mhurhangee/patent-ind-claim-en huggingface dataset:
A portable communication device , comprising: a location detection unit configured to determine a location of the portable communication device ; a lightning detection unit configured to detect a lightning strike and determine a distance between the lightning strike and the portable communication device ; and a radio frequency circuit configured to output, via a communication network , data indicative of the location of the portable communication device and data indicative of the distance between the lightning strike and the portable communication device , wherein the lightning detection unit is configured to determine the data indicative of the distance between the lightning strike and the portable communication device based on: one or more light pulses detected by a proximity sensor ; or one or more light pulses detected by an ambient light sensor ; or one or more light pulses detected by a camera ; or changes in an electric field detected by a touch pad . a location detection unit configured to determine a location of the portable communication device ; a lightning detection unit configured to detect a lightning strike and determine a distance between the lightning strike and the portable communication device ; and a radio frequency circuit configured to output, via a communication network , data indicative of the location of the portable communication device and data indicative of the distance between the lightning strike and the portable communication device , wherein the lightning detection unit is configured to determine the data indicative of the distance between the lightning strike and the portable communication device based on: one or more light pulses detected by a proximity sensor ; or one or more light pulses detected by an ambient light sensor ; or one or more light pulses detected by a camera ; or changes in an electric field detected by a touch pad . one or more light pulses detected by a proximity sensor ; or one or more light pulses detected by an ambient light sensor ; or one or more light pulses detected by a camera ; or changes in an electric field detected by a touch pad .
A sterilization system for a machine producing containers for pourable foodstuffs starting from a web (N) of packaging material, comprising: an aseptic chamber , comprising an inlet section for allowing the web (N) to enter the aseptic chamber , and an outlet section , disposed downstream of the inlet section , for allowing the web (N) to leave the aseptic chamber ; supplying means configured to be activated for supplying a sterilizing agent into the aseptic chamber ; a seal , disposed at the outlet section of the aseptic chamber ; air conveying means for conveying away air containing the sterilizing agent, the air conveying means are placed upstream of the outlet section of the aseptic chamber ; characterized in that : the seal is designed so that it can be selectively activated in an operative configuration, in which it contacts the web (N) when the supplying means supply the sterilizing agent in the aseptic chamber , for hermetically closing the outlet section of the aseptic chamber ; and in an inoperative configuration, in which it is spaced from the web (N), following the sterilizing agent supply in the aseptic chamber ; and in that : the air conveying means are configured for conveying away air containing the sterilizing agent from the aseptic chamber when the seal is activated in its operative configuration. an aseptic chamber , comprising an inlet section for allowing the web (N) to enter the aseptic chamber , and an outlet section , disposed downstream of the inlet section , for allowing the web (N) to leave the aseptic chamber ; supplying means configured to be activated for supplying a sterilizing agent into the aseptic chamber ; a seal , disposed at the outlet section of the aseptic chamber ; air conveying means for conveying away air containing the sterilizing agent, the air conveying means are placed upstream of the outlet section of the aseptic chamber ; characterized in that : the seal is designed so that it can be selectively activated in an operative configuration, in which it contacts the web (N) when the supplying means supply the sterilizing agent in the aseptic chamber , for hermetically closing the outlet section of the aseptic chamber ; and in an inoperative configuration, in which it is spaced from the web (N), following the sterilizing agent supply in the aseptic chamber ; and in that : the air conveying means are configured for conveying away air containing the sterilizing agent from the aseptic chamber when the seal is activated in its operative configuration.
