mhurhangee/ep-ind-claims huggingface dataset:
A system for reducing false positives during a detection of network attacks on a protected computer, the system comprising: a proxy device configured to receive network traffic directed to a protected computer, redirect the received traffic to a filtering center and to mirror the received traffic to a traffic sensor, wherein the traffic sensor is configured to collect statistical information about the mirrored traffic; a data collector configured to aggregate information collected by the traffic sensor and to generate, based on the aggregated information, traffic filtering rules for detecting network attacks on the protected computer; characterized in that the filtering center is configured to, in parallel with collection of the statistical information from the mirrored traffic by the traffic sensor and, based on the traffic filtering rules provided by the data collector, detect, in the redirected traffic, network attacks on the protected computer and filter out from the redirected traffic network traffic associated with the detected network attacks; and a control module configured to collect and store statistical information about known network attacks and to correct the traffic filtering rules used by the filtering center for purpose of reducing false positives during detection of network attacks on the protected computer. a proxy device configured to receive network traffic directed to a protected computer, redirect the received traffic to a filtering center and to mirror the received traffic to a traffic sensor, wherein the traffic sensor is configured to collect statistical information about the mirrored traffic; a data collector configured to aggregate information collected by the traffic sensor and to generate, based on the aggregated information, traffic filtering rules for detecting network attacks on the protected computer; characterized in that the filtering center is configured to, in parallel with collection of the statistical information from the mirrored traffic by the traffic sensor and, based on the traffic filtering rules provided by the data collector, detect, in the redirected traffic, network attacks on the protected computer and filter out from the redirected traffic network traffic associated with the detected network attacks; and a control module configured to collect and store statistical information about known network attacks and to correct the traffic filtering rules used by the filtering center for purpose of reducing false positives during detection of network attacks on the protected computer.
Mixing device (D, D') used to mix powdered and liquid products, notably for the preparation of baby food, said device comprising: - A main container sealed at one end by means of a removable lid, - A secondary container, forming a feeder through which a dose of the powdered product is entered, said secondary container being mounted in a detachable manner at another end of the main container, characterised in that the main container comprises a top-shaped spring (5, 5', 5"), said top-shaped spring (5, 5', 5") being detachable from the main container and free to move around inside said main container when said main container is shaken manually by a user. - A main container sealed at one end by means of a removable lid, - A secondary container, forming a feeder through which a dose of the powdered product is entered, said secondary container being mounted in a detachable manner at another end of the main container,
An apparatus comprising: a mobile computing device to support cellular voice communication, wireless wide area network (WWAN) data communication, and wireless local area network (WLAN) data communication, the mobile computing device comprising a channel control module operative to suspend monitoring for incoming WWAN data calls when the mobile computing device is in an idle state corresponding to at least one of when no cellular voice communication, WWAN data communication, and WLAN data communication calls are in progress using the mobile computing device or when a period of no cellular voice communication, WWAN data communication, and WLAN data communication calls is experienced by the mobile computing device, wherein suspension of monitoring is achieved by disabling WWAN data communication whenever an available WLAN (126-c) is detected. a mobile computing device to support cellular voice communication, wireless wide area network (WWAN) data communication, and wireless local area network (WLAN) data communication, the mobile computing device comprising a channel control module operative to suspend monitoring for incoming WWAN data calls when the mobile computing device is in an idle state corresponding to at least one of when no cellular voice communication, WWAN data communication, and WLAN data communication calls are in progress using the mobile computing device or when a period of no cellular voice communication, WWAN data communication, and WLAN data communication calls is experienced by the mobile computing device, wherein suspension of monitoring is achieved by disabling WWAN data communication whenever an available WLAN (126-c) is detected.
