mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the total histamine degradation capacity in a liquid biological sample, the method comprising the steps of: - equally dividing a provided amount of liquid biological sample into a first partial sample and a second partial sample; - adding and mixing the first partial sample with a specific amount of histamine provocation solution containing histamine; - incubating the first partial sample dosed with histamine provocation solution for a specific time period and in specific first incubation conditions, while at the same time incubating the second partial sample for the same specific time period as the first partial sample and in specific second incubation conditions; - adding and mixing the second partial sample after its incubation with the same specific amount of histamine provocation solution containing histamine as previously employed for the first partial sample; - extracting quantitatively equal fractions from the charges of the first and second partial samples containing provocation solution, and modifying the histamine still present in the charges; - determining the absolute concentrations of modified histamine (histamine value) in the two partial samples; - calculating the total histamine degradation capacity. - equally dividing a provided amount of liquid biological sample into a first partial sample and a second partial sample; - adding and mixing the first partial sample with a specific amount of histamine provocation solution containing histamine; - incubating the first partial sample dosed with histamine provocation solution for a specific time period and in specific first incubation conditions, while at the same time incubating the second partial sample for the same specific time period as the first partial sample and in specific second incubation conditions; - adding and mixing the second partial sample after its incubation with the same specific amount of histamine provocation solution containing histamine as previously employed for the first partial sample; - extracting quantitatively equal fractions from the charges of the first and second partial samples containing provocation solution, and modifying the histamine still present in the charges; - determining the absolute concentrations of modified histamine (histamine value) in the two partial samples; - calculating the total histamine degradation capacity.
An exhaust purification system of an internal combustion engine, comprising: an exhaust purification catalyst arranged in an exhaust passage of the internal combustion engine and able to store oxygen; and a control device for calculating an EGR rate of intake gas supplied to a combustion chamber of the internal combustion engine and for controlling an air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst, wherein the control device is configured to: alternately switch the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst between a rich air-fuel ratio richer than the stoichiometric air-fuel ratio and a lean air-fuel ratio leaner than the stoichiometric air-fuel ratio; and control the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst so that, in a predetermined EGR rate region where the concentration of HC discharged from the engine body becomes higher along with an increase of the EGR rate, the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is switched from the lean air-fuel ratio to the rich air-fuel ratio when the oxygen storage amount of the exhaust purification catalyst is greater, when the calculated EGR rate is relatively high, compared to when it is relatively low. alternately switch the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst between a rich air-fuel ratio richer than the stoichiometric air-fuel ratio and a lean air-fuel ratio leaner than the stoichiometric air-fuel ratio; and control the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst so that, in a predetermined EGR rate region where the concentration of HC discharged from the engine body becomes higher along with an increase of the EGR rate, the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is switched from the lean air-fuel ratio to the rich air-fuel ratio when the oxygen storage amount of the exhaust purification catalyst is greater, when the calculated EGR rate is relatively high, compared to when it is relatively low.
A discharge device for discharging liquid media from a tank, comprising a housing, a pump chamber housing, a pump chamber having an inlet opening and at least one outlet opening, and a piston that is displaceable in the pump chamber and has a projection which enters the inlet opening after a predetermined stroke of the piston, wherein the at least one outlet opening is connected to a pressure-controlled outlet valve, characterized in that at the end of a discharge stroke, the piston connects the outlet opening to a low-pressure region which, in the pump chamber housing, has at least one air supply opening which is connected to an air supply channel in the housing, and in which a pressure prevails which corresponds to the pressure inside the tank, wherein the piston is guided in a housing section, wherein an air supply path is formed between the piston and the housing section, and at an inner end of the air supply path, the housing section forms a valve seat against which, in a non-activated state of the piston, a valve element rests which is formed on the piston or is connected to the piston.
A dry wipe comprising a wipe substrate impregnated with at least one additive to be activated by addition of water, wherein the at least one additive is selected from the group consisting of a biocide, a surfactant and a care product, wherein the wipe substrate is configured for allowing a distribution of liquid, even when the dry wipe is stacked in a dispenser container, wherein the wipe substrate is a biodegradable non-woven fabric comprising biodegradable fibers and pulp fibers, wherein at least a part of the biodegradable fibers is entangled with each other, wherein at least a part of the pulp fibers is covalently bonded to each other by at least one of the group consisting of a biodegradable binder, a biodegradable wet-strength agent and a biodegradable binder fiber.