A system comprising: a model generator configured to provide a set of historical alerts and a set of historical security incidents to a machine learning algorithm configured to generate a security incident model based on patterns found in the set of historical alerts based on mapping occurrences of the historical alerts to the historical security incidents, wherein each alert corresponds to an indication of a threat and each security incident is defined by a sequence of alerts; an alert sequence analyzer configured to receive an alert sequence generated by a network security provider, apply the received alert sequence to the security incident model , and receive an indication from the security incident model that the received alert sequence corresponds to a security incident that includes at least one alert missing from the received alert sequence ; and a missing alert notification generator configured to generate a notification to the network security provider that indicates at least one of the security incident or the at least one alert missing from the received alert sequence . a model generator configured to provide a set of historical alerts and a set of historical security incidents to a machine learning algorithm configured to generate a security incident model based on patterns found in the set of historical alerts based on mapping occurrences of the historical alerts to the historical security incidents, wherein each alert corresponds to an indication of a threat and each security incident is defined by a sequence of alerts; an alert sequence analyzer configured to receive an alert sequence generated by a network security provider, apply the received alert sequence to the security incident model , and receive an indication from the security incident model that the received alert sequence corresponds to a security incident that includes at least one alert missing from the received alert sequence ; and receive an alert sequence generated by a network security provider, apply the received alert sequence to the security incident model , and receive an indication from the security incident model that the received alert sequence corresponds to a security incident that includes at least one alert missing from the received alert sequence ; and a missing alert notification generator configured to generate a notification to the network security provider that indicates at least one of the security incident or the at least one alert missing from the received alert sequence .
A network apparatus in a core network, comprising: an interface configured to communicate with user equipments, UEs , via a wireless network; and a processor in communication with the interface; the network apparatus configured to send, at a first time via the interface, a rejection message to a UE indicating that a bearer associated with the UE is rejected or pre-empted, the rejection message including a reference cookie, send, at a second time after the first time via the interface, a callback message indicating to the UE that the network apparatus is able to accept a new bearer associated with the UE, the callback message including the reference cookie. an interface configured to communicate with user equipments, UEs , via a wireless network; and a processor in communication with the interface; the network apparatus configured to send, at a first time via the interface, a rejection message to a UE indicating that a bearer associated with the UE is rejected or pre-empted, the rejection message including a reference cookie, send, at a second time after the first time via the interface, a callback message indicating to the UE that the network apparatus is able to accept a new bearer associated with the UE, the callback message including the reference cookie. send, at a first time via the interface, a rejection message to a UE indicating that a bearer associated with the UE is rejected or pre-empted, the rejection message including a reference cookie, send, at a second time after the first time via the interface, a callback message indicating to the UE that the network apparatus is able to accept a new bearer associated with the UE, the callback message including the reference cookie.
Fragrance, flavor and/or deodorizing/masking composition comprising an acetal selected from compounds of formula , formula , formula or of formula wherein compound is 2-ethoxy-1-(1-ethoxyethoxy)-4-methylbenzene; compound is 3-ethoxy-4-(1-ethoxyethoxy)benzaldehyde; compound is 2-(3-ethoxy-4-(1-ethoxyethoxy)phenyl)-4-methyl-1,3-dioxolane; and compound is 2-ethoxy-1-(1-ethoxyethoxy)-4-(methoxymethyl)benzene.
A parallel axis gearbox for a vehicle, comprising: a housing ; a cover fixedly coupled to said housing ; an input shaft having a first driving gear and having a first axis of rotation , said input shaft rotatably supported between said housing and said cover ; an intermediate shaft having an intermediate driving gear , an intermediate driven gear , and a longitudinal bore extending through said intermediate shaft , said intermediate driven gear meshingly engaged with said first driving gear of said input shaft and having a second axis of rotation , said second axis of rotation being parallel to said first axis of rotation , said intermediate shaft rotatably supported between said housing and said cover ; and a bolt fixedly coupling said cover to said housing ; characterized in that : a cover boss projects from said cover and terminates at a cover boss end surface ; a cover boss bore extends longitudinally through said cover boss between a first opening on an exterior surface of said cover and a second opening in said cover boss end surface ; and said bolt passing through said cover boss bore and said longitudinal bore of said intermediate shaft . a housing ; a cover fixedly coupled to said housing ; an input shaft having a first driving gear and having a first axis of rotation , said input shaft rotatably supported between said housing and said cover ; an intermediate shaft having an intermediate driving gear , an intermediate driven gear , and a longitudinal bore extending through said intermediate shaft , said intermediate driven gear meshingly engaged with said first driving gear of said input shaft and having a second axis of rotation , said second axis of rotation being parallel to said first axis of rotation , said intermediate shaft rotatably supported between said housing and said cover ; and a bolt fixedly coupling said cover to said housing ; characterized in that : a cover boss projects from said cover and terminates at a cover boss end surface ; a cover boss bore extends longitudinally through said cover boss between a first opening on an exterior surface of said cover and a second opening in said cover boss end surface ; and said bolt passing through said cover boss bore and said longitudinal bore of said intermediate shaft . a cover boss projects from said cover and terminates at a cover boss end surface ; a cover boss bore extends longitudinally through said cover boss between a first opening on an exterior surface of said cover and a second opening in said cover boss end surface ; and said bolt passing through said cover boss bore and said longitudinal bore of said intermediate shaft .