A vacuum cleaning apparatus comprising: a cyclonic separating unit comprising a cyclonic separator having a separator axis and an end wall which is openable for the removal of dirt from the cyclonic separator; a screen disposed within the cyclonic separator such that it extends in the longitudinal direction of the cyclonic separator, wherein the cyclonic separator is movable relative to the screen between a first position and a second position in the longitudinal direction of the cyclonic separator; a catch arranged to secure the openable end wall in a closed position; an actuator which is actuable to release the catch (36, 106); characterised by a locking mechanism having a first configuration in which the locking mechanism engages the actuator to prevent actuation and a second configuration in which the locking mechanism is disengaged from the actuator such that the actuator can be actuated to release the catch, the locking mechanism is arranged such that the locking mechanism is engaged with the actuator when the cyclonic separator is in the first position and the locking mechanism is disengaged from the actuator when the cyclonic separator is in the second position. a cyclonic separating unit comprising a cyclonic separator having a separator axis and an end wall which is openable for the removal of dirt from the cyclonic separator; a screen disposed within the cyclonic separator such that it extends in the longitudinal direction of the cyclonic separator, wherein the cyclonic separator is movable relative to the screen between a first position and a second position in the longitudinal direction of the cyclonic separator; a catch arranged to secure the openable end wall in a closed position; an actuator which is actuable to release the catch (36, 106); characterised by a locking mechanism having a first configuration in which the locking mechanism engages the actuator to prevent actuation and a second configuration in which the locking mechanism is disengaged from the actuator such that the actuator can be actuated to release the catch, the locking mechanism is arranged such that the locking mechanism is engaged with the actuator when the cyclonic separator is in the first position and the locking mechanism is disengaged from the actuator when the cyclonic separator is in the second position.
Line routing channel with a mounting device, comprising: - possibly an upper channel part, - a lower channel part with - a base - with pin receptacles incorporated therein - two side walls, possibly with cover holding profiles, - a mounting bracket for fastening the lower channel part, - on the mounting bracket there are clip pins, which reach into the pin receptacles of the lower channel part, characterized by the features: - the clip pins are formed by - a bow-like supporting body with front and rear legs connected by way of a longitudinal cross-piece, and - at least two lateral resilient engaging legs, inclined downwards and at an acute angle outwards, at least a free leg end of an engaging leg supporting itself against the lower channel part in the engaged state. - possibly an upper channel part, - a lower channel part with - a base - with pin receptacles incorporated therein - two side walls, possibly with cover holding profiles, - a base - with pin receptacles incorporated therein - with pin receptacles incorporated therein - two side walls, possibly with cover holding profiles, - a mounting bracket for fastening the lower channel part, - on the mounting bracket there are clip pins, which reach into the pin receptacles of the lower channel part, - on the mounting bracket there are clip pins, which reach into the pin receptacles of the lower channel part, - the clip pins are formed by - a bow-like supporting body with front and rear legs connected by way of a longitudinal cross-piece, and - at least two lateral resilient engaging legs, inclined downwards and at an acute angle outwards, at least a free leg end of an engaging leg supporting itself against the lower channel part in the engaged state. - a bow-like supporting body with front and rear legs connected by way of a longitudinal cross-piece, and - at least two lateral resilient engaging legs, inclined downwards and at an acute angle outwards, at least a free leg end of an engaging leg supporting itself against the lower channel part in the engaged state.
A method to measure the level of alpha-synuclein in vitro, comprising: contacting a biological sample from a subject with a detectable isotope; measuring the level of labeled alpha-synuclein in a sample; and comparing the level of labeled alpha-synuclein in the sample with a corresponding normal sample; wherein a change in the alpha synuclein level of the sample compared to the corresponding normal sample is determined to prognose the neurological or neurodegenerative disease, and/or identify efficacy of a therapeutic regimen; and wherein the neurological or neurodegenerative disease is Parkinson's Disease. contacting a biological sample from a subject with a detectable isotope; measuring the level of labeled alpha-synuclein in a sample; and comparing the level of labeled alpha-synuclein in the sample with a corresponding normal sample; wherein a change in the alpha synuclein level of the sample compared to the corresponding normal sample is determined to prognose the neurological or neurodegenerative disease, and/or identify efficacy of a therapeutic regimen; and wherein the neurological or neurodegenerative disease is Parkinson's Disease.
Thawing device for thawing a substrate in a frozen aggregate state, in particular blood plasma, the substrate being contained in a container, in particular a bag, the thawing device comprising: a. a receiving unit for arranging the container containing the substrate, the receiving unit having a heating device for providing thermal energy required for thawing the substrate; b. a first movement device, which is set up to transmit a first movement to the receiving unit as well as the container received therein together with the substrate, wherein the first movement is a shaking movement executed essentially in a horizontal plane; c. a second movement device, which is set up to transmit a second movement to the receiving unit as well as the container received therein together with the substrate, wherein the second movement is a fulling movement, wherein the second movement device comprises at least one second movement unit, which is set up to exert a vertical lifting movement on the receiving unit, wherein a partial deformation of the receiving unit is effected to an extent corresponding to a thawed portion of the substrate when the lifting movement is exerted. a. a receiving unit for arranging the container containing the substrate, the receiving unit having a heating device for providing thermal energy required for thawing the substrate; b. a first movement device, which is set up to transmit a first movement to the receiving unit as well as the container received therein together with the substrate, wherein the first movement is a shaking movement executed essentially in a horizontal plane; c. a second movement device, which is set up to transmit a second movement to the receiving unit as well as the container received therein together with the substrate, wherein the second movement is a fulling movement, wherein the second movement device comprises at least one second movement unit, which is set up to exert a vertical lifting movement on the receiving unit, wherein a partial deformation of the receiving unit is effected to an extent corresponding to a thawed portion of the substrate when the lifting movement is exerted.
