magnetic carrier spring assembly (161; 361); wherein said magnetic carrier spring assembly (161; 361) includes a spring (246; 349), a carrier (110; 310), and a non-rotating carbon seal (120; 320), wherein said spring (246; 349) is coupled to said carrier (110; 310) and said carrier (110; 310) is coupled to said magnet (130; 330) and said non-rotating carbon seal (120; 320). a static seal support structure (150; 350); a magnetic carrier spring assembly (161; 361) coupled to said static seal support structure (150; 350); a magnet (130; 330) located in the magnetic carrier spring assembly (161; 361); and a nonferrous metal slab (124; 324) magnetically associated with said magnetic carrier spring assembly (161; 361) and coupled to said static seal support structure (150; 350), wherein said nonferrous metal slab (124; 324) abuts the static seal support structure (150; 350), and a combination of said magnetic carrier spring assembly (161; 361) and said nonferrous metal slab (124; 324) create a counter-force using an eddy current to oppose a motion of said magnetic carrier spring assembly (161; 361); wherein said magnetic carrier spring assembly (161; 361) includes a spring (246; 349), a carrier (110; 310), and a non-rotating carbon seal (120; 320), wherein said spring (246; 349) is coupled to said carrier (110; 310) and said carrier (110; 310) is coupled to said magnet (130; 330) and said non-rotating carbon seal (120; 320).
A nozzle for a gas turbine engine comprising: • an array of convergent petals hingedly coupled to a nozzle exit of fixed diameter; • an array of divergent petals, each divergent petal hingedly coupled to one of the array of convergent petals; • a cam surface associated with the array of convergent petals; • a pivot point coupled to the array of divergent petals by a first linkage and to a fixed point by a second linkage; • a cam follower pivotably coupled to the second linkage by a third linkage, the cam follower arranged to abut and travel in contact with the cam surface; and • an actuator coupled to the cam follower through a unison ring and arranged to translate the cam follower along the cam surface to move the convergent and divergent petals (34, 40). • an array of convergent petals hingedly coupled to a nozzle exit of fixed diameter; • an array of divergent petals, each divergent petal hingedly coupled to one of the array of convergent petals; • a cam surface associated with the array of convergent petals; • a pivot point coupled to the array of divergent petals by a first linkage and to a fixed point by a second linkage; • a cam follower pivotably coupled to the second linkage by a third linkage, the cam follower arranged to abut and travel in contact with the cam surface; and • an actuator coupled to the cam follower through a unison ring and arranged to translate the cam follower along the cam surface to move the convergent and divergent petals (34, 40).
A topical composition comprising a physiologically active amount of a carnosine-magnesium complex, wherein the physiologically active amount of the carnosine-magnesium complex represents a quantity of the carnosine-magnesium complex of from 0.5 to 5 wt% of the topical composition.