A method comprising: displaying, by an electronic device, a user interface of an application; receiving, by the electronic device, touch input in a region of the displayed user interface; determining, by the electronic device, a context, wherein the context relates to whether the electronic device is currently in motion or stationary; if the determined context is a context in which the electronic device is currently stationary, performing, by the electronic device, an action if the touch input is a first touch input comprising a first sequence of gestures; and if the determined context is a context in which the electronic device is currently in motion, performing, by the electronic device, the action if the touch input is a second touch input, different from the first touch input, the second touch input comprising a second sequence of gestures, wherein the second sequence of gestures includes a subset of the first sequence of gestures. displaying, by an electronic device, a user interface of an application; receiving, by the electronic device, touch input in a region of the displayed user interface; determining, by the electronic device, a context, wherein the context relates to whether the electronic device is currently in motion or stationary; if the determined context is a context in which the electronic device is currently stationary, performing, by the electronic device, an action if the touch input is a first touch input comprising a first sequence of gestures; and if the determined context is a context in which the electronic device is currently in motion, performing, by the electronic device, the action if the touch input is a second touch input, different from the first touch input, the second touch input comprising a second sequence of gestures, wherein the second sequence of gestures includes a subset of the first sequence of gestures.
An electrical connector assembly for mating with and in combination with a mating connector assembly, each connector assembly (10, 110) comprising: a housing (11, 111) having a first surface (12, 112) and a second surface (14, 114); at least one magnet (56, 156) provided in the housing (11, 111); a mating area extending from the first surface (12, 112), the mating area having a sloped surface (26, 126), which is sloped relative to a plane of the first surface (12, 112) of the housing (11, 111), wherein the mating area of the mating connector assembly is a mating recess which extends from the first surface of the housing in a direction toward the second surface, wherein the mating recess has a sidewall with a receiving portion which extends in a direction which is essentially perpendicular to the plane of the first surface, characterized in that a U-shaped resilient securing member with legs is provided in the mating recess, the resilient member configured to be resiliently deformable away from a longitudinal axis of the mating recess. a housing (11, 111) having a first surface (12, 112) and a second surface (14, 114); at least one magnet (56, 156) provided in the housing (11, 111); a mating area extending from the first surface (12, 112), the mating area having a sloped surface (26, 126), which is sloped relative to a plane of the first surface (12, 112) of the housing (11, 111), wherein the mating area of the mating connector assembly is a mating recess which extends from the first surface of the housing in a direction toward the second surface, wherein the mating recess has a sidewall with a receiving portion which extends in a direction which is essentially perpendicular to the plane of the first surface, characterized in that a U-shaped resilient securing member with legs is provided in the mating recess, the resilient member configured to be resiliently deformable away from a longitudinal axis of the mating recess.
A method of isolating and concentrating a pathogen from a biological sample comprising: a. exposing said biological sample to an electric field of a magnitude whereupon selectively non-pathogenic cells in said sample are lysed; wherein said electric field is generated by passivated electrodes, wherein the passivation layer is selected from the group of electrical insulating or semiconducting materials and metal oxides, and b. collecting the intact pathogenic cells. a. exposing said biological sample to an electric field of a magnitude whereupon selectively non-pathogenic cells in said sample are lysed; wherein said electric field is generated by passivated electrodes, wherein the passivation layer is selected from the group of electrical insulating or semiconducting materials and metal oxides, and b. collecting the intact pathogenic cells.
A composition comprising as active ingredients, synergistic amounts of the fungicides (a) azoxystrobin and (b) thiabendazole with the proviso that the composition does not consist of thiabendazole, mefenoxam, fludioxonil and azoxystrobin.