A heat-sealable, liquid impervious fabric, comprising: a breathable, liquid impervious thermoplastic film layer having a first melting point; and a nonwoven layer bonded to a first surface of the thermoplastic film layer, the nonwoven layer having a second melting point that is higher than the first melting point of the thermoplastic film layer; the heat-sealable, liquid impervious fabric having an overall moisture vapor transmission rate (MVTR) of at least 800 g/m2/day as determined by ASTM E96-00, wherein a difference between the first melting point and the second melting point is less than 15°C. a breathable, liquid impervious thermoplastic film layer having a first melting point; and a nonwoven layer bonded to a first surface of the thermoplastic film layer, the nonwoven layer having a second melting point that is higher than the first melting point of the thermoplastic film layer; the heat-sealable, liquid impervious fabric having an overall moisture vapor transmission rate (MVTR) of at least 800 g/m2/day as determined by ASTM E96-00, wherein a difference between the first melting point and the second melting point is less than 15°C.
A method for communicating in a wireless network, comprising: generating, by a network entity, a resource grant for transmitting, in a transmission time interval, TTI, that is of a two symbol or three symbol duration, an uplink channel, wherein the resource grant indicates at least one uplink channel symbol of the two symbol or three symbol duration of the TTI over which to transmit the uplink channel and wherein the resource grant further comprises an indicator of whether to transmit a demodulation reference signal, RS, for an uplink control channel or an uplink data channel in the TTI; transmitting, to a user equipment, UE, the resource grant; receiving, from the UE and based on the resource grant, a demodulation reference signal, RS, in a first symbol of the TTI, wherein the first symbol precedes the at least one uplink channel symbol in the TTI, and receiving, from the UE and based on the resource grant, the uplink channel in the at least one uplink channel symbol of the TTI. generating, by a network entity, a resource grant for transmitting, in a transmission time interval, TTI, that is of a two symbol or three symbol duration, an uplink channel, wherein the resource grant indicates at least one uplink channel symbol of the two symbol or three symbol duration of the TTI over which to transmit the uplink channel and wherein the resource grant further comprises an indicator of whether to transmit a demodulation reference signal, RS, for an uplink control channel or an uplink data channel in the TTI; transmitting, to a user equipment, UE, the resource grant; receiving, from the UE and based on the resource grant, a demodulation reference signal, RS, in a first symbol of the TTI, wherein the first symbol precedes the at least one uplink channel symbol in the TTI, and receiving, from the UE and based on the resource grant, the uplink channel in the at least one uplink channel symbol of the TTI.
An abnormality determination support apparatus that provides determination information for determining whether an abnormality has occurred in a manufacturing facility, comprising: an analysis object data preparation unit that is configured to acquire a time-series signal representing at least one of a state of the manufacturing facility and a product quality from a data collection apparatus of the manufacturing facility, and extract analysis object data from the time-series signal, characterized by a primary determination unit that is configured to derive a plurality of primary determination results by applying a plurality of different types of analysis methods to the analysis object data extracted by the analysis object data preparation unit; and a secondary determination unit that includes a machine learning device (122; 132; 137) which is during a learning phase configured to be learned using a teacher signal which is a pair of the plurality of primary determination results obtained by the primary determination unit and a corresponding set of an abnormality determination result and an abnormality cause, which corresponding set is an output of the machine learning device, and in a stage of performing secondary determination the abnormality determination support apparatus is configured to input the plurality of primary determination results to the machine learning device (122; 132; 137), and output a secondary determination result of normality/abnormality and an estimated abnormality cause output from the machine learning device (122; 132; 137) as the determination information. an analysis object data preparation unit that is configured to acquire a time-series signal representing at least one of a state of the manufacturing facility and a product quality from a data collection apparatus of the manufacturing facility, and extract analysis object data from the time-series signal, characterized by a primary determination unit that is configured to derive a plurality of primary determination results by applying a plurality of different types of analysis methods to the analysis object data extracted by the analysis object data preparation unit; and a secondary determination unit that includes a machine learning device (122; 132; 137) which is during a learning phase configured to be learned using a teacher signal which is a pair of the plurality of primary determination results obtained by the primary determination unit and a corresponding set of an abnormality determination result and an abnormality cause, which corresponding set is an output of the machine learning device, and in a stage of performing secondary determination the abnormality determination support apparatus is configured to input the plurality of primary determination results to the machine learning device (122; 132; 137), and output a secondary determination result of normality/abnormality and an estimated abnormality cause output from the machine learning device (122; 132; 137) as the determination information.