Optical sensing layer for detecting a chemical species, said optical sensing layer comprising: - a substrate ; characterised in that said optical sensing layer comprises - a mesoporous matrix disposed on the substrate in a layer having a thickness of 1-50 μm, preferably 5-40 μm; - a microporous matrix disposed within the mesoporous matrix, the microporous matrix being a layer having a thickness of less than 100 nm and comprising an indicator dye dispersed therein, said indicator dye exhibiting changes in its optical properties in response to the presence of said chemical species. - a substrate ; - a mesoporous matrix disposed on the substrate in a layer having a thickness of 1-50 μm, preferably 5-40 μm; - a microporous matrix disposed within the mesoporous matrix, the microporous matrix being a layer having a thickness of less than 100 nm and comprising an indicator dye dispersed therein, said indicator dye exhibiting changes in its optical properties in response to the presence of said chemical species.
Control method for a pinch roll for delivering rolled products on a cooling bed, - wherein the pinch roll delivers a respective rolled product , - wherein a control device for the pinch roll opens the pinch roll at a respective trigger time (t0) and at a respective transport speed (v0) of the respective rolled product , - wherein said control device determines said respective trigger time (t0) and/or said respective transport speed (v0) using a model (M) in dependency on a coefficient (R) of friction used by the model (M), the coefficient of friction being between the respective rolled product and the cooling bed, - characterized in that after opening said pinch roll , a measuring device detects iteratively a position (p) or a derivation in time of the position (p) of the respective rolled product , - wherein said detected positions (p) or said detected derivations in time of the position (p) are provided to said control device , - wherein said control device in dependency on said detected positions (p) or said detected derivations in time of the position (p) of the respective rolled product updates said coefficient (R) of friction and uses said updated coefficient (R) of friction for determining the respective trigger time (t0) and/or the respective transport speed (v0) for the next rolled product delivered by the pinch roll . - wherein the pinch roll delivers a respective rolled product , - wherein a control device for the pinch roll opens the pinch roll at a respective trigger time (t0) and at a respective transport speed (v0) of the respective rolled product , - wherein said control device determines said respective trigger time (t0) and/or said respective transport speed (v0) using a model (M) in dependency on a coefficient (R) of friction used by the model (M), the coefficient of friction being between the respective rolled product and the cooling bed, - characterized in that after opening said pinch roll , a measuring device detects iteratively a position (p) or a derivation in time of the position (p) of the respective rolled product , - wherein said detected positions (p) or said detected derivations in time of the position (p) are provided to said control device , - wherein said control device in dependency on said detected positions (p) or said detected derivations in time of the position (p) of the respective rolled product updates said coefficient (R) of friction and uses said updated coefficient (R) of friction for determining the respective trigger time (t0) and/or the respective transport speed (v0) for the next rolled product delivered by the pinch roll .