A tracked chassis comprising a continuous track that comprises ground plates coupled so as to be rotatable to each other and which is guided by means of a driven sprocket having at least one toothed ring in order to drive the continuous track, wherein each individual ground plate has at least one hump link with hump link flanks oriented in the running direction of the continuous track, and wherein the hump links are designed to engage in recesses formed between radially protruding teeth arranged on the circumference of the sprocket while the continuous track circulates over the sprocket, characterized in that the ground plates are coupled to each other by means of at least one connecting sideplate which is arranged between the ground plates and which allows the ground plates to shift in parallel relative to each other and the teeth and the hump links respectively have an angular shape with linearly extending teeth flanks and hump link flanks such that the leading teeth flanks of all teeth engaged with the hump links flatly contact the hump link flanks in all states of wear while the continuous track circulates over the sprocket, namely in such a way that a running surface-like support of the continuous track on the sprocket only occurs on the teeth flanks and the hump link flanks of the respectively engaged teeth and hump links during the circulating of the continuous track, and in that, in case of a wear-related elongation of the connecting sideplates and a corresponding increase in the pitch of the continuous track as a result of the at least one elongated connecting sideplate allowing a parallel displacement of two adjacent ground plates, the hump link flanks of the hump links engaged with the sprocket slide oufinrard on the teeth flanks of the individual successive teeth while maintaining the surface contact, namely from the last engaged hump link to the first hump link being engaged, such that the centers of the respectively effective contact surfaces between the hump links and the teeth lie on a spiral-shaped path around the center of the sprocket.
A computer-implemented method for malware detection, the method comprising: analyzing, by an antivirus application, a software object for presence of malware; retrieving, from an antivirus database of the antivirus application, an antivirus record associated with the analyzed object, wherein the antivirus record identifies the object as malicious and wherein the antivirus record is adapted to include a working status and a test status, checking for a correction for the retrieved antivirus record, wherein said correction includes a change in the status of the antivirus record; when a correction for the antivirus record is found, using said correction for the retrieved antivirus record for further operation of the antivirus application with the object; when the processing of the software object activates a corrected record with working status indicating that the software object is malicious and no test status indicating that the software object is malicious, at least, notifying the user about detected malware; when the processing of the software object activates a corrected record with test status indicating that the software object is malicious and no working status indicating that the software object is malicious, at least, not notifying the user about detected malware; and when the processing of the software object activates a corrected record with working status indicating that the software object is malicious and test status indicating that the software object is malicious, sending information to an analysis and correction server on the record activated. analyzing, by an antivirus application, a software object for presence of malware; retrieving, from an antivirus database of the antivirus application, an antivirus record associated with the analyzed object, wherein the antivirus record identifies the object as malicious and wherein the antivirus record is adapted to include a working status and a test status, checking for a correction for the retrieved antivirus record, wherein said correction includes a change in the status of the antivirus record; when a correction for the antivirus record is found, using said correction for the retrieved antivirus record for further operation of the antivirus application with the object; when the processing of the software object activates a corrected record with working status indicating that the software object is malicious and no test status indicating that the software object is malicious, at least, notifying the user about detected malware; when the processing of the software object activates a corrected record with test status indicating that the software object is malicious and no working status indicating that the software object is malicious, at least, not notifying the user about detected malware; and when the processing of the software object activates a corrected record with working status indicating that the software object is malicious and test status indicating that the software object is malicious, sending information to an analysis and correction server on the record activated.
Light module of a vehicle headlight, comprising a first sub-module for creating screened light distribution with a horizontal light-dark boundary, and a second sub-module for illuminating a distant area above the light-dark boundary and for achieving full beam distribution, both sub-modules (36, 38) each comprising at least one LED (29a; 29b) as a light source for emitting light and one primary optics (46, 58) for consolidating the light emitted by the LEDs (29a; 29b); the light module comprises one separate cooling element (26a; 26b) for each sub-module (36, 38), separated from one another along a horizontal partition level, whereby at least the one LED of the first sub-module is fastened onto a circuit board and electrically contacted; the cooling elements (26a; 26b) are in thermal contact with the LEDs (29a; 29b) for diverting the heat generated during operation of the LEDs (29a; 29b), characterised in that the primary optics (46, 58) redirect light emitted by the LEDs (29a; 29b) toward a projection lens, shape the light emitted by the two sub-modules (36, 38) as a resulting light distribution of the light module on the lane in front of the vehicle, and that the light module comprises an aperture element in the beam path of the light consolidated and redirected by the primary optics of the first sub-module that shadows a portion of the light consolidated and redirected by the primary optics of the first sub-module, and comprising an edge in the form of a light-dark boundary cast by the projection lens on a lane in front of the vehicle, and that at least the circuit board for the at least one LED of the first sub-module is clamped between the two cooling elements (26a; 26b) along the horizontal partition level when the light module is installed.