An olefin oxidation process, including a step of under olefin oxidation conditions, successively passing a reaction feed comprising at least one out of C 3-6 α-olefins (preferably at least one out of propylene and butene, further preferably propylene) and at least one peroxide (preferably at least one out of hydrogen peroxide, organic peroxides and peracids, more preferably hydrogen peroxide) from a No.1 catalyst bed through a No.n catalyst bed, wherein n represents 2, 3, 4 or 5, characterized in that if the apparent velocity of each of the reaction materials passing from the No.1 catalyst bed through the No.n catalyst bed is respectively named as v 1 to v n, and if m represents any integer in the region [2, n], the following relationship holds, v m-1 <v m, preferably v m /v m-1 =1.5 to 15, more preferably v m /v m-1 =2 to 10, further preferably v m /v m-1 =2 to 5, and that the No.1 catalyst bed through the No.n catalyst bed is each respectively loaded with at least one titanium silicalite.
Method for operating a vehicle, wherein one or more vehicle components of the vehicle are operated in dependence on a prescribed collection time of the vehicle at a collection position of a parking facility in such a way that the vehicle at the collection position at the prescribed collection time has one or more prescribed states, wherein the prescribed collection time prescribes when the vehicle must be at the collection position.
A method, comprising: receiving a signal to enable a whitelist mode and disable an antivirus mode on a host in a network; enabling the whitelist mode on the host and disabling the antivirus mode on the host, wherein the whitelist mode includes: preventing execution of a software object on the host responsive to determining the software object is not represented on a whitelist; and allowing another software object to be executed responsive to determining the other software object is represented on the whitelist; identifying a process on a process list of the host, wherein the process list enumerates one or more processes executing on the host, the process associated with one or more software objects; terminating the process on the host after the whitelist mode is enabled on the host, wherein the process is terminated responsive to determining any of the one or more software objects is not represented on the whitelist and the one or more software objects are not part of a critical process. receiving a signal to enable a whitelist mode and disable an antivirus mode on a host in a network; enabling the whitelist mode on the host and disabling the antivirus mode on the host, wherein the whitelist mode includes: preventing execution of a software object on the host responsive to determining the software object is not represented on a whitelist; and allowing another software object to be executed responsive to determining the other software object is represented on the whitelist; identifying a process on a process list of the host, wherein the process list enumerates one or more processes executing on the host, the process associated with one or more software objects; terminating the process on the host after the whitelist mode is enabled on the host, wherein the process is terminated responsive to determining any of the one or more software objects is not represented on the whitelist and the one or more software objects are not part of a critical process. preventing execution of a software object on the host responsive to determining the software object is not represented on a whitelist; and allowing another software object to be executed responsive to determining the other software object is represented on the whitelist; identifying a process on a process list of the host, wherein the process list enumerates one or more processes executing on the host, the process associated with one or more software objects; terminating the process on the host after the whitelist mode is enabled on the host, wherein the process is terminated responsive to determining any of the one or more software objects is not represented on the whitelist and the one or more software objects are not part of a critical process.
A manufacturing method of an inclusion compound of 3',5'-cyclic diadenylic acid with water comprising the following steps to: a step of adding acid to an aqueous solution of 3',5'-cyclic diadenylic acid so as to lower pH to 1 to 3, a step of heating the aqueous solution of 3',5'-cyclic diadenylic acid to a temperature in the range 50 to 70 °C, and a step of cooling the aqueous solution of 3',5'-cyclic diadenylic acid until it reaches 1 to 10 °C. a step of adding acid to an aqueous solution of 3',5'-cyclic diadenylic acid so as to lower pH to 1 to 3, a step of heating the aqueous solution of 3',5'-cyclic diadenylic acid to a temperature in the range 50 to 70 °C, and a step of cooling the aqueous solution of 3',5'-cyclic diadenylic acid until it reaches 1 to 10 °C.