A method for accessing a data memory of a cloud computer system via a gateway computer system , wherein the gateway computer system is connected to the cloud computer system over a network , wherein the gateway computer system stores at least one cryptographic key , wherein the cloud computer system is associated with a URL, and wherein the gateway computer system is associated with an IP address, wherein a domain name system for the name resolution is configured such that the domain contained in the URL of the cloud computer system is resolved in the IP address of the gateway computer system, the method having the following steps: - establishing a protected connection between a first terminal device of the user and the gateway computer system over the network by a program of the terminal device, wherein to this end the URL of the cloud computer system is input into the program and the modified domain name system is used for name resolution of the URL, such that the protected connection is established to the gateway computer system instead of to the cloud computer system, - transmitting a file from the terminal device to the gateway computer system over the protected connection, - establishing a session between the gateway computer system and the cloud computer system over the network, - encryption of the file with the aid of the cryptographic key by the gateway computer system, - transmitting the encrypted file from the gateway computer system to the cloud computer system over the session, - storing the encrypted file in the data memory of the cloud computer system. - establishing a protected connection between a first terminal device of the user and the gateway computer system over the network by a program of the terminal device, wherein to this end the URL of the cloud computer system is input into the program and the modified domain name system is used for name resolution of the URL, such that the protected connection is established to the gateway computer system instead of to the cloud computer system, - transmitting a file from the terminal device to the gateway computer system over the protected connection, - establishing a session between the gateway computer system and the cloud computer system over the network, - encryption of the file with the aid of the cryptographic key by the gateway computer system, - transmitting the encrypted file from the gateway computer system to the cloud computer system over the session, - storing the encrypted file in the data memory of the cloud computer system.
A method for controlling Ceratocystis paradoxa in a plant, the method comprising applying to a plant and/or locus for plant growth an effective amount of at least one biological control agent which is Bacillus subtilis QST713 deposited under NRRL Accession No. B-21661, metabolites produced therefrom, and combinations thereof.
A holding device for at least one cooling tube of a cooling system of a turbomachine casing , the holding device extending about an axis defining an axial direction and comprising a fixing support adapted to be secured to the casing by being disposed radially outwardly with respect to the casing , a holding element configured to hold the cooling tube and a connection assembly that connects the retaining member and the fixing frame , characterized in that the connection assembly extends on either side of the fixing frame , defining with respect to the fixing frame an outer portion of the connection assembly radially outwardly of the fixing frame and an inner portion of the connection assembly radially interior to the fixing frame , on the side of the housing , the connection assembly comprising a connection part extending through an opening in the fixing frame from the outer portion to the inner portion , the inner portion radially inward of the fixing frame being secured to the holding element while the outer portion comprises a resilient biasing element biased in compression toward the fixing frame by the connection part , wherein the holding member is configured to hold two axially adjacent cooling tubes , and the inner portion of the connection assembly is disposed between two axially adjacent cooling tubes .
Apparatus for producing rod-shaped tobacco segments that have a heating strip , comprising - a strand forming unit to which a continuous strip of a wrapping strip , a tobacco material and a heating strip material is supplied, which heating strip material has weak points arranged at regular intervals in the longitudinal direction, the distances between two adjacent weak points in the heating strip material corresponding to the predetermined length of the tobacco segments , - a continuous strand of which the shape is fixed by means of the wrapping strip and which comprises the tobacco material arranged therein and the heating strip material being formed in the strand forming unit , and - a cutting device which cuts the tobacco segments from the continuous strand at a predetermined length by making a cut in the region of the weak points of the heating strip material , characterised in that a sensor device which detects the weak points is provided, and - the cutting device is controlled according to the signal from the sensor device , and - the sensor device is arranged in such a way that it detects the position of the weak points before the heating strip material is inserted into the strand or after the heating strip material is inserted into the strand. - a strand forming unit to which a continuous strip of a wrapping strip , a tobacco material and a heating strip material is supplied, which heating strip material has weak points arranged at regular intervals in the longitudinal direction, the distances between two adjacent weak points in the heating strip material corresponding to the predetermined length of the tobacco segments , - a continuous strand of which the shape is fixed by means of the wrapping strip and which comprises the tobacco material arranged therein and the heating strip material being formed in the strand forming unit , and - a cutting device which cuts the tobacco segments from the continuous strand at a predetermined length by making a cut in the region of the weak points of the heating strip material , characterised in that a sensor device which detects the weak points is provided, and - the cutting device is controlled according to the signal from the sensor device , and - the sensor device is arranged in such a way that it detects the position of the weak points before the heating strip material is inserted into the strand or after the heating strip material is inserted into the strand.