A method performed by a master base station for a terminal configured with an inter radio access technology, inter-RAT, dual connectivity with the master base station of a first RAT type and a secondary base station of a second RAT type in a wireless communication system, the method comprising: transmitting, to the terminal, a first message requesting capability information for a combination of the first RAT type and the second RAT type of the inter-RAT dual connectivity; receiving, from the terminal, a second message including the capability information of the terminal for the combination of the first RAT type and the second RAT type, the capability information comprising information on at least one band combination supported by the terminal for the first RAT type and the second RAT type of the inter-RAT dual connectivity; and transmitting, to the secondary base station, a third message requesting to configure a secondary cell group, SCG, for the terminal, the third message including the capability information and information on a restriction to be configured for the terminal, wherein the information on the restriction includes an index indicating a band combination which can be configured by the secondary base station among the at least one band combination. transmitting, to the terminal, a first message requesting capability information for a combination of the first RAT type and the second RAT type of the inter-RAT dual connectivity; receiving, from the terminal, a second message including the capability information of the terminal for the combination of the first RAT type and the second RAT type, the capability information comprising information on at least one band combination supported by the terminal for the first RAT type and the second RAT type of the inter-RAT dual connectivity; and transmitting, to the secondary base station, a third message requesting to configure a secondary cell group, SCG, for the terminal, the third message including the capability information and information on a restriction to be configured for the terminal, wherein the information on the restriction includes an index indicating a band combination which can be configured by the secondary base station among the at least one band combination.
Method for aquatic seismic prospecting, of the type using: - at least one submerged mobile seismic source able to create a disturbance transmitted through the aquatic medium in the form of waves able to be reflected on the bottom of the water and the different geological layers; - at least one cable of substantially zero buoyancy, provided with a plurality of sensors, able to collect said reflected waves; in which seismic data are acquired by triggering said seismic source with one or more repeats thus creating one or more disturbances and picking up said reflected waves using said sensors; - drones equipped with propulsion means; characterized in that: - during the acquisition of seismic data, said at least one cable is positioned in a measurement station in a stationary or pseudo-stationary manner, either relative to the aquatic medium, or relative to the bottom of the water; by keeping said at least one cable under tension with the aid of the drones attached to its respective two ends at a substantially constant depth greater than 5 m, the drones exerting a force in opposite directions to tension the cable; - the measurement operation is stopped; - on the one hand the cable, and on the other hand the seismic source are moved to another measurement station, and so on. - at least one submerged mobile seismic source able to create a disturbance transmitted through the aquatic medium in the form of waves able to be reflected on the bottom of the water and the different geological layers; - at least one cable of substantially zero buoyancy, provided with a plurality of sensors, able to collect said reflected waves; in which seismic data are acquired by triggering said seismic source with one or more repeats thus creating one or more disturbances and picking up said reflected waves using said sensors; - drones equipped with propulsion means; - during the acquisition of seismic data, said at least one cable is positioned in a measurement station in a stationary or pseudo-stationary manner, either relative to the aquatic medium, or relative to the bottom of the water; by keeping said at least one cable under tension with the aid of the drones attached to its respective two ends at a substantially constant depth greater than 5 m, the drones exerting a force in opposite directions to tension the cable; - the measurement operation is stopped; - on the one hand the cable, and on the other hand the seismic source are moved to another measurement station, and so on.
A deployment system for an endoluminal device comprising: an expandable endoluminal device placed over an endo-prosthesis mounting member and at least partially enclosed by a removable sheath in the form of a continuous thin-walled tube; and a deployment line integral with the removable sheath, wherein as the sheath is removed from the endoluminal device, the sheath breaks apart, separates and converges into a filament such that the removable sheath is convertible to the deployment line. an expandable endoluminal device placed over an endo-prosthesis mounting member and at least partially enclosed by a removable sheath in the form of a continuous thin-walled tube; and a deployment line integral with the removable sheath, wherein as the sheath is removed from the endoluminal device, the sheath breaks apart, separates and converges into a filament such that the removable sheath is convertible to the deployment line.